NVIDIA A16 64 GB GDDR6 900-2G171-0000-100
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Buy NVIDIA A16 64 GB GDDR6 900-2G171-0000-100
When you make a purchase through links on our site, we may receive a affiliate commission.
Nvidia A16 64 GB GDDR6 900-2G171-0000-100 | £2,957.64 |  | |||
| £3,002.78 |  | ||||
| £3,079.99 |  | ||||
NVIDIA A16 64GB GDDR6 Passive 900-2G171-0000-100 | £3,280.10 |  | |||
Take remote work to the next level with NVIDIA A16. Combined with NVIDIA Virtual PC (vPC) or NVIDIA RTX Virtual Workstation (vWS) software it enables virtual desktops and workstations with the power and performance to tackle any project from anywhere. Purpose-built for high-density graphics-rich virtual desktop infrastructure (VDI) and leveraging the NVIDIA Ampere architecture A16 provides double the user density versus the previous generation while ensuring the best possible user experience.
Designed for Accelerated VDI
Optimized for user density and combined with NVIDIA vPC software enables graphics-rich virtual PCs accessible from anywhere
Affordable Virtual Workstations
Enables large framebuffer per user for entry-level virtual workstations with NVIDIA RTX vWS software running workloads such as computer aided design (CAD)
Flexibly Support Diverse User Types
Unique quad-GPU board design enables the provisioning of mixed user profile sizes and user types such as virtual PCs and virtual workstations on a single board.
Superior User Experience
Provides increased frame rate and lower end user latency versus CPU-only VDI resulting in more responsive applications and a user experience thats indistinguishable from a native PC
Double the User Density
Purpose-built for graphics-rich VDI with support for up to 64 concurrent users per board in a dual-slot form factor
High Resolution Display
Supports multiple high-resolution monitors (up to two 4K or a single 5K) to enable maximum productivity and photorealistic quality in a virtualization environment
More than 2x the Encoder Throughput
More than double the encoder throughput versus previous generation M10 providing the multiuser performance required for streaming video and multimedia
Highest Quality Video
Supports the latest codecs including H.265 encode/decode VP9 and AV1 decode for the highest-quality video experiences
PCI Express Gen 4
Supports PCI Express Gen 4 data-transfer speeds from CPU memory for data-intensive tasks
NVIDIA Ampere Architecture
Includes NVIDIA Ampere architecture-based CUDA cores second-generation RT Cores and third-generation Tensor Cores delivering the flexibility to host virtual workstations powered by NVIDIA RTX Virtual Workstation (vWS) software or leverage unused VDI resources to run compute workloads.
Designed for Accelerated VDI
Optimized for user density and combined with NVIDIA vPC software enables graphics-rich virtual PCs accessible from anywhere
Affordable Virtual Workstations
Enables large framebuffer per user for entry-level virtual workstations with NVIDIA RTX vWS software running workloads such as computer aided design (CAD)
Flexibly Support Diverse User Types
Unique quad-GPU board design enables the provisioning of mixed user profile sizes and user types such as virtual PCs and virtual workstations on a single board.
Superior User Experience
Provides increased frame rate and lower end user latency versus CPU-only VDI resulting in more responsive applications and a user experience thats indistinguishable from a native PC
Double the User Density
Purpose-built for graphics-rich VDI with support for up to 64 concurrent users per board in a dual-slot form factor
High Resolution Display
Supports multiple high-resolution monitors (up to two 4K or a single 5K) to enable maximum productivity and photorealistic quality in a virtualization environment
More than 2x the Encoder Throughput
More than double the encoder throughput versus previous generation M10 providing the multiuser performance required for streaming video and multimedia
Highest Quality Video
Supports the latest codecs including H.265 encode/decode VP9 and AV1 decode for the highest-quality video experiences
PCI Express Gen 4
Supports PCI Express Gen 4 data-transfer speeds from CPU memory for data-intensive tasks
NVIDIA Ampere Architecture
Includes NVIDIA Ampere architecture-based CUDA cores second-generation RT Cores and third-generation Tensor Cores delivering the flexibility to host virtual workstations powered by NVIDIA RTX Virtual Workstation (vWS) software or leverage unused VDI resources to run compute workloads.
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