Virtual GPU Types Reference#

Virtual GPU Types for Supported GPUs#

NVIDIA vGPU is available as a licensed product on supported NVIDIA GPUs. For a list of recommended server platforms and supported GPUs, consult the release notes for supported hypervisors at NVIDIA Virtual GPU Software Documentation.

NVIDIA A40 Virtual GPU Types#

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.

Q-Series Virtual GPU Types for NVIDIA A40#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
A40-48Q	49152	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
A40-24Q	24576	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
A40-16Q	16384	3	2	66355200	7680×4320	2
					5120×2880 or lower	4
A40-12Q	12288	4	4	66355200	7680×4320	2
					5120×2880 or lower	4
A40-8Q	8192	6	4	66355200	7680×4320	2
					5120×2880 or lower	4
A40-6Q	6144	8	8	58982400	7680×4320	1
					5120×2880 or lower	4
A40-4Q	4096	12	8	58982400	7680×4320	1
					5120×2880 or lower	4
A40-3Q	3072	16	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
A40-2Q	2048	24	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
A40-1Q	1024	32[3]	30	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA A40#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
A40-3B	3072	16	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
A40-2B	2048	24	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
A40-1B	1024	32	32	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA A40#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
A40-48A	49152	1	1	1280×1024	1
A40-24A	24576	2	2	1280×1024	1
A40-16A	16384	3	2	1280×1024	1
A40-12A	12288	4	4	1280×1024	1
A40-8A	8192	6	4	1280×1024	1
A40-6A	6144	8	8	1280×1024	1
A40-4A	4096	12	8	1280×1024	1
A40-3A	3072	16	16	1280×1024	1
A40-2A	2048	24	16	1280×1024	1
A40-1A	1024	32[3]	32	1280×1024	1

NVIDIA A16 Virtual GPU Types#

Physical GPUs per board: 4

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.

Q-Series Virtual GPU Types for NVIDIA A16#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
A16-16Q	16384	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
A16-8Q	8192	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
A16-4Q	4096	4	4	58982400	7680×4320	1
					5120×2880 or lower	4
A16-2Q	2048	8	8	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
A16-1Q	1024	16	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA A16#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
A16-3B	3072	5	4	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
A16-2B	2048	8	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
A16-1B	1024	16	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA A16#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
A16-16A	16384	1	1	1280×1024	1
A16-8A	8192	2	2	1280×1024	1
A16-4A	4096	4	4	1280×1024	1
A16-2A	2048	8	8	1280×1024	1
A16-1A	1024	16	16	1280×1024	1

NVIDIA A10 Virtual GPU Types#

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.

Q-Series Virtual GPU Types for NVIDIA A10#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
A10-24Q	24576	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
A10-12Q	12288	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
A10-8Q	8192	3	2	66355200	7680×4320	2
					5120×2880 or lower	4
A10-6Q	6144	4	4	58982400	7680×4320	1
					5120×2880 or lower	4
A10-4Q	4096	6	4	58982400	7680×4320	1
					5120×2880 or lower	4
A10-3Q	3072	8	8	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
A10-2Q	2048	12	8	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
A10-1Q	1024	24	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA A10#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
A10-3B	3072	8	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
A10-2B	2048	12	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
A10-1B	1024	24	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA A10#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
A10-24A	24576	1	1	1280×1024	1
A10-12A	12288	2	2	1280×1024	1
A10-8A	8192	3	2	1280×1024	1
A10-6A	6144	4	4	1280×1024	1
A10-4A	4096	6	4	1280×1024	1
A10-3A	3072	8	8	1280×1024	1
A10-2A	2048	12	8	1280×1024	1
A10-1A	1024	24	16	1280×1024	1

NVIDIA A2 Virtual GPU Types#

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.

Q-Series Virtual GPU Types for NVIDIA A2#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
A2-16Q	16384	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
A2-8Q	8192	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
A2-4Q	4096	4	4	58982400	7680×4320	1
					5120×2880 or lower	4
A2-2Q	2048	8	8	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
A2-1Q	1024	16	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA A2#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
A2-3B	3072	5	4	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
A2-2B	2048	8	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
A2-1B	1024	16	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA A2#

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
A2-16A	16384	1	1	1280×1024	1
A2-8A	8192	2	2	1280×1024	1
A2-4A	4096	4	4	1280×1024	1
A2-2A	2048	8	8	1280×1024	1
A2-1A	1024	16	16	1280×1024	1

NVIDIA L40 Virtual GPU Types#

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.

Q-Series Virtual GPU Types for NVIDIA L40#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
L40-48Q	49152	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
L40-24Q	24576	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
L40-16Q	16384	3	2	66355200	7680×4320	2
					5120×2880 or lower	4
L40-12Q	12288	4	4	66355200	7680×4320	2
					5120×2880 or lower	4
L40-8Q	8192	6	4	66355200	7680×4320	2
					5120×2880 or lower	4
L40-6Q	6144	8	8	58982400	7680×4320	1
					5120×2880 or lower	4
L40-4Q	4096	12	8	58982400	7680×4320	1
					5120×2880 or lower	4
L40-3Q	3072	16	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
L40-2Q	2048	24	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
L40-1Q	1024	32[4]	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA L40#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
L40-3B	3072	16	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
L40-2B	2048	24	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
L40-1B	1024	32	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA L40#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
L40-48A	49152	1	1	1280×1024	1
L40-24A	24576	2	2	1280×1024	1
L40-16A	16384	3	2	1280×1024	1
L40-12A	12288	4	4	1280×1024	1
L40-8A	8192	6	4	1280×1024	1
L40-6A	6144	8	8	1280×1024	1
L40-4A	4096	12	8	1280×1024	1
L40-3A	3072	16	16	1280×1024	1
L40-2A	2048	24	16	1280×1024	1
L40-1A	1024	32[4]	16	1280×1024	1

NVIDIA L40S Virtual GPU Types#

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.

Q-Series Virtual GPU Types for NVIDIA L40S#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
L40S-48Q	49152	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
L40S-24Q	24576	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
L40S-16Q	16384	3	2	66355200	7680×4320	2
					5120×2880 or lower	4
L40S-12Q	12288	4	4	66355200	7680×4320	2
					5120×2880 or lower	4
L40S-8Q	8192	6	4	66355200	7680×4320	2
					5120×2880 or lower	4
L40S-6Q	6144	8	8	58982400	7680×4320	1
					5120×2880 or lower	4
L40S-4Q	4096	12	8	58982400	7680×4320	1
					5120×2880 or lower	4
L40S-3Q	3072	16	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
L40S-2Q	2048	24	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
L40S-1Q	1024	32[5]	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA L40S#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
L40S-3B	3072	16	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
L40S-2B	2048	24	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
L40S-1B	1024	32	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA L40S#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
L40S-48A	49152	1	1	1280×1024	1
L40S-24A	24576	2	2	1280×1024	1
L40S-16A	16384	3	2	1280×1024	1
L40S-12A	12288	4	4	1280×1024	1
L40S-8A	8192	6	4	1280×1024	1
L40S-6A	6144	8	8	1280×1024	1
L40S-4A	4096	12	8	1280×1024	1
L40S-3A	3072	16	16	1280×1024	1
L40S-2A	2048	24	16	1280×1024	1
L40S-1A	1024	32[5]	16	1280×1024	1

NVIDIA L20 and NVIDIA L20 Liquid Cooled Virtual GPU Types#

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.

The virtual GPU types for the NVIDIA L20 and NVIDIA L20 liquid cooled GPUs are identical.

