Available instance families

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This topic provides an overview of ECS instance families, including their features, instance types, and use cases, to help you select the right instance type for your needs.

Note

Catalog

Enterprise-level x86 instance families

General-purpose (g-series)

Intel processor

AMD processor

Hygon processor

Not recommended (If unavailable, use a recommended instance family)

Compute-optimized (c-series)

Intel processor

AMD processor

Not recommended (If unavailable, use a recommended instance family)

Memory-optimized (r-series)

Intel processor

AMD processor

Not recommended (If unavailable, use a recommended instance family)

Universal (u-series)

Universal instance family u2a

Universal instance family u2i

Universal instance family u1

Big data (d-series)

Recommended

Not recommended (If unavailable, use a recommended instance family)

Local SSD (i-series)

Intel® Xeon® Granite Rapids processors

Intel® Xeon® Scalable processors (Ice Lake)

Intel®Xeon® Platinum 8269CY (Cascade Lake)

Intel®Xeon® Platinum 8163 (Skylake)

High clock speed (hf-series)

Recommended

Not recommended (If unavailable, use a recommended instance family)

Intel® Xeon® 6 processors with P-cores

4th Generation Intel® Xeon® Scalable processors (Sapphire Rapids)

Intel®Xeon® Cooper Lake processors

Intel®Xeon® Platinum 8269CY (Cascade Lake)

Enhanced

Storage-enhanced

Network-enhanced

Security-enhanced

Memory-enhanced

Entry-level x86 instance families

Recommended

Not recommended

Enterprise-level Arm compute instance families

Yitian 710 processor

Ampere® Altra® processor

ECS Bare Metal instance families

Recommended

Not recommended

General-purpose (g)

Compute-optimized (c)

Memory-optimized (r)

High clock speed (hf)

GPU-accelerated compute-optimized (gn)

HPC and SCC instance families

High-performance computing (HPC)

Super Computing Cluster (SCC)

Heterogeneous computing instance families

Recommended

Not recommended

Enterprise X86 compute instance family

g9ae general-purpose instance family

  • Introduction: g9ae instances are built on the new Cloud Infrastructure Processing Unit (CIPU) architecture. They are equipped with the latest AMD EPYC Turin processors that use physical cores. These instances provide stable computing power, a powerful I/O engine, and chip-level security hardening.

  • Scenarios: Big data analytics (such as Spark, Flink, and ES), search, recommendation, and advertising (ps-worker), core transaction systems, audio and video transcoding, AI training and inference, and general-purpose enterprise applications (Java).

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: AMD EPYC Turin processor with a turbo frequency of up to 3.7 GHz. These processors use physical cores to provide stable computing performance.

    • For information about operating system compatibility, see AMD instance types and operating system compatibility.

  • Storage:

  • Network:

    • You can adjust the baseline network bandwidth.

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security:

The g9ae instance familyincludes the instance types and metrics listed in the following table.

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Baseline disk IOPS

Baseline/Burst disk bandwidth (Gbit/s)

ecs.g9ae.large

2

8

2.5/Up to 25

Up to 1.5 million

Up to 0.5 million

2

3

6

6

Up to 200,000

2.5/Up to 20

ecs.g9ae.xlarge

4

16

4/Up to 25

Up to 1.6 million

Up to 0.5 million

4

4

15

15

Up to 200,000

3/Up to 20

ecs.g9ae.2xlarge

8

32

6/Up to 25

Up to 2.5 million

Up to 0.5 million

8

4

15

15

Up to 200,000

4/Up to 20

ecs.g9ae.4xlarge

16

64

10/Up to 25

Up to 3.2 million

Up to 0.5 million

16

8

30

30

Up to 200,000

5.5/Up to 20

ecs.g9ae.8xlarge

32

128

16/Up to 25

Up to 5 million

Up to 1 million

32

8

30

30

Up to 200,000

8/Up to 20

ecs.g9ae.12xlarge

48

192

25 / None

7.5 million

1.5 million

48

8

30

30

150,000

13/N/A

ecs.g9ae.16xlarge

64

256

32 or None

10 million

2 million

64

8

30

30

200,000

16 / None

ecs.g9ae.24xlarge

96

384

50 / None

15 million

3 million

64

15

30

30

300,000

25/N/A

ecs.g9ae.32xlarge

128

512

64/N/A

20 million

4 million

64

15

30

30

400,000

32 or None

ecs.g9ae.48xlarge

192

768

100 or Unlimited

30 million

6 million

64

15

50

50

600,000

50 / None

g9a general-purpose instance family

  • Introduction: g9a instances are built on the new Cloud Infrastructure Processing Unit (CIPU) architecture. They are equipped with the latest AMD EPYC Turin processors. These instances provide stable computing power, a powerful I/O engine, and chip-level security hardening.

  • Scenarios: Large and medium-sized database systems, game servers, financial quantization, blockchain, web and application servers, and other general-purpose enterprise applications.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: AMD EPYC Turin processor with a turbo frequency of up to 4.1 GHz. These processors provide stable computing performance.

    • For information about operating system compatibility, see AMD instance types and operating system compatibility.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the Trusted Platform Module (vTPM) feature.

The g9a instance family includes the following instance types and metrics.

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Cloud Disk IOPS Basics

Baseline/Burst disk bandwidth (Gbit/s)

ecs.g9a.large

2

8

2.5/Up to 15

Up to 1.2 million

Up to 0.5 million

2

3

6

6

Up to 110,000

2/Up to 15

ecs.g9a.xlarge

4

16

4/Up to 15

Up to 1.4 million

Up to 0.5 million

4

4

15

15

Up to 110,000

3/Up to 15

ecs.g9a.2xlarge

8

32

6/Up to 15

Up to 2 million

Up to 0.5 million

8

4

15

15

Up to 110,000

4/Up to 15

ecs.g9a.4xlarge

16

64

12/Up to 25

Up to 3 million

Up to 0.5 million

16

8

30

30

Up to 110,000

5/Up to 15

ecs.g9a.8xlarge

32

128

16/Up to 32

Up to 4 million

Up to 0.8 million

32

8

30

30

Up to 110,000

8/Up to 15

ecs.g9a.16xlarge

64

256

32/None

7.5 million

1.5 million

64

8

30

30

120,000

16 or None

ecs.g9a.24xlarge

96

384

48/N/A

10 million

2.2 million

64

15

30

30

200,000

24 / None

ecs.g9a.32xlarge

128

512

64 / None

15 million

3 million

64

15

30

30

250,000

32/None

ecs.g9a.48xlarge

192

768

96 or None

20 million

4.5 million

64

15

50

50

400,000

48 / None

g9i general-purpose instance family

  • Introduction: g9i instances are built on the new Cloud Infrastructure Processing Unit (CIPU) architecture. They are equipped with Intel® Xeon® 6 processors that feature P-cores (performance cores). These instances provide stable computing power, a powerful I/O engine, and chip-level security hardening.

  • Scenarios: High packet forwarding rate scenarios, game servers, small and medium-sized database systems, caches, search clusters, search and promotion applications, web and application servers, data analytics and computing, and trusted and secure computing scenarios.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: Intel® Xeon® Granite Rapids with a clock speed of 3.2 GHz, an all-core turbo frequency of 3.6 GHz, and a single-core maximum turbo frequency of 3.9 GHz.

      Note

      The system may display different frequencies for this instance. The single-core maximum turbo frequency of 3.9 GHz is a burst performance. The burst capability depends on the overall CPU load of the physical machine and is not covered by the Service-Level Agreement (SLA).

    • For information about operating system compatibility, see Intel instance types and operating system compatibility.

  • Storage:

    • These are I/O optimized instances.

    • These instances support the NVMe protocol. For more information, see Overview of the NVMe protocol.

    • Supported disk types: ESSDs, ESSD AutoPL disks, and Regional ESSDs. For more information, see Overview of Elastic Block Storage.

    • For small instance types, disk IOPS and disk bandwidth are burstable. The storage I/O performance of an instance corresponds to its instance type. A larger instance type provides higher storage I/O performance. For more information, see Storage I/O performance.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

g9i includes the instance types and metrics listed in the following table:

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Baseline/Burst disk IOPS

Baseline/Burst disk bandwidth (Gbit/s)

ecs.g9i.large

2

8

2.5/Up to 15

1 million

Up to 0.5 million

2

3

6

6

25,000/Up to 200,000

2/Up to 10

ecs.g9i.xlarge

4

16

4/Up to 15

1.2 million

Up to 0.5 million

4

4

15

15

50,000/Up to 200,000

2.5/Up to 10

ecs.g9i.2xlarge

8

32

6/Up to 15

1.6 million

Up to 0.5 million

8

4

15

15

60,000/Up to 200,000

4/Up to 10

ecs.g9i.3xlarge

12

48

10/Up to 15

2.4 million

Up to 0.5 million

12

8

15

15

80,000/Up to 200,000

5/Up to 10

ecs.g9i.4xlarge

16

64

12/Up to 25

3 million

0.5 million

16

8

30

30

100,000/Up to 200,000

6/Up to 10

ecs.g9i.6xlarge

24

96

15/Up to 25

4.5 million

0.6 million

24

8

30

30

120,000/Up to 200,000

7.5/Up to 10

ecs.g9i.8xlarge

32

128

20/Up to 32

6 million

0.8 million

32

8

30

30

200,000/Up to 300,000

10/Up to 12

ecs.g9i.12xlarge

48

192

25/Up to 32

9 million

1.6 million

48

8

30

30

240,000/Up to 320,000

12/Up to 15

ecs.g9i.16xlarge

64

256

28/Up to 36

12 million

2 million

64

8

30

30

300,000/Up to 400,000

16/Up to 24

ecs.g9i.24xlarge

96

384

32/Up to 48

18 million

3 million

64

15

30

30

350,000/Up to 600,000

20/Up to 28

ecs.g9i.32xlarge

128

512

36/Up to 50

20 million

4 million

64

15

30

30

400,000/Up to 650,000

24/Up to 28

ecs.g9i.48xlarge

192

768

64/N/A

24 million

6 million

64

15

50

50

500,000/Up to 800,000

32 or None

g8a general-purpose instance family

  • Family introduction: This instance family is built on the new Alibaba Cloud Cloud Infrastructure Processing Unit (CIPU) architecture and provides stable computing power, a more powerful I/O engine, and chip-level security hardening.

  • Scenarios: General-purpose enterprise applications (Java), memory-optimized or relational database applications, big data applications (such as Kafka and Elasticsearch), web applications, AI training and inference, and audio and video transcoding applications.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: AMD EPYC Genoa 9T24 processor with a base frequency of 2.7 GHz and a turbo frequency of up to 3.7 GHz. These processors provide stable computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

    • For information about operating system compatibility, see AMD instance types and operating system compatibility.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • These instances provide an ultra-high packet forwarding rate.

    • For small instance types, network bandwidth is burstable.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

  • Performance acceleration:

    After you select an application for Performance acceleration, the application is automatically deployed on the purchased instance. KeenTune then uses expert knowledge to perform full-stack performance tuning based on the business characteristics of the application. For more information, see Application acceleration.

The g8a instance family includes the instance types and metric data listed in the following table.

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Baseline/Burst disk IOPS

Baseline/Burst disk bandwidth (Gbit/s)

ecs.g8a.large

2

8

1.5/12.5

0.9 million

Up to 0.25 million

2

3

6

6

20,000/110,000

1.5/10

ecs.g8a.xlarge

4

16

2.5/12.5

1 million

Up to 0.25 million

4

4

15

15

30,000/110,000

2/10

ecs.g8a.2xlarge

8

32

4/12.5

1.6 million

Up to 0.25 million

8

4

15

15

45,000/110,000

2.5/10

ecs.g8a.4xlarge

16

64

7/12.5

2 million

0.3 million

16

8

30

30

60,000/110,000

3.5/10

ecs.g8a.8xlarge

32

128

10/25

3 million

0.6 million

32

8

30

30

80,000/110,000

5/10

ecs.g8a.12xlarge

48

192

16/25

4.5 million

0.75 million

48

8

30

30

120,000 or None

8/10

ecs.g8a.16xlarge

64

256

20/25

6 million

1 million

64

8

30

30

160,000/Unlimited

10/None

ecs.g8a.24xlarge

96

384

32/None

9 million

1.5 million

64

15

30

30

240,000 or Unlimited

16/None

ecs.g8a.32xlarge

128

512

40 or None

12 million

2 million

64

15

30

30

320,000/Unlimited

20/None

ecs.g8a.48xlarge

192

768

64 or None

18 million

3 million

64

15

50

50

500,000/None

32/None

Note
  • The packet forwarding rate (PPS) varies significantly based on the business scenario. Therefore, perform stress testing on your services to understand the performance of instances and select an appropriate instance type.

  • For ecs.g8a.large and ecs.g8a.xlarge instances, you must enable jumbo frames to achieve the burst network bandwidth of 12.5 Gbit/s. For more information, see Jumbo frames.

g8i general-purpose instance family

  • Family introduction: Built on the new Alibaba Cloud Cloud Infrastructure Processing Unit (CIPU) architecture, this family provides stable computing power, a more powerful I/O engine, and chip-level security hardening.

  • Scenarios: High packet forwarding rate scenarios, game servers, small and medium-sized database systems, caches, search clusters, search and promotion applications, web and application servers, data analytics and computing, and trusted and secure computing scenarios.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: Intel® Xeon® Emerald Rapids or Intel® Xeon® Sapphire Rapids with a clock speed of at least 2.7 GHz and an all-core turbo frequency of 3.2 GHz. These processors provide stable computing performance.

      Note

      When you purchase an instance of this family, the system randomly assigns one of the preceding processors. You cannot manually select a processor.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

    • For information about operating system compatibility, see Intel instance types and operating system compatibility.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security:

  • Performance acceleration:

    After you select an application for Performance acceleration, the application is automatically deployed on the purchased instance. KeenTune then uses expert knowledge to perform full-stack performance tuning based on the business characteristics of the application. For more information, see Application acceleration.

The g8i instance family includes the instance types and metrics that are listed in the following table.

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Baseline/Burst disk IOPS

Baseline/Burst disk bandwidth (Gbit/s)

ecs.g8i.large

2

8

2.5/Up to 15

1 million

Up to 0.3 million

2

3

6

6

25,000/Up to 200,000

2/Up to 10

ecs.g8i.xlarge

4

16

4/Up to 15

1.2 million

Up to 0.3 million

4

4

15

15

50,000/Up to 200,000

2.5/Up to 10

ecs.g8i.2xlarge

8

32

6/Up to 15

1.6 million

Up to 0.3 million

8

4

15

15

60,000/Up to 200,000

4/Up to 10

ecs.g8i.3xlarge

12

48

10/Up to 15

2.4 million

Up to 0.3 million

12

8

15

15

80,000/Up to 200,000

5/Up to 10

ecs.g8i.4xlarge

16

64

12/Up to 25

3 million

0.35 million

16

8

30

30

100,000/Up to 200,000

6/Up to 10

ecs.g8i.6xlarge

24

96

15/Up to 25

4.5 million

0.5 million

24

8

30

30

120,000/Up to 200,000

7.5/Up to 10

ecs.g8i.8xlarge

32

128

20/Up to 25

6 million

0.8 million

32

8

30

30

200,000/Unlimited

10/None

ecs.g8i.12xlarge

48

192

25/N/A

9 million

1 million

48

8

30

30

300,000/No limit

12/N/A

ecs.g8i.16xlarge

64

256

32/None

12 million

1.6 million

64

8

30

30

360,000 / None

20 / None

ecs.g8i.24xlarge

96

384

50/none

18 million

2 million

64

15

30

30

500,000/Unlimited

24 / None

ecs.g8i.48xlarge

192

1024

100/None

30 million

4 million

64

15

50

50

1,000,000 / Unlimited

48/None

g8ine network-enhanced general-purpose instance family

  • Family introduction: Powered by Alibaba Cloud's new Cloud Infrastructure Processing Unit (CIPU) architecture, this family delivers stable computing power and a more powerful I/O engine.

  • Scenarios: Network-intensive scenarios that require excellent forwarding performance and a high number of connections. These instances are especially suitable for network access layer gateways and traffic and data forwarding or pre-processing middleware. They can be used as part of a cloud solution in scenarios such as large websites, e-commerce, and AI.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: Intel® Xeon® Emerald Rapids or Intel® Xeon® Sapphire Rapids with a clock speed of at least 2.7 GHz and an all-core turbo frequency of 3.2 GHz. These processors provide stable computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

  • Storage:

    • These are I/O optimized instances.

    • These instances support the NVMe protocol. For more information, see Overview of the NVMe protocol.

    • Supported disk types: ESSDs, ESSD AutoPL disks, and regional ESSDs. For more information, see Overview of Elastic Block Storage.

    • For small instance types, disk IOPS and disk bandwidth are burstable.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

The g8ine instance family includes the instance types and metrics described in the following table.

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

EBS Multi-queue

Baseline/Burst disk IOPS

Baseline/Burst disk bandwidth (Gbit/s)

ecs.g8ine.large

2

8

4/Up to 24

0.6 million

2

3

10

10

1

20,000/Up to 80,000

2/Up to 8

ecs.g8ine.xlarge

4

16

7/Up to 28

1.2 million

4

4

15

15

1

40,000/Up to 80,000

2.5/Up to 8

ecs.g8ine.2xlarge

8

32

12/Up to 35

2 million

8

6

15

15

2

50,000/Up to 80,000

4/Up to 8

ecs.g8ine.4xlarge

16

64

23/Up to 44

3.5 million

16

8

30

30

2

80,000/Up to 100,000

6/Up to 10

ecs.g8ine.8xlarge

32

128

44 / None

7 million

32

8

30

30

4

100,000 / Unlimited

10 or None

g8ae performance-enhanced general-purpose instance family

  • Introduction: g8ae instances are built on the new Cloud Infrastructure Processing Unit (CIPU) architecture. They provide stable computing power, a powerful I/O engine, and chip-level security hardening.

  • Scenarios: Artificial intelligence (AI) scenarios (such as deep learning, training, and AI inference), high-performance computing (HPC) and other high-performance scientific computing scenarios, large and medium-sized database systems, caches, search clusters, large online game servers, and other general-purpose enterprise applications that have high performance requirements.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: AMD EPYC™ Genoa processor with a clock speed of 3.4 GHz and a single-core turbo frequency of up to 3.75 GHz. These processors provide stable computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

    • For information about operating system compatibility, see AMD instance types and operating system compatibility.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • These instances provide an ultra-high packet forwarding rate.

    • For small instance types, network bandwidth is burstable.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

The g8ae instance family includes the instance types and metrics listed in the following table.

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

vTPM support

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Baseline/Burst disk IOPS

Baseline/Burst disk bandwidth (Gbit/s)

ecs.g8ae.large

2

8

3/Up to 15

1 million

Yes

Up to 0.3 million

2

3

6

6

30,000/Up to 200,000

2/Up to 10

ecs.g8ae.xlarge

4

16

4/Up to 15

1.2 million

Yes

Up to 0.3 million

4

4

15

15

50,000/Up to 200,000

2.5/Up to 10

ecs.g8ae.2xlarge

8

32

6/Up to 15

1.6 million

Yes

Up to 0.3 million

8

4

15

15

60,000/Up to 200,000

3/Up to 10

ecs.g8ae.4xlarge

16

64

12/Up to 25

3 million

Yes

0.5 million

16

8

30

30

100,000/Up to 200,000

6/Up to 10

ecs.g8ae.8xlarge

32

128

20/Up to 25

6 million

Yes

1 million

32

8

30

30

200,000 or Unlimited

10 or None

ecs.g8ae.16xlarge

64

256

32/None

9 million

Yes

1.5 million

64

8

30

30

250,000 or Unlimited

16/None

ecs.g8ae.32xlarge

128

512

64 / None

18 million

Yes

3 million

64

15

30

30

500,000/None

32 / None

Note

For ecs.g8ae.large and ecs.g8ae.xlarge instances, you must enable jumbo frames to achieve the burst bandwidth of 15 Gbit/s. For more information, see Jumbo frames.

g7a general-purpose instance family

  • Introduction: Built on the third-generation SHENLONG architecture, g7a instances provide stable and predictable ultra-high performance. They also use chip-level acceleration to provide significant improvements in storage and network performance, and computing stability.

  • Scenarios: Video encoding and decoding, high packet forwarding rate scenarios, web and application servers, small and medium-sized database systems, caches, search clusters, game servers, test and development (such as DevOps), and other general-purpose enterprise applications.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: 2.55 GHz AMD EPYC MILAN processor with a single-core turbo frequency of up to 3.5 GHz. These processors provide stable computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

    • For information about operating system compatibility, see AMD instance types and operating system compatibility.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances provide an ultra-high packet forwarding rate.

    • For small instance types, network bandwidth is burstable.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

The g7a instance familyincludes the following instance types and metrics.

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Baseline/Burst disk IOPS

Baseline/Burst disk bandwidth (Gbit/s)

ecs.g7a.large

2

8

1/Up to 10

0.9 million

Up to 0.25 million

2

3

6

6

12,500/Up to 110,000

1/Up to 6

ecs.g7a.xlarge

4

16

1.5/Up to 10

1 million

Up to 0.25 million

4

4

15

15

20,000/Up to 110,000

1.5/Up to 6

ecs.g7a.2xlarge

8

32

2.5/Up to 10

1.6 million

Up to 0.25 million

8

4

15

15

30,000/Up to 110,000

2/Up to 6

ecs.g7a.4xlarge

16

64

7/Up to 12.5

2 million

0.3 million

8

8

30

30

60,000/Up to 110,000

3.7/Up to 10.5

ecs.g7a.8xlarge

32

128

8/Up to 10

3 million

0.6 million

16

7

30

30

75,000/Up to 110,000

4.1/Up to 11

ecs.g7a.16xlarge

64

256

16 or None

6 million

1 million

32

8

30

30

150,000/Unlimited

8.2/N/A

ecs.g7a-nps1.16xlarge

64

256

16 or None

6 million

1 million

32

8

30

30

150,000/Unlimited

8.2/None

ecs.g7a.32xlarge

128

512

32 or None

12 million

2 million

32

15

30

30

300,000/Unlimited

16.4/N/A

Note

The kernels of the Ubuntu 16 and Debian 9 operating systems do not support AMD EPYC MILAN processors. Therefore, do not use Ubuntu 16 or Debian 9 images to create instances of this family. Otherwise, the instances fail to start.

g7, general-purpose instance family

  • Introduction: Built on the third-generation SHENLONG architecture, g7 instances provide stable and predictable ultra-high performance. They also use chip-level acceleration to provide significant improvements in storage and network performance, and computing stability.

  • Scenarios: High packet forwarding rate scenarios (such as live comments and telecommunication service forwarding), game servers, small and medium-sized database systems, caches, search clusters, enterprise applications of various types and sizes, web and application servers, data analytics and computing, trusted and secure computing scenarios, and blockchain scenarios.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: Third-generation Intel® Xeon® Scalable (Ice Lake) processor with a base frequency of 2.7 GHz and an all-core turbo frequency of 3.5 GHz. These processors provide stable computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • These instances provide an ultra-high packet forwarding rate.

    • For small instance types, network bandwidth is burstable.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security:

The g7 instance family includes the instance types and performance metrics that are listed in the following table.

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

vTPM support

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Maximum number of attached data disks

Baseline/Burst disk IOPS

Baseline/Burst disk bandwidth (Gbit/s)

ecs.g7.large

2

8

2/Up to 12.5

1.1 million

Yes

Up to 0.5 million

2

3

6

6

8

20,000/Up to 160,000

1.5/Up to 10

ecs.g7.xlarge

4

16

3/Up to 12.5

1.1 million

Yes

Up to 0.5 million

4

4

15

15

8

40,000/Up to 160,000

2/Up to 10

ecs.g7.2xlarge

8

32

5/Up to 15

1.6 million

Yes

Up to 0.5 million

8

4

15

15

16

50,000/Up to 160,000

3/Up to 10

ecs.g7.3xlarge

12

48

8/Up to 15

2.4 million

Yes

Up to 0.5 million

8

8

15

15

16

70,000/Up to 160,000

4/Up to 10

ecs.g7.4xlarge

16

64

10/Up to 25

3 million

Yes

0.5 million

8

8

30

30

16

80,000/Up to 160,000

5/Up to 10

ecs.g7.6xlarge

24

96

12/Up to 25

4.5 million

Yes

0.55 million

12

8

30

30

16

110,000/Up to 160,000

6/10

ecs.g7.8xlarge

32

128

16/Up to 32

6 million

Yes

0.6 million

16

8

30

30

24

160,000 / No limit

10 or None

ecs.g7.16xlarge

64

256

32/None

12 million

Yes

1.2 million

32

8

30

30

32

360,000 or None

16/None

ecs.g7.32xlarge

128

512

64/None

24 million

Yes

2.4 million

32

15

30

30

32

600,000 or unlimited

32/None

g9h, a Hygon-based general-purpose instance family

  • Introduction: Built on the Alibaba Cloud CIPU architecture, g9h instances use Hygon C86-4G processors to deliver stable domestic computing power, enhanced I/O engine, and chip-level security hardening.

  • Scenarios: Databases, web applications, big data analytics (Spark/Flink/ES), search/recommendation/advertising (ps-worker), core transaction systems, audio/video transcoding, AI training and inference, and general enterprise applications (Java).

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: Hygon C86-4G, a fourth-generation Hygon scalable processor, with a turbo frequency of up to 3.1 GHz. These processors provide stable computing performance with domestic computing power.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

The g9h instance family includes the instance types and metric data listed in the following table.

Instance type

vCPUs

Memory (GiB)

Baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4/IPv6 addresses per ENI

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.g9h.large

2

8

1.5/12.5

900,000

250,000

2

3

6

20,000/110,000

1.5/10

ecs.g9h.xlarge

4

16

2.5/12.5

1,000,000

250,000

4

4

6

30,000/110,000

2/10

ecs.g9h.2xlarge

8

32

4/12.5

1,600,000

250,000

8

4

15

45,000/110,000

2.5/10

ecs.g9h.4xlarge

16

64

7/12.5

2,000,000

300,000

16

8

30

60,000/110,000

3.5/10

ecs.g9h.8xlarge

32

128

10/25

3,000,000

600,000

32

8

30

80,000/110,000

5/10

g7h, a Hygon-based general-purpose instance family

  • Introduction: Built on the SHENLONG architecture, g7h instances offload many virtualization features to dedicated hardware. This reduces virtualization overhead and provides stable and predictable ultra-high performance.

