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The Avispado core is a highly efficient, 64-bit in-order RISC-V processor from Semidynamics, engineered for energy-conscious applications such as AI edge computing and embedded systems. Its in-order architecture ensures predictable execution with lower power consumption, making it suitable for applications where energy efficiency is paramount. Equipped with the RISC-V Vector Specification 1.0, Avispado supports advanced AI acceleration. This feature allows the core to handle complex machine learning tasks and edge AI applications with ease. Its design facilitates high bandwidth data movement, leveraging Gazzillion Misses™ technology to process up to 64 simultaneous memory requests efficiently. The Avispado core is built for versatility, supporting multiprocessing environments with cache-coherent implementations. The core’s interface can be tailored to specific requirements, using either AXI or CHI depending on the application, making it an excellent fit for embedded computing and IoT devices that require enhanced processing capabilities without sacrificing power efficiency.
Semidynamics offers the Atrevido core, a cutting-edge 64-bit RISC-V processor designed for high-performance computing environments. The core supports out-of-order execution, enhancing processing efficiency by allowing multiple instructions to be executed simultaneously. This flexibility enables the Atrevido processor to excel in demanding AI and HPC applications, providing an efficient solution for tasks such as inference, key-value stores, and sparse data processing. An integral feature of the Atrevido core is its support for vector and tensor capabilities. These units are seamlessly integrated within the core to provide scalable AI acceleration without incurring latency penalties. This makes the Atrevido core an optimal choice for industries looking to incorporate AI workloads seamlessly into their computing systems. The Atrevido core also benefits from the Gazzillion Misses™ technology, which improves memory access performance by handling a high number of simultaneous memory requests, reducing bottlenecks. Compatibility with AXI and CHI interfaces further enhances its utility in multiprocessor configurations, making it a robust, versatile option for advanced computing needs.
The Cervell NPU by Semidynamics is a highly efficient neural processing unit aimed at next-generation machine learning tasks. Designed to optimize AI computations, it features a scalable architecture that supports configurations ranging from 8 to 64 TOPS at INT8 and up to 256 TOPS at INT4, operating at varied clock speeds of 1GHz and 2GHz respectively. This versatility ensures it meets various performance requirements, making it ideal for applications such as AI data centers, large language models, and edge AI deployments. What sets the Cervell NPU apart is its comprehensive integration of CPU, Vector, and Tensor processing units, reducing latency and increasing throughput for demanding AI workloads. Built with the standard RISC-V ISA, it allows for a high degree of programmability, thus avoiding vendor lock-in and promoting adaptability to different AI algorithms and frameworks. With its focus on high-bandwidth memory access and energy efficiency, the Cervell NPU is tailored for industries seeking to enhance their computation capabilities, particularly in deep learning and recommendation systems. Its design ensures seamless integration and scalability, making it a preferred choice for companies looking to leverage powerful neural processing capabilities.
AI is transforming chip design with generative techniques, enhancing productivity, and integrating disciplines, according to industry experts. Read more
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