Q-Series Virtual GPU Types for NVIDIA L20 and NVIDIA L20 Liquid Cooled#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
L20-48Q	49152	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
L20-24Q	24576	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
L20-16Q	16384	3	2	66355200	7680×4320	2
					5120×2880 or lower	4
L20-12Q	12288	4	4	66355200	7680×4320	2
					5120×2880 or lower	4
L20-8Q	8192	6	4	66355200	7680×4320	2
					5120×2880 or lower	4
L20-6Q	6144	8	8	58982400	7680×4320	1
					5120×2880 or lower	4
L20-4Q	4096	12	8	58982400	7680×4320	1
					5120×2880 or lower	4
L20-3Q	3072	16	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
L20-2Q	2048	24	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
L20-1Q	1024	32[6]	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA L20 and NVIDIA L20 Liquid Cooled#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
L20-3B	3072	16	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
L20-2B	2048	24	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
L20-1B	1024	32	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA L20 and NVIDIA L20 Liquid Cooled#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
L20-48A	49152	1	1	1280×1024	1
L20-24A	24576	2	2	1280×1024	1
L20-16A	16384	3	2	1280×1024	1
L20-12A	12288	4	4	1280×1024	1
L20-8A	8192	6	4	1280×1024	1
L20-6A	6144	8	8	1280×1024	1
L20-4A	4096	12	8	1280×1024	1
L20-3A	3072	16	16	1280×1024	1
L20-2A	2048	24	16	1280×1024	1
L20-1A	1024	32[6]	16	1280×1024	1

NVIDIA L4 Virtual GPU Types#

Physical GPUs per board: 1

Q-Series Virtual GPU Types for NVIDIA L4#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
L4-24Q	24576	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
L4-12Q	12288	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
L4-8Q	8192	3	2	66355200	7680×4320	2
					5120×2880 or lower	4
L4-6Q	6144	4	4	58982400	7680×4320	1
					5120×2880 or lower	4
L4-4Q	4096	6	4	58982400	7680×4320	1
					5120×2880 or lower	4
L4-3Q	3072	8	8	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
L4-2Q	2048	12	8	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
L4-1Q	1024	24	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA L4#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
L4-3B	3072	8	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
L4-2B	2048	12	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
L4-1B	1024	24	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA L4#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
L4-24A	24576	1	1	1280×1024	1
L4-12A	12288	2	2	1280×1024	1
L4-8A	8192	3	2	1280×1024	1
L4-6A	6144	4	4	1280×1024	1
L4-4A	4096	6	4	1280×1024	1
L4-3A	3072	8	8	1280×1024	1
L4-2A	2048	12	8	1280×1024	1
L4-1A	1024	24	16	1280×1024	1

NVIDIA L2 Virtual GPU Types#

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.

Q-Series Virtual GPU Types for NVIDIA L2#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
L2-24Q	24576	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
L2-12Q	12288	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
L2-8Q	8192	3	2	66355200	7680×4320	2
					5120×2880 or lower	4
L2-6Q	6144	4	4	58982400	7680×4320	1
					5120×2880 or lower	4
L2-4Q	4096	6	4	58982400	7680×4320	1
					5120×2880 or lower	4
L2-3Q	3072	8	8	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
L2-2Q	2048	12	8	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
L2-1Q	1024	24	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA L2#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
L2-3B	3072	8	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
L2-2B	2048	12	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
L2-1B	1024	24	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA L2#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
L2-24A	24576	1	1	1280×1024	1
L2-12A	12288	2	2	1280×1024	1
L2-8A	8192	3	2	1280×1024	1
L2-6A	6144	4	4	1280×1024	1
L2-4A	4096	6	4	1280×1024	1
L2-3A	3072	8	8	1280×1024	1
L2-2A	2048	12	8	1280×1024	1
L2-1A	1024	24	16	1280×1024	1

NVIDIA RTX PRO 6000 Blackwell Server Edition and NVIDIA RTX PRO 6000 Blackwell Server Edition Liquid Cooled Virtual GPU Types#

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.

The full virtual GPU type names include the prefix NVIDIA RTX PRO 6000 Blackwell, for example NVIDIA RTX PRO 6000 Blackwell DC-4-96Q.

This GPU supports MIG-backed virtual GPUs and time-sliced virtual GPUs.

MIG-Backed Q-Series Virtual GPU Types for NVIDIA RTX PRO 6000 Blackwell Server Edition and NVIDIA RTX PRO 6000 Blackwell Server Edition Liquid Cooled#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

For details of GPU instance profiles, see NVIDIA Multi-Instance GPU User Guide.

Each virtual GPU type is supported only on its corresponding GPU instance profile.

Virtual GPU Type and Corresponding GPU Instance Profile	Frame Buffer (GB)	Max. vGPUs per GPU Instance	Slices per vGPU	Compute Instances per vGPU	Available Pixels	Display Resolution	Virtual Displays per vGPU
DC-4-96Q MIG 4g.96gb+gfx	96	1	4	4	66355200	7680×4320	2
						5120×2880 or lower	4
DC-2-48Q MIG 2g.48gb+gfx	48	1	2	2	66355200	7680×4320	2
						5120×2880 or lower	4
DC-4-48Q MIG 4g.96gb+gfx	48	2	4	1	66355200	7680×4320	2
						5120×2880 or lower	4
DC-4-32Q MIG 4g.96gb+gfx	32	3	4	1	66355200	7680×4320	2
						5120×2880 or lower	4
DC-1-24Q MIG 1g.24gb+gfx	24	1	1	1	66355200	7680×4320	2
						5120×2880 or lower	4
DC-2-24Q MIG 2g.48gb+gfx	24	2	2	1	66355200	7680×4320	2
						5120×2880 or lower	4
DC-4-24Q MIG 4g.96gb+gfx	24	4	4	1	66355200	7680×4320	2
						5120×2880 or lower	4
DC-2-16Q MIG 2g.48gb+gfx	16	3	2	1	66355200	7680×4320	2
						5120×2880 or lower	4
DC-1-12Q MIG 1g.24gb+gfx	12	2	1	1	66355200	7680×4320	2
						5120×2880 or lower	4
DC-2-12Q MIG 2g.48gb+gfx	12	4	2	1	66355200	7680×4320	2
						5120×2880 or lower	4
DC-1-8Q MIG 1g.24gb+gfx	8	3	1	1	66355200	7680×4320	2
						5120×2880 or lower	4
DC-1-6Q MIG 1g.24gb+gfx	6	4	1	1	58982400	7680×4320	1
						5120×2880 or lower	4
DC-1-4Q MIG 1g.24gb+gfx	4	6	1	1	58982400	7680×4320	1
						5120×2880 or lower	4
DC-1-3Q MIG 1g.24gb+gfx	3	8	1	1	36864000	7680×4320	1
						5120×2880	2
						3840×2400 or lower	4
DC-1-2Q MIG 1g.24gb+gfx	2	12	1	1	36864000	7680×4320	1
						5120×2880	2
						3840×2400 or lower	4

Time-Sliced Q-Series Virtual GPU Types on Single-Instance GPUs for NVIDIA RTX PRO 6000 Blackwell Server Edition and NVIDIA RTX PRO 6000 Blackwell Server Edition Liquid Cooled#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (GB)	Max. vGPUs per GPU in Equal-Size Mode	Max. vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
DC-96Q	96	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
DC-48Q	48	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
DC-32Q	32	3	3	66355200	7680×4320	2
					5120×2880 or lower	4
DC-24Q	24	4	4	66355200	7680×4320	2
					5120×2880 or lower	4
DC-16Q	16	6	6	66355200	7680×4320	2
					5120×2880 or lower	4
DC-12Q	12	8	8	66355200	7680×4320	2
					5120×2880 or lower	4
DC-8Q	8	12	12	66355200	7680×4320	2
					5120×2880 or lower	4
DC-6Q	6	16	16	58982400	7680×4320	1
					5120×2880 or lower	4
DC-4Q	4	24	24	58982400	7680×4320	1
					5120×2880 or lower	4
DC-3Q	3	32	32	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4

MIG-Backed B-Series Virtual GPU Types for NVIDIA RTX PRO 6000 Blackwell Server Edition and NVIDIA RTX PRO 6000 Blackwell Server Edition Liquid Cooled#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

For details of GPU instance profiles, see NVIDIA Multi-Instance GPU User Guide.

