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Hopper Architecture vGPU Types#

NVIDIA Hopper GPUs target large-scale AI, HPC, and analytics in virtualized infrastructure. Hopper adds a dedicated Transformer Engine, fourth-generation Tensor Cores, FP8 compute on supported SKUs, NVLink 4.0 where the board provides it, and high-bandwidth memory (HBM3 or HBM3e depending on product).

MIG-backed vGPU types map to fixed GPU instance profiles (slices and framebuffer per profile); time-sliced types share one physical GPU with per-vGPU framebuffer caps. The tables below list both modes with maximum vGPUs per GPU, slice counts, and display limits per Hopper SKU.

MIG-Backed and Time-Sliced NVIDIA vGPU for Compute#

Physical GPUs per board: 1

The maximum number of vGPUs per board is the product of the maximum number of vGPUs per GPU and the number of physical GPUs per board.

Required license edition: NVIDIA AI Enterprise

MIG-Backed NVIDIA vGPU for Compute

For details on GPU instance profiles, refer to the NVIDIA Multi-Instance GPU User Guide.

Time-Sliced NVIDIA vGPU for Compute

Intended use cases:

  • vGPUs with more than 40 GB of framebuffer: Training Workloads

  • vGPUs with 40 GB of framebuffer: Inference Workloads

These vGPU types support a single display with a fixed maximum resolution.

Table 60 MIG-Backed NVIDIA vGPU for Compute for NVIDIA H800 PCIe 94 GB (H800 NVL)#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU

Slices per vGPU

Compute Instances per vGPU

Corresponding GPU Instance Profile

H800L-7-94C

94

1

7

7

MIG 7g.94gb

H800L-4-47C

47

1

4

4

MIG 4g.47gb

H800L-3-47C

47

2

3

3

MIG 3g.47gb

H800L-2-24C

24

3

2

2

MIG 2g.24gb

H800L-1-24C

24

4

1

1

MIG 1g.24gb

H800L-1-12C

12

7

1

1

MIG 1g.12gb

H800L-1-12CME [1]

12

1

1

1

MIG 1g.12gb+me
Table 61 Time-Sliced NVIDIA vGPU for Compute for NVIDIA H800 PCIe 94 GB (H800 NVL)#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU in Equal-Size Mode

Maximum vGPUs per GPU in Mixed-Size Mode

Maximum Display Resolution [2]

Virtual Displays per vGPU

H800L-94C

94

1

1

3840x2400

1

H800L-47C

47

2

2

3840x2400

1

H800L-23C

23

4

4

3840x2400

1

H800L-15C

15

6

4

3840x2400

1

H800L-11C

11

8

8

3840x2400

1

H800L-6C

6

15

8

3840x2400

1

H800L-4C

4

23

16

3840x2400

1
Table 62 MIG-Backed NVIDIA vGPU for Compute for NVIDIA H800 PCIe 80 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU

Slices per vGPU

Compute Instances per vGPU

Corresponding GPU Instance Profile

H800-7-80C

80

1

7

7

MIG 7g.80gb

H800-4-40C

40

1

4

4

MIG 4g.40gb

H800-3-40C

40

2

3

3

MIG 3g.40gb

H800-2-20C

20

3

2

2

MIG 2g.20gb

H800-1-20C [1]

20

4

1

1

MIG 1g.20gb

H800-1-10C

10

7

1

1

MIG 1g.10gb

H800-1-10CME [1]

10

1

1

1

MIG 1g.10gb+me
Table 63 Time-Sliced NVIDIA vGPU for Compute for NVIDIA H800 PCIe 80 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU in Equal-Size Mode

Maximum vGPUs per GPU in Mixed-Size Mode

Maximum Display Resolution [2]

Virtual Displays per vGPU

H800-80C

80

1

1

3840x2400

1

H800-40C

40

2

2

3840x2400

1

H800-20C

20

4

4

3840x2400

1

H800-16C

16

5

4

3840x2400

1

H800-10C

10

8

8

3840x2400

1

H800-8C

8

10

8

3840x2400

1

H800-5C

5

16

16

3840x2400

1

H800-4C

4

20

16

3840x2400

1
Table 64 MIG-Backed NVIDIA vGPU for Compute for NVIDIA H800 SXM5 80 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU

Slices per vGPU

Compute Instances per vGPU

Corresponding GPU Instance Profile

H800XM-7-80C

80

1

7

7

MIG 7g.80gb

H800XM-4-40C

40

1

4

4

MIG 4g.40gb

H800XM-3-40C

40

2

3

3

MIG 3g.40gb

H800XM-2-20C

20

3

2

2

MIG 2g.20gb

H800XM-1-20C [1]

