


High Efficiency with Flexible Architecture
The AMD Alveo™ V70 accelerator card is the first Alveo production card leveraging AMD XDNA™ architecture with AI Engines. It is designed for AI inference efficiency and is tuned for video analytics and natural language processing applications. The card comes with industry standard framework support, directly compiling models trained in TensorFlow and PyTorch. Providing low power and a small form factor, the V70 helps reduce cost per AI channel and provides high channel density for video applications allowing you to meet your demanding AI performance requirements.

Applications
Specifications
Feature | Details |
---|---|
Application | AI Inference |
Architecture | AMD XDNA – Versal AI Core |
AI Engine | 2nd-gen AIE-ML tiles |
TOPS1 (INT8) | 404 |
TOPS1 (BF16) | 202 |
Memory Bandwidth | 47.6 TB/s for internal memory 76.8 GB/s for external DDR |
High-Density Video Decoder2 | 96 channels of 1920x1080p |
PCIe interface | Gen 4/5 x8 |
Form Factor | Half Height, Half Length |
Cooling | Passive |
Power (TDP) | 75W |

Software Programmability
Vitis™ AI provides a comprehensive AI inference development platform for AMD adaptive SoCs and Alveo data center accelerators providing standard framework support, directly compiling models trained in TensorFlow and PyTorch . Vitis AI plugs into common software developer tools and utilizes a rich set of optimized open-source libraries to empower software developers with machine learning acceleration as part of their software code.
Get Started
Get started today with the Alveo V70 accelerator card. Available now from AMD and authorized distributors.

Alveo V70 Accelerator Card
The Alveo™ V70 accelerator card is the first AMD Alveo production card leveraging AMD XDNA™ architecture with AI Engines. It is designed for AI inference efficiency and is tuned for video analytics and natural language processing applications.
Resources

Contact Us
Sign up to receive the latest data center news or get in touch with an AMD Sales representative.
脚注
1. Using 50% weight sparsity
2. @10 fps, H.264/H.265