Each virtual GPU type is supported only on its corresponding GPU instance profile.

Virtual GPU Type and Corresponding GPU Instance Profile	Frame Buffer (GB)	Max. vGPUs per GPU Instance	Slices per vGPU	Compute Instances per vGPU	Available Pixels	Max. Display Resolution	Virtual Displays per vGPU
DC-1-3B MIG 1g.24gb+gfx	3	8	1	1	18432000	5120×2880	1
						3840×2400	2
						3840×2160	2
						2560×1600 or lower	4
DC-1-2B MIG 1g.24gb+gfx	2	12	1	1	18432000	5120×2880	1
						3840×2400	2
						3840×2160	2
						2560×1600 or lower	4

Time-Sliced B-Series Virtual GPU Types on Single-Instance GPUs for NVIDIA RTX PRO 6000 Blackwell Server Edition and NVIDIA RTX PRO 6000 Blackwell Server Edition Liquid Cooled#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (GB)	Max. vGPUs per GPU in Equal-Size Mode	Max. vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
DC-3B	3	32	32	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
DC-2B	2	32	32	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

MIG-Backed A-Series Virtual GPU Types for NVIDIA RTX PRO 6000 Blackwell Server Edition and NVIDIA RTX PRO 6000 Blackwell Server Edition Liquid Cooled#

Intended use case: Virtual Applications

Required license edition: vApps

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

For details of GPU instance profiles, see NVIDIA Multi-Instance GPU User Guide.

Each virtual GPU type is supported only on its corresponding GPU instance profile.

Virtual GPU Type and Corresponding GPU Instance Profile	Frame Buffer (GB)	Max. vGPUs per GPU Instance	Slices per vGPU	Compute Instances per vGPU	Max. Display Resolution	Virtual Displays per vGPU
DC-4-96A MIG 4g.96gb+gfx	96	1	4	4	1280×1024	1
DC-2-48A MIG 2g.48gb+gfx	48	1	2	2	1280×1024	1
DC-4-48A MIG 4g.96gb+gfx	48	2	4	1	1280×1024	1
DC-4-32A MIG 4g.96gb+gfx	32	3	4	1	1280×1024	1
DC-1-24A MIG 1g.24gb+gfx	24	1	1	1	1280×1024	1
DC-2-24A MIG 2g.48gb+gfx	24	2	2	1	1280×1024	1
DC-4-24A MIG 4g.96gb+gfx	24	4	2	1	1280×1024	1
DC-2-16A MIG 2g.48gb+gfx	16	3	2	1	1280×1024	1
DC-1-12A MIG 1g.24gb+gfx	12	2	1	1	1280×1024	1
DC-2-12A MIG 2g.48gb+gfx	12	4	2	1	1280×1024	1
DC-1-8A MIG 1g.24gb+gfx	8	3	1	1	1280×1024	1
DC-1-6A MIG 1g.24gb+gfx	6	4	1	1	1280×1024	1
DC-1-4A MIG 1g.24gb+gfx	4	6	1	1	1280×1024	1
DC-1-3A MIG 1g.24gb+gfx	3	8	1	1	1280×1024	1
DC-1-2A MIG 1g.24gb+gfx	2	12	1	1	1280×1024	1

Time-Sliced A-Series Virtual GPU Types on Single-Instance GPUs for NVIDIA RTX PRO 6000 Blackwell Server Edition and NVIDIA RTX PRO 6000 Blackwell Server Edition Liquid Cooled#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (GB)	Max. vGPUs per GPU in Equal-Size Mode	Max. vGPUs per GPU in Mixed-Size Mode	Display Resolution	Virtual Displays per vGPU
DC-96A	96	1	1	1280×1024	1
DC-48A	48	2	2	1280×1024	1
DC-32A	32	3	3	1280×1024	1
DC-24A	24	4	4	1280×1024	1
DC-16A	16	6	6	1280×1024	1
DC-12A	12	8	8	1280×1024	1
DC-8A	8	12	12	1280×1024	1
DC-6A	6	16	16	1280×1024	1
DC-4A	4	24	24	1280×1024	1
DC-3A	3	32	32	1280×1024	1

Since 20.2: NVIDIA RTX PRO 5000 Blackwell Workstation Edition 72 GB Virtual GPU Types#

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.

The full virtual GPU type names include the prefix NVIDIA RTX PRO 5000 72GB, for example NVIDIA RTX PRO 5000 72GB Blackwell-12Q. The tables in this section use the short form of each name, for example Blackwell-12Q.

This GPU supports MIG-backed virtual GPUs and time-sliced virtual GPUs.

This GPU supports only Q-series virtual GPU types for NVIDIA RTX Virtual Workstation and B-series virtual GPU types for NVIDIA Virtual PC. Because this GPU is supported only in workstation systems, no A-series virtual GPU types are provided.

MIG-Backed Q-Series Virtual GPU Types for NVIDIA RTX PRO 5000 Blackwell Workstation Edition 72 GB#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

For details of GPU instance profiles, see NVIDIA Multi-Instance GPU User Guide.

Each virtual GPU type is supported only on its corresponding GPU instance profile.

Virtual GPU Type and Corresponding GPU Instance Profile	Frame Buffer (GB)	Max. vGPUs per GPU Instance	Slices per vGPU	Compute Instances per vGPU	Available Pixels	Display Resolution	Virtual Displays per vGPU
Blackwell-1-2Q MIG 1g.36gb+gfx	2	18	1	1	36864000	7680×4320	1
						5120×2880	2
						3840×2400 or lower	4
Blackwell-1-3Q MIG 1g.36gb+gfx	3	12	1	1	36864000	7680×4320	1
						5120×2880	2
						3840×2400 or lower	4
Blackwell-1-4Q MIG 1g.36gb+gfx	4	9	1	1	58982400	7680×4320	1
						5120×2880 or lower	4
Blackwell-1-6Q MIG 1g.36gb+gfx	6	6	1	1	58982400	7680×4320	1
						5120×2880 or lower	4
Blackwell-1-9Q MIG 1g.36gb+gfx	9	4	1	1	66355200	7680×4320	2
						5120×2880 or lower	4
Blackwell-1-12Q MIG 1g.36gb+gfx	12	3	1	1	66355200	7680×4320	2
						5120×2880 or lower	4
Blackwell-1-18Q MIG 1g.36gb+gfx	18	2	1	1	66355200	7680×4320	2
						5120×2880 or lower	4
Blackwell-1-36Q MIG 1g.36gb+gfx	36	1	1	1	66355200	7680×4320	2
						5120×2880 or lower	4
Blackwell-2-18Q MIG 2g.72gb+gfx	18	4	2	1	66355200	7680×4320	2
						5120×2880 or lower	4
Blackwell-2-24Q MIG 2g.72gb+gfx	24	3	2	1	66355200	7680×4320	2
						5120×2880 or lower	4
Blackwell-2-36Q MIG 2g.72gb+gfx	36	2	2	1	66355200	7680×4320	2
						5120×2880 or lower	4
Blackwell-2-72Q MIG 2g.72gb+gfx	72	1	2	1	66355200	7680×4320	2
						5120×2880 or lower	4

Time-Sliced Q-Series Virtual GPU Types on Single-Instance GPUs for NVIDIA RTX PRO 5000 Blackwell Workstation Edition 72 GB#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (GB)	Max. vGPUs per GPU in Equal-Size Mode	Max. vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
Blackwell-72Q	72	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
Blackwell-36Q	36	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
Blackwell-24Q	24	3	3	66355200	7680×4320	2
					5120×2880 or lower	4
Blackwell-18Q	18	4	4	66355200	7680×4320	2
					5120×2880 or lower	4
Blackwell-12Q	12	6	6	66355200	7680×4320	2
					5120×2880 or lower	4
Blackwell-9Q	9	8	8	66355200	7680×4320	2
					5120×2880 or lower	4
Blackwell-6Q	6	12	12	58982400	7680×4320	1
					5120×2880 or lower	4
Blackwell-4Q	4	18	18	58982400	7680×4320	1
					5120×2880 or lower	4
Blackwell-3Q	3	24	24	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
Blackwell-2Q	2	32	32	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4

MIG-Backed B-Series Virtual GPU Types for NVIDIA RTX PRO 5000 Blackwell Workstation Edition 72 GB#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

For details of GPU instance profiles, see NVIDIA Multi-Instance GPU User Guide.