  • Scenarios: Video encoding and decoding, high packet forwarding rate scenarios, web and application servers, small and medium-sized database systems, caches, search clusters, test and development (such as DevOps), and other general-purpose enterprise applications.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: Hygon C86-3G 7390, a third-generation Hygon scalable processor, with a turbo frequency of up to 3.0 GHz. These processors provide stable computing performance.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances provide an ultra-high packet forwarding rate.

    • For small instance types, network bandwidth is burstable.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support China Secure Virtualization (CSV). For more information about CSV, see Create a CSV-based confidential computing environment.

The g7h instance family includes the instance types and metrics listed in the following table.

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Packet forwarding rate (million PPS)

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Number of attachable disks

Baseline/Burst disk IOPS

Baseline/Burst disk bandwidth (Gbit/s)

ecs.g7h.large

2

8

1.5/10

50

0.25 million

2

3

6

6

16

20,000/Up to 100,000

1/4

ecs.g7h.xlarge

4

16

2.5/10

90

0.25 million

4

4

10

10

16

30,000/Up to 100,000

1.5/4

ecs.g7h.2xlarge

8

32

3/10

120

0.25 million

8

4

10

10

16

40,000/Up to 100,000

2/4

ecs.g7h.4xlarge

16

64

4/10

150

0.3 million

8

8

30

30

16

60,000/Up to 100,000

3/4

ecs.g7h.8xlarge

32

128

8 or None

200

0.6 million

16

8

30

30

16

100,000/Unlimited

4 / None

ecs.g7h.16xlarge

64

256

16/None

400

1 million

32

8

30

30

16

180,000/None

8/None

g6h, a Hygon-based general-purpose instance family

g6h instances can be purchased only in Finance Cloud. For information about how to apply for Finance Cloud certification, see Apply for Finance Cloud certification.

  • Introduction: Built on the SHENLONG architecture, g6h instances offload many virtualization features to dedicated hardware. This reduces virtualization overhead and provides stable and predictable ultra-high performance.

  • Scenarios: Video encoding and decoding, high packet forwarding rate scenarios, web and application servers, small and medium-sized database systems, caches, search clusters, test and development (such as DevOps), and other general-purpose enterprise applications.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: Hygon 7280, a second-generation Hygon scalable processor, with a base frequency of 2.0 GHz. These processors provide stable computing performance.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances provide an ultra-high packet forwarding rate.

    • For small instance types, network bandwidth is burstable.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

The g6h instance family includes the instance types and performance metrics listed in the following table.

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Baseline/Burst disk IOPS

Baseline/Burst disk bandwidth (Gbit/s)

ecs.g6h.large

2

8

1.2/5

0.5 million

0.25 million

2

3

6

1

15,000/Up to 75,000

1/4

ecs.g6h.xlarge

4

16

2/8

0.75 million

0.25 million

4

4

10

1

20,000/Up to 75,000

1.5/4

ecs.g6h.2xlarge

8

32

3/8

0.9 million

0.25 million

8

4

10

1

30,000/Up to 75,000

2/4

ecs.g6h.4xlarge

16

64

4/8

1.2 million

0.3 million

8

8

30

1

50,000/Up to 75,000

3/4

ecs.g6h.8xlarge

32

128

8/None

2 million

0.6 million

16

8

30

1

75,000/No limit

4 or None

ecs.g6h.16xlarge

64

256

12 or None

4 million

1 million

32

7

30

1

150,000/N/A

8 / None

g6 general-purpose instance family

  • Introduction: Built on the SHENLONG architecture, g6 instances offload many virtualization features to dedicated hardware. This reduces virtualization overhead and provides stable and predictable ultra-high performance.

  • Scenarios:

    • High packet forwarding rate scenarios, such as live comments and telecommunication service forwarding.

    • Enterprise applications of various types and sizes.

    • Web and application servers.

    • Game servers.

    • Small and medium-sized database systems, caches, and search clusters.

    • Data analytics and computing.

    • Compute clusters and memory-dependent data processing.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: 2.5 GHz Intel® Xeon® Platinum 8269CY (Cascade Lake) processor with a turbo frequency of 3.2 GHz. These processors provide stable computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

    Note

    This family does not support FreeBSD 13.2 and earlier versions due to compatibility issues. Use FreeBSD 13.3 or a later version.

  • Storage:

    • These are I/O optimized instances.

    • Supported disk types: ESSDs, ESSD AutoPL disks, Regional ESSDs, standard SSD, and ultra disk. For more information, see Block Storage Overview.

      Note

      The maximum performance of disks varies based on the instance families. A single instance of this instance family can deliver up to 200,000 IOPS.

    • The storage I/O performance of an instance corresponds to its instance type. A larger instance type provides higher storage I/O performance. For more information, see Storage I/O performance.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances provide an ultra-high packet forwarding rate.

      Note

      Network performance varies based on the instance families. For higher concurrent connection and network packet forwarding capabilities, we recommend that you use the g7ne instance family.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

The g6 instance family includes the instance types and metrics listed in the following table.

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Baseline disk IOPS

Baseline disk bandwidth (Gbit/s)

ecs.g6.large

2

8

1/Up to 3

0.3 million

Up to 0.25 million

2

2

6

1

10,000

1

ecs.g6.xlarge

4

16

1.5/Up to 5

0.5 million

Up to 0.25 million

4

3

10

1

20,000

1.5

ecs.g6.2xlarge

8

32

2.5/Up to 8

0.8 million

Up to 0.25 million

8

4

10

1

25,000

2

ecs.g6.3xlarge

12

48

4/Up to 10

0.9 million

Up to 0.25 million

8

6

10

1

30,000

2.5

ecs.g6.4xlarge

16

64

5/Up to 10

1 million

0.3 million

8

8

20

1

40,000

3

ecs.g6.6xlarge

24

96

7.5/Up to 10

1.5 million

0.45 million

12

8

20

1

50,000

4

ecs.g6.8xlarge

32

128

10 or None

2 million

0.6 million

16

8

20

1

60,000

5

ecs.g6.13xlarge

52

192

12.5 or None

3 million

0.9 million

32

7

20

1

100,000

8

ecs.g6.26xlarge

104

384

25 / None

6 million

1.8 million

32

15

20

1

200,000

16

g6a general-purpose instance family

  • Family introduction: Built on the SHENLONG architecture, this family offloads numerous virtualization features to dedicated hardware, which reduces virtualization overhead and provides stable and predictable ultra-high performance.

  • Scenarios:

    • Video encoding and decoding.

    • Scenarios with high packet forwarding rates.

    • Web and application servers.

    • Small and medium-sized database systems, caches, and search clusters.

    • Game servers.

    • Test and development, such as DevOps.

    • Other general-purpose enterprise applications.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: 2.6 GHz AMD EPYC ROME processor with a turbo frequency of 3.3 GHz. These processors provide stable computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

    • For information about operating system compatibility, see AMD instance types and operating system compatibility.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances provide an ultra-high packet forwarding rate.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

The g6a instance family includes the instance types and metric data shown in the following table.

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Baseline disk IOPS

Baseline disk bandwidth (Gbit/s)

ecs.g6a.large

2

8

1/10

0.9 million

Up to 0.25 million

2

2

6

1

12,500

1

ecs.g6a.xlarge

4

16

1.5/10

1 million

Up to 0.25 million

4

3

15

1

20,000

1.5

ecs.g6a.2xlarge

8

32

2.5/10

1.6 million

Up to 0.25 million

8

4

15

1

30,000

2

ecs.g6a.4xlarge

16

64

5/10

2 million

0.3 million

8

8

30

1

60,000

3.1

ecs.g6a.8xlarge

32

128

8/10

3 million

0.6 million

16

7

30

1

75,000

4.1

ecs.g6a.16xlarge

64

256

16 or None

6 million

1 million

32

8

30

1

150,000

8.2

ecs.g6a.32xlarge

128

512

32 or None

12 million

2 million

32

15

30

1

300,000

16.4

g6e performance-enhanced general-purpose instance family

  • Introduction: Built on the third-generation SHENLONG architecture, g6e instances offload many virtualization features to dedicated hardware. This reduces virtualization overhead and provides stable and predictable ultra-high performance. They also use chip-level acceleration to provide significant improvements in storage and network performance, and computing stability.

  • Scenarios:

    • High packet forwarding rate scenarios, such as live comments and telecommunication service forwarding.

    • Enterprise applications of various types and sizes.

    • Web and application servers.

    • Game servers.

    • Small and medium-sized database systems, caches, and search clusters.

    • Data analytics and computing.

    • Compute clusters and memory-dependent data processing.

  • Compute:

    • Processor-to-memory ratio of approximately 1:4.

    • Processor: 2.5 GHz Intel® Xeon® Platinum 8269CY (Cascade Lake) processor with a turbo frequency of 3.2 GHz. These processors provide stable computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

    Note

    This instance family does not support FreeBSD 13.2 or earlier versions due to compatibility issues. You can use FreeBSD 13.3 or later.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances provide an ultra-high packet forwarding rate.

      Note

      Network performance varies based on the instance families. For higher concurrent connection and network packet forwarding capabilities, we recommend that you use the g7ne instance family.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

The g6e instance family includes the instance types and metrics described in the following table.

Instance type

vCPU

Memory (GiB)

Baseline/Burst network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Baseline disk IOPS

Baseline disk bandwidth (Gbit/s)

ecs.g6e.large

2

8

1.2/Up to 10

0.9 million

Up to 0.25 million

2

3

6

1

20,000

1

ecs.g6e.xlarge

4

16

2/Up to 10

1 million

Up to 0.25 million

4

4

15

1

40,000

1.5

ecs.g6e.2xlarge

8

32

3/Up to 10

1.6 million

Up to 0.25 million

8

4

15

1

50,000

2

ecs.g6e.4xlarge

16

64

6/Up to 10

3 million

0.3 million

8

8

30

1

80,000

3

ecs.g6e.8xlarge

32

128

10 / None

6 million

0.6 million

16

8

30

1

150,000

5

ecs.g6e.13xlarge

52

192

16 / None

9 million

1 million

32

7

30

1

240,000

8

ecs.g6e.26xlarge

104

384

32 or None

24 million

1.8 million

32

15

30

1

480,000

16

Note
  • Network capabilities represent the maximum performance in single-item tests. For example, when testing network bandwidth, stress tests are not simultaneously performed on the packet forwarding rate or other metrics.

  • To use ecs.g6e.26xlarge, you must submit a ticket to request access.

g5 general-purpose instance family

  • Scenarios:

    • High packet forwarding rate scenarios, such as live comments and telecommunication service forwarding.

    • Enterprise applications of various types and sizes.

    • Small and medium-sized database systems, caches, and search clusters.

    • Data analytics and computing.

    • Compute clusters and memory-dependent data processing.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: 2.5 GHz Intel® Xeon® Platinum 8163 (Skylake) or 8269CY (Cascade Lake) processor that provides stable computing performance.

      Note

      Instances of this family may be deployed on different server platforms. If your business requires instances to be deployed on the same server platform, we recommend that you use g6, g6e, or g7 instances.

  • Storage:

    • These are I/O optimized instances.

    • Supported disk types: ESSDs, ESSD AutoPL disks, standard SSD, and ultra disk. For more information, see Block Storage Overview.

      Note

      The maximum performance of disks varies based on the instance families. A single instance of this instance family can deliver up to 200,000 IOPS.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances provide an ultra-high packet forwarding rate.

      Note

      Network performance varies based on the instance families. For higher concurrent connection and network packet forwarding capabilities, we recommend that you use the g7ne instance family.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

The g5 instance family includes the following instance types and metrics.

Instance type

vCPU

Memory (GiB)

Baseline network bandwidth (Gbit/s)

Packets per second (PPS)

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

ecs.g5.large

2

8

1

0.3 million

2

2

6

1

ecs.g5.xlarge

4

16

1.5

0.5 million

2

3

10

1

ecs.g5.2xlarge

8

32

2.5

0.8 million

4

4

10

1

ecs.g5.3xlarge

12

48

4

0.9 million

4

6

10

1

ecs.g5.4xlarge

16

64

5

1 million

4

8

20

1

ecs.g5.6xlarge

24

96

7.5

1.5 million

6

8

20

1

ecs.g5.8xlarge

32

128

10

2 million

8

8

20

1

ecs.g5.16xlarge

64

256

20

4 million

16

8

20

1

sn2ne network-enhanced general-purpose instance family

  • Scenarios:

    • High packet forwarding rate scenarios, such as live comments and telecommunication service forwarding.

    • Enterprise applications of various types and sizes.

    • Small and medium-sized database systems, caches, and search clusters.

    • Data analytics and computing.

    • Compute clusters and memory-dependent data processing.

  • Compute:

    • Processor-to-memory ratio of 1:4.

    • Processor: 2.5 GHz Intel® Xeon® E5-2682 v4 (Broadwell), Platinum 8163 (Skylake), or 8269CY (Cascade Lake) processor that provides stable computing performance.

      Note

      Instances of this family may be deployed on different server platforms. If your business requires instances to be deployed on the same server platform, we recommend that you use g6, g6e, or g7 instances.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances provide an ultra-high packet forwarding rate.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

The sn2ne instance family includes the instance types and metrics listed in the following table.

Instance type

vCPU

Memory (GiB)

Baseline network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

ecs.sn2ne.large

2

8

1

0.3 million

2

2

6

1

ecs.sn2ne.xlarge

4

16

1.5

0.5 million

2

3

10

1

ecs.sn2ne.2xlarge

8

32

2

1 million

4

4

10

1

ecs.sn2ne.3xlarge

12

48

2.5

1.3 million

4

6

10

1

ecs.sn2ne.4xlarge

16

64

3

1.6 million

4

8

20

1

ecs.sn2ne.6xlarge

24

96

4.5

2 million

6

8

20

1

ecs.sn2ne.8xlarge

32

128

6

2.5 million

8

8

20

1

ecs.sn2ne.14xlarge

56

224

10

4.5 million

14

8

20

1

Compute-optimized instance family c9ae

  • Introduction: Built on the new-generation Alibaba Cloud CIPU and powered by the latest AMD EPYC Turin processors, these instances use physical cores to deliver stable computing performance, a powerful I/O engine, and chip-level security hardening.

  • Use cases: Ideal for workloads such as big data analytics (e.g., Spark, Flink, and Elasticsearch), search and recommendation engines, advertising systems (ps-worker), core transaction systems, audio and video transcoding, AI training and inference, and general-purpose enterprise applications (e.g., Java).

  • Compute:

    • Processor-to-memory ratio: 1:2.

    • Processor: AMD EPYC Turin processors with a turbo frequency of up to 3.7 GHz.

    • For information about OS compatibility, see AMD instance type and OS compatibility.

  • Storage:

  • Network:

  • Security:

The following table lists the available c9ae instance types and their specifications.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

Network PPS

Connections

NIC queues

ENIs

Private IPv4 addresses

IPv6 addresses

Disk IOPS

Disk bandwidth (Gbit/s)

ecs.c9ae.large

2

4

2.5 / 25

Up to 1,500,000

Up to 500,000

2

3

6

6

Up to 200,000

2.5 / 20

ecs.c9ae.xlarge

4

8

4 / 25

Up to 1,600,000

Up to 500,000

4

4

15

15

Up to 200,000

3 / 20

ecs.c9ae.2xlarge

8

16

6 / 25

Up to 2,500,000

Up to 500,000

8

4

15

15

Up to 200,000

4 / 20

ecs.c9ae.4xlarge

16

32

10 / 25

Up to 3,200,000

Up to 500,000

16

8

30

30

Up to 200,000

5.5 / 20

ecs.c9ae.8xlarge

32

64

16 / 25

Up to 5,000,000

Up to 1,000,000

32

8

30

30

Up to 200,000

8 / 20

ecs.c9ae.12xlarge

48

96

25 / None

7,500,000

1,500,000

48

8

30

30

150,000

13 / None

ecs.c9ae.16xlarge

64

128

32 / None

10,000,000

2,000,000

64

8

30

30

200,000

16 / None

ecs.c9ae.24xlarge

96

192

50 / None

15,000,000

3,000,000

64

15

30

30

300,000

25 / None

ecs.c9ae.32xlarge

128

256

64 / None

20,000,000

4,000,000

64

15

30

30

400,000

32 / None

ecs.c9ae.48xlarge

192

384

100 / None

30,000,000

6,000,000

64

15

50

50

600,000

50 / None

Compute-optimized instance family c9a

  • Introduction: Built on the new-generation Alibaba Cloud CIPU architecture and powered by the latest AMD EPYC Turin processors to provide stable computing performance, a powerful I/O engine, and chip-level security hardening.

  • Use cases: Ideal for workloads such as large and medium-sized database systems, game servers, financial quantitative analysis, blockchain, web and application servers, and other general-purpose enterprise applications.

  • Compute:

    • The vCPU-to-memory ratio is 1:2.

    • Processor: AMD EPYC Turin processor with a turbo frequency of up to 4.1 GHz, ensuring stable computing performance.

    • For information about OS compatibility, see AMD instance types and OS compatibility.

  • Storage:

  • Network:

  • Security: Supports the Trusted Computing (vTPM) feature.

The following table lists the specifications for the c9a instance family.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

Packet rate (PPS)

Connections

NIC queues

ENIs

Private IPv4 addresses

IPv6 addresses

Disk IOPS

Disk bandwidth (Gbit/s)

ecs.c9a.large

2

4

2.5/Up to 15

Up to 1,200,000

Up to 500,000

2

3

6

6

Up to 110,000

2/Up to 15

ecs.c9a.xlarge

4

8

4/Up to 15

Up to 1,400,000

Up to 500,000

4

4

15

15

Up to 110,000

3/Up to 15

ecs.c9a.2xlarge

8

16

6/Up to 15

Up to 2,000,000

Up to 500,000

8

4

15

15

Up to 110,000

4/Up to 15

ecs.c9a.4xlarge

16

32

12/Up to 25

Up to 3,000,000

Up to 500,000

16

8

30

30

Up to 110,000

5/Up to 15

ecs.c9a.8xlarge

32

64

16/Up to 32

Up to 4,000,000

Up to 800,000

32

8

30

30

Up to 110,000

8/Up to 15

ecs.c9a.16xlarge

64

128

32/None

7,500,000

1,500,000

64

8

30

30

120,000

16/None

Compute-optimized instance family c9i

  • Introduction: Built on Alibaba Cloud's next-generation CIPU architecture and powered by Intel® Xeon® 6 processors with P-cores, these instances deliver stable computing performance, a powerful I/O engine, and chip-level security hardening.

  • Use cases: Machine learning inference applications, data analytics, batch computing, video encoding, frontend game servers, high-performance scientific and engineering applications, and web frontend servers.

  • Compute:

    • The vCPU-to-memory ratio is 1:2.

    • Processor: Intel® Xeon® Granite Rapids processors with a 3.2 GHz base frequency, an all-core turbo frequency of 3.6 GHz, and a maximum single-core turbo frequency of 3.9 GHz.

      Note

      The system may display different frequencies for this instance. The 3.9 GHz maximum single-core turbo frequency is a burst capability that depends on the overall CPU load of the physical server and is not covered by the Service Level Agreement (SLA).

    • For operating system compatibility, see Intel instance types and operating system compatibility.

  • Storage:

    • I/O-optimized instance.

    • These instances support the NVMe protocol. For more information, see Overview of the NVMe protocol.

    • Supported cloud disk types: ESSDs and ESSD AutoPL disks. For more information about cloud disks, see Block storage overview.

    • For small instance types, disk IOPS and disk bandwidth are burstable. The storage I/O performance of an instance corresponds to its instance type. A larger instance type provides higher storage I/O performance. For more information, see Storage I/O performance.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

c9i includes the following instance types and metric data:

Instance type

vCPUs

Memory (GiB)

Network bandwidth (baseline/burst) (Gbit/s)

Network PPS

Connections

NIC queues

ENIs

Private IPv4s per ENI

IPv6 addresses per ENI

Cloud disk IOPS (baseline/burst)

Cloud disk bandwidth (baseline/burst) (Gbit/s)

ecs.c9i.large

2

4

2.5/15

1,000,000

500,000

2

3

6

6

25,000/200,000

2/10

ecs.c9i.xlarge

4

8

4/15

1,200,000

500,000

4

4

15

15

50,000/200,000

2.5/10

ecs.c9i.2xlarge

8

16

6/15

1,600,000

500,000

8

4

15

15

60,000/200,000

4/10

ecs.c9i.3xlarge

12

24

10/15

2,400,000

500,000

12

8

15

15

80,000/200,000

5/10

ecs.c9i.4xlarge

16

32

12/25

3,000,000

500,000

16

8

30

30

100,000/200,000

6/10

ecs.c9i.6xlarge

24

48

15/25

4,500,000

600,000

24

8

30

30

120,000/200,000

7.5/10

ecs.c9i.8xlarge

32

64

20/32

6,000,000

800,000

32

8

30

30

200,000/300,000

10/12

ecs.c9i.12xlarge

48

96

25/32

9,000,000

1,600,000

48

8

30

30

240,000/320,000

12/15

ecs.c9i.16xlarge

64

128

28/36

12,000,000

2,000,000

64

8

30

30

300,000/400,000

16/24

ecs.c9i.24xlarge

96

192

32/48

18,000,000

3,000,000

64

15

30

30

350,000/600,000

20/28

ecs.c9i.32xlarge

128

256

36/50

20,000,000

4,000,000

64

15

30

30

400,000/650,000

24/28

ecs.c9i.48xlarge

192

384

64/None

24,000,000

6,000,000

64

15

50

50

500,000/800,000

32/None

Compute-optimized instance family c8a

  • Introduction: Built on Alibaba Cloud's next-generation CIPU architecture, these instances deliver stable computing power, a powerful I/O engine, and chip-level security hardening.

  • Use cases: Big data applications, web applications, AI training and inference, and audio and video transcoding.

  • Compute:

    • The CPU-to-memory ratio is 1:2.

    • Processor: AMD EPYC Genoa processors with a 2.7 GHz base frequency and a turbo frequency of up to 3.7 GHz deliver stable computing power.

    • Supports hyper-threading. Hyper-threading is enabled by default. To change this setting, see Change CPU options.

    • For information about operating system compatibility, see AMD instance type and OS compatibility.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For IPv6, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • Delivers an ultra-high packet forwarding rate (PPS).

    • Smaller instance types support burstable network bandwidth.

    • Network performance scales with the instance type.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

  • Performance acceleration:

    After you select an application for Performance acceleration, the application is automatically deployed on the purchased instance. KeenTune then uses expert knowledge to perform full-stack performance tuning based on the business characteristics of the application. For more information, see Application acceleration.

c8a includes the following instance types and metrics:

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Base/Burst) (Gbit/s)

Packet forwarding rate (PPS)

Connections

Multi-queue

ENIs

Private IPv4s/ENI

IPv6s/ENI

Cloud disk IOPS (Base/Burst)

Cloud disk bandwidth (Base/Burst) (Gbit/s)

ecs.c8a.large

2

4

1.5/Up to 12.5

900,000

Up to 250,000

2

3

6

6

20,000/Up to 110,000

1.5/Up to 10

ecs.c8a.xlarge

4

8

2.5/Up to 12.5

1,000,000

Up to 250,000

4

4

15

15

30,000/Up to 110,000

2/Up to 10

ecs.c8a.2xlarge

8

16

4/Up to 12.5

1,600,000

Up to 250,000

8

4

15

15

45,000/Up to 110,000

2.5/Up to 10

ecs.c8a.4xlarge

16

32

7/Up to 12.5

2,000,000

300,000

16

8

30

30

60,000/Up to 110,000

3.5/Up to 10

ecs.c8a.8xlarge

32

64

10/Up to 25

3,000,000

600,000

32

8

30

30

80,000/Up to 110,000

5/Up to 10

ecs.c8a.12xlarge

48

96

16/25

4,500,000

750,000

48

8

30

30

120,000/None

8/Up to 10

ecs.c8a.16xlarge

64

128

20/25

6,000,000

1,000,000

64

8

30

30

160,000/None

10/None

ecs.c8a.24xlarge

96

192

32/None

9,000,000

1,500,000

64

15

30

30

240,000/None

16/None

ecs.c8a.32xlarge

128

256

40/None

12,000,000

2,000,000

64

15

30

30

320,000/None

20/None

ecs.c8a.48xlarge

192

384

64/None

18,000,000

3,000,000

64

15

50

50

500,000/None

32/None

Note

For ecs.c8a.large and ecs.c8a.xlarge instances, you must enable jumbo frames to achieve the burst network bandwidth of 12.5 Gbit/s. For more information, see jumbo frames.

Compute-optimized instance family c8i

  • Introduction: Built on the next-generation Alibaba Cloud CIPU architecture, c8i instances provide stable computing performance, a powerful I/O engine, and chip-level security hardening.

  • Use cases: Ideal for machine learning inference, data analytics, batch computing, video encoding, game frontend servers, high-performance scientific and engineering applications, and web frontend servers.

  • Compute:

    • The vCPU-to-memory ratio is 1:2.

    • Processor: Intel®Xeon®Emerald Rapids or Intel®Xeon®Sapphire Rapids processors with a base frequency of at least 2.7 GHz and an all-core turbo frequency of 3.2 GHz.

      Note

      When you purchase an instance of this family, the system randomly assigns one of the preceding processors. You cannot manually select a processor.

    • Supports Hyper-Threading, enabled by default. For more information, see Change CPU options.

    • For information about operating system compatibility, see Intel instance types and operating system compatibility.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For more information about IPv6, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • Network performance scales with the instance type.

    • Smaller instance types support burstable network bandwidth.

  • Security:

    • These instances support the vTPM feature. For more information, see Overview of trusted computing.

    • The vTPM feature uses TPM/TCM chips to create a trusted boot chain from the server to the instance for enhanced security.

    • Instances with 4 or more vCPUs support the Alibaba Cloud virtualized enclave feature to provide a confidential computing environment. For more information, see Build a confidential computing environment by using an enclave.

    • Uses Intel® Total Memory Encryption (TME) to encrypt runtime memory.

  • Performance acceleration:

    After you select an application for Performance acceleration, the application is automatically deployed on the purchased instance. KeenTune then uses expert knowledge to perform full-stack performance tuning based on the business characteristics of the application. For more information, see Application acceleration.

The following table describes the instance types and specifications of the c8i family.

