VIDEO
SAKURA-II Edge AI Acceleration Solution Announced by EdgeCortix CEO Sakya Dasgupta
The exciting new SAKURA-II device pushes the envelope for Edge AI with support for Generative AI and other complex models
In this video, CEO and Founder Sakya Dasgupta discusses how EdgeCortix used a software-first approach to develop a complete Edge AI Platform with silicon, AI engines, software, and development platforms.
The SAKURA-II Platform includes:
- SAKURA-II device: High performance, 60 TOPS, edge AI accelerator architected to run the latest vision and Generative AI models with market-leading energy efficiency and low latency.
- Dynamic Reconfigurable Architecture (DNA): A flexible neural architecture with run-time reconfigurable interconnects between compute units and support for up to 32GB of DRAM, achieving exceptional parallelism and efficiency through dynamic grouping.
- MERA Compiler and Software Framework: A robust platform for deploying the latest AI inference models quickly and easily, in an application agnostic manner.
- M.2 Modules and PCIe Cards: Development platforms in M.2 and PCIe form factors, enabling flexible system integration, quick and easy evaluation, and fast time-to-market.
Learn how the SAKURA-II Edge AI Platform solution can power your next design.
Next Wave of Generative AI at the Edge
Introducing SAKURA-II, the world’s most flexible and energy efficient AI accelerator
SAKURA™-II
AI Accelerator
AI Accelerator
High Performance, Low Power, Generative AI ready, effectively handles multi-billion parameter models
Efficient Hardware
Efficient Hardware
AI Accelerator
Modules and Cards
Modules and Cards
Up to 240 TOPS in systems
powered by the latest SAKURA-II
AI Accelerators
Deployable Systems
powered by the latest SAKURA-II
AI Accelerators
Deployable Systems
MERA Compiler and Framework
Industry first software platform enabling AI inference across heterogeneous systems
Unique Software
Unique Software
Dynamic Neural Accelerator™ Technology
Flexible, run-time reconfigurable, highly-parallelized and efficient architecture
Proprietary Architecture
Proprietary Architecture