Each virtual GPU type is supported only on its corresponding GPU instance profile.

Virtual GPU Type and Corresponding GPU Instance Profile	Frame Buffer (GB)	Max. vGPUs per GPU Instance	Slices per vGPU	Compute Instances per vGPU	Available Pixels	Max. Display Resolution	Virtual Displays per vGPU
Blackwell-1-3B MIG 1g.36gb+gfx	3	12	1	1	18432000	5120×2880	1
						3840×2400	2
						3840×2160	2
						2560×1600 or lower	4
Blackwell-1-2B MIG 1g.36gb+gfx	2	18	1	1	18432000	5120×2880	1
						3840×2400	2
						3840×2160	2
						2560×1600 or lower	4

Time-Sliced B-Series Virtual GPU Types on Single-Instance GPUs for NVIDIA RTX PRO 5000 Blackwell Workstation Edition 72 GB#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (GB)	Max. vGPUs per GPU in Equal-Size Mode	Max. vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
Blackwell-3B	3	24	24	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
Blackwell-2B	2	32	32	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

NVIDIA RTX PRO 4500 Blackwell Server Edition Virtual GPU Types#

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.

The full virtual GPU type names include the prefix NVIDIA RTX PRO 4500 Blackwell, for example NVIDIA RTX PRO 4500 Blackwell DC-2-32Q.

This GPU supports MIG-backed virtual GPUs and time-sliced virtual GPUs.

MIG-Backed Q-Series Virtual GPU Types for NVIDIA RTX PRO 4500 Blackwell Server Edition#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

For details of GPU instance profiles, see NVIDIA Multi-Instance GPU User Guide.

Each virtual GPU type is supported only on its corresponding GPU instance profile.

Virtual GPU Type and Corresponding GPU Instance Profile	Frame Buffer (GB)	Max. vGPUs per GPU Instance	Slices per vGPU	Compute Instances per vGPU	Available Pixels	Display Resolution	Virtual Displays per vGPU
DC-2-32Q 2g.32gb+gfx	32	1	2	2	66355200	7680×4320	2
						5120×2880 or lower	4
DC-1-16Q 1g.16gb+gfx	16	1	1	1	66355200	7680×4320	2
						5120×2880 or lower	4
DC-2-16Q 2g.32gb+gfx	16	2	2	1	66355200	7680×4320	2
						5120×2880 or lower	4
DC-1-8Q 1g.16gb+gfx	8	2	1	1	66355200	7680×4320	2
						5120×2880 or lower	4
DC-2-8Q 2g.32gb+gfx	8	4	2	1	66355200	7680×4320	2
						5120×2880 or lower	4
DC-1-4Q 1g.16gb+gfx	4	4	1	1	58982400	7680×4320	1
						5120×2880 or lower	4
DC-1-2Q 1g.16gb+gfx	2	8	1	1	36864000	7680×4320	1
						5120×2880	2
						3840×2400 or lower	4

Time-Sliced Q-Series Virtual GPU Types on Single-Instance GPUs for NVIDIA RTX PRO 4500 Blackwell Server Edition#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (GB)	Max. vGPUs per GPU in Equal-Size Mode	Max. vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
DC-32Q	32	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
DC-16Q	16	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
DC-8Q	8	4	4	66355200	7680×4320	2
					5120×2880 or lower	4
DC-4Q	4	8	8	58982400	7680×4320	1
					5120×2880 or lower	4

MIG-Backed B-Series Virtual GPU Types for NVIDIA RTX PRO 4500 Blackwell Server Edition#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

For details of GPU instance profiles, see NVIDIA Multi-Instance GPU User Guide.

Each virtual GPU type is supported only on its corresponding GPU instance profile.

Virtual GPU Type and Corresponding GPU Instance Profile	Frame Buffer (GB)	Max. vGPUs per GPU Instance	Slices per vGPU	Compute Instances per vGPU	Available Pixels	Max. Display Resolution	Virtual Displays per vGPU
DC-1-3B MIG 1g.16gb+gfx	3	5	1	1	18432000	5120×2880	1
						3840×2400	2
						3840×2160	2
						2560×1600 or lower	4
DC-1-2B MIG 1g.16gb+gfx	2	8	1	1	18432000	5120×2880	1
						3840×2400	2
						3840×2160	2
						2560×1600 or lower	4

Time-Sliced B-Series Virtual GPU Types on Single-Instance GPUs for NVIDIA RTX PRO 4500 Blackwell Server Edition#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (GB)	Max. vGPUs per GPU in Equal-Size Mode	Max. vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
DC-3B	3	10	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
DC-2B	2	16	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

MIG-Backed A-Series Virtual GPU Types for NVIDIA RTX PRO 4500 Blackwell Server Edition#

Intended use case: Virtual Applications

Required license edition: vApps

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

For details of GPU instance profiles, see NVIDIA Multi-Instance GPU User Guide.

Each virtual GPU type is supported only on its corresponding GPU instance profile.

Virtual GPU Type and Corresponding GPU Instance Profile	Frame Buffer (GB)	Max. vGPUs per GPU Instance	Slices per vGPU	Compute Instances per vGPU	Max. Display Resolution	Virtual Displays per vGPU
DC-2-32A 2g.32gb+gfx	32	1	2	2	1280×1024	1
DC-1-16A 1g.16gb+gfx	16	1	1	1	1280×1024	1
DC-2-16A 2g.32gb+gfx	16	2	2	1	1280×1024	1
DC-1-8A 1g.16gb+gfx	8	2	1	1	1280×1024	1
DC-2-8A 2g.32gb+gfx	8	4	2	1	1280×1024	1
DC-1-4A 1g.16gb+gfx	4	4	1	1	1280×1024	1
DC-1-2A 1g.16gb+gfx	2	8	1	1	1280×1024	1

Time-Sliced A-Series Virtual GPU Types on Single-Instance GPUs for NVIDIA RTX PRO 4500 Blackwell Server Edition#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (GB)	Max. vGPUs per GPU in Equal-Size Mode	Max. vGPUs per GPU in Mixed-Size Mode	Display Resolution	Virtual Displays per vGPU
DC-32A	32	1	1	1280×1024	1
DC-16A	16	2	2	1280×1024	1
DC-8A	8	4	4	1280×1024	1
DC-4A	4	8	8	1280×1024	1

NVIDIA RTX 6000 Ada Virtual GPU Types#

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.