Instance type

vCPUs

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Cloud disk baseline/burst IOPS

Cloud disk baseline/burst bandwidth (Gbit/s)

ecs.c8i.large

2

4

2.5/Up to 15

1,000,000

Up to 300,000

2

3

6

6

25,000/Up to 200,000

2/Up to 10

ecs.c8i.xlarge

4

8

4/Up to 15

1,200,000

Up to 300,000

4

4

15

15

50,000/Up to 200,000

2.5/Up to 10

ecs.c8i.2xlarge

8

16

6/Up to 15

1,600,000

Up to 300,000

8

4

15

15

60,000/Up to 200,000

4/Up to 10

ecs.c8i.3xlarge

12

24

10/Up to 15

2,400,000

Up to 300,000

12

8

15

15

80,000/Up to 200,000

5/Up to 10

ecs.c8i.4xlarge

16

32

12/Up to 25

3,000,000

350,000

16

8

30

30

100,000/Up to 200,000

6/Up to 10

ecs.c8i.6xlarge

24

48

15/Up to 25

4,500,000

500,000

24

8

30

30

120,000/Up to 200,000

7.5/Up to 10

ecs.c8i.8xlarge

32

64

20/Up to 25

6,000,000

800,000

32

8

30

30

200,000/None

10/None

ecs.c8i.12xlarge

48

96

25/None

9,000,000

1,000,000

48

8

30

30

300,000/None

12/None

ecs.c8i.16xlarge

64

128

32/None

12,000,000

1.6 million

64

8

30

30

360,000/None

20/None

ecs.c8i.24xlarge

96

192

50/None

18 million

2 million

64

15

30

30

500,000/None

24/None

ecs.c8i.48xlarge

192

512

100/Unlimited

30 million

4 million

64

15

50

50

1,000,000/None

48/None

Network-enhanced compute-optimized instance family c8ine

  • Introduction: Built on the new-generation Alibaba Cloud CIPU architecture, these instances deliver stable computing performance and a powerful I/O engine.

  • Use cases: Ideal for network-intensive workloads that require high forwarding and connection performance, such as network access layer gateways, traffic and data forwarding, and pre-processing middleware. As part of a cloud-native solution, these instances support large websites, e-commerce, and AI applications.

  • Compute:

    • The vCPU-to-memory ratio is 1:2.

    • Processor: Powered by Intel® Xeon® Emerald Rapids or Intel® Xeon® Sapphire Rapids processors with a base frequency of at least 2.7 GHz and an all-core turbo frequency of 3.2 GHz.

    • Supports Hyper-Threading, which is enabled by default. For more information, see Change CPU options.

  • Storage:

    • These are I/O optimized instances.

    • These instances support the NVMe protocol. For more information, see Overview of the NVMe protocol.

    • Supported cloud disk types: ESSDs, ESSD AutoPL disks, and Regional ESSDs. For more information about cloud disks, see Block storage overview.

    • Smaller instance types offer burstable disk IOPS and disk bandwidth.

  • Network:

    • Supports IPv4 and IPv6. For more information about IPv6 communication, see IPv6 communication.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • Network performance scales with the instance type.

  • Security: Supports trusted computing (vTPM). For more information, see Trusted computing overview.

The following table lists the instance types and specifications for the c8ine instance family.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

Connections

Multi-queue

ENIs

Private IPv4 addresses

IPv6 addresses

ESSD multi-queue

Disk IOPS

Disk bandwidth (Gbit/s)

ecs.c8ine.large

2

4

4/24

600,000

2

3

10

10

1

20,000/80,000

2/8

ecs.c8ine.xlarge

4

8

7/28

1,200,000

4

4

15

15

1

40,000/80,000

2.5/8

ecs.c8ine.2xlarge

8

16

12/35

2,000,000

8

6

15

15

2

50,000/80,000

4/8

ecs.c8ine.4xlarge

16

32

23/44

3,500,000

16

8

30

30

2

80,000/100,000

6/10

ecs.c8ine.8xlarge

32

64

44/N/A

7,000,000

32

8

30

30

4

100,000/N/A

10/N/A

Compute-balanced enhanced instance family c8ae

  • Introduction: Built on the Alibaba Cloud-developed CIPU architecture, these instances provide stable computing performance, a powerful I/O engine, and chip-level security hardening.

  • Use cases:

    • AI workloads, such as deep learning, training, and AI inference.

    • High-performance computing (HPC) workloads.

    • Large and medium-sized database systems, caches, and search clusters.

    • Massively multiplayer online (MMO) game servers.

    • Other general-purpose enterprise applications with high performance requirements.

  • Compute:

    • The CPU-to-memory ratio is 1:2.

    • The AMD EPYC Genoa processor provides stable computing performance with a base frequency of 3.4 GHz and a single-core turbo frequency of up to 3.75 GHz.

    • Hyper-threading is enabled by default. To change this setting, see Change CPU options.

    • For operating system compatibility, see AMD instance type and OS compatibility.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For more information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • Delivers an ultra-high packet forwarding rate (PPS).

    • Smaller instance types support burstable network bandwidth.

    • Network performance scales with the instance type.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

c8ae includes the instance types and metrics listed in the following table:

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

PPS

vTPM

Connections

NIC queues

ENIs

Private IPv4/ENI

IPv6/ENI

Cloud disk IOPS

Disk bandwidth (Gbit/s)

ecs.c8ae.large

2

4

3/Up to 15

1,000,000

Yes

Up to 300,000

2

3

6

6

30,000/Up to 200,000

2/Up to 10

ecs.c8ae.xlarge

4

8

4/Up to 15

1,200,000

Yes

Up to 300,000

4

4

15

15

50,000/Up to 200,000

2.5/Up to 10

ecs.c8ae.2xlarge

8

16

6/Up to 15

1,600,000

Yes

Up to 300,000

8

4

15

15

60,000/Up to 200,000

3/Up to 10

ecs.c8ae.4xlarge

16

32

12/Up to 25

3,000,000

Yes

500,000

16

8

30

30

100,000/Up to 200,000

6/Up to 10

ecs.c8ae.8xlarge

32

64

20/Up to 25

6,000,000

Yes

1,000,000

32

8

30

30

200,000/None

10/None

ecs.c8ae.16xlarge

64

128

32/None

9,000,000

Yes

1,500,000

64

8

30

30

250,000/None

16/None

ecs.c8ae.32xlarge

128

256

64/None

18,000,000

Yes

3,000,000

64

15

30

30

500,000/None

32/None

Note

To achieve the 15 Gbit/s burst network bandwidth on ecs.c8ae.large and ecs.c8ae.xlarge instances, you must enable jumbo frames. For more information, see Jumbo Frames.

Compute-optimized instance family c7a

  • Introduction: Built on the third-generation SHENLONG architecture, c7a instances deliver stable and predictable ultra-high performance. They use chip-level fast path acceleration to achieve order-of-magnitude improvements in storage performance, network performance, and compute stability.

  • Use cases:

    • Video encoding and decoding.

    • High packet forwarding rate (PPS) workloads, such as live video commenting and telecom service forwarding.

    • Web frontend servers.

    • Massively multiplayer online (MMO) game frontends.

    • Development and testing, such as DevOps.

    • Data analytics and batch computing.

    • High-performance scientific and engineering applications.

    • Enterprise-grade applications of all types and sizes.

  • Compute:

    • The vCPU-to-memory ratio is 1:2.

    • Processor: AMD EPYC Milan processors with a 2.55 GHz base frequency and a single-core turbo frequency of up to 3.5 GHz deliver stable compute performance.

    • Hyper-Threading is supported and enabled by default. For more information, see Change CPU options.

    • For information about operating system compatibility, see AMD instance type and OS compatibility.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For more information, see IPv6 communication.

    • Provides an ultra-high packet forwarding rate (PPS).

    • Smaller instance types support burstable network bandwidth.

    • Network performance increases with instance size.

c7a includes the instance types and metrics listed in the following table:

Instance type

vCPUs

Memory (GiB)

Network bandwidth (baseline/burst) (Gbit/s)

Packet forwarding rate (PPS)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Cloud disk IOPS (baseline/burst)

Cloud disk bandwidth (baseline/burst) (Gbit/s)

ecs.c7a.large

2

4

1/10

900,000

250,000

2

3

6

6

12,500/110,000

1/6

ecs.c7a.xlarge

4

8

1.5/10

1,000,000

250,000

4

4

15

15

20,000/110,000

1.5/6

ecs.c7a.2xlarge

8

16

2.5/10

1,600,000

250,000

8

4

15

15

30,000/110,000

2/6

ecs.c7a.4xlarge

16

32

5/10

2,000,000

300,000

8

8

30

30

60,000/110,000

3/6

ecs.c7a.8xlarge

32

64

8/10

3,000,000

600,000

16

7

30

30

75,000/110,000

4/6

ecs.c7a-nps1.8xlarge

32

64

8/10

3,000,000

600,000

16

7

30

30

75,000/110,000

4/6

ecs.c7a.16xlarge

64

128

16/N/A

6,000,000

1,000,000

32

7

30

30

150,000/N/A

8/N/A

ecs.c7a-nps1.16xlarge

64

128

16/N/A

3,000,000

1,000,000

32

7

30

30

150,000/N/A

8/N/A

ecs.c7a.32xlarge

128

256

32/N/A

12,000,000

2,000,000

32

15

30

30

300,000/N/A

16/N/A

Note

The kernels of Ubuntu 16 and Debian 9 do not support AMD EPYC Milan processors. Do not use Ubuntu 16 or Debian 9 images to create c7a instances. Otherwise, the instances fail to start.

Compute-optimized instance family c7

  • Introduction: Built on the third-generation Shenlong architecture, c7 instances deliver stable and predictable ultra-high performance. They use chip-level fast-path acceleration to deliver dramatic improvements in storage, network performance, and computing stability.

  • Use cases:

    • Scenarios with high packet forwarding rates (PPS), such as real-time video comment streaming and telecom service forwarding.

    • Front-end servers for massively multiplayer online (MMO) games.

    • Web front-end servers.

    • Data analytics, batch computing, and video encoding.

    • High-performance scientific and engineering applications.

    • Workloads that require trusted computing.

    • Enterprise-grade applications of all types and sizes.

    • Blockchain applications.

  • Compute:

    • vCPU-to-memory ratio of 1:2.

    • Processor: Features 3rd Generation Intel® Xeon® Scalable (Ice Lake) processors with a base frequency of 2.7 GHz and an all-core turbo frequency of 3.5 GHz.

    • Hyper-Threading is supported and enabled by default. For more information, see Configure CPU options.

  • Storage:

  • Network:

    • Supports both IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • Provides an ultra-high packet forwarding rate (PPS).

    • Smaller instance types support burstable network bandwidth.

    • Network performance scales with the instance type.

  • Security:

The following table lists the specifications of the c7 instance types.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

PPS

vTPM support

Connections

Multi-queue

ENIs

Private IPv4 addresses/ENI

IPv6 addresses/ENI

Max data disks

Cloud disk IOPS

Cloud disk bandwidth (Gbit/s)

ecs.c7.large

2

4

2/Up to 12.5

1,100,000

Yes

Up to 500,000

2

3

6

6

8

20,000/Up to 160,000

1.5/Up to 10

ecs.c7.xlarge

4

8

3/Up to 12.5

1,100,000

Yes

Up to 500,000

4

4

15

15

8

40,000/Up to 160,000

2/Up to 10

ecs.c7.2xlarge

8

16

5/Up to 15

1,600,000

Yes

Up to 500,000

8

4

15

15

16

50,000/Up to 160,000

3/Up to 10

ecs.c7.3xlarge

12

24

8/Up to 15

2,400,000

Yes

Up to 500,000

8

8

15

15

16

70,000/Up to 160,000

4/Up to 10

ecs.c7.4xlarge

16

32

10/Up to 25

3,000,000

Yes

500,000

8

8

30

30

16

80,000/Up to 160,000

5/Up to 10

ecs.c7.6xlarge

24

48

12/Up to 25

4,500,000

Yes

550,000

12

8

30

30

16

110,000/Up to 160,000

6/Up to 10

ecs.c7.8xlarge

32

64

16/Up to 32

6,000,000

Yes

600,000

16

8

30

30

24

160,000/None

10/None

ecs.c7.16xlarge

64

128

32/None

12,000,000

Yes

1,200,000

32

8

30

30

32

360,000/None

16/None

ecs.c7.32xlarge

128

256

64/None

24,000,000

Yes

2,400,000

32

15

30

30

32

600,000/None

32/None

Compute-optimized instance family c6

  • Introduction: Built on the Shenlong architecture, c6 instances offload many virtualization features to dedicated hardware, reducing virtualization overhead and delivering stable, predictable, and ultra-high performance.

  • Use cases:

    • High packet forwarding rate (PPS) workloads, such as live video commenting and telecom service forwarding.

    • Web frontend servers.

    • Frontend servers for massively multiplayer online (MMO) games.

    • Data analytics, batch computing, and video encoding

    • High-performance scientific and engineering applications.

  • Compute:

    • The vCPU-to-memory ratio is 1:2.

    • Processor: Powered by 2.5 GHz Intel® Xeon® Platinum 8269CY (Cascade Lake) processors with a 3.2 GHz turbo frequency, delivering stable computing performance.

    • Hyper-Threading is supported and enabled by default. For more information, see Change CPU options.

    Note

    This instance family does not support FreeBSD 13.2 or earlier versions due to compatibility issues. Use FreeBSD 13.3 or later.

  • Storage:

    • I/O optimized instance.

    • Supported cloud disk types: ESSDs, ESSD AutoPL disks, standard SSDs, and ultra disks. For more information, see Block storage overview.

      Note

      The maximum performance of disks varies based on the instance families. A single instance of this instance family can deliver up to 200,000 IOPS.

    • Storage I/O performance scales with the instance type. For more information, see Storage I/O performance.

  • Network:

    • Supports IPv4 and IPv6. For more information about IPv6 communication, see IPv6 communication.

    • Ultra-high packet forwarding rate (PPS).

    • Network performance scales with the instance type.

The c6 instance types and their specifications are listed in the following table.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (baseline/burst, Gbit/s)

Packet forwarding rate (PPS)

Connections

Multi-queue

Elastic network interfaces

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Cloud disk baseline IOPS

Cloud disk baseline bandwidth (Gbit/s)

ecs.c6.large

2

4

1/up to 3

300,000

up to 250,000

2

2

6

1

10,000

1

ecs.c6.xlarge

4

8

1.5/up to 5

500,000

up to 250,000

4

3

10

1

20,000

1.5

ecs.c6.2xlarge

8

16

2.5/up to 8

800,000

up to 250,000

8

4

10

1

25,000

2

ecs.c6.3xlarge

12

24

4/up to 10

900,000

up to 250,000

8

6

10

1

30,000

2.5

ecs.c6.4xlarge

16

32

5/up to 10

1,000,000

300,000

8

8

20

1

40,000

3

ecs.c6.6xlarge

24

48

7.5/up to 10

1,500,000

450,000

12

8

20

1

50,000

4

ecs.c6.8xlarge

32

64

10/None

2,000,000

600,000

16

8

20

1

60,000

5

ecs.c6.13xlarge

52

96

12.5/None

3,000,000

900,000

32

7

20

1

100,000

8

ecs.c6.26xlarge

104

192

25/None

6,000,000

1,800,000

32

15

20

1

200,000

16

Compute-optimized instance family c6a

  • Introduction: Built on the Shenlong architecture, c6a instances offload many virtualization features to dedicated hardware. This approach reduces virtualization overhead and delivers stable, predictable, and ultra-high performance.

  • Use cases: Video encoding and decoding, high packet rate (PPS) workloads, web frontend servers, frontend servers for massively multiplayer online (MMO) games, and development and testing (DevOps).

  • Compute:

    • The vCPU-to-memory ratio is 1:2.

    • Processor: Powered by 2.6 GHz AMD EPYC ROME processors with a 3.3 GHz turbo frequency for stable compute performance.

    • Hyper-Threading is supported and enabled by default. For more information, see Change CPU options.

    • For information about operating system compatibility, see AMD instance type and OS compatibility.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances deliver an ultra-high packet rate (PPS).

    • Network performance scales with the instance type.

The following table describes the instance types and specifications of the c6a family.

Instance type

vCPUs

Memory (GiB)

Bandwidth (base/burst) (Gbit/s)

Packet rate (PPS)

Connections

NIC queues

ENIs

Private IPv4 addresses/ENI

IPv6 addresses/ENI

Base disk IOPS

Base disk bandwidth (Gbit/s)

ecs.c6a.large

2

4

1/10

900,000

Up to 250,000

2

2

6

1

12,500

1

ecs.c6a.xlarge

4

8

1.5/10

1,000,000

Up to 250,000

4

3

15

1

20,000

1.5

ecs.c6a.2xlarge

8

16

2.5/10

1,600,000

Up to 250,000

8

4

15

1

30,000

2

ecs.c6a.4xlarge

16

32

5/10

2,000,000

300,000

8

8

30

1

60,000

3.1

ecs.c6a.8xlarge

32

64

8/10

3,000,000

600,000

16

7

30

1

75,000

4.1

ecs.c6a.16xlarge

64

128

16/None

6,000,000

1,000,000

32

8

30

1

150,000

8.2

ecs.c6a.32xlarge

128

256

32/None

12,000,000

2,000,000

32

15

30

1

300,000

16.4

Compute-balanced instance family c6e

  • Introduction: Built on the third-generation SHENLONG architecture, c6e instances offload many virtualization features to dedicated hardware. This design reduces virtualization overhead and delivers stable, predictable, and ultra-high performance. These instances also use chip-level fast-path acceleration to achieve order-of-magnitude improvements in storage performance, network performance, and compute stability.

  • Use cases:

    • High forwarding rate (PPS) workloads, such as live video commenting and telecom traffic forwarding.

    • Web frontend servers.

    • Massively multiplayer online (MMO) game frontends.

    • Data analytics, batch computing, and video encoding.

    • High-performance scientific and engineering applications.

  • Compute:

    • The vCPU-to-memory ratio is approximately 1:2.

    • Processor: Intel® Xeon® Platinum 8269CY (Cascade Lake) with a 2.5 GHz base frequency and a 3.2 GHz turbo frequency, delivering stable compute performance.

    • Supports Hyper-Threading. This feature is enabled by default. For more information, see Change CPU options.

    Note

    This instance family does not support FreeBSD 13.2 or earlier versions due to compatibility issues. You must use FreeBSD 13.3 or a later version.

  • Storage:

  • Network:

    • Supports both IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Offers an ultra-high forwarding rate (PPS).

      Note

      Network performance varies based on the instance families. For higher concurrent connection and network packet forwarding capabilities, we recommend that you use the g7ne instance family.

    • Network performance scales with the instance type. Larger instance types deliver better network performance.

This table lists the specifications for the c6e instance family.

Instance type

vCPUs

Memory (GiB)

Bandwidth (Gbit/s)

Forwarding rate (PPS)

Connections

NIC queues

ENIs

Private IPv4s per ENI

IPv6s per ENI

Disk baseline IOPS

Disk bandwidth (Gbit/s)

ecs.c6e.large

2

4

1.2/10

900,000

Up to 250,000

2

3

6

1

20,000

1

ecs.c6e.xlarge

4

8

2/10

1,000,000

Up to 250,000

4

4

15

1

40,000

1.5

ecs.c6e.2xlarge

8

16

3/10

1,600,000

Up to 250,000

8

4

15

1

50,000

2

ecs.c6e.4xlarge

16

32

6/10

3,000,000

300,000

8

8

30

1

80,000

3

ecs.c6e.8xlarge

32

64

10/N/A

6,000,000

600,000

16

8

30

1

150,000

5

ecs.c6e.13xlarge

52

96

16/N/A

9,000,000

1,000,000

32

7

30

1

240,000

8

ecs.c6e.26xlarge

104

192

32/N/A

24,000,000

1,800,000

32

15

30

1

480,000

16

Compute-optimized instance family c5

  • Use cases:

    • High packet rate (PPS) workloads, such as live video commenting and telecom service forwarding.

    • web frontend servers.

    • Massively multiplayer online (MMO) game frontends.

    • Data analytics, batch computing, and video encoding.

    • High-performance scientific and engineering applications.

  • Compute:

    • The vCPU-to-memory ratio is 1:2.

    • Processor: 2.5 GHz Intel® Xeon® Platinum 8163 (Skylake) or 8269CY (Cascade Lake).

      Note

      Instances of this family may be deployed on different server platforms. If your workload requires a consistent server platform, use c6, c6e, or c7 instances.

  • Storage:

    • I/O-optimized instance.

    • Supported disk types: ESSDs, ESSD AutoPL disks, Standard SSDs, and Ultra Disks. For more information, see block storage.

      Note

      The maximum performance of disks varies based on the instance families. A single instance of this instance family can deliver up to 200,000 IOPS.

  • Network:

    • Supports IPv4 and IPv6. For more information about IPv6 communication, see IPv6 communication.

    • Provides high network PPS performance.

    • Network performance scales with the instance type.

The c5 family includes the following instance types and specifications:

Instance type

vCPUs

Memory (GiB)

Baseline bandwidth (Gbit/s)

Packet rate (PPS)

Multi-queue

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

ecs.c5.large

2

4

1

300,000

2

2

6

1

ecs.c5.xlarge

4

8

1.5

500,000

2

3

10

1

ecs.c5.2xlarge

8

16

2.5

800,000

4

4

10

1

ecs.c5.3xlarge

12

24

4

900,000

4

6

10

1

ecs.c5.4xlarge

16

32

5

1,000,000

4

8

20

1

ecs.c5.6xlarge

24

48

7.5

1,500,000

6

8

20

1

ecs.c5.8xlarge

32

64

10

2,000,000

8

8

20

1

ecs.c5.16xlarge

64

128

20

4,000,000

16

8

20

1

Compute-intensive instance family ic5

  • Use cases:

    • Web frontend servers.

    • Data analytics, batch computing, and video encoding.

    • High packet forwarding rate (PPS) workloads, such as live video commenting and telecom service forwarding.

    • Frontend servers for massively multiplayer online (MMO) games.

  • Compute:

    • The vCPU-to-memory ratio is 1:1.

    • Processor: Intel® Xeon® Platinum 8163 (Skylake) or 8269CY (Cascade Lake) with a base frequency of 2.5 GHz and an all-core turbo frequency of 2.7 GHz, delivering stable compute performance.

  • Storage:

  • Network:

    • Supports only IPv4.

    • Delivers an ultra-high packet forwarding rate (PPS).

    • Network performance scales with the instance type.

The following table lists the instance types and specifications for the ic5 family.

Instance type

vCPU

Memory (GiB)

Network baseline bandwidth (Gbit/s)

Packet forwarding rate (PPS)

NIC queues

ENIs

Private IPv4s per ENI

ecs.ic5.large

2

2

1

300,000

2

2

6

ecs.ic5.xlarge

4

4

1.5

500,000

2

3

10

ecs.ic5.2xlarge

8

8

2.5

800,000

2

4

10

ecs.ic5.3xlarge

12

12

4

900,000

4

6

10

ecs.ic5.4xlarge

16

16

5

1,000,000

4

8

20

ecs.ic5.6xlarge

24

24

7.5

1,500,000

6

8

20

ecs.ic5.8xlarge

32

32

10

2,000,000

8

8

20

ecs.ic5.16xlarge

64

64

20

3,000,000

16

8

20

Compute and network-enhanced instance family sn1ne

  • Use cases:

    • High packet rate (PPS) workloads, such as live video commenting and telecom service forwarding.

    • Web frontend servers.

    • Massively multiplayer online (MMO) game frontends.

    • Data analytics, batch computing, and video encoding.

    • High-performance scientific and engineering applications.

  • Compute:

    • The vCPU-to-memory ratio is 1:2.

    • Processor: Powered by 2.5 GHz Intel ® Xeon ® E5-2682 v4 (Broadwell), Platinum 8163 (Skylake), or 8269CY (Cascade Lake) processors.

      Note

      Instances in this family may be deployed on different server platforms. If your application requires a consistent server platform, we recommend that you use c6, c6e, or c7 instances.

  • Storage:

    • I/O-optimized instance.

    • Supported cloud disk types: standard SSDs and ultra disks. For more information, see block storage.

  • Network:

    • Supports IPv4 and IPv6. For more information, see IPv6 communication.

    • Delivers an ultra-high packet rate (PPS).

    • Network performance scales with the instance type.

The sn1ne instance family includes the following instance types:

Instance type

vCPUs

Memory (GiB)

Baseline bandwidth (Gbit/s)

Packet rate (PPS)

NIC queues

ENIs

Private IPv4 addresses

IPv6 addresses

ecs.sn1ne.large

2

4

1

300,000

2

2

6

1

ecs.sn1ne.xlarge

4

8

1.5

500,000

2

3

10

1

ecs.sn1ne.2xlarge

8

16

2

1,000,000

4

4

10

1

ecs.sn1ne.3xlarge

12

24

2.5

1,300,000

4

6

10

1

ecs.sn1ne.4xlarge

16

32

3

1,600,000

4

8

20

1

ecs.sn1ne.6xlarge

24

48

4.5

2,000,000

6

8

20

1

ecs.sn1ne.8xlarge

32

64

6

2,500,000

8

8

20

1

Memory-optimized instance family r9ae

  • Introduction: This instance family is built on the new Alibaba Cloud Infrastructure Processing Unit (CIPU) architecture and is powered by the latest AMD EPYC Turin processors. Its physical core design ensures stable computing power, a powerful I/O engine, and chip-level security hardening.

  • Use cases: Big data analytics (such as Spark, Flink, and Elasticsearch), search, recommendation, and advertising (ps-worker), core transaction systems, audio and video transcoding, AI training and inference, and general-purpose enterprise applications (such as Java).

  • Compute:

    • The vCPU-to-memory ratio is 1:8.

    • Processor: AMD EPYC Turin processor with a turbo frequency of up to 3.7 GHz. The physical core design ensures stable computing performance.

    • For information about operating system compatibility, see AMD instance and operating system compatibility.

  • Storage:

  • Network:

  • Security:

The following table lists the instance types and specifications of the r9ae instance family.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

Packet rate (PPS)

Connections

NIC queues

ENIs

Private IPv4 addresses

IPv6 addresses

Baseline disk IOPS

Disk bandwidth (Gbit/s)

ecs.r9ae.large

2

16

2.5/Up to 25

Up to 1,500,000

Up to 500,000

2

3

6

6

Up to 200,000

2.5/Up to 20

ecs.r9ae.xlarge

4

32

4/Up to 25

Up to 1,600,000

Up to 500,000

4

4

15

15

Up to 200,000

3/Up to 20

ecs.r9ae.2xlarge

8

64

6/Up to 25

Up to 2,500,000

Up to 500,000

8

4

15

15

Up to 200,000

4/Up to 20

ecs.r9ae.4xlarge

16

128

10/Up to 25

Up to 3,200,000

Up to 500,000

16

8

30

30

Up to 200,000

5.5/Up to 20

ecs.r9ae.8xlarge

32

256

16/Up to 25

Up to 5,000,000

Up to 1,000,000

32

8

30

30

Up to 200,000

8/Up to 20

ecs.r9ae.12xlarge

48

384

25/None

7,500,000

1,500,000

48

8

30

30

150,000

13/None

ecs.r9ae.16xlarge

64

512

32/None

10,000,000

2,000,000

64

8

30

30

200,000

16/None

ecs.r9ae.24xlarge

96

768

50/None

15,000,000

3,000,000

64

15

30

30

300,000

25/None

ecs.r9ae.32xlarge

128

1024

64/None

20,000,000

4,000,000

64

15

30

30

400,000

32/None

ecs.r9ae.48xlarge

192

1536

100/None

30,000,000

6,000,000

64

15

50

50

600,000

50/None

R9a memory-optimized instance family

  • Introduction: This instance family is built on the new Alibaba Cloud CIPU architecture and is powered by the latest AMD EPYC Turin processors. It provides stable computing power, a powerful I/O engine, and chip-level security hardening.