20

4

1

1

MIG 1g.20gb

H800XM-1-10C

10

7

1

1

MIG 1g.10gb

H800XM-1-10CME [1]

10

1

1

1

MIG 1g.10gb+me
Table 65 Time-Sliced NVIDIA vGPU for Compute for NVIDIA H800 SXM5 80 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU in Equal-Size Mode

Maximum vGPUs per GPU in Mixed-Size Mode

Maximum Display Resolution [2]

Virtual Displays per vGPU

H800XM-80C

80

1

1

3840x2400

1

H800XM-40C

40

2

2

3840x2400

1

H800XM-20C

20

4

4

3840x2400

1

H800XM-16C

16

5

4

3840x2400

1

H800XM-10C

10

8

8

3840x2400

1

H800XM-8C

8

10

8

3840x2400

1

H800XM-5C

5

16

16

3840x2400

1

H800XM-4C

4

20

16

3840x2400

1
Table 66 MIG-Backed NVIDIA vGPU for Compute for NVIDIA H200 PCIe 141 GB (H200 NVL)#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU

Slices per vGPU

Compute Instances per vGPU

Corresponding GPU Instance Profile

H200-7-141C

141

1

7

7

MIG 7g.141gb

H200-4-71C

71

1

4

4

MIG 4g.71gb

H200-3-71C

71

2

3

3

MIG 3g.71gb

H200-2-35C

35

3

2

2

MIG 2g.35gb

H200-1-35C [1]

35

4

1

1

MIG 1g.35gb

H200-1-18C

18

7

1

1

MIG 1g.18gb

H200-1-18CME [1]

18

1

1

1

MIG 1g.18gb+me
Table 67 Time-Sliced NVIDIA vGPU for Compute for NVIDIA H200 PCIe 141 GB (H200 NVL)#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU in Equal-Size Mode

Maximum vGPUs per GPU in Mixed-Size Mode

Maximum Display Resolution [2]

Virtual Displays per vGPU

H200-141C

141

1

1

3840x2400

1

H200-70C

70

2

2

3840x2400

1

H200-35C

35

4

4

3840x2400

1

H200-28C

28

5

5

3840x2400

1

H200-17C

17

8

8

3840x2400

1

H200-14C

14

10

10

3840x2400

1

H200-8C

8

16

16

3840x2400

1

H200-7C

7

20

20

3840x2400

1

H200-4C

4

32

32

3840x2400

1
Table 68 MIG-Backed NVIDIA vGPU for Compute for NVIDIA H200 SXM5 141 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU

Slices per vGPU

Compute Instances per vGPU

Corresponding GPU Instance Profile

H200X-7-141C

141

1

7

7

MIG 7g.141gb

H200X-4-71C

71

1

4

4

MIG 4g.71gb

H200X-3-71C

71

2

3

3

MIG 3g.71gb

H200X-2-35C

35

3

2

2

MIG 2g.35gb

H200X-1-35C [1]

35

4

1

1

MIG 1g.35gb

H200X-1-18C

18

7

1

1

MIG 1g.18gb

H200X-1-18CME [1]

18

1

1

1

MIG 1g.18gb+me
Table 69 Time-Sliced NVIDIA vGPU for Compute for NVIDIA H200 SXM5 141 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU in Equal-Size Mode

Maximum vGPUs per GPU in Mixed-Size Mode

Maximum Display Resolution [2]

Virtual Displays per vGPU

H200X-141C

141

1

1

3840x2400

1

H200X-70C

70

2

2

3840x2400

1

H200X-35C

35

4

4

3840x2400

1

H200X-28C

28

5

5

3840x2400

1

H200X-17C

17

8

8

3840x2400

1

H200X-14C

14

10

10

3840x2400

1

H200X-8C

8

16

16

3840x2400

1

H200X-7C

7

20

20

3840x2400

1

H200X-4C

4

32

32

3840x2400

1
Table 70 MIG-Backed NVIDIA vGPU for Compute for NVIDIA H100 PCIe 94 GB (H100 NVL)#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU

Slices per vGPU

Compute Instances per vGPU

Corresponding GPU Instance Profile

H100L-7-94C

94

1

7

7

MIG 7g.94gb

H100L-4-47C

47

1

4

4

MIG 4g.47gb

H100L-3-47C

47

2

3

3

MIG 3g.47gb

H100L-2-24C

24

3

2

2

MIG 2g.24gb

H100L-1-24C [1]

24

4

1

1

MIG 1g.24gb

H100L-1-12C

12

7

1

1

MIG 1g.12gb

H100L-1-12CME [1]