Q-Series Virtual GPU Types for NVIDIA RTX 6000 Ada#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
RTX 6000 Ada-48Q	49152	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
RTX 6000 Ada-24Q	24576	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
RTX 6000 Ada-16Q	16384	3	2	66355200	7680×4320	2
					5120×2880 or lower	4
RTX 6000 Ada-12Q	12288	4	4	66355200	7680×4320	2
					5120×2880 or lower	4
RTX 6000 Ada-8Q	8192	6	4	66355200	7680×4320	2
					5120×2880 or lower	4
RTX 6000 Ada-6Q	6144	8	8	58982400	7680×4320	1
					5120×2880 or lower	4
RTX 6000 Ada-4Q	4096	12	8	58982400	7680×4320	1
					5120×2880 or lower	4
RTX 6000 Ada-3Q	3072	16	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
RTX 6000 Ada-2Q	2048	24	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
RTX 6000 Ada-1Q	1024	32[7]	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA RTX 6000 Ada#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
RTX 6000 Ada-3B	3072	16	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
RTX 6000 Ada-2B	2048	24	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
RTX 6000 Ada-1B	1024	32	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA RTX 6000 Ada#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
RTX 6000 Ada-48A	49152	1	1	1280×1024	1
RTX 6000 Ada-24A	24576	2	2	1280×1024	1
RTX 6000 Ada-16A	16384	3	2	1280×1024	1
RTX 6000 Ada-12A	12288	4	4	1280×1024	1
RTX 6000 Ada-8A	8192	6	4	1280×1024	1
RTX 6000 Ada-6A	6144	8	8	1280×1024	1
RTX 6000 Ada-4A	4096	12	8	1280×1024	1
RTX 6000 Ada-3A	3072	16	16	1280×1024	1
RTX 6000 Ada-2A	2048	24	16	1280×1024	1
RTX 6000 Ada-1A	1024	32[7]	16	1280×1024	1

NVIDIA RTX 5880 Ada Virtual GPU Types#

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.

Q-Series Virtual GPU Types for NVIDIA RTX 5880 Ada#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
RTX 5880 Ada-48Q	49152	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
RTX 5880 Ada-24Q	24576	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
RTX 5880 Ada-16Q	16384	3	2	66355200	7680×4320	2
					5120×2880 or lower	4
RTX 5880 Ada-12Q	12288	4	4	66355200	7680×4320	2
					5120×2880 or lower	4
RTX 5880 Ada-8Q	8192	6	4	66355200	7680×4320	2
					5120×2880 or lower	4
RTX 5880 Ada-6Q	6144	8	8	58982400	7680×4320	1
					5120×2880 or lower	4
RTX 5880 Ada-4Q	4096	12	8	58982400	7680×4320	1
					5120×2880 or lower	4
RTX 5880 Ada-3Q	3072	16	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
RTX 5880 Ada-2Q	2048	24	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
RTX 5880 Ada-1Q	1024	32[8]	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA RTX 5880 Ada#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
RTX 5880 Ada-3B	3072	16	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
RTX 5880 Ada-2B	2048	24	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
RTX 5880 Ada-1B	1024	32	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA RTX 5880 Ada#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
RTX 5880 Ada-48A	49152	1	1	1280×1024	1
RTX 5880 Ada-24A	24576	2	2	1280×1024	1
RTX 5880 Ada-16A	16384	3	2	1280×1024	1
RTX 5880 Ada-12A	12288	4	4	1280×1024	1
RTX 5880 Ada-8A	8192	6	4	1280×1024	1
RTX 5880 Ada-6A	6144	8	8	1280×1024	1
RTX 5880 Ada-4A	4096	12	8	1280×1024	1
RTX 5880 Ada-3A	3072	16	16	1280×1024	1
RTX 5880 Ada-2A	2048	24	16	1280×1024	1
RTX 5880 Ada-1A	1024	32[8]	16	1280×1024	1

NVIDIA RTX 5000 Ada Virtual GPU Types#

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.

Q-Series Virtual GPU Types for NVIDIA RTX 5000 Ada#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
RTX 5000 Ada-32Q	32768	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
RTX 5000 Ada-16Q	16384	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
RTX 5000 Ada-8Q	8192	4	4	66355200	7680×4320	2
					5120×2880 or lower	4
RTX 5000 Ada-4Q	4096	8	8	58982400	7680×4320	1
					5120×2880 or lower	4
RTX 5000 Ada-2Q	2048	16	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
RTX 5000 Ada-1Q	1024	32	32	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA RTX 5000 Ada#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
RTX 5000 Ada-3B	3072	10	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
RTX 5000 Ada-2B	2048	16	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
RTX 5000 Ada-1B	1024	32	32	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA RTX 5000 Ada#

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
RTX 5000 Ada-32A	32768	1	1	1280×1024	1
RTX 5000 Ada-16A	16384	2	2	1280×1024	1
RTX 5000 Ada-8A	8192	4	4	1280×1024	1
RTX 5000 Ada-4A	4096	8	8	1280×1024	1
RTX 5000 Ada-2A	2048	16	16	1280×1024	1
RTX 5000 Ada-1A	1024	32	32	1280×1024	1

NVIDIA RTX A6000 Virtual GPU Types#

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.

Q-Series Virtual GPU Types for NVIDIA RTX A6000#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
RTXA6000-48Q	49152	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
RTXA6000-24Q	24576	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
RTXA6000-16Q	16384	3	2	66355200	7680×4320	2
					5120×2880 or lower	4
RTXA6000-12Q	12288	4	4	66355200	7680×4320	2
					5120×2880 or lower	4
RTXA6000-8Q	8192	6	4	66355200	7680×4320	2
					5120×2880 or lower	4
RTXA6000-6Q	6144	8	8	58982400	7680×4320	1
					5120×2880 or lower	4
RTXA6000-4Q	4096	12	8	58982400	7680×4320	1
					5120×2880 or lower	4
RTXA6000-3Q	3072	16	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
RTXA6000-2Q	2048	24	16	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
RTXA6000-1Q	1024	32[9]	30	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA RTX A6000#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
RTXA6000-3B	3072	16	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
RTXA6000-2B	2048	24	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
RTXA6000-1B	1024	32	30	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA RTX A6000#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
RTXA6000-48A	49152	1	1	1280×1024	1
RTXA6000-24A	24576	2	2	1280×1024	1
RTXA6000-16A	16384	3	2	1280×1024	1
RTXA6000-12A	12288	4	4	1280×1024	1
RTXA6000-8A	8192	6	4	1280×1024	1
RTXA6000-6A	6144	8	8	1280×1024	1
RTXA6000-4A	4096	12	8	1280×1024	1
RTXA6000-3A	3072	16	16	1280×1024	1
RTXA6000-2A	2048	24	16	1280×1024	1
RTXA6000-1A	1024	32[9]	30	1280×1024	1

NVIDIA RTX A5500 Virtual GPU Types#

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.

Q-Series Virtual GPU Types for NVIDIA RTX A5500#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
RTXA5500-24Q	24576	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
RTXA5500-12Q	12288	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
RTXA5500-8Q	8192	3	2	66355200	7680×4320	2
					5120×2880 or lower	4
RTXA5500-6Q	6144	4	4	58982400	7680×4320	1
					5120×2880 or lower	4
RTXA5500-4Q	4096	6	4	58982400	7680×4320	1
					5120×2880 or lower	4
RTXA5500-3Q	3072	8	8	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
RTXA5500-2Q	2048	12	8	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
RTXA5500-1Q	1024	24	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA RTX A5500#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
RTXA5500-3B	3072	8	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
RTXA5500-2B	2048	12	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
RTXA5500-1B	1024	24	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA RTX A5500#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
RTXA5500-24A	24576	1	1	1280×1024	1
RTXA5500-12A	12288	2	2	1280×1024	1
RTXA5500-8A	8192	3	2	1280×1024	1
RTXA5500-6A	6144	4	4	1280×1024	1
RTXA5500-4A	4096	6	4	1280×1024	1
RTXA5500-3A	3072	8	8	1280×1024	1
RTXA5500-2A	2048	12	8	1280×1024	1
RTXA5500-1A	1024	24	16	1280×1024	1

NVIDIA RTX A5000 Virtual GPU Types#

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.

