The combination of scalable vector processing with a Linux-capable superscalar multi-core processor opens up a wide range of design points and applications for RISC-V.

COMP_ENG 452: Advanced Computer Architecture I VIEW ALL COURSE TIMES AND SESSIONS Prerequisites COMP_ENG 361 or consent of the instructor. Description CATALOG DESCRIPTION: Design and evaluation of ...

Cray plans to create a new supercomputing platform combining four different types of processing capability in a blade server architecture. The platform will run Linux on Advanced Micro Devices ...

A new whitepaper from NEC X delves into the world of unstructured data and explores how vector processors and their optimization software can help solve the challenges of wrangling the ever-growing ...

Based on the 32-bit ARM926EJ architecture, it's designed for battery operation using a reduced-leakage system design. The processor includes Java and IEEE-754 vector floating-point hardware support.

In a world in which multiple sensors are being designed into almost everything, processing of all the data inputs, or sensor fusion, is becoming an New sensor hub DSP is configurable, combines scalar ...

Japanese electronics giant NEC has a new processor for machine learning and AI, the Aurora Vector Engine. The question is will anyone use it?

A powerful vector processor like the NX27V is able to rapidly increase the performance of processing this data. Coldplay’s Acoran software platform support for NX27V-based simulator and then SoC will ...

The Gen4 CEVA-XC unifies the principles of scalar and vector processing in a powerful architecture, enabling two-times 8-way VLIW and up to an unprecedented 14,000 bits of data level parallelism.

NEC’s SX-Aurora TSUBASA vector computer architecture and Frovedis middleware address these challenges while scaling from a single PCIe card to an entire server at far less cost and with higher ...