Awani Review

Complete News World


Apple will be interested in engineering RISC-V chips, as an alternative to ARM

Apple is looking for a specialist to engineer the RISC-V chips, an alternative architecture to ARM, possibly for subcomponents of future products.

At present, most of the brand’s products An apple Use ARM chips. This particularly includes the A series chipsets found inIphone In addition to the M-series chipsets introduced last year for Mac computers. Today’s Cupertino appears to be somewhat committed to ARM but if we were to believe a recent business offer, Apple would also be interested inRISC-V . architecture.

Apple is looking for a specialist in RISC-V chip engineering

For those who don’t know, RISC is an alternative open source to ARM, although ARM itself is based on RISC. One of the advantages of RISC is that it can reduce the cost of manufacturing chips while improving their energy efficiency, which you understand well could be of great importance to Apple.

In addition, with RISC chips, there will no longer be a need to pay a license to ARM to use its technology. However, as 9to5Mac points out, it’s not quite that simple. Changing the architecture of the chip is a giant project, and it’s something Apple would have been doing years before the Mac M1 was announced.

An alternative architecture for ARM, possibly for subcomponents

Here, the job offer indicates that the Cupertino company is interested in RISC engineering for machine learning and computer vision algorithms as well as for video processing. The job offer also relates to the Vector and Numerics group, whose task is to design subsystems embedded in Apple products. In other words, the interest and use of this RISC chip architecture can only pertain to a minor component and not a major component, such as an iPhone processor or MacBook forefront.

See also  Hackers know how to steal cookies from your Chrome browser on Windows

Still, at this point, it’s very difficult to know Apple’s plans regarding this RIC-V architecture. The future may tell us what it is.