  • Use cases: Medium- to large-scale database systems, game servers, quantitative finance, blockchain, website and application servers, and other general-purpose enterprise applications.

  • Compute:

  • Storage:

  • Network:

  • Security: Supports vTPM.

The following table describes the instance types and specifications of the r9a instance family.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

Packet rate (PPS)

Connections

NIC queues

ENIs

Private IPv4 addresses

IPv6 addresses

Baseline IOPS

Disk bandwidth (Gbit/s)

ecs.r9a.large

2

16

2.5/Up to 15

Up to 1.2 million

Up to 500,000

2

3

6

6

Up to 110,000

2/Up to 15

ecs.r9a.xlarge

4

32

4/Up to 15

Up to 1.4 million

Up to 500,000

4

4

15

15

Up to 110,000

3/Up to 15

ecs.r9a.2xlarge

8

64

6/Up to 15

Up to 2 million

Up to 500,000

8

4

15

15

Up to 110,000

4/Up to 15

ecs.r9a.4xlarge

16

128

12/Up to 25

Up to 3 million

Up to 500,000

16

8

30

30

Up to 110,000

5/Up to 15

ecs.r9a.8xlarge

32

256

16/Up to 32

Up to 4 million

Up to 800,000

32

8

30

30

Up to 110,000

8/Up to 15

Memory-optimized instance family r9i

  • Introduction: This instance family is built on the Alibaba Cloud new-generation CIPU architecture and is powered by Intel® Xeon® 6 processors with P-cores. It delivers stable computing power, an enhanced I/O engine, and chip-level security hardening.

  • Use cases: Data analytics and mining, Hadoop and Spark clusters, other memory-intensive enterprise applications, distributed in-memory caches such as Redis, and websites and application servers.

  • Compute:

    • The vCPU-to-memory ratio is 1:8.

    • Processor: Intel® Xeon® Granite Rapids processors with a base frequency of 3.2 GHz, an all-core turbo frequency of 3.6 GHz, and a maximum single-core turbo frequency of 3.9 GHz.

      Note

      This instance may show different frequencies in the operating system. The maximum single-core turbo frequency of 3.9 GHz represents burst performance. This burst performance depends on the overall CPU load on the physical host and is not guaranteed by a service-level agreement (SLA).

    • For information about OS compatibility, see OS compatibility for Intel instance types.

  • Storage:

    • This instance family consists of I/O-optimized instances.

    • These instances support the NVMe protocol. For more information, see Overview of the NVMe protocol.

    • Supported cloud disk types: ESSDs, ESSD AutoPL disks, and Regional ESSDs. For more information about cloud disks, see Block Storage overview.

    • For small instance types, disk IOPS and disk bandwidth are burstable. The storage I/O performance of an instance corresponds to its instance type. A larger instance type provides higher storage I/O performance. For more information, see Storage I/O performance.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

The following table lists the instance types in the r9i family and their specifications.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

Network PPS

Connections

NIC queues

ENIs

Private IPv4s per ENI

IPv6 addresses per ENI

Cloud disk IOPS

Cloud disk bandwidth (Gbit/s)

ecs.r9i.large

2

16

2.5/Up to 15

1,000,000

Up to 500,000

2

3

6

6

25,000/Up to 200,000

2/Up to 10

ecs.r9i.xlarge

4

32

4/Up to 15

1,200,000

Up to 500,000

4

4

15

15

50,000/Up to 200,000

2.5/Up to 10

ecs.r9i.2xlarge

8

64

6/Up to 15

1,600,000

Up to 500,000

8

4

15

15

60,000/Up to 200,000

4/Up to 10

ecs.r9i.3xlarge

12

96

10/Up to 15

2,400,000

Up to 500,000

12

8

15

15

80,000/Up to 200,000

5/Up to 10

ecs.r9i.4xlarge

16

128

12/Up to 25

3,000,000

500,000

16

8

30

30

100,000/Up to 200,000

6/Up to 10

ecs.r9i.6xlarge

24

192

15/Up to 25

4,500,000

600,000

24

8

30

30

120,000/Up to 200,000

7.5/Up to 10

ecs.r9i.8xlarge

32

256

20/Up to 32

6,000,000

800,000

32

8

30

30

200,000/Up to 300,000

10/Up to 12

ecs.r9i.12xlarge

48

384

25/Up to 32

9,000,000

1,600,000

48

8

30

30

240,000/Up to 320,000

12/Up to 15

ecs.r9i.16xlarge

64

512

28/Up to 36

12,000,000

2,000,000

64

8

30

30

300,000/Up to 400,000

16/Up to 24

ecs.r9i.24xlarge

96

768

32/Up to 48

18,000,000

3,000,000

64

15

30

30

350,000/Up to 600,000

20/Up to 28

ecs.r9i.32xlarge

128

1024

36/Up to 50

20,000,000

4,000,000

64

15

30

30

400,000/Up to 650,000

24/Up to 28

ecs.r9i.48xlarge

192

1536

64/N/A

24,000,000

6,000,000

64

15

50

50

500,000/Up to 800,000

32/N/A

r8a memory-optimized instance family

  • Introduction: Built on the new Alibaba Cloud CIPU architecture, this instance family provides stable computing power, a powerful I/O engine, and chip-level security hardening.

  • Use cases:

    • General-purpose, enterprise-level applications with high memory requirements, such as Java applications.

    • Various in-memory database applications, such as Redis and Memcache.

    • Big data applications, such as Kafka and Elasticsearch.

    • Audio and video transcoding applications.

  • Compute:

    • The vCPU-to-memory ratio is 1:8.

    • Processor: AMD EPYC™ Genoa processors with a base frequency of 2.7 GHz and a turbo frequency of up to 3.7 GHz.

    • Supports Hyper-Threading. Hyper-Threading is enabled by default. For more information, see Change CPU options.

    • For operating system compatibility, see AMD instance and operating system compatibility.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Supports Elastic RDMA Interface (ERI). To use ERI, see Enable eRDMA on an enterprise-grade instance.

    • Supports Jumbo Frames. For more information, see Jumbo Frames.

    • Provides a high packet forwarding rate (pps).

    • Smaller instance types feature burstable network bandwidth.

    • Network performance scales with the instance type.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

  • Performance acceleration:

    After you select an application for Performance acceleration, the application is automatically deployed on the purchased instance. KeenTune then uses expert knowledge to perform full-stack performance tuning based on the business characteristics of the application. For more information, see Application acceleration.

The following table describes the specifications of the r8a instance family.

Instance type

vCPUs

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Cloud disk baseline/burst IOPS

Cloud disk baseline/burst bandwidth (Gbit/s)

ecs.r8a.large

2

16

1.5/Up to 12.5

900,000

Up to 250,000

2

3

6

6

20,000/Up to 110,000

1.5/Up to 10

ecs.r8a.xlarge

4

32

2.5/Up to 12.5

1,000,000

Up to 250,000

4

4

15

15

30,000/Up to 110,000

2/Up to 10

ecs.r8a.2xlarge

8

64

4/Up to 12.5

1,600,000

Up to 250,000

8

4

15

15

45,000/Up to 110,000

2.5/Up to 10

ecs.r8a.4xlarge

16

128

7/Up to 12.5

2,000,000

300,000

16

8

30

30

60,000/Up to 110,000

3.5/Up to 10

ecs.r8a.8xlarge

32

256

10/Up to 25

3,000,000

600,000

32

8

30

30

80,000/Up to 110,000

5/Up to 10

ecs.r8a.12xlarge

48

384

16/25

4,500,000

750,000

48

8

30

30

120,000/None

8/Up to 10

ecs.r8a.16xlarge

64

512

20/25

6,000,000

1,000,000

64

8

30

30

160,000/None

10/None

ecs.r8a.24xlarge

96

768

32/None

9,000,000

1,500,000

64

15

30

30

240,000/None

16/None

ecs.r8a.32xlarge

128

1024

40/None

12,000,000

2,000,000

64

15

30

30

320,000/None

20/None

ecs.r8a.48xlarge

192

1536

64/None

18,000,000

3,000,000

64

15

50

50

500,000/None

32/None

Note
  • For ecs.r8a.large and ecs.r8a.xlarge instances, you must enable Jumbo Frames to achieve the burst network bandwidth of 12.5 Gbit/s. For more information, see Jumbo Frames.

  • To use the ecs.r8a.48xlarge instance type, submit a ticket.

Memory-optimized instance family r8i

  • Introduction: This instance family is built on the new Alibaba Cloud CIPU architecture and provides stable computing power, a powerful I/O engine, and chip-level security.

  • Use cases:

    • Data analytics and mining.

    • Hadoop and Spark clusters, and other enterprise applications with high memory requirements.

    • Distributed in-memory caches, such as Redis.

    • Websites and application servers.

    • Massively multiplayer online (MMO) game servers.

  • Compute:

    • The vCPU-to-memory ratio is 1:8.

    • Processor: Powered by Intel® Xeon® Emerald Rapids or Intel® Xeon® Sapphire Rapids processors with a base frequency of at least 2.7 GHz and an all-core turbo frequency of 3.2 GHz, ensuring stable computing performance.

    • Hyper-Threading is supported and enabled by default. For more information, see Change CPU options.

    • For information about operating system compatibility, see Intel instance types and operating system compatibility.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Supports ERI (elastic rdma interface). For information about how to use ERI, see Enable on enterprise-level instance.

    • Supports jumbo frames. For more information, see Jumbo Frames.

    • Smaller instance types offer burstable network bandwidth.

    • Network performance scales with the instance type.

  • Security:

  • Performance acceleration:

    After you select an application for Performance acceleration, the application is automatically deployed on the purchased instance. KeenTune then uses expert knowledge to perform full-stack performance tuning based on the business characteristics of the application. For more information, see Application acceleration.

The following table lists the specifications for the r8i instance family.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

Packet rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk IOPS

Disk bandwidth (Gbit/s)

ecs.r8i.large

2

16

2.5/Up to 15

1,000,000

Up to 300,000

2

3

6

6

25,000/Up to 200,000

2/Up to 10

ecs.r8i.xlarge

4

32

4/Up to 15

1,200,000

Up to 300,000

4

4

15

15

50,000/Up to 200,000

2.5/Up to 10

ecs.r8i.2xlarge

8

64

6/Up to 15

1,600,000

Up to 300,000

8

4

15

15

60,000/Up to 200,000

4/Up to 10

ecs.r8i.3xlarge

12

96

10/Up to 15

2,400,000

Up to 300,000

12

8

15

15

80,000/Up to 200,000

5/Up to 10

ecs.r8i.4xlarge

16

128

12/Up to 25

3,000,000

350,000

16

8

30

30

100,000/Up to 200,000

6/Up to 10

ecs.r8i.6xlarge

24

192

15/Up to 25

4,500,000

500,000

24

8

30

30

120,000/Up to 200,000

7.5/Up to 10

ecs.r8i.8xlarge

32

256

20/Up to 25

6,000,000

800,000

32

8

30

30

200,000/N/A

10/N/A

ecs.r8i.12xlarge

48

384

25/N/A

9,000,000

1,000,000

48

8

30

30

300,000/N/A

12/N/A

ecs.r8i.16xlarge

64

512

32/N/A

12,000,000

1,600,000

64

8

30

30

360,000/N/A

20/N/A

ecs.r8i.32xlarge

128

1024

64/N/A

24,000,000

3,000,000

64

15

30

30

700,000/N/A

40/N/A

Note

To use the ecs.r8i.16xlarge and ecs.r8i.32xlarge instance types, submit a ticket.

r8ae: Memory-balanced enhanced instance family

  • Introduction: This instance family is built on the Alibaba Cloud CIPU architecture. It delivers stable computing power, a powerful I/O engine, and chip-level security hardening.

  • Scenarios:

    • AI workloads, such as deep learning, training, and AI inference.

    • High-performance computing (HPC) and other scientific computing scenarios.

    • Medium- to large-sized database systems, caches, and search clusters.

    • Large online game servers.

    • Other general-purpose enterprise applications with high performance requirements.

  • Compute:

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For IPv6 communication, see IPv6 communication.

    • Supports Elastic RDMA Interface (ERI). See Enable on enterprise-level instance for instructions.

    • Supports jumbo frames. For details, see Jumbo Frames.

    • Features an ultra-high packet forwarding rate (pps).

    • Smaller instance types offer burstable network bandwidth.

    • Network performance scales with the instance type.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

The following table lists the instance types and specifications of the r8ae family.

Instance type

vCPU

Memory (GiB)

Network bandwidth (Gbit/s)

Packet rate (pps)

vTPM support

Connections

Multi-queue

ENIs

Private IPv4/ENI

IPv6 addresses/ENI

Disk IOPS

Disk bandwidth (Gbit/s)

ecs.r8ae.large

2

16

3/15

1,000,000

Yes

Up to 300,000

2

3

6

6

30,000/200,000

2/10

ecs.r8ae.xlarge

4

32

4/15

1,200,000

Yes

Up to 300,000

4

4

15

15

50,000/200,000

2.5/10

ecs.r8ae.2xlarge

8

64

6/15

1,600,000

Yes

Up to 300,000

8

4

15

15

60,000/200,000

3/10

ecs.r8ae.4xlarge

16

128

12/25

3,000,000

Yes

500,000

16

8

30

30

100,000/200,000

6/10

ecs.r8ae.8xlarge

32

256

20/25

6,000,000

Yes

1,000,000

32

8

30

30

200,000/N/A

10/N/A

Note

For ecs.r8ae.large and ecs.r8ae.xlarge instances, you must enable jumbo frames to achieve a burst network bandwidth of 15 Gbit/s. For details, see Jumbo Frames.

r7p memory-optimized instance family

  • Introduction:

    • This instance family uses persistent memory to provide a more cost-effective memory solution.

      Note

      This instance family provides a mix of standard memory and persistent memory. Test your applications thoroughly before deployment. You may need to modify your applications to achieve optimal cost-effectiveness.

    • Powered by the third-generation SHENLONG architecture, this instance family delivers stable and predictable ultra-high performance. It also uses chip-level fast-path acceleration to improve storage performance, network performance, and compute stability by an order of magnitude.

  • Scenarios:

    • In-memory databases, such as Redis. To learn how to quickly deploy Redis applications, see Deploy Redis applications on instances that are equipped with persistent memory.

    • Applications that require a large page cache, such as message middleware like RocketMQ.

    • Data analytics and mining, and distributed in-memory caches.

    • Hadoop clusters, Spark clusters, and other enterprise applications that require large amounts of memory.

  • Compute:

    • The ratio of vCPUs to total memory (standard memory plus persistent memory) is approximately 1:12.

    • Processor: 3rd Generation Intel® Xeon® Scalable processors (Ice Lake) with a base frequency of 2.7 GHz and an all-core turbo frequency of 3.5 GHz. These processors deliver stable compute performance.

    • Hyper-threading is enabled by default. For more information, see Change CPU options.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances provide an ultra-high packet forwarding rate (PPS).

    • Smaller instance types feature burstable network bandwidth.

    • Network performance scales with the instance type, and larger instance types provide higher performance.

The following table lists the specifications for the r7p instance family.

Instance type

vCPUs

Memory (GiB)

Persistent memory (GiB)

Network bandwidth (Gbit/s)

Packet rate (PPS)

Connections

Multi-Queue

ENIs

Private IPv4s per ENI

IPv6 addresses per ENI

Disk IOPS

Disk bandwidth (Gbit/s)

ecs.r7p.large

2

8

15.75

2/10

900,000

250,000

2

3

6

6

20,000/110,000

1.5/6

ecs.r7p.xlarge

4

16

31.5

3/10

1,000,000

250,000

4

4

15

15

40,000/110,000

2/6

ecs.r7p.2xlarge

8

32

63

5/10

1,600,000

250,000

8

4

15

15

50,000/110,000

3/6

ecs.r7p.16xlarge

64

256

504

32/none

12,000,000

1,000,000

32

8

30

30

300,000/none

16/none

ecs.r7p.32xlarge

128

512

1008

64/none

24,000,000

2,000,000

32

15

30

30

600,000/none

32/none

r7a memory-optimized instance family

  • Introduction: Powered by the third-generation SHENLONG architecture, this instance family delivers stable and predictable ultra-high performance. It also uses on-chip fast-path acceleration, delivering an order-of-magnitude improvement in storage performance, network performance, and computing stability.

  • Compute:

    • The vCPU-to-memory ratio is 1:8.

    • Processor: AMD EPYC MILAN processors with a base frequency of 2.55 GHz and a single-core turbo frequency of up to 3.5 GHz, which provide stable computing performance.

    • Hyper-Threading is supported and enabled by default. For more information, see Change CPU options.

    • For details on operating system compatibility, see AMD instance and operating system compatibility.

  • Use cases:

    • High-performance databases and in-memory databases.

    • High packet forwarding rate (pps) scenarios, such as live video commenting and telecom data forwarding.

    • Data analytics and mining, and distributed in-memory caches.

    • Hadoop and Spark clusters, and other enterprise applications with high memory requirements.

    • Blockchain applications.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For details on IPv6 communication, see IPv6 communication.

    • Provides an ultra-high packet forwarding rate (pps).

    • Smaller instance types feature burstable network bandwidth.

    • Network performance scales with the instance type.

The following table lists the specifications for the r7a memory-optimized instance family.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

Packet rate (pps)

Connections

Multi-queue

ENIs

Private IPv4/ENI

IPv6/ENI

Cloud disk IOPS

Cloud disk bandwidth (Gbit/s)

ecs.r7a.large

2

16

1/Up to 10

900,000

Up to 250,000

2

3

6

6

12,500/Up to 110,000

1/Up to 6

ecs.r7a.xlarge

4

32

1.5/Up to 10

1,000,000

Up to 250,000

4

4

15

15

20,000/Up to 110,000

1.5/Up to 6

ecs.r7a.2xlarge

8

64

2.5/Up to 10

1,600,000

Up to 250,000

8

4

15

15

30,000/Up to 110,000

2/Up to 6

ecs.r7a.4xlarge

16

128

5/Up to 10

2,000,000

300,000

8

8

30

30

60,000/Up to 110,000

3/Up to 6

ecs.r7a.8xlarge

32

256

8/Up to 10

3,000,000

600,000

16

7

30

30

75,000/Up to 110,000

4/Up to 6

ecs.r7a-nps1.8xlarge

32

256

8/Up to 10

3,000,000

600,000

16

7

30

30

75,000/Up to 110,000

4/Up to 6

ecs.r7a.16xlarge

64

512

16/N/A

6,000,000

1,000,000

32

7

30

30

150,000/N/A

8/N/A

ecs.r7a-nps1.16xlarge

64

512

16/N/A

6,000,000

1,000,000

32

8

30

30

150,000/N/A

8/N/A

ecs.r7a.32xlarge

128

1024

32/N/A

12,000,000

2,000,000

32

15

30

30

300,000/N/A

16/N/A

Note

Do not use Ubuntu 16 or Debian 9 images to create instances of this family. The kernels in these operating systems do not support AMD EPYC MILAN processors, and the resulting instances will fail to start.

R7 memory-optimized instance family

  • Introduction: Powered by the third-generation X-Dragon architecture, this instance family delivers stable and predictable ultra-high performance. It also uses on-chip fast-path acceleration to achieve an order-of-magnitude improvement in storage performance, network performance, and compute stability.

  • Use cases:

    • High-performance databases and in-memory databases.

    • High packet-per-second (PPS) workloads, such as video live commenting and telecom service forwarding.

    • Data analytics and mining, and distributed in-memory caches.

    • Hadoop and Spark clusters, and other enterprise applications with high memory requirements.

    • Applications that require secure and trusted computing.

  • Compute:

    • The vCPU-to-memory ratio is 1:8.

    • Processor: Third-generation Intel® Xeon® Scalable processors (Ice Lake) with a base frequency of 2.7 GHz and an all-core turbo frequency of 3.5 GHz.

    • You can enable or disable Hyper-Threading.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • Delivers an ultra-high packet forwarding rate (PPS).

    • Smaller instance types feature burstable network bandwidth.

    • Network performance scales with the instance type.

  • Security:

The following table lists the instance types and specifications for the r7 instance family.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

Packet forwarding rate (PPS)

vTPM support

Connections

NIC queues

ENIs

Private IPv4s per ENI

IPv6s per ENI

Max data disks

Cloud disk IOPS (baseline/burst)

Cloud disk bandwidth (Gbit/s)

ecs.r7.large

2

16

2/Up to 12.5

1,100,000

Yes

Up to 500,000

2

3

6

6

8

20,000/Up to 160,000

1.5/Up to 10

ecs.r7.xlarge

4

32

3/Up to 12.5

1,100,000

Yes

Up to 500,000

4

4

15

15

8

40,000/Up to 160,000

2/Up to 10

ecs.r7.2xlarge

8

64

5/Up to 15

1,600,000

Yes

Up to 500,000

8

4

15

15

16

50,000/Up to 160,000

3/Up to 10

ecs.r7.3xlarge

12

96

8/Up to 15

2,400,000

Yes

Up to 500,000

8

8

15

15

24

70,000/Up to 160,000

4/Up to 10

ecs.r7.4xlarge

16

128

10/Up to 25

3,000,000

Yes

500,000

8

8

30

30

24

80,000/Up to 160,000

5/Up to 10

ecs.r7.6xlarge

24

192

12/Up to 25

4,500,000

Yes

550,000

12

8

30

30

24

110,000/160,000

6/10

ecs.r7.8xlarge

32

256

16/Up to 32

6,000,000

Yes

600,000

16

8

30

30

24

160,000/N/A

10/N/A

ecs.r7.16xlarge

64

512

32/N/A

12,000,000

Yes

1,200,000

32

8

30

30

32

360,000/N/A

20/N/A

ecs.r7.32xlarge

128

1024

64/N/A

24,000,000

Yes

2,400,000

32

15

30

30

32

600,000/N/A

32/N/A

R6 memory-optimized instance family

  • Introduction: This instance family is built on the SHENLONG architecture, which offloads virtualization functions to dedicated hardware. This reduces virtualization overhead and delivers stable, predictable, and ultra-high performance.

  • Use cases:

    • High packet-per-second (pps) workloads, such as video bullet comments and telecom data forwarding.

    • High-performance databases and in-memory databases.

    • Data analytics and mining, and distributed in-memory cache.

    • Hadoop and Spark clusters, and other memory-intensive enterprise applications.

  • Compute:

    • The vCPU-to-memory ratio is 1:8.

    • Processor: Intel® Xeon® Platinum 8269CY (Cascade Lake) processors with a base frequency of 2.5 GHz and a turbo frequency of 3.2 GHz, providing stable computing performance.

    • Hyper-Threading is supported and enabled by default. For more information, see Change CPU options.

    Note

    This instance family does not support FreeBSD 13.2 or earlier due to compatibility issues. Use FreeBSD 13.3 or later.

  • Storage:

    • All instances of this family are I/O optimized.

    • Supported cloud disk types: ESSD, ESSD AutoPL disks, Regional ESSD, standard SSD, and ultra disk. For more information, see Elastic Block Storage.

      Note

      The maximum performance of disks varies based on the instance families. A single instance of this instance family can deliver up to 200,000 IOPS.

    • Storage I/O performance scales with the instance type. For more information, see Storage I/O performance.

  • Network:

    • IPv4 and IPv6 are supported. For information about IPv6 communication, see IPv6 communication.

    • Provides an ultra-high packet forwarding rate (pps).

    • Network performance scales with the instance type.

The following table lists the specifications for the r6 instance family.

Instance type

vCPUs

Memory (GiB)

Baseline/burst bandwidth (Gbit/s)

Packet rate (pps)

Connections

NIC queues

ENIs

Private IPv4s per ENI

IPv6s per ENI

Baseline IOPS

Baseline bandwidth (Gbit/s)

ecs.r6.large

2

16

1/Up to 3

300,000

Up to 250,000

2

2

6

1

10,000

1

ecs.r6.xlarge

4

32

1.5/Up to 5

500,000

Up to 250,000

4

3

10

1

20,000

1.5

ecs.r6.2xlarge

8

64

2.5/Up to 8

800,000

Up to 250,000

8

4

10

1

25,000

2

ecs.r6.3xlarge

12

96

4/Up to 10

900,000

Up to 250,000

8

6

10

1

30,000

2.5

ecs.r6.4xlarge

16

128

5/Up to 10

1,000,000

300,000

8

8

20

1

40,000

3

ecs.r6.6xlarge

24

192

7.5/Up to 10

1,500,000

450,000

12

8

20

1

50,000

4

ecs.r6.8xlarge

32

256

10/N/A

2,000,000

600,000

16

8

20

1

60,000

5

ecs.r6.13xlarge

52

384

12.5/N/A

3,000,000

900,000

32

7

20

1

100,000

8

ecs.r6.26xlarge

104

768

25/N/A

6,000,000

1,800,000

32

15

20

1

200,000

16

Memory-optimized instance family r6a

  • Introduction: This instance family uses the SHENLONG architecture to offload virtualization functions to dedicated hardware. This design reduces virtualization overhead and delivers stable, predictable performance.

  • Use cases: Video encoding and decoding, networking scenarios that require a high packet forwarding rate (pps), in-memory databases, memory-intensive enterprise applications such as Hadoop and Spark, and development and testing (for example, DevOps).

  • Compute:

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Provides an ultra-high packet forwarding rate (pps).

    • Network performance scales with the instance type.