Q-Series Virtual GPU Types for NVIDIA RTX A5000#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
RTXA5000-24Q	24576	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
RTXA5000-12Q	12288	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
RTXA5000-8Q	8192	3	2	66355200	7680×4320	2
					5120×2880 or lower	4
RTXA5000-6Q	6144	4	4	58982400	7680×4320	1
					5120×2880 or lower	4
RTXA5000-4Q	4096	6	4	58982400	7680×4320	1
					5120×2880 or lower	4
RTXA5000-3Q	3072	8	8	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
RTXA5000-2Q	2048	12	8	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
RTXA5000-1Q	1024	24	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for NVIDIA RTX A5000#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
RTXA5000-3B	3072	8	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
RTXA5000-2B	2048	12	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
RTXA5000-1B	1024	24	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for NVIDIA RTX A5000#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
RTXA5000-24A	24576	1	1	1280×1024	1
RTXA5000-12A	12288	2	2	1280×1024	1
RTXA5000-8A	8192	3	2	1280×1024	1
RTXA5000-6A	6144	4	4	1280×1024	1
RTXA5000-4A	4096	6	4	1280×1024	1
RTXA5000-3A	3072	8	8	1280×1024	1
RTXA5000-2A	2048	12	8	1280×1024	1
RTXA5000-1A	1024	24	16	1280×1024	1

Tesla T4 Virtual GPU Types#

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.

Q-Series Virtual GPU Types for Tesla T4#

Intended use case: Virtual Workstations

Required license edition: vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
T4-16Q	16384	1	1	66355200	7680×4320	2
					5120×2880 or lower	4
T4-8Q	8192	2	2	66355200	7680×4320	2
					5120×2880 or lower	4
T4-4Q	4096	4	4	58982400	7680×4320	1
					5120×2880 or lower	4
T4-2Q	2048	8	8	36864000	7680×4320	1
					5120×2880	2
					3840×2400 or lower	4
T4-1Q	1024	16	16	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4

B-Series Virtual GPU Types for Tesla T4#

Intended use case: Virtual Desktops

Required license edition: vPC or vWS

These vGPU types support a maximum combined resolution based on the number of available pixels, which is determined by their frame buffer size. You can choose between using a small number of high resolution displays or a larger number of lower resolution displays with these vGPU types. The maximum number of displays per vGPU is based on a configuration in which all displays have the same resolution. For examples of configurations with a mixture of display resolutions, see Mixed Display Configurations for B-Series and Q-Series vGPUs.

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Available Pixels	Display Resolution	Virtual Displays per vGPU
T4-2B	2048	8	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
T4-2B4[1]	2048	8	8	18432000	5120×2880	1
					3840×2400	2
					3840×2160	2
					2560×1600 or lower	4
T4-1B	1024	16	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]
T4-1B4[1]	1024	16	16	16384000	5120×2880	1
					3840×2400	1
					3840×2160	1
					2560×1600 or lower	4[2]

A-Series Virtual GPU Types for Tesla T4#

Intended use case: Virtual Applications

Required license edition: vApps

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

Virtual GPU Type	Frame Buffer (MB)	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Maximum Display Resolution	Virtual Displays per vGPU
T4-16A	16384	1	1	1280×1024	1
T4-8A	8192	2	2	1280×1024	1
T4-4A	4096	4	4	1280×1024	1
T4-2A	2048	8	8	1280×1024	1
T4-1A	1024	16	16	1280×1024	1

Mixed Display Configurations for B-Series and Q-Series vGPUs#

Mixed Display Configurations for B-Series vGPUs#

Virtual GPU Type	Available Pixels	Available Pixel Basis	Maximum Displays	Sample Mixed Display Configurations
-3B	18432000	2 3840×2400 displays	4	1 3840×2400 display plus 2 2560×1600 displays
-2B	18432000	2 3840×2400 displays	4	1 3840×2400 display plus 2 2560×1600 displays
-2B4	18432000	2 3840×2400 displays	4	1 3840×2400 display plus 2 2560×1600 displays
-1B	16384000	4 2560×1600 displays	4	1 4096×2160 display plus 1 2560×1600 display
-1B4	16384000	4 2560×1600 displays	4	1 4096×2160 display plus 1 2560×1600 display

Mixed Display Configurations for Q-Series vGPUs#

Virtual GPU Type	Available Pixels	Available Pixel Basis	Maximum Displays	Sample Mixed Display Configurations
-8Q and above	66355200	2 7680×4320 displays	4	1 7680×4320 display plus 2 5120×2880 displays
				1 7680×4320 display plus 3 4096×2160 displays
-6Q	58982400	4 5120×2880 displays	4	1 7680×4320 display plus 1 5120×2880 display
-4Q	58982400	4 5120×2880 displays	4	1 7680×4320 display plus 1 5120×2880 display
-3Q	35389440	4 4096×2160 displays	4	1 5120×2880 display plus 2 4096×2160 displays
-2Q	35389440	4 4096×2160 displays	4	1 5120×2880 display plus 2 4096×2160 displays
-1Q	17694720	2 4096×2160 displays	4	1 4096×2160 display plus 2 2560×1600 displays

vGPU Placements for GPUs#

The vGPU placements that a GPU supports depend on the total amount of frame buffer that the GPU has and whether the GPU is in mixed-size mode or equal-size mode.

In equal-size mode, the vGPU placement IDs are integer multiples of the placement size from zero to 1 fewer than the maximum vGPUs per GPU. For example, on a GPU with 40 GB of frame buffer, the maximum number of vGPUs with 10240 MB of frame buffer, which have a placement size of 10, is 4. The placement IDs for these vGPUs are as follows:

0 × 10 = 0
1 × 10 =10
2 × 10 = 20
3 × 10 = 30

vGPU Placements for GPUs with 96 GB of Frame Buffer#

The placement region size depends on the number GPU instances on the GPU.

vGPU placement IDs for GPUs with 96 GB of frame buffer are the same in mixed-size mode and in equal-size mode.

Note

For MIG-backed vGPUs, the placement IDs and placement region are local to the GPU instance, not the physical GPU. Therefore, multiple vGPUs on different GPU instances on the same GPU can have the same placement ID.

vGPU Placements on a Single-Instance GPU#

Placement region size: 96

A single-instance GPU is a GPU that is not partitioned into multiple GPU instances.

vGPU Size (MB of Frame Buffer)	Placement Size	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Supported Placement IDs
98304	96	1	1	0
49152	48	2	2	0, 48
32768	32	3	3	0, 32, 64
24576	24	4	4	0, 24, 48, 72
16384	16	6	6	0, 16, 32, 48, 64, 80
12288	12	8	8	0, 12, 24, 36, 48, 60, 72, 84
8192	8	12	12	0, 8, 16, 24, 32, 40, 48, 56, 64, 72, 80, 88
6144	6	16	16	0, 6, 12, 18, 24, 30, 36, 42, 48, 54, 60, 66, 72, 78, 84, 90
4096	4	24	24	0, 4, 8, 12, 16, 20, 24, 28, 32, 36, 40, 44, 48, 52, 56, 60, 64, 68, 72, 76, 80, 84, 88, 92
3072	3	32	32	0, 3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33, 36, 39, 42, 45, 48, 51, 54, 57, 60, 63, 66, 69, 72, 75, 78, 81, 84, 87, 90, 93
2048	2	32	32	0, 3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33, 36, 39, 42, 45, 48, 51, 54, 57, 60, 63, 66, 69, 72, 75, 78, 81, 84, 87, 90, 93

The following diagram shows the supported placements for each size of vGPU on a single-instance GPU with a total of 96 GB of frame buffer in mixed-size mode and in equal-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 96 GB of frame buffer in mixed-size mode and in equal-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 96 GB of frame buffer in mixed-size mode and in equal-size mode.

vGPU Placements on a Full-Partition GPU Instance (4g.96gb+gfx)#

Placement region size: 96

A full partition GPU instance is assigned all of the GPU’s frame buffer.

vGPU Size (MB of Frame Buffer)	Placement Size	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Supported Placement IDs
98304	96	1	1	0
49152	48	2	2	0, 48
32768	32	3	3	0, 32, 64
24576	24	4	4	0, 24, 48, 72

The following diagram shows the supported placements for each size of vGPU on a full-partition GPU instance on a GPU with a total of 96 GB of frame buffer in mixed-size mode and in equal-size mode.