12

1

1

1

MIG 1g.12gb+me
Table 71 Time-Sliced NVIDIA vGPU for Compute for NVIDIA H100 PCIe 94 GB (H100 NVL)#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU in Equal-Size Mode

Maximum vGPUs per GPU in Mixed-Size Mode

Maximum Display Resolution [2]

Virtual Displays per vGPU

H100L-94C

94

1

1

3840x2400

1

H100L-47C

47

2

2

3840x2400

1

H100L-23C

23

4

4

3840x2400

1

H100L-15C

15

6

4

3840x2400

1

H100L-11C

11

8

8

3840x2400

1

H100L-6C

6

15

8

3840x2400

1

H100L-4C

4

23

16

3840x2400

1
Table 72 MIG-Backed NVIDIA vGPU for Compute for NVIDIA H100 SXM5 94 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU

Slices per vGPU

Compute Instances per vGPU

Corresponding GPU Instance Profile

H100XL-7-94C

94

1

7

7

MIG 7g.94gb

H100XL-4-47C

47

1

4

4

MIG 4g.47gb

H100XL-3-47C

47

2

3

3

MIG 3g.47gb

H100XL-2-24C

24

3

2

2

MIG 2g.24gb

H100XL-1-24C [1]

24

4

1

1

MIG 1g.24gb

H100XL-1-12C

12

7

1

1

MIG 1g.12gb

H100XL-1-12CME [1]

12

1

1

1

MIG 1g.12gb+me
Table 73 Time-Sliced NVIDIA vGPU for Compute for NVIDIA H100 SXM5 94 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU in Equal-Size Mode

Maximum vGPUs per GPU in Mixed-Size Mode

Maximum Display Resolution [2]

Virtual Displays per vGPU

H100XL-94C

94

1

1

3840x2400

1

H100XL-47C

47

2

2

3840x2400

1

H100XL-23C

23

4

4

3840x2400

1

H100XL-15C

15

6

4

3840x2400

1

H100XL-11C

11

8

8

3840x2400

1

H100XL-6C

6

15

8

3840x2400

1

H100XL-4C

4

23

16

3840x2400

1
Table 74 MIG-Backed NVIDIA vGPU for Compute for NVIDIA H100 PCIe 80 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU

Slices per vGPU

Compute Instances per vGPU

Corresponding GPU Instance Profile

H100-7-80C

80

1

7

7

MIG 7g.80gb

H100-4-40C

40

1

4

4

MIG 4g.40gb

H100-3-40C

40

2

3

3

MIG 3g.40gb

H100-2-20C

20

3

2

2

MIG 2g.20gb

H100-1-20C [1]

20

4

1

1

MIG 1g.20gb

H100-1-10C

10

7

1

1

MIG 1g.10gb

H100-1-10CME [1]

10

1

1

1

MIG 1g.10gb+me
Table 75 Time-Sliced NVIDIA vGPU for Compute for NVIDIA H100 PCIe 80 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU in Equal-Size Mode

Maximum vGPUs per GPU in Mixed-Size Mode

Maximum Display Resolution [2]

Virtual Displays per vGPU

H100-80C

80

1

1

3840x2400

1

H100-40C

40

2

2

3840x2400

1

H100-20C

20

4

4

3840x2400

1

H100-16C

16

5

4

3840x2400

1

H100-10C

10

8

8

3840x2400

1

H100-8C

8

10

8

3840x2400

1

H100-5C

5

16

16

3840x2400

1

H100-4C

4

20

16

3840x2400

1
Table 76 MIG-Backed NVIDIA vGPU for Compute for NVIDIA H100 SXM5 80 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU

Slices per vGPU

Compute Instances per vGPU

Corresponding GPU Instance Profile

H100XM-7-80C

80

1

7

7

MIG 7g.80gb

H100XM-4-40C

40

1

4

4

MIG 4g.40gb

H100XM-3-40C

40

2

3

3

MIG 3g.40gb

H100XM-2-20C

20

3

2

2

MIG 2g.20gb

H100XM-1-20C [1]

20

4

1

1

MIG 1g.20gb

H100XM-1-10C

10

7

1

1

MIG 1g.10gb

H100XM-1-10CME [1]

10

1

1

1

MIG 1g.10gb+me
Table 77 Time-Sliced NVIDIA vGPU for Compute for NVIDIA H100 SXM5 80 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU in Equal-Size Mode

Maximum vGPUs per GPU in Mixed-Size Mode

Maximum Display Resolution [2]

