NoISA Processor
The NoISA Processor from Hotwright provides an innovative shift from traditional ISA-based processor systems. Unlike traditional processors that implement a fixed architecture for the ALU, register file, and hardware controller, the NoISA model is implemented using the Hotstate machine. This technology enables runtime loadable microcoded state machines that are programmable in a subset of the C language.
This processor offers a unique solution for applications where space and power efficiency are critical, such as IoT and edge devices. The design focuses on reducing energy consumption while maintaining performance, which can be comparable to or exceed that of a traditional softcore CPU. The NoISA Processor is especially beneficial for creating small controllers and state machines that need programmability and adaptability.
Applications for the NoISA Processor are vast, including areas where flexibility to change hardware behavior rapidly is needed without replacing or redesigning the hardware itself. This processor supports enhanced behavioral changes by reloading microcode in contrast to limited instruction-based adjustments in typical processors, offering greater freedom for developers to optimize performance across various domains without being tied to a specific ISA.
Hotwright Inc.
AI Processor, CPU, DSP Core, Multiprocessor / DSP, Processor Core Dependent, Processor Core Independent, Processor Cores