The following table lists the specifications for the r6a instance family.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (baseline/burst)

Packet rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses

IPv6 addresses

Disk baseline IOPS

Disk baseline bandwidth

ecs.r6a.large

2

16

1/10

900,000

Up to 250,000

2

2

6

1

12,500

1

ecs.r6a.xlarge

4

32

1.5/10

1,000,000

Up to 250,000

4

3

15

1

20,000

1.5

ecs.r6a.2xlarge

8

64

2.5/10

1,600,000

Up to 250,000

8

4

15

1

30,000

2

ecs.r6a.4xlarge

16

128

5/10

2,000,000

300,000

8

8

30

1

60,000

3.1

ecs.r6a.8xlarge

32

256

8/10

3,000,000

600,000

16

7

30

1

75,000

4.1

ecs.r6a.16xlarge

64

512

16/N/A

6,000,000

1,000,000

32

8

30

1

150,000

8.2

r6e: Enhanced memory-optimized instance family

  • Introduction: This instance family is built on the third-generation SHENLONG architecture, which offloads virtualization features to dedicated hardware. This approach reduces virtualization overhead and delivers stable, predictable, and extremely high performance. Chip-level fast-path acceleration also boosts storage and network performance by an order of magnitude and enhances compute stability.

  • Use cases:

    • High packet-per-second (PPS) workloads, such as video bullet comments and telecom service forwarding.

    • High-performance databases and in-memory databases.

    • Data analytics and mining, and distributed in-memory caches.

    • Hadoop and Spark clusters, and other enterprise applications with high memory requirements.

  • Compute:

    • The processor-to-memory ratio is approximately 1:8.

    • Processor: Intel® Xeon® Platinum 8269CY (Cascade Lake) with a base frequency of 2.5 GHz and a turbo frequency of 3.2 GHz, ensuring stable compute performance.

    • Hyper-Threading is supported and enabled by default. For more information, see Change CPU options.

    Note

    This instance family is incompatible with FreeBSD 13.2 and earlier versions. Use FreeBSD 13.3 or a later version.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Offers an extremely high packet forwarding rate (PPS).

      Note

      Network performance varies based on the instance families. For higher concurrent connection and network packet forwarding capabilities, we recommend that you use the g7ne instance family.

The following table lists the instance types and specifications of the r6e instance family.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

Packet rate (pps)

Connections

NIC queues

ENIs

Private IPv4s/ENI

IPv6s/ENI

Disk baseline IOPS

Baseline bandwidth (Gbit/s)

ecs.r6e.large

2

16

1.2/Up to 10

900,000

Up to 250,000

2

3

6

1

20,000

1

ecs.r6e.xlarge

4

32

2/Up to 10

1,000,000

Up to 250,000

4

4

15

1

40,000

1.5

ecs.r6e.2xlarge

8

64

3/Up to 10

1,600,000

Up to 250,000

8

4

15

1

50,000

2

ecs.r6e.4xlarge

16

128

6/Up to 10

3,000,000

300,000

8

8

30

1

80,000

3

ecs.r6e.8xlarge

32

256

10/N/A

6,000,000

600,000

16

8

30

1

150,000

5

ecs.r6e.13xlarge

52

384

16/N/A

9,000,000

1,000,000

32

7

30

1

240,000

8

ecs.r6e.26xlarge

104

768

32/N/A

24,000,000

1,800,000

32

15

30

1

480,000

16

R5 memory-optimized instance family

  • Scenarios:

    • Workloads that require a high packet forwarding rate (pps), such as live video commenting and telecom service forwarding.

    • High-performance databases and in-memory databases.

    • Data analytics and mining, and distributed in-memory cache.

    • Hadoop and Spark clusters, and other memory-intensive enterprise applications.

  • Compute:

    • vCPU-to-memory ratio of 1:8.

    • Processor: 2.5 GHz Intel® Xeon® Platinum 8163 (Skylake) or Intel® Xeon® Platinum 8269CY (Cascade Lake) processors provide consistent computing performance.

      Note

      Instances in this instance family may be deployed on different server platforms. If your workloads require all instances to be deployed on the same server platform, use r6, r6e, or r7 instances.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For more information about IPv6, see IPv6 communication.

    • Ultra-high packet forwarding rate (pps).

    • The network performance of an instance scales with its instance type.

r5 includes the following instance types and specifications:

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

PPS

NIC queues

ENIs

IPv4 addresses per ENI

IPv6 addresses per ENI

ecs.r5.large

2

16

1

300,000

2

2

6

1

ecs.r5.xlarge

4

32

1.5

500,000

2

3

10

1

ecs.r5.2xlarge

8

64

2.5

800,000

4

4

10

1

ecs.r5.3xlarge

12

96

4

900,000

4

6

10

1

ecs.r5.4xlarge

16

128

5

1,000,000

4

8

20

1

ecs.r5.6xlarge

24

192

7.5

1,500,000

6

8

20

1

ecs.r5.8xlarge

32

256

10

2,000,000

8

8

20

1

ecs.r5.16xlarge

64

512

20

4,000,000

16

8

20

1

se1ne: Memory-optimized, network-enhanced instance family

  • Use cases:

    • High-performance workloads with a high packet forwarding rate (pps), such as video livestreaming with on-screen comments and telecom service forwarding

    • High-performance databases and in-memory databases

    • Data analytics and mining, and distributed memory caches

    • Hadoop and Spark clusters, and other enterprise applications with high memory requirements

  • Compute:

    • The vCPU-to-memory ratio is 1:8.

    • Processor: 2.5 GHz Intel® Xeon® E5-2682 v4 (Broadwell), Platinum 8163 (Skylake), or 8269CY (Cascade Lake) processors for stable computing performance.

      Note

      se1ne instances may be deployed on different server platforms. If your workloads require all instances to run on the same server platform, use r6, r6e, or r7.

  • Storage:

    • All se1ne instances are I/O optimized instances.

    • Supported cloud disk types: standard SSDs and ultra disks. For more information, see block storage overview.

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Offers an ultra-high packet forwarding rate (pps).

    • Network performance scales with the instance type.

The following table lists the se1ne instance types and their specifications.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

Packet rate (pps)

NIC queues

ENIs

Private IPv4 addresses

IPv6 addresses

ecs.se1ne.large

2

16

1

300,000

2

2

6

1

ecs.se1ne.xlarge

4

32

1.5

500,000

2

3

10

1

ecs.se1ne.2xlarge

8

64

2

1,000,000

4

4

10

1

ecs.se1ne.3xlarge

12

96

2.5

1,300,000

4

6

10

1

ecs.se1ne.4xlarge

16

128

3

1,600,000

4

8

20

1

ecs.se1ne.6xlarge

24

192

4.5

2,000,000

6

8

20

1

ecs.se1ne.8xlarge

32

256

6

2,500,000

8

8

20

1

ecs.se1ne.14xlarge

56

480

10

4,500,000

14

8

20

1

Se1 memory-optimized instance family

  • Use cases:

    • High-performance databases and in-memory databases.

    • Data analytics, data mining, and distributed in-memory caches.

    • Hadoop, Spark, and other memory-intensive enterprise applications.

  • Compute:

    • The vCPU-to-memory ratio is 1:8.

    • Processor: 2.5 GHz Intel® Xeon® E5-2682 v4 (Broadwell), Intel® Xeon® Platinum 8163 (Skylake), or Intel® Xeon® 8269CY (Cascade Lake) processors.

  • Storage:

    • I/O-optimized instances.

    • Supported cloud disk types: Standard SSD and Ultra Disk. For more information, see Block Storage.

  • Network:

    • Supports only IPv4.

    • Network performance scales with the instance type.

The following table lists the specifications of the se1 instance family.

Instance type

vCPUs

Memory (GiB)

Network bandwidth (Gbit/s)

Packet forwarding rate (pps)

Multi-queue

ENIs

Private IPv4 addresses per ENI

ecs.se1.large

2

16

0.5

100,000

1

2

6

ecs.se1.xlarge

4

32

0.8

200,000

1

3

10

ecs.se1.2xlarge

8

64

1.5

400,000

1

4

10

ecs.se1.4xlarge

16

128

3

500,000

2

8

20

ecs.se1.8xlarge

32

256

6

800,000

3

8

20

ecs.se1.14xlarge

56

480

10

1,200,000

4

8

20

u2a, universal instance family

  • Introduction: u2a instances use Alibaba Cloud's new Cloud Infrastructure Processing Unit (CIPU) architecture. They are compatible with multiple generations of AMD EPYC processors, including AMD Turin processors, and provides enterprise-grade computing power.

  • Use cases:

    • Small and medium-sized databases, such as Redis and MySQL

    • Application servers

    • Middleware, such as MQ and Kafka

    • Websites or network access layers, such as Apache and Nginx

    • Other internal enterprise systems, such as development and testing environments and email systems

  • Compute:

    • Supports instance types with vCPU-to-memory ratios of 1:1, 1:2, and 1:4.

    • Processor: AMD EPYC processor with a turbo frequency of up to 3.7 GHz.

    • For more information about operating system compatibility, see AMD instance and operating system compatibility.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Supports Elastic RDMA Interface (ERI). For more information about how to use ERI, see Enable on enterprise-level instance.

    • Supports Jumbo Frames.

    • The network performance of an instance depends on its instance type. A larger instance type provides better network performance.

u2a instance types

Instance type

vCPUs

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.u2a-c1m1.large

2

2

1.2/Up to 12.5

Up to 900,000

Up to 250,000

2

2

6

6

Up to 110,000

1.2/Up to 10

ecs.u2a-c1m2.large

2

4

1.2/Up to 12.5

Up to 900,000

Up to 250,000

2

2

6

6

Up to 110,000

1.2/Up to 10

ecs.u2a-c1m4.large

2

8

1.2/Up to 12.5

Up to 900,000

Up to 250,000

2

2

6

6

Up to 110,000

1.2/Up to 10

ecs.u2a-c1m1.xlarge

4

4

2/Up to 12.5

Up to 1,000,000

Up to 250,000

4

2

15

15

Up to 110,000

1.6/Up to 10

ecs.u2a-c1m2.xlarge

4

8

2/Up to 12.5

Up to 1,000,000

Up to 250,000

4

2

15

15

Up to 110,000

1.6/Up to 10

ecs.u2a-c1m4.xlarge

4

16

2/Up to 12.5

Up to 1,000,000

Up to 250,000

4

2

15

15

Up to 110,000

1.6/Up to 10

ecs.u2a-c1m2.2xlarge

8

16

3.2/Up to 12.5

Up to 1,600,000

Up to 250,000

8

2

15

15

Up to 110,000

2/Up to 10

ecs.u2a-c1m4.2xlarge

8

32

3.2/Up to 12.5

Up to 1,600,000

Up to 250,000

8

2

15

15

Up to 110,000

2/Up to 10

ecs.u2a-c1m2.4xlarge

16

32

6/Up to 12.5

Up to 2,000,000

Up to 250,000

16

4

30

30

Up to 110,000

3/Up to 10

ecs.u2a-c1m4.4xlarge

16

64

6/Up to 12.5

Up to 2,000,000

Up to 250,000

16

4

30

30

Up to 110,000

3/Up to 10

ecs.u2a-c1m2.6xlarge

24

48

7/Up to 12.5

Up to 2,500,000

Up to 360,000

16

8

30

30

Up to 110,000

3.5/Up to 10

ecs.u2a-c1m4.6xlarge

24

96

7/Up to 12.5

Up to 2,500,000

Up to 360,000

16

8

30

30

Up to 110,000

3.5/Up to 10

ecs.u2a-c1m2.8xlarge

32

64

8/Up to 25

Up to 3,000,000

500,000

16

8

30

30

Up to 110,000

4/Up to 10

ecs.u2a-c1m4.8xlarge

32

128

8/Up to 25

Up to 3,000,000

500,000

16

8

30

30

Up to 110,000

4/Up to 10

ecs.u2a-c1m2.12xlarge

48

96

13/Up to 25

4,000,000

600,000

24

8

30

30

Up to 110,000

6.5/Up to 10

ecs.u2a-c1m4.12xlarge

48

192

13/Up to 25

4,000,000

600,000

24

8

30

30

Up to 110,000

6.5/Up to 10

ecs.u2a-c1m2.16xlarge

64

128

16/Up to 25

5,000,000

800,000

32

8

30

30

Up to 110,000

8/Up to 10

ecs.u2a-c1m4.16xlarge

64

256

16/Up to 25

5,000,000

800,000

32

8

30

30

Up to 110,000

8/Up to 10

u2i, universal instance family

  • Introduction: u2i instances use Alibaba Cloud's new CIPU architecture. They are compatible with servers from multiple generations and support the latest 5th and 6th generation Intel Xeon platforms.

  • Use cases:

    • Small and medium-sized enterprise applications

    • Websites and application servers

    • Data analytics and computing

    • Small and medium-sized database systems, caches, and search clusters

  • Compute:

    • CPU-to-memory ratios: 1:1, 1:2, 1:4, and 1:8.

    • Processor: Intel ® Xeon ® Platinum Scalable processor.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • The network performance of an instance depends on its computing specifications. A higher specification provides better network performance.

u2i instance types

Instance type

vCPUs

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.u2i-c1m1.large

2

2

2/Up to 15

900,000

Up to 300,000

2

3

6

6

20,000/Up to 200,000

1.5/10

ecs.u2i-c1m1.xlarge

4

4

3/Up to 15

1,100,000

Up to 300,000

2

4

15

15

40,000/Up to 200,000

2/10

ecs.u2i-c1m1.2xlarge

8

8

5/Up to 15

1,300,000

Up to 300,000

4

4

15

15

50,000/Up to 200,000

3/10

ecs.u2i-c1m1.3xlarge

12

12

8/Up to 15

1,800,000

Up to 300,000

6

8

15

15

60,000/Up to 200,000

4/10

ecs.u2i-c1m1.4xlarge

16

16

10/Up to 25

2,400,000

Up to 350,000

8

8

30

30

80,000/Up to 200,000

5/10

ecs.u2i-c1m1.6xlarge

24

24

12/Up to 25

3,000,000

Up to 400,000

12

8

30

30

100,000/Up to 200,000

6/10

ecs.u2i-c1m1.8xlarge

32

32

16/Up to 32

4,000,000

Up to 600,000

16

8

30

30

160,000/Up to 300,000

8/12

ecs.u2i-c1m2.large

2

4

2/Up to 15

900,000

Up to 300,000

2

3

6

6

20,000/Up to 200,000

1.5/10

ecs.u2i-c1m2.xlarge

4

8

3/Up to 15

1,100,000

Up to 300,000

2

4

15

15

40,000/Up to 200,000

2/10

ecs.u2i-c1m2.2xlarge

8

16

5/Up to 15

1,300,000

Up to 300,000

4

4

15

15

50,000/Up to 200,000

3/10

ecs.u2i-c1m2.3xlarge

12

24

8/Up to 15

1,800,000

Up to 300,000

6

8

15

15

60,000/Up to 200,000

4/10

ecs.u2i-c1m2.4xlarge

16

32

10/Up to 25

2,400,000

Up to 350,000

8

8

30

30

80,000/Up to 200,000

5/10

ecs.u2i-c1m2.6xlarge

24

48

12/Up to 25

3,000,000

Up to 400,000

12

8

30

30

100,000/Up to 200,000

6/10

ecs.u2i-c1m2.8xlarge

32

64

16/Up to 32

4,000,000

Up to 600,000

16

8

30

30

160,000/Up to 300,000

8/12

ecs.u2i-c1m4.large

2

8

2/Up to 15

900,000

Up to 300,000

2

3

6

6

20,000/Up to 200,000

1.5/10

ecs.u2i-c1m4.xlarge

4

16

3/Up to 15

1,100,000

Up to 300,000

2

4

15

15

40,000/Up to 200,000

2/10

ecs.u2i-c1m4.2xlarge

8

32

5/Up to 15

1,300,000

Up to 300,000

4

4

15

15

50,000/Up to 200,000

3/10

ecs.u2i-c1m4.3xlarge

12

48

8/Up to 15

1,800,000

Up to 300,000

6

8

15

15

60,000/Up to 200,000

4/10

ecs.u2i-c1m4.4xlarge

16

64

10/Up to 25

2,400,000

Up to 350,000

8

8

30

30

80,000/Up to 200,000

5/10

ecs.u2i-c1m4.6xlarge

24

96

12/Up to 25

3,000,000

Up to 400,000

12

8

30

30

100,000/Up to 200,000

6/10

ecs.u2i-c1m4.8xlarge

32

128

16/Up to 32

4,000,000

Up to 600,000

16

8

30

30

160,000/Up to 300,000

8/12

ecs.u2i-c1m8.large

2

16

2/Up to 15

900,000

Up to 300,000

2

3

6

6

20,000/Up to 200,000

1.5/10

ecs.u2i-c1m8.xlarge

4

32

3/Up to 15

1,100,000

Up to 300,000

2

4

15

15

40,000/Up to 200,000

2/10

ecs.u2i-c1m8.2xlarge

8

64

5/Up to 15

1,300,000

Up to 300,000

4

4

15

15

50,000/Up to 200,000

3/10

ecs.u2i-c1m8.3xlarge

12

96

8/Up to 15

1,800,000

Up to 300,000

6

8

15

15

60,000/Up to 200,000

4/10

ecs.u2i-c1m8.4xlarge

16

128

10/Up to 25

2,400,000

Up to 350,000

8

8

30

30

80,000/Up to 200,000

5/10

ecs.u2i-c1m8.6xlarge

24

192

12/Up to 25

3,000,000

Up to 400,000

12

8

30

30

100,000/Up to 200,000

6/10

ecs.u2i-c1m8.8xlarge

32

256

16/Up to 32

4,000,000

Up to 600,000

16

8

30

30

160,000/Up to 300,000

8/12

u1, universal instance family

  • Use cases:

    • Small and medium-sized enterprise applications

    • Websites and application servers

    • Data analytics and computing

    • Small and medium-sized database systems, caches, and search clusters

  • Compute:

    • CPU-to-memory ratios: 1:1, 1:2, 1:4, and 1:8.

    • Processor: Intel ® Xeon ® Platinum Scalable processor

    Note

    Instances of this family are randomly deployed on different server platforms when they are created and may be migrated to different server platforms during their lifecycle. u1 instances use technical means to improve compatibility between different platforms. However, performance may vary significantly between platforms. If you require consistent performance, we recommend that you use g7, c7, or r7 instances.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • The network performance of an instance depends on its computing specifications. A higher specification provides better network performance.

u1 instance types

Instance type

vCPUs

Memory (GiB)

Network baseline bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline IOPS

Disk baseline bandwidth (Gbit/s)

ecs.u1-c1m1.large

2

2

1

300,000

Up to 250,000

2

2

6

2

10,000

1

ecs.u1-c1m2.large

2

4

1

300,000

Up to 250,000

2

2

6

2

10,000

1

ecs.u1-c1m4.large

2

8

1

300,000

Up to 250,000

2

2

6

2

10,000

1

ecs.u1-c1m8.large

2

16

1

300,000

Up to 250,000

2

2

6

2

10,000

1

ecs.u1-c1m1.xlarge

4

4

1.5

500,000

Up to 250,000

2

3

10

2

20,000

1.5

ecs.u1-c1m2.xlarge

4

8

1.5

500,000

Up to 250,000

2

3

10

2

20,000

1.5

ecs.u1-c1m4.xlarge

4

16

1.5

500,000

Up to 250,000

2

3

10

2

20,000

1.5

ecs.u1-c1m8.xlarge

4

32

1.5

500,000

Up to 250,000

2

3

10

2

20,000

1.5

ecs.u1-c1m1.2xlarge

8

8

2.5

800,000

Up to 250,000

4

4

10

2

25,000

2

ecs.u1-c1m2.2xlarge

8

16

2.5

800,000

Up to 250,000

4

4

10

2

25,000

2

ecs.u1-c1m4.2xlarge

8

32

2.5

800,000

Up to 250,000

4

4

10

2

25,000

2

ecs.u1-c1m8.2xlarge

8

64

2.5

800,000

Up to 250,000

4

4

10

2

25,000

2

ecs.u1-c1m1.3xlarge

12

12

4

900,000

Up to 250,000

4

6

10

2

30,000

2.5

ecs.u1-c1m2.3xlarge

12

24

4

900,000

Up to 250,000

4

6

10

2

30,000

2.5

ecs.u1-c1m4.3xlarge

12

48

4

900,000

Up to 250,000

4

6

10

2

30,000

2.5

ecs.u1-c1m8.3xlarge

12

96

4

900,000

Up to 250,000

4

6

10

2

30,000

2.5

ecs.u1-c1m1.4xlarge

16

16

5

1,000,000

Up to 300,000

4

8

20

2

40,000

3

ecs.u1-c1m2.4xlarge

16

32

5

1,000,000

Up to 300,000

4

8

20

2

40,000

3

ecs.u1-c1m4.4xlarge

16

64

5

1,000,000

Up to 300,000

4

8

20

2

40,000

3

ecs.u1-c1m8.4xlarge

16

128

5

1,000,000

Up to 300,000

4

8

20

2

40,000

3

ecs.u1-c1m1.8xlarge

32

32

10

2,000,000

Up to 300,000

8

8

20

2

60,000

5

ecs.u1-c1m2.8xlarge

32

64

10

2,000,000

Up to 300,000

8

8

20

2

60,000

5

ecs.u1-c1m4.8xlarge

32

128

10

2,000,000

Up to 300,000

8

8

20

2

60,000

5

ecs.u1-c1m8.8xlarge

32

256

10

2,000,000

Up to 300,000

8

8

20

2

60,000

5

Note
  • Exceptions may occur when you deploy Data Plane Development Kit (DPDK) applications on u1 instances. To resolve this issue, use Virtual Function I/O (VFIO) drivers to replace Userspace I/O (UIO) drivers. For more information, see Use VFIO drivers to replace UIO drivers.

  • For frequently asked questions about Universal instances, see U1 instance FAQ.

d3s, storage-intensive big data instance family

Features:

  • This instance family is equipped with 12-TB, large-capacity, high-throughput local SATA HDDs and can provide a maximum network bandwidth of 64 Gbit/s between instances.

  • Supported scenarios:

    • Big data computing and storage business scenarios in which services such as Hadoop MapReduce, HDFS, Hive, and HBase are used

    • Machine learning scenarios such as Spark in-memory computing and MLlib

    • Search and log data processing scenarios in which solutions such as Elasticsearch and Kafka are used

  • This instance family supports online replacement and hot swapping of damaged disks to prevent instance shutdown.

    If a local disk fails, you receive a system event. You can handle the system event by initiating the process of repairing the damaged disk. For more information, see Maintenance and system events for local disk instances.

    Important

    After you initiate the process of repairing the damaged disk, data stored on the damaged disk cannot be restored.

  • Compute:

    • Uses 2.7 GHz Intel® Xeon® Scalable (Ice Lake) processors that deliver an all-core turbo frequency of 3.5 GHz to provide consistent computing performance.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports only ESSDs and ESSD AutoPL disks.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

d3s includes the instance types and metric data listed in the following table.

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Disk baseline/burst bandwidth (Gbit/s)

ecs.d3s.2xlarge

8

32

4 * 11,918 GB (4 * 11,100 GiB)

10/burstable up to 15

2,000,000

3/burstable up to 5

ecs.d3s.4xlarge

16

64

8 * 11,918 GB (8 * 11,100 GiB)

25/none

3,000,000

5/none

ecs.d3s.8xlarge

32

128

16 * 11,918 GB (16 * 11,100 GiB)

40/none

6,000,000

8/none

ecs.d3s.12xlarge

48

192

24 * 11,918 GB (24 * 11,100 GiB)

60/none

9,000,000

12/none

ecs.d3s.16xlarge

64

256

32 * 11,918 GB (32 * 11,100 GiB)

80/none

12,000,000

16/none

d3c, compute-intensive big data instance family

Features:

  • This instance family is equipped with high-capacity and high-throughput local disks and can provide a maximum bandwidth of 40 Gbit/s between instances.

  • Supported scenarios:

    • Big data computing and storage business scenarios in which services such as Hadoop MapReduce, HDFS, Hive, and HBase are used

    • Scenarios in which EMR JindoFS and Object Storage Service (OSS) are used in combination to separately store hot and cold data and decouple storage from computing

    • Machine learning scenarios such as Spark in-memory computing and MLlib

    • Search and log data processing scenarios in which solutions such as Elasticsearch and Kafka are used

  • This instance family supports online replacement and hot swapping of damaged disks to prevent instance shutdown.

    If a local disk fails, you receive a system event. You can handle the system event by initiating the process of repairing the damaged disk. For more information, see Maintenance and system events for local disk instances.

    Important

    After you initiate the process of repairing the damaged disk, data stored on the damaged disk cannot be restored.

  • Compute:

    • Uses third-generation 2.9 GHz Intel® Xeon® Scalable (Ice Lake) processors that deliver an all-core turbo frequency of 3.5 GHz to provide consistent computing performance.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports only ESSDs and ESSD AutoPL disks.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

d3c includes the instance types and metric data listed in the following table.

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.d3c.3xlarge

14

56.0

1 * 13,743 GB (1 * 12,800 GiB)

8/burstable up to 10

1,600,000

40,000/none

3/none

ecs.d3c.7xlarge

28

112.0

2 * 13,743 GB (2 * 12,800 GiB)

16/burstable up to 25

2,500,000

50,000/none

4/none

ecs.d3c.14xlarge

56

224.0

4 * 13,743 GB (4 * 12,800 GiB)

40/none

5,000,000

100,000/none

8/none

Note

This instance family supports only Linux images. When you create an instance of this instance family, select a Linux image.

d2c, compute-intensive big data instance family

Features:

  • This instance family is equipped with high-capacity and high-throughput local SATA HDDs and can provide a maximum bandwidth of 35 Gbit/s between instances.

  • Supported scenarios:

    • Big data computing and storage business scenarios in which services such as Hadoop MapReduce, HDFS, Hive, and HBase are used

    • Scenarios in which EMR JindoFS and OSS are used in combination to separately store hot and cold data and decouple storage from computing

    • Machine learning scenarios such as Spark in-memory computing and MLlib

    • Search and log data processing scenarios in which solutions such as Elasticsearch and Kafka are used

  • This instance family supports online replacement and hot swapping of damaged disks to prevent instance shutdown.

    If a local disk fails, you receive a system event. You can handle the system event by initiating the process of repairing the damaged disk. For more information, see Maintenance and system events for local disk instances.

    Important

    After you initiate the process of repairing the damaged disk, data stored on the damaged disk cannot be restored.

  • Compute:

    • Uses 2.5 GHz Intel® Xeon® Platinum 8269CY (Cascade Lake) processors.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports enhanced SSDs (ESSDs), ESSD AutoPL disks, standard SSDs, and ultra disks.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

d2c includes the instance types and metric data listed in the following table.

