The computing industry has reached a significant milestone with the ratification of the 1.0 RISC-V Vector Specification. This development marks the beginning of a new era in computing efficiency, as ...

Vector databases manage the vast data sets needed to power generative AI tools. As generative AI embeds itself across all industries, the use cases for vector databases increase as well. A vector ...

Some of the world’s most challenging algorithms can be worked out in mere moments by supercomputers, a type of computing technology which goes well beyond the processing power found in a typical ...

The crux of most supercomputers is the ability to operate on many pieces of data at once — something video cards are good at, too. Enter T1 (short for Torrent-1), a RISC-V vector inspired by the Cray ...

Vector databases unlock the insights buried in complex data including documents, videos, images, audio files, workflows, and system-generated alerts. Here’s how. The world of data is rapidly changing ...

A technical paper titled “Vitruvius+: An Area-Efficient RISC-V Decoupled Vector Coprocessor for High Performance Computing Applications” was published by researchers at Barcelona Supercomputing Center ...

As density increases and AI & machine learning becomes commonplace, this whitepaper delves into the evolution of vector and scalar processing to meet this demands more quickly and cost-effectively. As ...

Demand for lentiviral vectors will continue to outstrip supply until the industry has access to more efficient, purpose-built manufacturing and bioprocessing technologies. The warning comes from ...

When a customer wants 4K displays and 4K content there is a trickle-down effect, of sorts, on the rest of the system requiring it to provide the proper 4K support or else the system designer won’t ...