Morphing Machines Pvt Ltd develops the REDEFINE™ technology, a runtime reconfigurable many-core processor architecture that optimizes performance and power efficiency for compute-intensive applications. This technology addresses the limitations of traditional ASIC designs by providing high performance at a lower non-recurring engineering cost, enabling faster deployment across various sectors such as avionics, automotive, and telecommunications.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional ASIC designs for compute-intensive applications often suffer from high non-recurring engineering costs and limited flexibility, hindering rapid deployment and adaptation to evolving requirements. This inflexibility can lead to increased time-to-market and reduced performance optimization for specific application domains.
Solution
Morphing Machines' REDEFINE™ technology offers a runtime reconfigurable many-core processor architecture that addresses the limitations of traditional ASICs. This massively parallel embedded processor is customized at design-time and specialized at runtime, enabling significant performance and power efficiency improvements for compute-intensive applications. By providing a flexible and adaptable hardware platform, REDEFINE™ allows for faster deployment and optimization across diverse sectors, mitigating the challenges associated with high-performance computing. The architecture's reconfigurability allows it to adapt to changing workloads and emerging standards, future-proofing applications and reducing the need for costly hardware redesigns.
Target Audience
The primary target audience includes companies in the avionics, automotive, 5G/6G telecommunications, and high-performance computing sectors seeking to accelerate their applications and reduce development costs.
Features
- Many-core, massively parallel architecture for high-performance computing
- Runtime reconfigurable fabric enabling dynamic adaptation to application requirements
- Domain-Specific Architecture (DSA) customization for optimized performance
- Lower non-recurring engineering (NRE) costs compared to traditional ASICs
- Accelerated deployment across various sectors including avionics, automotive, and telecommunications