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline bandwidth (Gbit/s)

Packet forwarding rate (pps)

ecs.d2c.6xlarge

24

88.0

3 * 3,972 GB (3 * 3,700 GiB)

12.0

1,600,000

ecs.d2c.12xlarge

48

176.0

6 * 3,972 GB (6 * 3,700 GiB)

20.0

2,000,000

ecs.d2c.24xlarge

96

352.0

12 * 3,972 GB (12 * 3,700 GiB)

35.0

4,500,000

d2s, storage-intensive big data instance family

Features:

  • This instance family is equipped with high-capacity and high-throughput local SATA HDDs and can provide a maximum bandwidth of 35 Gbit/s between instances.

  • Supported scenarios:

    • Big data computing and storage business scenarios in which services such as Hadoop MapReduce, HDFS, Hive, and HBase are used

    • Machine learning scenarios such as Spark in-memory computing and MLlib

    • Search and log data processing scenarios in which solutions such as Elasticsearch and Kafka are used

  • This instance family supports online replacement and hot swapping of damaged disks to prevent instance shutdown.

    If a local disk fails, you receive a system event. You can handle the system event by initiating the process of repairing the damaged disk. For more information, see Maintenance and system events for local disk instances.

    Important

    After you initiate the process of repairing the damaged disk, data stored on the damaged disk cannot be restored.

  • Compute:

    • Uses 2.5 GHz Intel® Xeon® Platinum 8163 (Skylake) processors.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports ESSDs, ESSD AutoPL disks, standard SSDs, and ultra disks.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

d2s includes the instance types and metric data listed in the following table.

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline bandwidth (Gbit/s)

Packet forwarding rate (pps)

ecs.d2s.5xlarge

20

88.0

8 * 7,838 GB (8 * 7,300 GiB)

12.0

1,600,000

ecs.d2s.10xlarge

40

176.0

15 * 7,838 GB (15 * 7,300 GiB)

20.0

2,000,000

ecs.d2s.20xlarge

80

352.0

30 * 7,838 GB (30 * 7,300 GiB)

35.0

4,500,000

d1ne, network-enhanced big data instance family

Features:

  • This instance family is equipped with high-capacity and high-throughput local SATA HDDs and can provide a maximum bandwidth of 35 Gbit/s between instances.

  • Supported scenarios:

    • Scenarios in which services such as Hadoop MapReduce, HDFS, Hive, and HBase are used

    • Machine learning scenarios such as Spark in-memory computing and MLlib

    • Search and log data processing scenarios in which solutions such as Elasticsearch are used

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4, which is designed for big data scenarios.

    • Uses 2.5 GHz Intel® Xeon® E5-2682 v4 (Broadwell) or Intel® Xeon® Platinum 8163 (Skylake) processors, providing stable computing performance.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports only standard SSDs and ultra disks.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

d1ne includes the instance types and metric data listed in the following table.

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline bandwidth (Gbit/s)

Packet forwarding rate (pps)

ecs.d1ne.2xlarge

8

32.0

4 * 5,905 GB (4 * 5,500 GiB)

6.0

1,000,000

ecs.d1ne.4xlarge

16

64.0

8 * 5,905 GB (8 * 5,500 GiB)

12.0

1,600,000

ecs.d1ne.6xlarge

24

96.0

12 * 5,905 GB (12 * 5,500 GiB)

16.0

2,000,000

ecs.d1ne-c8d3.8xlarge

32

128.0

12 * 5,905 GB (12 * 5,500 GiB)

20.0

2,000,000

ecs.d1ne.8xlarge

32

128.0

16 * 5,905 GB (16 * 5,500 GiB)

20.0

2,500,000

ecs.d1ne-c14d3.14xlarge

56

160.0

12 * 5,905 GB (12 * 5,500 GiB)

35.0

4,500,000

ecs.d1ne.14xlarge

56

224.0

28 * 5,905 GB (28 * 5,500 GiB)

35.0

4,500,000

i5g, instance family with local SSDs

  • Introduction: This instance family provides high-performance NVMe SSD local disks with high input/output operations per second (IOPS), high throughput, and low access latency. It leverages the new Alibaba Cloud Cloud Infrastructure Processing Unit (CIPU) architecture and Intel® Xeon® 6 processors to deliver stable computing power and a powerful I/O engine.

  • Use cases: Disk-based key-value (KV) databases such as RocksDB and ClickHouse. E-MapReduce for big data, including hot/cold data layering, storage-compute separation, and data lakes. Search engines such as Elasticsearch.

  • Compute:

    • vCPU-to-memory ratio of 1:4.

    • Processor: Powered by Intel® Xeon® Granite Rapids with a 3.2 GHz base clock speed and a 3.6 GHz all-core turbo frequency for stable computing performance.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

i5g instance types

Instance type

vCPU

Memory (GiB)

Local storage

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.i5g.8xlarge

32

128

1 × 1,919 GB

(1 × 1,788 GiB)

16/32

10,000,000

200,000/300,000

10/12

ecs.i5g.16xlarge

64

256

1 × 3,839 GB

(1 × 3,576 GiB)

32/None

20,000,000

300,000/None

16/None

i5ge, instance family with local SSDs

  • Introduction: The i5ge instance family is equipped with high-performance NVMe SSD local disks, delivering high IOPS, high throughput, and low access latency. Built on Alibaba Cloud's new CIPU architecture and powered by Intel® Xeon® 6 processors, these instances provide stable computing power and a powerful I/O engine.

  • Use cases: Disk-based key-value (KV) databases such as RocksDB and ClickHouse, big data computing with local cache, and online transactions.

  • Compute:

    • The vCPU-to-memory ratio is 1:6.

    • Processor: Intel® Xeon® Granite Rapids processors with a 3.2 GHz base clock speed and a 3.6 GHz all-core turbo frequency provide stable computing performance.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

i5ge instance types

Instance type

vCPU

Memory (GiB)

Local storage

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding (PPS)

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.i5ge.3xlarge

12

72

1 × 1,919 GB

(1 × 1,788 GiB)

25/40

4,000,000

80,000/200,000

5/10

ecs.i5ge.6xlarge

24

144

1 × 3,839 GB

(1 × 3,576 GiB)

50/70

8,000,000

120,000/200,000

7.5/10

ecs.i5ge.12xlarge

48

288

2 × 3,839 GB

(2 × 3,576 GiB)

84/None

15,000,000

240,000/None

12/None

ecs.i5ge.24xlarge

96

576

4 × 3,839 GB

(4 × 3,576 GiB)

172/None

30,000,000

300,000/None

20/None

i5e, instance family with local SSDs

  • Introduction: Equipped with high-performance NVMe SSD local disks, this instance family provides high IOPS, high throughput, and low access latency. This family uses the new Alibaba Cloud CIPU architecture and is powered by Intel® Xeon® 6 processors to deliver stable computing power and a powerful I/O engine.

  • Use cases: Relational databases such as MySQL, remote cache services, and cache layer acceleration.

  • Computing:

    • The vCPU-to-memory ratio is 1:8.

    • Processor: Intel® Xeon® Granite Rapids with a 2.9 GHz clock speed and a 3.6 GHz all-core turbo frequency. This processor provides stable computing performance.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

i5e instance types

Instance type

vCPU

Memory (GiB)

Local storage

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (PPS)

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.i5e.2xlarge

8

64

1 × 3840 GB

(1 × 3576 GiB)

20/40

4,000,000

60,000/200,000

4/10

ecs.i5e.4xlarge

16

128

1 × 7680 GB

(1 × 7152 GiB)

40/80

7,000,000

100,000/200,000

6/10

ecs.i5e.8xlarge

32

256

2 × 7680 GB

(2 × 7152 GiB)

80/120

14,000,000

150,000/200,000

10/12

ecs.i5e.16xlarge

64

512

4 × 7680 GB

(4 × 7152 GiB)

160

25,000,000

300,000

16

ecs.i5e.32xlarge

128

1024

8 × 7680 GB

(8 × 7152 GiB)

320

50,000,000

600,000

32

i5, instance family with local SSDs

  • Introduction: The i5 instance family features high-performance NVMe SSD local disks that deliver high IOPS, high throughput, and low access latency. The instances use the new Alibaba Cloud CIPU architecture and are powered by Intel® Xeon® 6 processors. This combination provides stable computing power and a powerful I/O engine.

  • Use cases: Disk-based key-value (KV) databases such as RocksDB and ClickHouse. E-MapReduce for big data with hot and cold data layers. Architectures that separate storage and compute. Data lakes. Other I/O-intensive applications with frequent disk writes, such as message middleware and containers.

  • Compute:

    • Processor-to-memory ratio of 1:8.

    • Processor: Intel® Xeon® Granite Rapids with a base clock speed of 3.4 GHz and an all-core turbo frequency of 3.8 GHz. This ensures stable computing performance.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

i5 instance types

Instance type

vCPU

Memory (GiB)

Local storage

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding (PPS)

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.i5.xlarge

4

32

1 × 960 GB

(1 × 894 GiB)

10/20

2,000,000

40,000/200,000

2/10

ecs.i5.2xlarge

8

64

1 × 1,919 GB

(1 × 1,788 GiB)

20/40

4,000,000

60,000/200,000

4/10

ecs.i5.4xlarge

16

128

1 × 3,839 GB

(1 × 3,576 GiB)

40/80

7,000,000

100,000/200,000

6/10

ecs.i5.8xlarge

32

256

2 × 3,839 GB

(2 × 3,576 GiB)

80/120

14,000,000

150,000/200,000

10/12

ecs.i5.12xlarge

48

384

3 × 3,839 GB

(3 × 3,576 GiB)

120

20,000,000

240,000

12

ecs.i5.16xlarge

64

512

4 × 3,839 GB

(4 × 3,576 GiB)

160

27,000,00

300,000

16

i4, instance family with local SSDs

  • Introduction: This instance family is equipped with high-performance local NVMe SSDs that deliver high IOPS, high I/O throughput, and low latency.

  • Use cases: OLTP and high-performance relational databases, NoSQL databases such as Cassandra and MongoDB, and search scenarios that use solutions such as Elasticsearch.

  • Compute:

    • Uses 2.7 GHz Intel® Xeon® Scalable (Ice Lake) processors that deliver an all-core turbo frequency of 3.5 GHz to provide consistent computing performance.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Is compatible with specific operating systems. For more information, see Compatibility between the i4 instance types and operating systems.

i4 instance types

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.i4.large

2

16

1 * 479 GB (1 * 447 GiB)

2.5/15

900,000

20,000/up to 110,000

1.5/6

ecs.i4.xlarge

4

32

1 * 959 GB (1 * 894 GiB)

4/15

1,000,000

40,000/up to 110,000

2/6

ecs.i4.2xlarge

8

64

1 * 1,919 GB (1 * 1,788 GiB)

6/15

1,600,000

50,000/up to 110,000

3/6

ecs.i4.4xlarge

16

128

1 * 3,839 GB (1 * 3,576 GiB)

10/25

3,000,000

80,000/up to 110,000

5/6

ecs.i4.8xlarge

32

256

2 * 3,839 GB (2 * 3,576 GiB)

25/none

6,000,000

150,000/none

8/none

ecs.i4.16xlarge

64

512

4 * 3,839 GB (4 * 3,576 GiB)

50/none

12,000,000

300,000/none

16/none

ecs.i4.32xlarge

128

1,024

8 * 3,839 GB (8 * 3,576 GiB)

100/none

24,000,000

600,000/none

32/none

i4g, instance family with local SSDs

  • Introduction: This instance family is equipped with high-performance local NVMe SSDs that deliver high IOPS, high I/O throughput, and low latency.

  • Use cases: OLTP and high-performance relational databases, E-MapReduce big data scenarios such as tiering of hot and cold data, storage and computing separation, and data lakes, and search scenarios that use solutions such as Elasticsearch.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4, which is designed for high-performance databases.

    • Uses 2.7 GHz Intel® Xeon® Scalable (Ice Lake) processors that deliver an all-core turbo frequency of 3.5 GHz to provide consistent computing performance.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

i4g instance types

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Disk baseline IOPS

Disk baseline bandwidth (Gbit/s)

ecs.i4g.4xlarge

16

64

1 * 959 GB (1 * 894 GiB)

8/25

3,000,000

100,000

6

ecs.i4g.8xlarge

32

128

1 * 1,919 GB (1 * 1,788 GiB)

16/25

6,000,000

150,000

8

ecs.i4g.16xlarge

64

256

2 * 1,919 GB (2 * 1,788 GiB)

32/none

12,000,000

300,000

16

ecs.i4g.32xlarge

128

512

4 * 1,919 GB (4 * 1,788 GiB)

64/none

24,000,000

600,000

32

Note

This instance family supports only Linux images. When you create an instance of this instance family, you must select a Linux image.

i4r, instance family with local SSDs

  • Introduction: This instance family is equipped with high-performance local NVMe SSDs that deliver high IOPS, high I/O throughput, and low latency.

  • Use cases: OLTP and high-performance relational databases, NoSQL databases such as Cassandra and MongoDB, and search scenarios that use solutions such as Elasticsearch.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:8, which is designed for high-performance databases. This instance family is the most cost-effective instance family that is suitable for scenarios such as hot data tiering and data lakes.

    • Uses 2.7 GHz Intel® Xeon® Scalable (Ice Lake) processors that deliver an all-core turbo frequency of 3.5 GHz to provide consistent computing performance.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

i4r instance types

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Disk baseline IOPS

Disk baseline bandwidth (Gbit/s)

ecs.i4r.4xlarge

16

128

1 * 959 GB (1 * 894 GiB)

8/25

3,000,000

100,000

6

ecs.i4r.8xlarge

32

256

1 * 1,919 GB (1 * 1,788 GiB)

16/25

6,000,000

150,000

8

ecs.i4r.16xlarge

64

512

2 * 1,919 GB (2 * 1,788 GiB)

32/none

12,000,000

300,000

16

ecs.i4r.32xlarge

128

1,024

4 * 1,919 GB (4 * 1,788 GiB)

64/none

24,000,000

600,000

32

i4p, performance-enhanced instance family with local SSDs

  • Introduction: This instance family uses the Intel® Second-generation Optane persistent memory (BPS) to provide ultra-high-performance local disks. For information about how to initialize local disks, see the Configure persistent memory as a local disk section of the "Configure the usage mode of persistent memory" topic.

  • Use cases:

    • Gene sequencing applications. For more information, see Case description.

    • On-disk key-value (KV) databases, such as RocksDB and ClickHouse.

    • OLTP and high-performance relational databases for write-ahead log (WAL) optimization.

    • NoSQL databases, such as Cassandra, MongoDB, and HBase.

    • Search scenarios that use solutions such as Elasticsearch.

    • Other I/O-intensive applications that frequently write data to disks, such as message middleware and containers.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4.

    • Uses the third-generation Intel® Xeon® Scalable (Ice Lake) processors that deliver a base frequency of 2.7 GHz and an all-core turbo frequency of 3.2 GHz to provide consistent computing performance.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

i4p instance types

Instance type

vCPUs

Memory (GiB)

Persistent memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.i4p.2xlarge

8

32

1 * 126

5/10

1,600,000

50,000/up to 110,000

3/6

ecs.i4p.4xlarge

16

64

2 * 126

10/25

3,000,000

80,000/up to 110,000

5/6

ecs.i4p.6xlarge

24

96

3 * 126

12/25

4,500,000

110,000/none

6/none

ecs.i4p.8xlarge

32

128

4 * 126

16/25

6,000,000

150,000/none

8/none

ecs.i4p.16xlarge

64

256

1 * 1008

32/none

12,000,000

300,000/none

16/none

ecs.i4p.32xlarge

128

512

2 * 1008

64/none

24,000,000

600,000/none

32/none

i3g, instance family with local SSDs

  • Introduction: This instance family is equipped with high-performance local NVMe SSDs that deliver high IOPS, high I/O throughput, and low latency.

  • Use cases: OLTP and high-performance relational databases, NoSQL databases such as Cassandra, MongoDB, and HBase, and search scenarios that use solutions such as Elasticsearch.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4, which is designed for high-performance databases.

    • Uses 2.5 GHz Intel® Xeon® Platinum 8269CY (Cascade Lake) processors that deliver a turbo frequency of 3.2 GHz to provide consistent computing performance.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

i3g instance types

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Disk baseline IOPS

Disk baseline bandwidth (Gbit/s)

ecs.i3g.2xlarge

8

32

1 * 479 GB (1 * 447 GiB)

3/10

1,750,000

52,500

2

ecs.i3g.4xlarge

16

64

1 * 959 GB (1 * 894 GiB)

5/10

3,500,000

84,000

3

ecs.i3g.8xlarge

32

128

2 * 959 GB (2 * 894 GiB)

12/none

7,000,000

157,500

5

ecs.i3g.13xlarge

52

192

3 * 959 GB (3 * 894 GiB)

16/none

12,000,000

252,000

8

ecs.i3g.26xlarge

104

384

6 * 959 GB (6 * 894 GiB)

32/none

24,000,000

500,000

16

Note

This instance family supports only Linux images. When you create an instance of this instance family, you must select a Linux image.

i3, instance family with local SSDs

  • Introduction: This instance family is equipped with high-performance local NVMe SSDs that deliver high IOPS, high I/O throughput, and low latency, and allows damaged disks to be isolated online.

  • Use cases: OLTP and high-performance relational databases, NoSQL databases such as Cassandra and MongoDB, and search scenarios that use solutions such as Elasticsearch.

  • Compute:

    • Uses 2.5 GHz Intel® Xeon® Platinum 8269CY (Cascade Lake) processors that deliver a turbo frequency of 3.2 GHz to provide consistent computing performance.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

i3 instance types

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Disk baseline IOPS

Disk baseline bandwidth (Gbit/s)

ecs.i3.xlarge

4

32

1 * 959 GB (1 * 894 GiB)

1.5/10

1,000,000

40,000

1.5

ecs.i3.2xlarge

8

64

1 * 1,919 GB (1 * 1,788 GiB)

2.5/10

1,600,000

50,000

2

ecs.i3.4xlarge

16

128

2 * 1,919 GB (2 * 1,788 GiB)

5/10

3,000,000

80,000

3

ecs.i3.8xlarge

32

256

4 * 1,919 GB (4 * 1,788 GiB)

10/none

6,000,000

150,000

5

ecs.i3.13xlarge

52

384

6 * 1,919 GB (6 * 1,788 GiB)

16/none

9,000,000

240,000

8

ecs.i3.26xlarge

104

768

12 * 1,919 GB (12 * 1,788 GiB)

32/none

24,000,000

480,000

16

Note

This instance family supports only Linux images. When you create an instance of this instance family, you must select a Linux image.

i2, instance family with local SSDs

  • Introduction: This instance family is equipped with high-performance local NVMe SSDs that deliver high IOPS, high I/O throughput, and low latency.

  • Use cases: OLTP and high-performance relational databases, NoSQL databases such as Cassandra, MongoDB, and HBase, and search scenarios that use solutions such as Elasticsearch.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:8, which is designed for high-performance databases.

    • Uses 2.5 GHz Intel® Xeon® Platinum 8163 (Skylake) processors.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports standard SSDs and ultra disks.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

i2 instance types

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline bandwidth (Gbit/s)

Packet forwarding rate (pps)

Disk bandwidth (Gbit/s)

ecs.i2.xlarge

4

32

1 * 959 GB (1 * 894 GiB)

1

500,000

Up to 16

ecs.i2.2xlarge

8

64

1 * 1,919 GB (1 * 1,788 GiB)

2

1,000,000

Up to 16

ecs.i2.4xlarge

16

128

2 * 1,919 GB (2 * 1,788 GiB)

3

1,500,000

Up to 16

ecs.i2.8xlarge

32

256

4 * 1,919 GB (4 * 1,788 GiB)

6

2,000,000

Up to 16

ecs.i2.16xlarge

64

512

8 * 1,919 GB (8 * 1,788 GiB)

10

4,000,000

Up to 16

i2g, instance family with local SSDs

  • Introduction: This instance family is equipped with high-performance local NVMe SSDs that deliver high IOPS, high I/O throughput, and low latency.

  • Use cases: OLTP and high-performance relational databases, NoSQL databases such as Cassandra, MongoDB, and HBase, and search scenarios that use solutions such as Elasticsearch.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4, which is designed for high-performance databases.

    • Uses 2.5 GHz Intel® Xeon® Platinum 8163 (Skylake) processors.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports standard SSDs and ultra disks.

  • Network:

    • Supports only IPv4.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

i2g instance types

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline bandwidth (Gbit/s)

Packet forwarding rate (pps)

ecs.i2g.2xlarge

8

32

1 * 959 GB (1 * 894 GiB)

2

1,000,000

ecs.i2g.4xlarge

16

64

1 * 1,919 GB (1 * 1,788 GiB)

3

1,500,000

ecs.i2g.8xlarge

32

128

2 * 1,919 GB (2 * 1,788 GiB)

6

2,000,000

ecs.i2g.16xlarge

64

256

4 * 1,919 GB (4 * 1,788 GiB)

10

4,000,000

i2ne, instance family with local SSDs

  • Introduction: This instance family is equipped with high-performance local NVMe SSDs that deliver high IOPS, high I/O throughput, and low latency.

  • Use cases: OLTP and high-performance relational databases, NoSQL databases such as Cassandra, MongoDB, and HBase, and search scenarios that use solutions such as Elasticsearch.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:8, which is designed for high-performance databases.

    • Uses 2.5 GHz Intel® Xeon® Platinum 8163 (Skylake) processors.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports standard SSDs and ultra disks.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

    • Provides a network bandwidth of up to 20 Gbit/s.

i2ne instance types

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline bandwidth (Gbit/s)

Packet forwarding rate (pps)

Disk bandwidth (Gbit/s)

ecs.i2ne.xlarge

4

32

1 * 959 GB (1 * 894 GiB)

1.5

500,000

Up to 16

ecs.i2ne.2xlarge

8

64

1 * 1,919 GB (1 * 1,788 GiB)

2.5

1,000,000

Up to 16

ecs.i2ne.4xlarge

16

128

2 * 1,919 GB (2 * 1,788 GiB)

5

1,500,000

Up to 16

ecs.i2ne.8xlarge

32

256

4 * 1,919 GB (4 * 1,788 GiB)

10

2,000,000

Up to 16

ecs.i2ne.16xlarge

64

512

8 * 1,919 GB (8 * 1,788 GiB)

20

4,000,000

Up to 16

ecs.i2ne.20xlarge

80

704

10 * 1,919 GB (10 * 1,788 GiB)

25

4,500,000

Up to 16

i2gne, instance family with local SSDs

  • Introduction: This instance family is equipped with high-performance local NVMe SSDs that deliver high IOPS, high I/O throughput, and low latency.

  • Use cases: OLTP and high-performance relational databases, NoSQL databases such as Cassandra, MongoDB, and HBase, and search scenarios that use solutions such as Elasticsearch.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4, which is designed for high-performance databases.

    • Uses 2.5 GHz Intel® Xeon® Platinum 8163 (Skylake) processors.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports standard SSDs and ultra disks.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

    • Provides a network bandwidth of up to 20 Gbit/s.

i2gne instance types

Instance type

vCPUs

Memory (GiB)

Local storage

Network baseline bandwidth (Gbit/s)

Packet forwarding rate (pps)

ecs.i2gne.2xlarge

8

32

1 * 959 GB (1 * 894 GiB)

2.5

1,000,000

ecs.i2gne.4xlarge

16

64

1 * 1,919 GB (1 * 1,788 GiB)

5

1,500,000

ecs.i2gne.8xlarge

32

128

2 * 1,919 GB (2 * 1,788 GiB)

10

2,000,000

ecs.i2gne.16xlarge

64

256

4 * 1,919 GB (4 * 1,788 GiB)

20

4,000,000

hfc9i, compute-optimized instance family with high clock speeds

  • Introduction: This instance family uses Alibaba Cloud's new CIPU architecture with performance cores (P-core) of Intel ®Xeon ®6 processor. It provides stable computing power output, a more powerful I/O engine, and chip-level security hardening.

  • Scenarios: high network packet sending and receiving scenarios, data analysis, Batch Compute, video encoding, massively multiplayer online game (MMO) frontend, and high-performance scientific and engineering applications.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:2.

    • Uses Intel ®Xeon ®Granite Rapids processors, with a clock frequency of 3.4 GHz and an all-core turbo frequency of 3.8 GHz for stable computing performance.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports ESSDs, ESSD AutoPL disks, and Regional ESSDs. For information about disks, see Overview of Block Storage.

    • These instances support the NVMe protocol. For more information, see Overview of the NVMe protocol.

    • For small instance types, disk IOPS and disk bandwidth are burstable. The storage I/O performance of an instance corresponds to its instance type. A larger instance type provides higher storage I/O performance. For more information, see Storage I/O performance.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: supports the virtual Trusted Platform Module (vTPM) feature. For more information, see Overview of trusted computing capabilities.

hfc9i instance types

Instance type

vCPU

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.hfc9i.large

2

4

2.5/15

1,000,000

500,000

2

3

6

6

20,000/burstable up to 200,000

2/12

ecs.hfc9i.xlarge

4

8

4/15

1,200,000

500,000

4

4

15

15

50,000/burstable up to 200,000

2.5/12

ecs.hfc9i.2xlarge

8

16

8/15

1,600,000

500,000

8

4

15

15

60,000/burstable up to 200,000

4/12

ecs.hfc9i.3xlarge

12

24

10/15

2,400,000

500,000

12

8

15

15

80,000/burstable up to 200,000

5/12

ecs.hfc9i.4xlarge

16

32

16/25

3,000,000

500,000

16

8

30

30

100,000/burstable up to 200,000

6/12

ecs.hfc9i.6xlarge

24

48

18/25

4,500,000

500,000

24

8

30

30

120,000/burstable up to 200,000

8/12

ecs.hfc9i.8xlarge

32

64

20/32

6,000,000

800,000

32

8

30

30

200,000/burstable up to 250,000

12/15

ecs.hfc9i.12xlarge

48

96

25/32

9,000,000

1,000,000

48

8

30

30

250,000/none

15/none

ecs.hfc9i.16xlarge

64

128

36/none

12,000,000

2,000,000

64

8

30

30

360,000/none

20/none

ecs.hfc9i.24xlarge

96

192

48/none

16,000,000

3,000,000

64

15

50

50

400,000/None

24/none

ecs.hfc9i.36xlarge

144

384

64/none

20,000,000

4,000,000

64

15

50

50

500,000/none

32/none

hfc8i, compute-optimized instance family with high clock speeds

  • Introduction: This instance family uses the innovative CIPU architecture developed by Alibaba Cloud to provide stable computing power, a more robust I/O engine, and chip-level security hardening.

