Overview The Nvidia A10 Tensor Core Gpu, Combined With Nvidia Rtx Virtual Workstation (vws) Software, Brings Mainstream Graphics And Video With Ai Services To Mainstream Enterprise Servers, Delivering The Solutions That Designers, Engineers, Artists, And Scientists Need To Meet Todays Challenges.
Built On The Latest Nvidia Ampere Architecture, The A10 Combines Second-generation Rt Cores, Third-generation Tensor Cores, And New Streaming Microprocessors With 24 Gb Of Gddr6 Memory For Versatile Graphics, Rendering, Ai, And Compute Performance. From Virtual Workstations, Accessible Anywhere In The World, To Render Nodes To The Data Centers Running A Variety Of Workloads, A10 Is Built To Deliver Optimal Performance In A Single-wide, Full-height, Full-length Pcie Form Factor.
Features
the Thinksystem Nvidia A10 24gb Pcie Gen4 Passive Gpu Offers The Following Features:
Designed For Accelerated Vdi: Optimized For User Density, And Combined With Nvidia Vpc Software, Enables Graphics-rich Virtual Pcs To Be Accessible From Anywhere.
Affordable Virtual Workstations: Large Frame Buffer 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 That Is Indistinguishable From A Native Pc Or Workstation.
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 To Enable Maximum Productivity And Photorealistic Quality In A Vdi Environment.
More Than 2x The Encoder Throughput: More Than Double The Encoder Throughput Versus Previous Generation M10, Providing High-performance Transcoding And The Multiuser Performance Required For Multi-stream Video And Multimedia.
Highest Quality Video: Support For The Latest Codecs, Including H.265 Encode/decode, Vp9, And Av1 Decode For The Highest-quality Video Experiences.
Nvidia Ampere Architecture: Nvidia Ampere Architecture Based Cuda Cores, Second Generation Rt-cores, And Third- Generation Tensor-cores Provide The Flexibility To Host Virtual Workstations Powered By Nvidia Rtx Vws Software, Or To Leverage Unused Vdi Resources To Run Compute Workloads With Nvidia Ai Enterprise Software.
Technical Specifications
Gpu Architecture X Nvidia Ampere
Nvidia Tensor Cores Third-generation Tensor Cores
Nvidia Cuda Cores (shading Units)s 9216 Fp32 Cuda Cores
Nvidia Rt Cores 72 Rt Cores
Double-precision Performance (fp64) Not Applicable
Single-precision Performance