Diagram showing the supported placements for each size of vGPU on a full-partition GPU instance on a GPU with a total of 96 GB of frame buffer in mixed-size mode and in equal-size mode.Diagram showing the supported placements for each size of vGPU on a full-partition GPU instance on a GPU with a total of 96 GB of frame buffer in mixed-size mode and in equal-size mode.

vGPU Placements on a Half-Partition GPU Instance (2g.48gb+gfx)#

Placement region size: 48

A half- partition GPU instance is assigned half of the GPU’s frame buffer.

vGPU Size (MB of Frame Buffer)	Placement Size	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Supported Placement IDs
49152	48	1	1	0
24576	24	2	2	0, 24
16384	26	3	3	0, 16, 32
12288	12	4	4	0, 12, 24, 36

The following diagram shows the supported placements for each size of vGPU on a half-partition GPU instance on a GPU with a total of 96 GB of frame buffer in mixed-size mode and in equal-size mode.

Diagram showing the supported placements for each size of vGPU on a half-partition GPU instance on a GPU with a total of 96 GB of frame buffer in mixed-size mode and in equal-size mode.Diagram showing the supported placements for each size of vGPU on a half-partition GPU instance on a GPU with a total of 96 GB of frame buffer in mixed-size mode and in equal-size mode.

vGPU Placements on a Quarter-Partition GPU Instance (1g.24gb+gfx)#

Placement region size: 48

A quarter- partition GPU instance is assigned one quarter of the GPU’s frame buffer.

vGPU Size (MB of Frame Buffer)	Placement Size	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Supported Placement IDs
24576	24	1	1	0
12288	12	2	2	0, 12
8192	8	3	3	0, 8, 16
6144	6	4	4	0, 6, 12, 18
4096	4	6	6	0, 4, 8, 12, 16, 20
3072	3	8	8	0, 3, 6, 9, 12, 15, 18, 21
2048	2	12	12	0, 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22

The following diagram shows the supported placements for each size of vGPU on a quarter-partition GPU instance on a GPU with a total of 96 GB of frame buffer in mixed-size mode and in equal-size mode.

Diagram showing the supported placements for each size of vGPU on a quarter-partition GPU instance on a GPU with a total of 96 GB of frame buffer in mixed-size mode and in equal-size mode.Diagram showing the supported placements for each size of vGPU on a quarter-partition GPU instance on a GPU with a total of 96 GB of frame buffer in mixed-size mode and in equal-size mode.

vGPU Placements for GPUs with 94 GB of Frame Buffer#

Placement region size: 94

vGPU Size (MB of Frame Buffer)	Placement Size	Maximum vGPUs per GPU in Equal-Size Mode	Supported Placement IDs in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Supported Placement IDs in Mixed-Size Mode
96256	94	1	0	1	0
48128	47	2	0, 47	2	0, 47
23552	23	4	0, 23, 46, 79	4	0, 24, 47, 71
15360	15	6	0, 15, 30, 45, 60, 75	4	0, 32, 47, 79
11264	11	8	0, 11, 22, 33, 44, 55, 66, 77	8	0, 12, 23, 36, 47, 59, 70, 83
6,144	6	15	0, 6, 12, 18, 24, 30, 36, 42, 48, 54, 60, 66, 72, 78, 84	8	0, 17, 23, 41, 47, 64, 70, 88
4,096	4	23	0, 4, 8, 12, 16, 20, 24, 28, 32, 36, 40, 44, 48, 52, 56, 60, 64, 68, 72, 76, 80, 84, 88	16	0, 7, 11, 19, 23, 31, 35, 43, 47, 54, 58, 66, 70, 78, 82, 90

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 94 GB of frame buffer in mixed-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 94 GB of frame buffer in mixed-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 94 GB of frame buffer in mixed-size mode.

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 94 GB of frame buffer in equal-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 94 GB of frame buffer in equal-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 94 GB of frame buffer in equal-size mode.

vGPU Placements for GPUs with 80 GB of Frame Buffer#

Placement region size: 80

vGPU Size (MB of Frame Buffer)	Placement Size	Maximum vGPUs per GPU in Equal-Size Mode	Supported Placement IDs in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Supported Placement IDs in Mixed-Size Mode
81920	80	1	0	1	0
40960	40	2	0, 40	2	0, 40
20480	20	4	0, 20, 40, 60	4	0, 20, 40, 60
16384	16	5	0, 16, 32, 48, 64	4	0, 24, 40, 64
10240	10	8	0, 10, 20, 30, 40, 50, 60, 70	8	0, 10, 20, 30, 40, 50, 60, 70
8192	8	10	0, 8, 16, 24, 32, 40, 48, 56, 64, 72	8	0, 12, 20, 32, 40, 52, 60, 72
5120	5	16	0, 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75	16	0, 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75
4096	4	20	0, 4, 8, 12, 16, 20, 24, 28, 32, 36, 40, 44, 48, 52, 56, 60, 66, 70, 76	16	0, 6, 10, 16, 20, 26, 30, 36, 40, 46, 50, 56, 60, 66, 70, 76

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 80 GB of frame buffer in mixed-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 80 GB of frame buffer in mixed-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 80 GB of frame buffer in mixed-size mode.

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 80 GB of frame buffer in equal-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 80 GB of frame buffer in equal-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 80 GB of frame buffer in equal-size mode.

vGPU Placements for GPUs with 64 GB of Frame Buffer#

Placement region size: 64

vGPU placement IDs for GPUs with 64 GB of frame buffer are the same in mixed-size mode and in equal-size mode.

vGPU Size (MB of Frame Buffer)	Placement Size	Maximum vGPUs per GPU in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Supported Placement IDs
65536	64	1	1	0
32768	32	2	2	0, 32
16384	16	4	4	0, 16, 32, 48
8192	8	8	8	0, 8, 16, 24, 32, 40, 48, 56
4096	4	16	16	0, 4, 8, 12, 16, 20, 24, 28, 32, 36, 40, 44, 48, 52, 46, 60

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 64 GB of frame buffer in mixed-size mode and in equal-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 64 GB of frame buffer in mixed-size mode and in equal-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 64 GB of frame buffer in mixed-size mode and in equal-size mode.

vGPU Placements for GPUs with 48 GB of Frame Buffer#

Placement region size: 48

Note

When in mixed-size mode, the maximum number of vGPUs with 1024 MB of frame buffer allowed on GPUs based on the Ada Lovelace GPU architecture is lower than for other GPU architectures. As a result, the supported placement IDs for these vGPUs on GPUs based on the Ada Lovelace GPU architecture are different than for other GPU architectures.

vGPU Size (MB of Frame Buffer)	Placement Size	Maximum vGPUs per GPU in Equal-Size Mode	Supported Placement IDs in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Supported Placement IDs in Mixed-Size Mode
49152	48	1	0	1	0
24576	24	2	0, 24	2	0, 24
16384	16	3	0, 16, 32	2	0, 32
12288	12	4	0, 12, 24, 36	4	0, 12, 24, 36
8192	8	6	0, 8, 16, 24, 32, 40	4	0, 16, 24, 40
6144	6	8	0, 6, 12, 18, 24, 30, 36, 42	8	0, 6, 12, 18, 24, 30, 36, 42
4096	4	12	0, 4, 8, 12, 16, 20, 24, 28, 32, 36, 40, 44	8	0, 8, 12, 20, 24, 32, 36, 44
3072	3	16	0, 3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33, 36, 39, 42, 45	16	0, 3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33, 36, 39, 42, 45
2048	2	24	0, 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26, 28, 30, 32, 34, 36, 38, 40, 42, 44, 46	16	0, 4, 6, 10, 12, 16, 18, 22, 24, 28, 30, 34, 36, 40, 42, 46
1024	1	32	0 through 31	GPU architectures except Ada Lovelace: 30	GPU architectures except Ada Lovelace: 0, 2, 3, 5, 6, 9, 11, 12, 14, 15, 17, 18, 20, 21, 23, 24, 26, 27, 29, 30, 33, 35, 36, 38, 39, 41, 42, 44, 45, 47
				Ada Lovelace GPU architecture: 16	Ada Lovelace GPU architecture: 0, 5, 6, 11, 12, 17, 18, 23, 24, 29, 30, 35, 36, 41, 42, 47