  • Scenarios:

    • Large volumes of packets are received and transmitted, such as live commenting on videos and telecom data forwarding

    • High-performance frontend server clusters

    • Frontend servers of massively multiplayer online (MMO) games

    • Data analytics, batch processing, and video encoding

    • High-performance scientific and engineering applications

  • Compute:

    • Offers a CPU-to-memory ratio of 1:2.

    • Uses the fourth-generation Intel ®Xeon ®Scalable processors (Sapphire Rapids) with a base frequency of 3.3 GHz and an all-core turbo frequency of 3.9 GHz for stable computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

    • Is compatible with specific operating systems. For more information, see OS compatibility for Intel instance types.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • Provides burstable network bandwidth for low-specification instances.

    • Provides high network performance based on large computing capacity.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

hfc8i instance types

Instance type

vCPU

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.hfc8i.large

2

4

2.5/15

1,200,000

300,000

2

3

6

6

30,000/burstable up to 200,000

3/12

ecs.hfc8i.xlarge

4

8

4/15

1,400,000

300,000

4

4

15

15

50,000/burstable up to 200,000

4/12

ecs.hfc8i.2xlarge

8

16

8/15

1,800,000

300,000

8

4

15

15

60,000/burstable up to 200,000

6/12

ecs.hfc8i.3xlarge

12

24

10/15

2,800,000

300,000

12

8

15

15

90,000/burstable up to 200,000

8/12

ecs.hfc8i.4xlarge

16

32

16/25

3,600,000

500,000

16

8

30

30

120,000/burstable up to 200,000

10/12

ecs.hfc8i.6xlarge

24

48

18/25

5,500,000

800,000

24

8

30

30

200,000/none

12/none

ecs.hfc8i.8xlarge

32

64

32/none

7,500,000

1,000,000

32

8

30

30

250,000/none

16/none

ecs.hfc8i.16xlarge

64

128

64/none

15,000,000

2,000,000

64

8

30

30

450,000 /None

32/none

ecs.hfc8i.32xlarge

128

256

100/none

30,000,000

4,000,000

64

15

50

50

900,000/none

64/none

hfc7, compute-optimized instance family with high clock speeds

  • Introduction: This instance family offloads a large number of virtualization features to dedicated hardware by using the third-generation SHENLONG architecture to provide predictable and consistent ultra-high performance and reduce virtualization overheads.

  • Scenarios:

    • Large volumes of packets are received and transmitted, such as live commenting on videos and telecom data forwarding

    • High-performance frontend server clusters

    • Frontend servers of massively multiplayer online (MMO) games

    • Data analytics, batch processing, and video encoding

    • High-performance scientific and engineering applications

  • Compute:

    • Offers a CPU-to-memory ratio of 1:2.

    • Uses Intel® Xeon® Cooper Lake processors that deliver an all-core turbo frequency of 3.8 GHz and a clock speed of at least 3.3 GHz to provide consistent computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Provides ultra-high packet forwarding rates.

    • Provides high network performance based on large computing capacity.

hfc7 instance types

Instance type

vCPU

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline IOPS

Disk baseline bandwidth (Gbit/s)

ecs.hfc7.large

2

4

1.2/10

900,000

250,000

2

2

6

6

20,000

1

ecs.hfc7.xlarge

4

8

2/10

1,000,000

250,000

4

3

15

15

30,000

1.5

ecs.hfc7.2xlarge

8

16

3/10

1,600,000

250,000

8

4

15

15

45,000

2

ecs.hfc7.3xlarge

12

24

4.5/10

2,000,000

250,000

8

6

15

15

60,000

2.5

ecs.hfc7.4xlarge

16

32

6/10

2,500,000

300,000

8

8

30

30

75,000

3

ecs.hfc7.6xlarge

24

48

8/10

3,000,000

450,000

12

8

30

30

90,000

4

ecs.hfc7.8xlarge

32

64

10/none

4,000,000

600,000

16

8

30

30

105,000

5

ecs.hfc7.12xlarge

48

96

16/none

6,000,000

1,000,000

24

8

30

30

150,000

8

ecs.hfc7.24xlarge

96

192

32/none

12,000,000

1,800,000

32

15

30

30

300,000

16

hfc6, compute-optimized instance family with high clock speeds

  • Introduction: This instance family offloads a large number of virtualization features to dedicated hardware by using the SHENLONG architecture to provide predictable and consistent ultra-high performance and reduce virtualization overheads.

  • Scenarios:

    • Large volumes of packets are received and transmitted, such as live commenting on videos and telecom data forwarding

    • Web frontend servers

    • Frontend servers of massively multiplayer online (MMO) games

    • Data analytics, batch processing, and video encoding

    • High-performance scientific and engineering applications

  • Compute:

    • Offers a CPU-to-memory ratio of 1:2.

    • Uses 3.1 GHz Intel® Xeon® Platinum 8269CY (Cascade Lake) processors that deliver a turbo frequency of 3.5 GHz to provide consistent computing performance.

      Note

      The processors used by this instance family have a clock speed of 3.1 GHz. However, the Intel System Studio (ISS) feature may cause a lower clock speed to be displayed. Alibaba Cloud is working on this issue. This issue does not affect the actual clock speeds of your instances.

      You can separately run the following commands to use the turbostat tool to view the actual clock speeds:

      yum install kernel-tools
      turbostat
    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Provides ultra-high packet forwarding rates.

    • Provides high network performance based on large computing capacity.

hfc6 instance types

Instance type

vCPU

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline IOPS

Disk baseline bandwidth (Gbit/s)

ecs.hfc6.large

2

4

1/3

300,000

35,000

2

2

6

1

10,000

1

ecs.hfc6.xlarge

4

8

1.5/5

500,000

70,000

4

3

10

1

20,000

1.5

ecs.hfc6.2xlarge

8

16

2.5/8

800,000

150,000

8

4

10

1

25,000

2

ecs.hfc6.3xlarge

12

24

4/10

900,000

220,000

8

6

10

1

30,000

2.5

ecs.hfc6.4xlarge

16

32

5/10

1,000,000

300,000

8

8

20

1

40,000

3

ecs.hfc6.6xlarge

24

48

7.5/10

1,500,000

450,000

12

8

20

1

50,000

4

ecs.hfc6.8xlarge

32

64

10/none

2,000,000

600,000

16

8

20

1

60,000

5

ecs.hfc6.10xlarge

40

96

12.5/none

3,000,000

1,000,000

32

7

20

1

100,000

8

ecs.hfc6.16xlarge

64

128

20/none

4,000,000

1,200,000

32

8

20

1

120,000

10

ecs.hfc6.20xlarge

80

192

25/none

6,000,000

1,800,000

32

15

20

1

200,000

16

hfg9i, general-purpose instance family with high clock speeds

  • Introduction: This instance family uses Alibaba Cloud's new CIPU architecture with P-core (performance cores) of Intel ®Xeon ®6 processor. It provides stable computing power output, a more powerful I/O engine, and chip-level security hardening.

  • Scenarios: high network packet sending and receiving scenarios, data analysis, Batch Compute, and video encoding, massively multiplayer online game (MMO) frontend, high-performance scientific and engineering applications, and medium and large databases.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4.

    • Uses Intel ®Xeon ®Granite Rapids processors, with a clock frequency of 3.4 GHz and an all-core turbo frequency of 3.8 GHz for stable computing performance.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports ESSDs, ESSD AutoPL disks, and Regional ESSDs. For information about disks, see Overview of Block Storage.

    • These instances support the NVMe protocol. For more information, see Overview of the NVMe protocol.

    • For small instance types, disk IOPS and disk bandwidth are burstable. The storage I/O performance of an instance corresponds to its instance type. A larger instance type provides higher storage I/O performance. For more information, see Storage I/O performance.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

hfg9i instance types

Instance type

vCPU

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.hfg9i.large

2

8

2.5/15

1,000,000

500,000

2

3

6

6

20,000/burstable up to 200,000

2/12

ecs.hfg9i.xlarge

4

16

4/15

1,200,000

500,000

4

4

15

15

50,000/burstable up to 200,000

2.5/12

ecs.hfg9i.2xlarge

8

32

8/15

1,600,000

500,000

8

4

15

15

60,000/burstable up to 200,000

4/12

ecs.hfg9i.3xlarge

12

48

10/15

2,400,000

500,000

12

8

15

15

80,000/burstable up to 200,000

5/12

ecs.hfg9i.4xlarge

16

64

16/25

3,000,000

500,000

16

8

30

30

100,000/burstable up to 200,000

6/12

ecs.hfg9i.6xlarge

24

96

18/25

4,500,000

500,000

24

8

30

30

120,000/burstable up to 200,000

8/12

ecs.hfg9i.8xlarge

32

128

20/32

6,000,000

800,000

32

8

30

30

200,000 /burstable up to 250,000

12/15

ecs.hfg9i.12xlarge

48

192

25/32

9,000,000

1,000,000

48

8

30

30

250,000/none

15/none

ecs.hfg9i.16xlarge

64

256

36/none

12,000,000

2,000,000

64

8

30

30

360,000/none

20/none

ecs.hfg9i.24xlarge

96

384

48/none

16,000,000

3,000,000

64

15

50

50

400,000 /None

24/none

ecs.hfg9i.36xlarge

144

768

64/none

20,000,000

4,000,000

64

15

50

50

500,000/none

32/none

hfg8i, general-purpose instance family with high clock speeds

  • Introduction: This instance family uses the innovative CIPU architecture developed by Alibaba Cloud to provide stable computing power, a more robust I/O engine, and chip-level security hardening.

  • Scenarios:

    • Large volumes of packets are received and transmitted, such as live commenting on videos and telecom data forwarding

    • High-performance frontend server clusters

    • High-performance frontend server clusters

    • Data analytics, batch processing, and video encoding

    • High-performance scientific and engineering applications

    • Medium-sized database systems

    • Enterprise-level applications of various types and sizes

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4.

    • Uses the fourth-generation Intel ®Xeon ®Scalable processors (Sapphire Rapids) with a base frequency of 3.3 GHz and an all-core turbo frequency of 3.9 GHz for stable computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

    • Is compatible with specific operating systems. For more information, see OS compatibility for Intel instance types.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • Provides high storage I/O performance based on large computing capacity. For more information, see Storage I/O performance.

    • Provides high network performance based on large computing capacity.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

hfg8i instance types

Instance type

vCPU

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Attachable disks

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.hfg8i.large

2

8

2.5/15

1,200,000

300,000

2

3

6

6

16

30,000/burstable up to 200,000

3/12

ecs.hfg8i.xlarge

4

16

4/15

1,400,000

300,000

4

4

15

15

16

50,000/burstable up to 200,000

4/12

ecs.hfg8i.2xlarge

8

32

8/15

1,800,000

300,000

8

4

15

15

16

60,000/burstable up to 200,000

6/12

ecs.hfg8i.3xlarge

12

48

10/15

2,800,000

300,000

12

8

15

15

16

90,000/burstable up to 200,000

8/12

ecs.hfg8i.4xlarge

16

64

16/25

3,600,000

500,000

16

8

30

30

16

120,000/burstable up to 200,000

10/12

ecs.hfg8i.6xlarge

24

96

18/25

5,500,000

800,000

24

8

30

30

24

200,000/none

12/none

ecs.hfg8i.8xlarge

32

128

32/none

7,500,000

1,000,000

32

8

30

30

32

250,000/none

16/none

ecs.hfg8i.16xlarge

64

256

64/none

15,000,000

2,000,000

64

8

30

30

32

450,000 /None

32/none

ecs.hfg8i.32xlarge

128

512

100/none

30,000,000

4,000,000

64

15

50

50

64

900,000/none

64/none

hfg7, general-purpose instance family with high clock speeds

  • Introduction: This instance family offloads a large number of virtualization features to dedicated hardware by using the third-generation SHENLONG architecture to provide predictable and consistent ultra-high performance and reduce virtualization overheads.

  • Scenarios:

    • Large volumes of packets are received and transmitted, such as live commenting on videos and telecom data forwarding

    • Enterprise-grade applications of various types and sizes

    • Game servers

    • Small and medium-sized database systems, caches, and search clusters

    • High-performance scientific computing

    • Video encoding applications

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4.

    • Uses Intel® Xeon® Cooper Lake processors that deliver an all-core turbo frequency of 3.8 GHz and a clock speed of at least 3.3 GHz to provide consistent computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Provides ultra-high packet forwarding rates.

    • Provides high network performance based on large computing capacity.

hfg7 instance types

Instance type

vCPU

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline IOPS

Disk baseline bandwidth (Gbit/s)

ecs.hfg7.large

2

8

1.2/10

900,000

250,000

2

2

6

6

20,000

1

ecs.hfg7.xlarge

4

16

2/10

1,000,000

250,000

4

3

15

15

30,000

1.5

ecs.hfg7.2xlarge

8

32

3/10

1,600,000

250,000

8

4

15

15

45,000

2

ecs.hfg7.3xlarge

12

48

4.5/10

2,000,000

250,000

8

6

15

15

60,000

2.5

ecs.hfg7.4xlarge

16

64

6/10

2,500,000

300,000

8

8

30

30

75,000

3

ecs.hfg7.6xlarge

24

96

8/10

3,000,000

450,000

12

8

30

30

90,000

4

ecs.hfg7.8xlarge

32

128

10/none

4,000,000

600,000

16

8

30

30

105,000

5

ecs.hfg7.12xlarge

48

192

16/none

6,000,000

1,000,000

24

8

30

30

150,000

8

ecs.hfg7.24xlarge

96

384

32/none

12,000,000

1,800,000

32

15

30

30

300,000

16

hfg6, general-purpose instance family with high clock speeds

  • Introduction: This instance family offloads a large number of virtualization features to dedicated hardware by using the SHENLONG architecture to provide predictable and consistent ultra-high performance and reduce virtualization overheads.

  • Scenarios:

    • Large volumes of packets are received and transmitted, such as live commenting on videos and telecom data forwarding

    • Enterprise-grade applications of various types and sizes

    • Websites and application servers

    • Game servers

    • Small and medium-sized database systems, caches, and search clusters

    • Data analytics and computing

    • Computing clusters and memory-intensive data processing

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4.

    • Uses 3.1 GHz Intel® Xeon® Platinum 8269CY (Cascade Lake) processors that deliver a turbo frequency of 3.5 GHz to provide consistent computing performance.

      Note

      The processors used by this instance family have a clock speed of 3.1 GHz. However, the Intel System Studio (ISS) feature may cause a lower clock speed to be displayed. Alibaba Cloud is working on this issue. This issue does not affect the actual clock speeds of your instances.

      You can separately run the following commands to use the turbostat tool to view the actual clock speeds:

      yum install kernel-tools
      turbostat
    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Provides ultra-high packet forwarding rates.

    • Provides high network performance based on large computing capacity.

hfg6 instance types

Instance type

vCPU

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline IOPS

Disk baseline bandwidth (Gbit/s)

ecs.hfg6.large

2

8

1/3

300,000

35,000

2

2

6

1

10,000

1

ecs.hfg6.xlarge

4

16

1.5/5

500,000

70,000

4

3

10

1

20,000

1.5

ecs.hfg6.2xlarge

8

32

2.5/8

800,000

150,000

8

4

10

1

25,000

2

ecs.hfg6.3xlarge

12

48

4/10

900,000

220,000

8

6

10

1

30,000

2.5

ecs.hfg6.4xlarge

16

64

5/10

1,000,000

300,000

8

8

20

1

40,000

3

ecs.hfg6.6xlarge

24

96

7.5/10

1,500,000

450,000

12

8

20

1

50,000

4

ecs.hfg6.8xlarge

32

128

10/none

2,000,000

600,000

16

8

20

1

60,000

5

ecs.hfg6.10xlarge

40

192

12.5/none

3,000,000

1,000,000

32

7

20

1

100,000

8

ecs.hfg6.16xlarge

64

256

20/none

4,000,000

1,200,000

32

8

20

1

120,000

10

ecs.hfg6.20xlarge

80

384

25/none

6,000,000

1,800,000

32

15

20

1

200,000

16

hfr9i, memory-optimized instance family with high clock speeds

  • Introduction: This instance family uses Alibaba Cloud's new CIPU architecture with P-core (performance cores) of Intel ®Xeon ®6 processor. It provides stable computing power output, a more powerful I/O engine, and chip-level security hardening.

  • Scenarios: high-network packet sending and receiving scenarios, data analysis and mining, distributed memory caching, high-performance databases, in-memory databases, high-performance scientific and engineering applications, Hadoop and Spark clusters, and other enterprise applications that require large amounts of memory.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:8.

    • Uses Intel ®Xeon ®Granite Rapids processors, with a clock frequency of 3.4 GHz and an all-core turbo frequency of 3.8 GHz for stable computing performance.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports ESSDs, ESSD AutoPL disks, and Regional ESSDs. For information about disks, see Overview of Block Storage.

    • These instances support the NVMe protocol. For more information, see Overview of the NVMe protocol.

    • For small instance types, disk IOPS and disk bandwidth are burstable. The storage I/O performance of an instance corresponds to its instance type. A larger instance type provides higher storage I/O performance. For more information, see Storage I/O performance.

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • The network performance of an instance corresponds to its instance type. A larger instance type provides higher network performance.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

hfr9i instance types

Instance type

vCPU

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.hfr9i.large

2

16

2.5/15

1,000,000

500,000

2

3

6

6

20,000/burstable up to 200,000

2/12

ecs.hfr9i.xlarge

4

32

4/15

1,200,000

500,000

4

4

15

15

50,000/burstable up to 200,000

2.5/12

ecs.hfr9i.2xlarge

8

64

8/15

1,600,000

500,000

8

4

15

15

60,000/burstable up to 200,000

4/12

ecs.hfr9i.3xlarge

12

96

10/15

2,400,000

500,000

12

8

15

15

80,000/burstable up to 200,000

5/12

ecs.hfr9i.4xlarge

16

128

16/25

3,000,000

500,000

16

8

30

30

100,000/burstable up to 200,000

6/12

ecs.hfr9i.6xlarge

24

192

18/25

4,500,000

500,000

24

8

30

30

120,000/burstable up to 200,000

8/12

ecs.hfr9i.8xlarge

32

256

20/32

6,000,000

800,000

32

8

30

30

200,000/burstable up to 250,000

12/15

ecs.hfr9i.12xlarge

48

384

25/32

9,000,000

1,000,000

48

8

30

30

250,000/none

15/none

ecs.hfr9i.16xlarge

64

512

36/none

12,000,000

2,000,000

64

8

30

30

360,000/none

20/none

ecs.hfr9i.24xlarge

96

768

48/none

16,000,000

3,000,000

64

15

50

50

400,000/None

24/none

ecs.hfr9i.36xlarge

144

1536

64/none

20,000,000

4,000,000

64

15

50

50

500,000/none

32/none

hfr8i, memory-optimized instance family with high clock speeds

  • Introduction: This instance family uses the innovative CIPU architecture developed by Alibaba Cloud to provide stable computing power, a more robust I/O engine, and chip-level security hardening.

  • Scenarios:

    • Large volumes of packets are received and transmitted, such as live commenting on videos and telecom data forwarding

    • High-performance scientific and engineering applications

    • High-performance databases and in-memory databases

    • Data analytics, data mining, and distributed memory caching

    • Enterprise-level memory-intensive applications such as Hadoop clusters and Spark clusters

  • Compute:

    • Offers a CPU-to-memory ratio of 1:8.

    • Uses the fourth-generation Intel® Xeon® Scalable (Sapphire Rapids) processors that deliver a base frequency of 2.7 GHz and an all-core turbo frequency of 3.2 GHz to provide consistent computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

    • Is compatible with specific operating systems. For more information, see OS compatibility for Intel instance types.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • Provides burstable network bandwidth for low-specification instances.

    • Provides high network performance based on large computing capacity.

  • Security: These instances support the vTPM feature. For more information, see Overview of trusted computing.

hfr8i instance types

Instance type

vCPU

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Attachable disks

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.hfr8i.large

2

16

2.5/15

1,200,000

300,000

2

3

6

6

16

30,000/burstable up to 200,000

3/12

ecs.hfr8i.xlarge

4

32

4/15

1,400,000

300,000

4

4

15

15

16

50,000/burstable up to 200,000

4/12

ecs.hfr8i.2xlarge

8

64

8/15

1,800,000

300,000

8

4

15

15

16

60,000/burstable up to 200,000

6/12

ecs.hfr8i.3xlarge

12

96

10/15

2,800,000

300,000

12

8

15

15

16

90,000/burstable up to 200,000

8/12

ecs.hfr8i.4xlarge

16

128

16/25

3,600,000

500,000

16

8

30

30

16

120,000/burstable up to 200,000

10/12

ecs.hfr8i.6xlarge

24

192

18/25

5,500,000

800,000

24

8

30

30

24

200,000/none

12/none

ecs.hfr8i.8xlarge

32

256

32/none

7,500,000

1,000,000

32

8

30

30

32

250,000/none

16/none

ecs.hfr8i.16xlarge

64

512

64/none

15,000,000

2,000,000

64

8

30

30

32

450,000/None

32/none

ecs.hfr8i.32xlarge

128

1024

100/none

30,000,000

4,000,000

64

15

50

50

64

900,000/none

64/none

hfr7, memory-optimized instance family with high clock speeds

  • Introduction: This instance family offloads a large number of virtualization features to dedicated hardware by using the third-generation SHENLONG architecture to provide predictable and consistent ultra-high performance and reduce virtualization overheads.

  • Scenarios:

    • Large volumes of packets are received and transmitted, such as live commenting and telecom data forwarding

    • High-performance databases and in-memory databases

    • Data analytics, data mining, and distributed memory caching

    • Enterprise-level memory-intensive applications such as Hadoop clusters and Spark clusters

  • Compute:

    • Offers a CPU-to-memory ratio of 1:8.

    • Uses Intel® Xeon® Cooper Lake processors that deliver an all-core turbo frequency of 3.8 GHz and a clock speed of at least 3.3 GHz to provide consistent computing performance.

    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Provides ultra-high packet forwarding rates.

    • Provides high network performance based on large computing capacity.

hfr7 instance types

Instance type

vCPU

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline IOPS

Disk baseline bandwidth (Gbit/s)

ecs.hfr7.large

2

16

1.2/10

900,000

250,000

2

2

6

6

20,000

1

ecs.hfr7.xlarge

4

32

2/10

1,000,000

250,000

4

3

15

15

30,000

1.5

ecs.hfr7.2xlarge

8

64

3/10

1,600,000

250,000

8

4

15

15

45,000

2

ecs.hfr7.3xlarge

12

96

4.5/10

2,000,000

250,000

8

6

15

15

60,000

2.5

ecs.hfr7.4xlarge

16

128

6/10

2,500,000

300,000

8

8

30

30

75,000

3

ecs.hfr7.6xlarge

24

192

8/10

3,000,000

450,000

12

8

30

30

90,000

4

ecs.hfr7.8xlarge

32

256

10/none

4,000,000

600,000

16

8

30

30

105,000

5

ecs.hfr7.12xlarge

48

384

16/none

6,000,000

1,000,000

24

8

30

30

150,000

8

ecs.hfr7.24xlarge

96

768

32/none

12,000,000

1,800,000

32

15

30

30

300,000

16

hfr6, memory-optimized instance family with high clock speeds

  • Introduction: This instance family offloads a large number of virtualization features to dedicated hardware by using the SHENLONG architecture to provide predictable and consistent ultra-high performance and reduce virtualization overheads.

  • Scenarios:

    • Large volumes of packets are received and transmitted, such as live commenting on videos and telecom data forwarding

    • High-performance databases and in-memory databases

    • Data analytics, data mining, and distributed memory caching

    • Enterprise-level memory-intensive applications such as Hadoop clusters and Spark clusters

  • Compute:

    • Offers a CPU-to-memory ratio of 1:8.

    • Uses 3.1 GHz Intel® Xeon® Platinum 8269CY (Cascade Lake) processors that deliver a turbo frequency of 3.5 GHz to provide consistent computing performance.

      Note

      The processors used by this instance family have a clock speed of 3.1 GHz. However, the Intel System Studio (ISS) feature may cause a lower clock speed to be displayed. Alibaba Cloud is working on this issue. This issue does not affect the actual clock speeds of your instances.

      You can separately run the following commands to use the turbostat tool to view the actual clock speeds:

      yum install kernel-tools
      turbostat
    • These instances support hyper-threading. Hyper-threading is enabled by default. For more information, see Change CPU options.

  • Storage:

  • Network:

    • These instances support IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Provides ultra-high packet forwarding rates.

    • Provides high network performance based on large computing capacity.

hfr6 instance types

Instance type

vCPU

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline IOPS

Disk baseline bandwidth (Gbit/s)

ecs.hfr6.large

2

16

1/3

300,000

35,000

2

2

6

1

10,000

1

ecs.hfr6.xlarge

4

32

1.5/5

500,000

70,000

4

3

10

1

20,000

1.5

ecs.hfr6.2xlarge

8

64

2.5/8

800,000

150,000

8

4

10

1

25,000

2

ecs.hfr6.3xlarge

12

96

4/10

900,000

220,000

8

6

10

1

30,000

2.5

ecs.hfr6.4xlarge

16

128

5/10

1,000,000

300,000

8

8

20

1

40,000

3

ecs.hfr6.6xlarge

24

192

7.5/10

1,500,000

450,000

12

8

20

1

50,000

4

ecs.hfr6.8xlarge

32

256

10/none

2,000,000

600,000

16

8

20

1

60,000

5

ecs.hfr6.10xlarge

40

384

12.5/none

3,000,000

1,000,000

32

7

20

1

100,000

8

ecs.hfr6.16xlarge

64

512

20/none

4,000,000

1,200,000

32

8

20

1

120,000

10

ecs.hfr6.20xlarge

80

768

25/none

6,000,000

1,800,000

32

15

20

1

200,000

16

hfc5, compute-optimized instance family with high clock speeds

  • Scenarios: High-performance frontend servers, high-performance scientific and engineering applications, MMO games, and video encoding.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:2.

    • Uses processors of 3.1 GHz Intel ®Xeon ®Gold 6149(Skylake) or 8269CY(Cascade Lake) to provide stable computing performance.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports standard SSDs and ultra disks. For information about disks, see Overview of Block Storage.

  • Network:

    • Supports only IPv4.

