Developed to eliminate the issues faced when using a pure SIMD architecture, modern mixed-mode solutions provide a robust platform for vision-processing applications.

Introduction Embedded processor cores with a fixed instruction set architecture (ISA) have been widely used in the design of SoC-based embedded systems in the past. Such architectures present a good ...

SiFive, the open processor design company, is unveiling two new processor cores that go after performance applications.

CAMBRIDGE, England — Processor licensor ARM Holdings plc has launched a single instruction multiple data (SIMD) extension to its architecture called Neon. Neon addresses signal and media processing ...

When there is talked about modern CPUs and GPUs the terms SIMD processor, Stream processor and Vector processor often pops up. I have been trying to figure out how these terms relate but its ...

The MIPS SIMD architecture (MSA) module allows efficient parallel processing of vector operations. This functionality is of growing importance across a range of applications. For consumer electronics ...

The wide SIMD processor architecture is configurable to handle 1024 8-×-8 MACs, 256 16-×-16 MACs, or dedicated 8-×-2 binary-neural-network (BNN) support. It can also handle 64 single-precision ...

Oracle and Intel are developing a Java API to add first-class vector, or SIMD (single instruction, multiple data), support to the platform, which could yield big performance gains.

Both the Intel Xeon processor and the Intel Xeon Phi coprocessor continue to increase in performance as each generation is developed. To gain maximum performance from these architectures, it is ...

It adopts a wide SIMD scalable processor architecture for parallel processing and is configurable for up to 1024 8×8 MACs, 256 16×16 MACs, dedicated 8×2 binary neural networks support, as well as 64 ...