Virtual Displays per vGPU

H100XM-80C

80

1

1

3840x2400

1

H100XM-40C

40

2

2

3840x2400

1

H100XM-20C

20

4

4

3840x2400

1

H100XM-16C

16

5

4

3840x2400

1

H100XM-10C

10

8

8

3840x2400

1

H100XM-8C

8

10

8

3840x2400

1

H100XM-5C

5

16

16

3840x2400

1

H100XM-4C

4

20

16

3840x2400

1
Table 78 MIG-Backed NVIDIA vGPU for Compute for NVIDIA H100 SXM5 64 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU

Slices per vGPU

Compute Instances per vGPU

Corresponding GPU Instance Profile

H100XS-7-64C

64

1

7

7

MIG 7g.64gb

H100XS-4-32C

32

1

4

4

MIG 4g.32gb

H100XS-3-32C

32

2

3

3

MIG 3g.32gb

H100XS-2-16C

16

3

2

2

MIG 2g.16gb

H100XS-1-16C [1]

16

4

1

1

MIG 1g.16gb

H100XS-1-8C

8

7

1

1

MIG 1g.8gb

H100XS-1-8CME [1]

8

1

1

1

MIG 1g.8gb+me
Table 79 Time-Sliced NVIDIA vGPU for Compute for NVIDIA H100 SXM5 64 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU in Equal-Size Mode

Maximum vGPUs per GPU in Mixed-Size Mode

Maximum Display Resolution [2]

Virtual Displays per vGPU

H100XS-64C

64

1

1

3840x2400

1

H100XS-32C

32

2

2

3840x2400

1

H100XS-16C

16

4

4

3840x2400

1

H100XS-8C

8

8

8

3840x2400

1

H100XS-4C

4

16

16

3840x2400

1
Table 80 MIG-Backed NVIDIA vGPU for Compute for NVIDIA H20 SXM5 141 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU

Slices per vGPU

Compute Instances per vGPU

Corresponding GPU Instance Profile

H20X-7-141C

141

1

7

7

MIG 7g.141gb

H20X-4-71C

71

1

4

4

MIG 4g.71gb

H20X-3-71C

71

2

3

3

MIG 3g.71gb

H20X-2-35C

35

3

2

2

MIG 2g.35gb

H20X-1-35C [1]

35

4

1

1

MIG 1g.35gb

H20X-1-18C

18

7

1

1

MIG 1g.18gb

H20X-1-18CME [1]

18

1

1

1

MIG 1g.18gb+me
Table 81 Time-Sliced NVIDIA vGPU for Compute for NVIDIA H20 SXM5 141 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU in Equal-Size Mode

Maximum vGPUs per GPU in Mixed-Size Mode

Maximum Display Resolution [2]

Virtual Displays per vGPU

H20X-141C

141

1

1

3840x2400

1

H20X-70C

70

2

2

3840x2400

1

H20X-35C

35

4

4

3840x2400

1

H20X-28C

28

5

5

3840x2400

1

H20X-17C

17

8

8

3840x2400

1

H20X-14C

14

10

10

3840x2400

1

H20X-8C

8

16

16

3840x2400

1

H20X-7C

7

20

20

3840x2400

1

H20X-4C

4

32

32

3840x2400

1
Table 82 MIG-Backed NVIDIA vGPU for Compute for NVIDIA H20 SXM5 96 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU

Slices per vGPU

Compute Instances per vGPU

Corresponding GPU Instance Profile

H20-7-96C

96

1

7

7

MIG 7g.96gb

H20-4-48C

48

1

4

4

MIG 4g.48gb

H20-3-48C

48

2

3

3

MIG 3g.48gb

H20-2-24C

24

3

2

2

MIG 2g.24gb

H20-1-24C [1]

24

4

1

1

MIG 1g.24gb

H20-1-12C

12

7

1

1

MIG 1g.12gb

H20-1-12CME [1]

12

1

1

1

MIG 1g.12gb+me
Table 83 Time-Sliced NVIDIA vGPU for Compute for NVIDIA H20 SXM5 96 GB#

Virtual GPU Type

Framebuffer (GB)

Maximum vGPUs per GPU in Equal-Size Mode

Maximum vGPUs per GPU in Mixed-Size Mode

Maximum Display Resolution [2]

Virtual Displays per vGPU

H20-96C

96

1

1

3840x2400

1

H20-48C

48

2

2

3840x2400

1

H20-32C

32

3

3

3840x2400

1

H20-24C

24

4

2

3840x2400

1

H20-16C

16

6

4

3840x2400

1

H20-12C

12

8

4

3840x2400

1

H20-8C

8

12

8

3840x2400

1

H20-6C

6

16

8

3840x2400

1

H20-4C

4

24

8

3840x2400

1

Footnotes