    • Provides high network performance based on large computing capacity.

hfc5 instance types

Instance type

vCPU

Memory (GiB)

Network baseline bandwidth (Gbit/s)

Packet forwarding rate (pps)

NIC queues

ENIs

Private IPv4 addresses per ENI

ecs.hfc5.large

2

4

1

300,000

2

2

6

ecs.hfc5.xlarge

4

8

1.5

500,000

2

3

10

ecs.hfc5.2xlarge

8

16

2

1,000,000

4

4

10

ecs.hfc5.3xlarge

12

24

2.5

1,300,000

4

6

10

ecs.hfc5.4xlarge

16

32

3

1,600,000

4

8

20

ecs.hfc5.6xlarge

24

48

4.5

2,000,000

6

8

20

ecs.hfc5.8xlarge

32

64

6

2,500,000

8

8

20

hfg5, general-purpose instance family with high clock speeds

  • Scenarios: High-performance frontend servers, high-performance scientific and engineering applications, MMO games, and video encoding.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4 (excluding the instance type with 56 vCPUs).

    • Uses 3.1 GHz Intel® Xeon® Gold 6149 (Skylake) processors to provide consistent computing performance.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports standard SSDs and ultra disks. For information about disks, see Overview of Block Storage.

  • Network:

    • Supports only IPv4.

    • Provides high network performance based on large computing capacity.

hfg5 instance types

Instance type

vCPU

Memory (GiB)

Network baseline bandwidth (Gbit/s)

Packet forwarding rate (pps)

NIC queues

ENIs

Private IPv4 addresses per ENI

ecs.hfg5.large

2

8

1

300,000

2

2

6

ecs.hfg5.xlarge

4

16

1.5

500,000

2

3

10

ecs.hfg5.2xlarge

8

32

2

1,000,000

4

4

10

ecs.hfg5.3xlarge

12

48

2.5

1,300,000

4

6

10

ecs.hfg5.4xlarge

16

64

3

1,600,000

4

8

20

ecs.hfg5.6xlarge

24

96

4.5

2,000,000

6

8

20

ecs.hfg5.8xlarge

32

128

6

2,500,000

8

8

20

ecs.hfg5.14xlarge

56

160

10

4,000,000

14

8

20

g8ise, storage-enhanced general-purpose instance family

  • Introduction: Built on Alibaba Cloud's Cloud Infrastructure Processing Unit (CIPU) architecture, the g8ise instance family delivers stable computing power and higher storage I/O performance per vCPU.

  • Scenarios: I/O-intensive workloads such as medium to large transactional processing (TP) core databases, medium to large NoSQL databases, search, real-time log analysis, and large enterprise commercial software, such as SAP.

  • Compute:

    • Processor-to-memory ratio is 1:4.

    • Processor: Intel® Xeon® Emerald Rapids or Intel® Xeon® Sapphire Rapids processors with a base clock speed of at least 2.7 GHz and an all-core turbo frequency of 3.2 GHz for consistent performance.

    • Supports hyper-threading, which is enabled by default. For more information, see Change CPU options.

    • Supports Advanced Matrix Extensions (Intel® AMX).

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For IPv6 communication, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • Smaller instance types provide burstable network bandwidth.

    • Instance network performance scales with instance type. Higher instance types deliver stronger network performance.

  • Security

    • Supports the vTPM attribute, leveraging TPM/TCM chips to perform trusted measurement across the boot chain from physical server to instance for ultra-high security.

    • Uses Intel Total Memory Encryption (TME) to encrypt memory.

  • Operating system compatibility: For more information, see OS compatibility for Intel instance types.

g8ise includes the instance types and metric data listed in the following table.

Instance Type

vCPUs

Memory (GiB)

Network Bandwidth Baseline/Burst (Gbit/s)

Packet Forwarding PPS

Connections

NIC queues

Elastic Network Interfaces (ENIs)

Private IPv4 Addresses per NIC

IPv6 Addresses per NIC

Disk Baseline/Burst IOPS

Disk Bandwidth Baseline/Burst (Gbit/s)

ecs.g8ise.large

2

8

2.5/up to 15

1,000,000

up to 300,000

2

3

6

6

40,000/up to 200,000

3/up to 12

ecs.g8ise.xlarge

4

16

4/up to 15

1,200,000

up to 300,000

4

4

15

15

80,000/up to 200,000

4/up to 12

ecs.g8ise.2xlarge

8

32

6/up to 15

1,600,000

up to 300,000

8

4

15

15

100,000/up to 200,000

6/up to 12

ecs.g8ise.3xlarge

12

48

10/up to 15

2,400,000

up to 300,000

12

8

15

15

120,000/up to 200,000

8/up to 12

ecs.g8ise.4xlarge

16

64

12/up to 25

3,000,000

350,000

16

8

30

30

150,000/up to 200,000

10/up to 12

ecs.g8ise.6xlarge

24

96

15/up to 25

4,500,000

500,000

24

8

30

30

200,000/none

12/none

ecs.g8ise.8xlarge

32

128

20/up to 25

5,000,000

800,000

32

8

30

30

300,000/none

16/none

ecs.g8ise.12xlarge

48

192

25/none

6,000,000

1,000,000

48

8

30

30

400,000/none

25/none

g7se, storage-enhanced general-purpose instance family

  • Introduction: This instance family uses the third-generation SHENLONG architecture and Intel Ice Lake processors to improve storage I/O performance.

  • Supported scenarios: I/O-intensive scenarios such as large and medium-sized online transaction processing (OLTP) core databases, large and medium-sized NoSQL databases, search and real-time log analytics, and traditional large enterprise-level commercial software such as SAP.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4.

    • Uses the third-generation Intel® Xeon® Scalable (Ice Lake) processors that deliver a base frequency of 2.9 GHz and an all-core turbo frequency of 3.5 GHz to provide consistent computing performance.

    • Supports Hyper-Threading. By default, Hyper-Threading is enabled. For more information, see Change CPU options.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports the Non-Volatile Memory Express (NVMe) protocol. For more information, see NVMe protocol.

    • Supports Enterprise SSDs (ESSDs), ESSD AutoPL disks, and Regional ESSDs. For information about disks, see Overview of Block Storage.

    • Allows up to 64 data disks to be attached per instance. You can attach up to 16 data disks to an instance when you create the instance. If the instance requires additional data disks, attach more data disks after the instance is created. For more information, see Attach a data disk.

    • Delivers a sequential read/write throughput of up to 64 Gbit/s and up to 1,000,000 IOPS per instance.

    • Provides high storage I/O performance based on large computing capacity. For more information, see Storage I/O performance.

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances provide an ultra-high packet forwarding rate.

    • Provides high network performance based on large computing capacity.

g7se instance types

Instance type

vCPUs

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Maximum attached data disks

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.g7se.large

2

8

1.2/burstable up to 3

450,000

Up to 250,000

2

3

6

6

16

30,000/burstable up to 150,000

3/10

ecs.g7se.xlarge

4

16

2/burstable up to 5

500,000

Up to 250,000

4

4

15

15

16

60,000/burstable up to 150,000

4/10

ecs.g7se.2xlarge

8

32

3/burstable up to 8

800,000

Up to 250,000

8

4

15

15

16

100,000/burstable up to 150,000

6/10

ecs.g7se.3xlarge

12

48

4.5/burstable up to 10

1,200,000

Up to 250,000

8

8

15

15

16

120,000/burstable up to 150,000

8/10

ecs.g7se.4xlarge

16

64

6/burstable up to 10

1,500,000

300,000

8

8

30

30

24

150,000/none

10/none

ecs.g7se.6xlarge

24

96

8/burstable up to 10

2,250,000

450,000

12

8

30

30

24

200,000/none

12/none

ecs.g7se.8xlarge

32

128

10/none

3,000,000

600,000

16

8

30

30

30

300,000/none

16/none

ecs.g7se.16xlarge

64

256

16/none

6,000,000

1,200,000

32

8

30

30

56

500,000/none

32/none

c7se, storage-enhanced compute-optimized instance family

  • Introduction: This instance family uses the third-generation SHENLONG architecture and Intel Ice Lake processors to improve storage I/O performance.

  • Supported scenarios: I/O-intensive scenarios such as large and medium-sized OLTP core databases, large and medium-sized NoSQL databases, search and real-time log analytics, and traditional large enterprise-level commercial software such as SAP.

  • Compute:

    • Offers a CPU-to-memory ratio of 1:2.

    • Uses the third-generation Intel® Xeon® Scalable (Ice Lake) processors that deliver a base frequency of 2.9 GHz and an all-core turbo frequency of 3.5 GHz to provide consistent computing performance.

    • Supports Hyper-Threading. By default, Hyper-Threading is enabled. For more information, see Change CPU options.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports the Non-Volatile Memory Express (NVMe) protocol. For more information, see NVMe protocol.

    • Supports ESSDs, ESSD AutoPL disks, and Regional ESSDs. For information about disks, see Overview of Block Storage.

    • Allows up to 64 data disks to be attached per instance. You can attach up to 16 data disks to an instance when you create the instance. If the instance requires additional data disks, attach more data disks after the instance is created. For more information, see Attach a data disk.

    • Delivers a sequential read/write throughput of up to 64 Gbit/s and up to 1,000,000 IOPS per instance.

    • Provides high storage I/O performance based on large computing capacity. For more information, see Storage I/O performance.

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances provide an ultra-high packet forwarding rate.

    • Provides high network performance based on large computing capacity.

c7se instance types

Instance type

vCPUs

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Maximum attached data disks

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.c7se.large

2

4

1.2/burstable up to 3

450,000

Up to 250,000

2

3

6

6

16

30,000/burstable up to 150,000

3/10

ecs.c7se.xlarge

4

8

2/burstable up to 5

500,000

Up to 250,000

4

4

15

15

16

60,000/burstable up to 150,000

4/10

ecs.c7se.2xlarge

8

16

3/burstable up to 8

800,000

Up to 250,000

8

4

15

15

16

100,000/burstable up to 150,000

6/10

ecs.c7se.3xlarge

12

24

4.5/burstable up to 10

1,200,000

Up to 250,000

8

8

15

15

16

120,000/burstable up to 150,000

8/10

ecs.c7se.4xlarge

16

32

6/burstable up to 10

1,500,000

300,000

8

8

30

30

24

150,000/none

10/none

ecs.c7se.6xlarge

24

48

8/burstable up to 10

2,250,000

450,000

12

8

30

30

24

200,000/none

12/none

ecs.c7se.8xlarge

32

64

10/none

3,000,000

600,000

16

8

30

30

30

300,000/none

16/none

ecs.c7se.16xlarge

64

128

16/none

6,000,000

1,200,000

32

8

30

30

56

500,000/none

32/none

r7se, storage-enhanced memory-optimized instance family

  • Introduction: This instance family uses the third-generation SHENLONG architecture and Intel Ice Lake processors to improve storage I/O performance.

  • Supported scenarios:

    • I/O-intensive scenarios such as large and medium-sized OLTP core databases

    • Large and medium-sized NoSQL databases

    • Search and real-time log analytics

    • Traditional large enterprise-level commercial software such as SAP

    • High-density deployment of containers

  • Compute:

    • Offers a CPU-to-memory ratio of 1:8.

    • Uses the third-generation Intel® Xeon® Scalable (Ice Lake) processors that deliver a base frequency of 2.9 GHz and an all-core turbo frequency of 3.5 GHz to provide consistent computing performance.

    • Supports Hyper-Threading. By default, Hyper-Threading is enabled. For more information, see Change CPU options.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports the NVMe protocol. For more information, see NVMe protocol.

    • Supports ESSDs, ESSD AutoPL disks, and Regional ESSDs. For information about disks, see Overview of Block Storage.

    • Allows up to 64 data disks to be attached per instance. You can attach up to 16 data disks to an instance when you create the instance. If the instance requires additional data disks, attach more data disks after the instance is created. For more information, see Attach a data disk.

    • Delivers a sequential read/write throughput of up to 64 Gbit/s and up to 1,000,000 IOPS per instance.

    • Provides high storage I/O performance based on large computing capacity. For more information, see Storage I/O performance.

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Provides ultra-high packet forwarding rates.

    • Provides high network performance based on large computing capacity.

r7se instance types

Instance type

vCPUs

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Maximum attached data disks

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.r7se.large

2

16

1.2/burstable up to 3

450,000

Up to 250,000

2

3

6

6

16

30,000/burstable up to 150,000

3/10

ecs.r7se.xlarge

4

32

2/burstable up to 5

500,000

Up to 250,000

4

4

15

15

16

60,000/burstable up to 150,000

4/10

ecs.r7se.2xlarge

8

64

3/burstable up to 8

800,000

Up to 250,000

8

4

15

15

16

100,000/burstable up to 150,000

6/10

ecs.r7se.3xlarge

12

96

4.5/burstable up to 10

1,200,000

Up to 250,000

8

8

15

15

16

120,000/burstable up to 150,000

8/10

ecs.r7se.4xlarge

16

128

6/burstable up to 10

1,500,000

300,000

8

8

30

30

24

150,000/none

10/none

ecs.r7se.6xlarge

24

192

8/burstable up to 10

2,250,000

450,000

12

8

30

30

24

200,000/none

12/none

ecs.r7se.8xlarge

32

256

10/none

3,000,000

600,000

16

8

30

30

30

300,000/none

16/none

ecs.r7se.16xlarge

64

512

16/none

6,000,000

1,200,000

32

8

30

30

56

500,000/none

32/none

g7nex, network-enhanced general-purpose instance family

  • Introduction: This instance family uses the fourth-generation SHENLONG architecture to provide predictable and consistent ultra-high performance. This instance family utilizes fast path acceleration on chips to improve storage performance, network performance, and computing stability by an order of magnitude.

  • Supported scenarios:

    • Network-intensive scenarios such as Network Functions Virtualization (NFV) or Software-defined Wide Area Network (SD-WAN), mobile Internet, live commenting on videos, and telecom data forwarding

    • Small and medium-sized database systems, caches, and search clusters

    • Enterprise-level applications of various types and sizes

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4.

    • Uses the third-generation Intel® Xeon® Scalable (Ice Lake) processors that deliver a base frequency of 2.7 GHz and an all-core turbo frequency of 3.5 GHz to provide consistent computing performance.

    • Supports Hyper-Threading. By default, Hyper-Threading is enabled. For more information, see Change CPU options.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • Significantly improves the network throughput and packet forwarding rate per instance. A single instance can deliver a packet forwarding rate of up to 30,000,000 pps.

    • Provides high network performance based on large computing capacity.

g7nex instance types

Instance type

vCPUs

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

EBS queues

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.g7nex.large

2

8

3/burstable up to 20

450,000

2

3

10

10

1

10,000/burstable up to 50,000

1.5/burstable up to 8

ecs.g7nex.xlarge

4

16

5/burstable up to 24

900,000

4

4

15

15

1

20,000/burstable up to 50,000

2/burstable up to 8

ecs.g7nex.2xlarge

8

32

10/burstable up to 32

1,750,000

8

6

15

15

2

25,000/burstable up to 50,000

3/burstable up to 8

ecs.g7nex.4xlarge

16

64

20/burstable up to 40

3,000,000

16

8

30

30

2

40,000/burstable up to 50,000

5/burstable up to 8

ecs.g7nex.8xlarge

32

128

40/none

6,000,000

32

8

30

30

4

75,000/none

8/none

ecs.g7nex.16xlarge

64

256

80/none

8,000,000

32

15

50

50

4

150,000/none

16/none

ecs.g7nex.32xlarge

128

512

160/none

16,000,000

32

15

50

50

4

300,000/none

32/none

Note

Each ecs.g7nex.32xlarge instance must have at least two elastic network interfaces (ENIs) that are assigned different network card indexes before the instance can burst its network bandwidth to 160 Gbit/s. If all ENIs on the instance are assigned the same network card index, the instance can burst its network bandwidth only to 100 Gbit/s. For more information, see AttachNetworkInterface.

c7nex, network-enhanced compute-optimized instance family

  • Introduction: This instance family uses the fourth-generation SHENLONG architecture to provide predictable and consistent ultra-high performance. This instance family utilizes fast path acceleration on chips to improve storage performance, network performance, and computing stability by an order of magnitude.

  • Supported scenarios:

    • Network-intensive scenarios such as NFV or SD-WAN, mobile Internet, live commenting on videos, and telecom data forwarding

    • Small and medium-sized database systems, caches, and search clusters

    • Enterprise-level applications of various types and sizes

  • Compute:

    • Offers a CPU-to-memory ratio of 1:2.

    • Uses the third-generation Intel® Xeon® Scalable (Ice Lake) processors that deliver a base frequency of 2.7 GHz and an all-core turbo frequency of 3.5 GHz to provide consistent computing performance.

    • Supports Hyper-Threading. By default, Hyper-Threading is enabled. For more information, see Change CPU options.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports ESSDs, ESSD AutoPL disks, and Regional ESSDs. For information about disks, see Overview of Block Storage.

    • For small instance types, disk IOPS and disk bandwidth are burstable. The storage I/O performance of an instance corresponds to its instance type. A larger instance type provides higher storage I/O performance. For more information, see Storage I/O performance.

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • Significantly improves the network throughput and packet forwarding rate per instance. A single instance can deliver a packet forwarding rate of up to 30,000,000 pps.

    • Provides high network performance based on large computing capacity.

c7nex instance types

Instance type

vCPUs

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

EBS queues

Disk baseline/burst IOPS

Disk baseline/burst bandwidth (Gbit/s)

ecs.c7nex.large

2

4

3/burstable up to 20

450,000

2

3

10

10

1

10,000/burstable up to 50,000

1.5/burstable up to 8

ecs.c7nex.xlarge

4

8

5/burstable up to 24

900,000

4

4

15

15

1

20,000/burstable up to 50,000

2/burstable up to 8

ecs.c7nex.2xlarge

8

16

10/burstable up to 32

1,750,000

8

6

15

15

2

25,000/burstable up to 50,000

3/burstable up to 8

ecs.c7nex.4xlarge

16

32

20/burstable up to 40

3,000,000

16

8

30

30

2

40,000/burstable up to 50,000

5/burstable up to 8

ecs.c7nex.8xlarge

32

64

40/none

6,000,000

32

8

30

30

4

75,000/none

8/none

ecs.c7nex.16xlarge

64

128

80/none

8,000,000

32

15

50

50

4

150,000/none

16/none

ecs.c7nex.32xlarge

128

256

160/none

16,000,000

32

15

50

50

4

300,000/none

32/none

Note

Each ecs.c7nex.32xlarge instance must have at least two ENIs that are assigned different network card indexes before the instance can burst its network bandwidth to 160 Gbit/s. If all ENIs on the instance are assigned the same network card index, the instance can burst its network bandwidth only to 100 Gbit/s. For more information, see AttachNetworkInterface.

g7ne, network-enhanced general-purpose instance family

  • Introduction: This instance family significantly improves the network throughput and packet forwarding rate per instance. A single instance can deliver a packet forwarding rate of up to 24,000,000 pps.

  • Supported scenarios:

    • Network-intensive scenarios such as NFV or SD-WAN, mobile Internet, live commenting on videos, and telecom data forwarding

    • Small and medium-sized database systems, caches, and search clusters

    • Enterprise-level applications of various types and sizes

    • Big data analytics and machine learning

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4.

    • Uses Intel® Xeon® Platinum 8369HB (Cooper Lake) or Intel® Xeon® Platinum 8369HC (Cooper Lake) processors that deliver a turbo frequency of 3.8 GHz and a clock speed of at least 3.3 GHz to provide consistent computing performance.

  • Storage:

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • Provides high network performance based on large computing capacity.

g7ne instance types

Instance type

vCPUs

Memory (GiB)

Network baseline/burst bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline IOPS

Disk baseline bandwidth (Gbit/s)

ecs.g7ne.large

2

8

1.5/10

900,000

450,000

2

3

10

10

10,000

0.75

ecs.g7ne.xlarge

4

16

3/10

1,000,000

900,000

4

4

15

15

20,000

1

ecs.g7ne.2xlarge

8

32

6/15

1,600,000

1,750,000

8

6

15

15

25,000

1.2

ecs.g7ne.4xlarge

16

64

12/25

3,000,000

3,500,000

16

8

30

30

40,000

2

ecs.g7ne.8xlarge

32

128

25/none

6,000,000

6,000,000

32

8

30

30

75,000

5

ecs.g7ne.12xlarge

48

192

40/none

12,000,000

8,000,000

32

8

30

30

100,000

8

ecs.g7ne.24xlarge

96

384

80/none

24,000,000

16,000,000

48

15

50

50

240,000

16

g5ne, network-enhanced general-purpose instance family

  • Introduction: This instance family significantly improves the network throughput and packet forwarding rate per instance.

  • Supported scenarios:

    • Data Plane Development Kit (DPDK) applications

    • Network-intensive scenarios such as NFV or SD-WAN, mobile Internet, live commenting on videos, and telecom data forwarding

    • Small and medium-sized database systems, caches, and search clusters

    • Enterprise-level applications of various types and sizes

    • Big data analytics and machine learning

  • Compute:

    • Offers a CPU-to-memory ratio of 1:4.

    • Uses 2.5 GHz Intel® Xeon® Platinum 8163 (Skylake) or 8269CY (Cascade Lake) processors to provide consistent computing performance.

  • Storage:

    • Is an instance family in which all instances are I/O optimized.

    • Supports standard SSDs and ultra disks. For information about disks, see Overview of Block Storage.

  • Network:

    • Supports IPv4 and IPv6. For information about IPv6 communication, see IPv6 communication.

    • Provides high network performance based on large computing capacity.

      Note

      To deploy DPDK applications, we recommend that you select instance types in the g5ne instance family.

g5ne instance types

Instance type

vCPUs

Memory (GiB)

Network baseline bandwidth (Gbit/s)

Packet forwarding rate (pps)

Connections

NIC queues

ENIs

Private IPv4 addresses per ENI

IPv6 addresses per ENI

Disk baseline IOPS

Disk baseline bandwidth (Gbit/s)

ecs.g5ne.large

2

8

1

400,000

450,000

2

3

10

10

10,000

1

ecs.g5ne.xlarge

4

16

2

750,000

900,000

4

4

15

15

15,000

1

ecs.g5ne.2xlarge

8

32

3.5

1,500,000

1,750,000

8

6

15

15

30,000

1

ecs.g5ne.4xlarge

16

64

7

3,000,000

3,500,000

16

8

30

30

60,000

2

ecs.g5ne.8xlarge

32

128

15

6,000,000

7,000,000

32

8

30

30

110,000

4

ecs.g5ne.16xlarge

64

256

30

12,000,000

14,000,000

32

8

30

30

130,000

8

ecs.g5ne.18xlarge

72

288

33

13,500,000

15,000,000

32

15

50

50

160,000

9

g9it, security-enhanced general-purpose instance family

  • Introduction:

    • Supports Intel® SGX encrypted computing with up to 192 GiB of encrypted memory. This ensures the confidentiality and integrity of critical code and data against malware attacks.

    • Supports SGX technology in virtual machine form factors. You can choose instance types as needed.

    • Hyper-threading is disabled by default, providing exclusive physical cores. This reduces the risk of side-channel attacks. The memory encryption algorithm is upgraded to AES-256.

      Important

      If you use keys (such as SGX sealing keys) that are bound to hardware to encrypt the data of an instance within an Intel SGX enclave, the encrypted data cannot be decrypted after the host of the instance is changed. We recommend that you perform data redundancy and backup at the application layer to ensure application reliability.

    • Leveraging TPM/TCM chips, the boot chain, from the underlying server hardware to the GuestOS, is measured and authenticated. This enables trusted boot.

    • Uses the new Alibaba Cloud CIPU architecture, offloading many virtualization functions to dedicated hardware. This reduces virtualization overhead and delivers stable, predictable, ultra-high performance.

  • Scenarios:

    • Scenarios involving sensitive information, such as personally identifiable information (PII), healthcare data, financial data, and intellectual property data.

    • Multi-party computation requiring shared confidential data.

    • Blockchain scenarios.

    • Confidential machine learning.

    • Scenarios with high security and trust requirements, such as finance, government, and enterprise applications.

    • Enterprise applications of all types and scales.

  • Compute:

    • Processor-to-memory ratio is 1:4. Encrypted memory accounts for approximately 50% of the total memory.

    • Processor: Intel® Xeon® Granite Rapids, with a clock speed of 3.2 GHz and an all-core turbo frequency of 3.6 GHz. This provides stable compute performance.

  • Storage:

  • Networking:

    • Supports IPv4 and IPv6. For more information, see IPv6 communication.

    • These instances support eRDMA. For information about how to use eRDMA, see Enable on enterprise-level instance.

    • These instances support jumbo frames. For more information, see Jumbo frames.

    • Instance network performance scales with instance specifications. Higher specifications provide stronger network performance.

g9it includes the instance types and metric data listed in the following table.

Instance type

vCPUs

Memory (GiB)

Encrypted memory (GiB)

Network bandwidth baseline/burst (Gbit/s)

Packet forwarding PPS

Supports vTPM

Connections

NIC queues

ENIs

Private IPv4 addresses per NIC

IPv6 addresses per NIC

Disk baseline/burst IOPS

Disk bandwidth baseline/burst (Gbit/s)

ecs.g9it.large

2

8

4

4/15

1,200,000

Yes

500,000

4

4

15

15

50,000/200,000

2.5/10

ecs.g9it.xlarge

4

16

8

6/15

1,600,000

Yes

500,000

8

4

15

15

60,000/200,000

4/10

ecs.g9it.2xlarge

8

32

16

12/25

3,000,000

Yes

500,000

16

8

30

30

100,000/200,000

6/10

ecs.g9it.4xlarge

16

64

32

20/32

6,000,000

Yes

800,000

32

8

30

30

200,000/300,000

10/12

ecs.g9it.8xlarge

32

128

64

28/36

12,000,000

Yes

2,000,000

64

8

30

30

300,000/400,000

16/24

ecs.g9it.16xlarge

64

256

128

36/50

20,000,000

Yes

4,000,000

64

15

30

30

400,000/650,000

24/28

ecs.g9it.24xlarge

96

384

192

64

24,000,000

Yes

6,000,000

64

15

50

50

500,000/800,000

32

Note
  • Intel® Xeon® Granite Rapids supports only Intel SGX DCAP–based remote attestation and does not support Intel EPID–based remote attestation. You may need to adapt your program to use the remote attestation feature normally. For more information about remote attestation, see attestation-service.

  • Intel SGX depends on host hardware. This instance family does not support hot migration.

  • Operations, such as changing instance types and enabling the economical mode, may cause the host of an instance to change. For instances of this instance family, the host change may cause data decryption to fail. Proceed with caution.

  • By default, failover is disabled. You can enable failover. For more information, see Modify maintenance attributes. Failover causes the host of an instance to change. For instances of this instance family, the host change may cause data decryption to fail. Proceed with caution.

  • When you create a security-enhanced instance, you must select a dedicated image to use the security features. For more information, see Create trusted instance.