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Hotwright Inc.

Hotwright Inc. is a semiconductor intellectual property provider based in Beaverton, Oregon, renowned for their cutting-edge NoISA processor. The company is driven by the understanding that traditional ISA-based processors, with their fixed ALU and register files, might limit flexibility. Their innovative NoISA processor eliminates these constraints by leveraging a novel Hotstate machine, enabling customized performance tailored to specific hardware architectures without modifying the FPGA itself. This technology allows energy-efficient solutions, suitable especially for edge computing and IoT devices. By integrating advanced microcode control, the NoISA processor redefines hardware flexibility, providing an adaptable alternative to fixed instruction set architectures. This solution is excellent for scenarios where traditional softcore CPUs might be impractical due to size or speed constraints. The processor exhibits versatility and power efficiency, making it a stellar choice for creating compact and fast controllers, state machines, and adapting behaviors dynamically under software control rather than hardware alteration. Another hallmark of Hotwright's innovation is the Hotstate machine, a highly parameterized microcoded algorithmic state machine system, crafted using RTL but programmed in a C subset. This flexible system significantly enhances design processes by breaking tasks into manageable state machine systems, streamlining development efforts, and reducing resource consumption. Unlike conventional processor cores which can be restrictive due to their size and complexity, the Hotstate machine allows engineers to construct systems that exactly match their application needs, effectively improving performance by allowing tailored hardware control. Read more

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NoISA Processor

The NoISA Processor by Hotwright Inc. presents a novel approach to processing architecture by departing from the traditional fixed Instruction Set Architecture (ISA). It adopts a flexible strategy, utilizing a Hotstate machine enhanced with HDL capabilities, making it a powerful alternative for scenarios where softcore CPUs are inadequate due to area constraints or energy inefficiency. The primary advantage is in its low power consumption and adaptability, critical for edge and IoT applications where resource preservation is paramount. This processor is characterized by its ability to shift and adapt its operations through the reloading of sophisticated microcode instead of static instructions. It's particularly useful for developers looking to change an FPGA's behavior dynamically without needing to alter the FPGA's structure, thus offering unparalleled flexibility and performance optimization. The NoISA's design ensures rapid performance across various applications, including small controller deployments and C-programmable state machines, while maintaining a lean footprint suited for systolic arrays. The underlying Hotstate machine within the processor allows engineers to implement diverse functionalities with high efficiency. It breaks from the tradition of using a fixed register set and ALU, giving developers the ability to tailor the hardware control exactly to their needs, which enhances runtime flexibility and operational efficiency. This design choice also aids in developing solutions that require a high degree of customization while ensuring that power consumption remains low, further bolstering its appeal for advanced microcontroller and signal processing solutions.

Hotwright Inc.
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AI Processor, CPU, DSP Core, Multiprocessor / DSP, Processor Core Dependent, Processor Core Independent, Processor Cores
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