The following diagram shows the supported placements for each size of vGPU on a GPU based on a GPU architecture except Ada Lovelace with a total of 48 GB of frame buffer in mixed-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU based on a GPU architecture except Ada Lovelace with a total of 48 GB of frame buffer in mixed-size mode.Diagram showing the supported placements for each size of vGPU on a GPU based on a GPU architecture except Ada Lovelace with a total of 48 GB of frame buffer in mixed-size mode.

The following diagram shows the supported placements for each size of vGPU on a GPU based on the Ada Lovelace GPU architecture with a total of 48 GB of frame buffer in mixed-size mode.

Diagram showingthe supported placements for each size of vGPU on a GPU based on the Ada Lovelace GPU architecture with a total of 48 GB of frame buffer in mixed-size mode.Diagram showingthe supported placements for each size of vGPU on a GPU based on the Ada Lovelace GPU architecture with a total of 48 GB of frame buffer in mixed-size mode.

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 48 GB of frame buffer in equal-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 48 GB of frame buffer in equal-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 48 GB of frame buffer in equal-size mode.

vGPU Placements for GPUs with 40 GB of Frame Buffer#

Placement region size: 40

vGPU Size (MB of Frame Buffer)	Placement Size	Maximum vGPUs per GPU in Equal-Size Mode	Supported Placement IDs in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Supported Placement IDs in Mixed-Size Mode
40960	40	1	0	1	0
20480	20	2	0, 20	2	0, 20
10240	10	4	0, 10, 20, 30	4	0, 10, 20, 30
8192	8	5	0, 8, 16, 24, 32	4	0, 12, 20, 32
5120	5	8	0, 5, 10, 15, 20, 25, 30, 35	8	0, 5, 10, 15, 20, 25, 30, 35
4096	4	10	0, 4, 8, 12, 16, 20, 24, 28, 32, 36	8	0, 6, 10, 16, 20, 26, 30, 36

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 40 GB of frame buffer in mixed-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 40 GB of frame buffer in mixed-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 40 GB of frame buffer in mixed-size mode.

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 40 GB of frame buffer in equal-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 40 GB of frame buffer in equal-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 40 GB of frame buffer in equal-size mode.

vGPU Placements for GPUs with 32 GB of Frame Buffer#

Placement region size: 32

vGPU Size (MB of Frame Buffer)	Placement Size	Maximum vGPUs per GPU in Equal-Size Mode	Supported Placement IDs in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Supported Placement IDs in Mixed-Size Mode
32768	32	1	0	1	0
16384	16	2	0, 16	2	0, 16
8192	8	4	0, 8, 16, 24	4	0, 8, 16, 24
4096	4	8	0, 4, 8, 12, 16, 20, 24, 28	8	0, 4, 8, 12, 16, 20, 24, 28
3072	3	10	0, 3, 6, 9, 12, 15, 18, 21, 24, 27	8	0, 5, 8, 13, 16, 21, 24, 29
2048	2	16	0, 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26, 28, 30	16	0, 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22, 24, 26, 28, 30
1024	1	32	0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31	32	0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 32 GB of frame buffer in mixed-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 32 GB of frame buffer in mixed-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 32 GB of frame buffer in mixed-size mode.

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 32 GB of frame buffer in equal-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 32 GB of frame buffer in equal-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 32 GB of frame buffer in equal-size mode.

vGPU Placements for GPUs with 24 GB of Frame Buffer#

Placement region size: 24

vGPU Size (MB of Frame Buffer)	Placement Size	Maximum vGPUs per GPU in Equal-Size Mode	Supported Placement IDs in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Supported Placement IDs in Mixed-Size Mode
24576	24	1	0	1	0
12288	12	2	0, 12	2	0, 12
8192	8	3	0, 8, 16	2	0, 16
6144	6	4	0, 6, 12, 18	4	0, 6, 12, 18
4096	4	6	0, 4, 8, 12, 16, 20	4	0, 8, 12, 20
3072	3	8	0, 3, 6, 9, 12, 15, 18, 21	8	0, 3, 6, 9, 12, 15, 18, 21
2048	2	12	0, 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 22	8	0, 4, 6, 10, 12, 16, 18, 22
1024	1	24	0 through 23	16	0, 2, 3, 5, 6, 8, 9, 11, 12, 14, 15, 17, 18, 20, 21, 23

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 24 GB of frame buffer in mixed-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 24 GB of frame buffer in mixed-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 24 GB of frame buffer in mixed-size mode.

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 24 GB of frame buffer in equal-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 24 GB of frame buffer in equal-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 24 GB of frame buffer in equal-size mode.

vGPU Placements for GPUs with 20 GB of Frame Buffer#

Placement region size: 20

vGPU Size (MB of Frame Buffer)	Placement Size	Maximum vGPUs per GPU in Equal-Size Mode	Supported Placement IDs in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Supported Placement IDs in Mixed-Size Mode
20480	20	1	0	1	0
10240	10	2	0, 10	2	0, 10
5120	5	4	0, 5, 10, 15	4	0, 5, 10, 15
4096	4	5	0, 4, 8, 12, 16	4	0, 6, 10, 16
2048	2	10	0, 2, 4, 6, 8, 10, 12, 14, 16, 18	8	0, 3, 5, 8, 10, 13, 15, 18
1024	1	20	0 through 19	16	0, 1, 2, 4, 5, 6, 7, 9, 10, 11, 12, 14, 15, 16, 17, 19

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 20 GB of frame buffer in mixed-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 20 GB of frame buffer in mixed-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 20 GB of frame buffer in mixed-size mode.

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 20 GB of frame buffer in equal-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 20 GB of frame buffer in equal-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 20 GB of frame buffer in equal-size mode.

vGPU Placements for GPUs with 16 GB of Frame Buffer#

Placement region size: 16

vGPU placement IDs for GPUs with 16 GB of frame buffer are the same in mixed-size mode and in equal-size mode.

vGPU Size (MB of Frame Buffer)	Placement Size	Maximum vGPUs per GPU in Equal-Size Mode	Supported Placement IDs in Equal-Size Mode	Maximum vGPUs per GPU in Mixed-Size Mode	Supported Placement IDs in Mixed-Size Mode
16384	16	1	0	1	0
8192	8	2	0, 8	2	0, 8
4096	4	4	0, 4, 8, 12	4	0, 4, 8, 12
3072	3	5	0, 3, 6, 9, 12	4	0, 5, 8, 13
2048	2	8	0, 2, 4, 6, 8, 10, 12, 14	8	0, 2, 4, 6, 8, 10, 12, 14
1024	1	16	0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15	16	0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 16 GB of frame buffer in mixed-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 16 GB of frame buffer in mixed-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 16 GB of frame buffer in mixed-size mode.

The following diagram shows the supported placements for each size of vGPU on a GPU with a total of 16 GB of frame buffer in equal-size mode.

Diagram showing the supported placements for each size of vGPU on a GPU with a total of 16 GB of frame buffer in equal-size mode.Diagram showing the supported placements for each size of vGPU on a GPU with a total of 16 GB of frame buffer in equal-size mode.