The REDEFINE™ SoC Platform

REDEFINE is a multi-accelerator and many-core System-on-Chip platform for compute-intensive applications on the Edge and at the Core. High performance computing applications from the domain of AI and Machine Learning, real-time reactive control applications for avionics and autonomous vehicles are candidates for acceleration on REDEFINE. Through run-time specialization, REDEFINE can be configured into dynamic virtual clusters of RISC-V ISA based compute cores. The architecture offers seamless scalability from 16-cores to 4K-cores without any software changes. Multiple, and diverse accelerators are realized on REDEFINE SoC as software-defined domain-specific hardware.

REDEFINE based solutions offer a unique combination of high performance and flexibility not available from other technologies provided by global players. REDEFINE SoCs accelerate entire classes of compute-intensive applications, at significantly low power. REDEFINE delivers ASIC-like high performance at an affordable NRE cost for a wide range of compute-intensive application domains in the areas of avionics, autonomous vehicles, real-time image and video analytics for surveillance, numerical computation, neural networks and deep learning, accelerates data-parallel SIMD algorithms, task-parallel MIMD algorithms, streaming algorithms, and asynchronous event-driven algorithms simultaneously. An user friendly advanced integrated development environment is an integral part of the REDEFINE SoC ecosystem.


Go to more detailed technical information videos on the REDEFINE architecture, execution, and compilation model.

Go to a video demonstration of multiple concurrent kernel execution on REDEFINE.