On the CPU, that entails specific instruction capabilities that Arm is adding to the CPUs, progressing past Neon, its Scalable Vector Extensions (SVE), and 2021’s SVE2. These additional ...

Benchmarking tool Geekbench has been updated to version 6.4, seeing added support for RISC-V Vector Extensions and Arm Scalable Matrix Extensions.

The reset vector is the location is mapped to the ROM start address (also called boot ROM), from where the core will start execution after POR. ARM processors (like Cortex-M series) use a reset vector ...

Primate Labs has shipped a Geekbench 6.4 update that improves Arm benchmark versatility and adds RISC-V support.

V1, which is designed for 7- and 5-nanometer process technologies, will be Arm’s first design core to support Scalable Vector Extensions (SVE), with two vector of 256 bit width, which will make ...

Another major priority is optimizing Arm's CPU and GPU designs for AI acceleration. For CPUs, this involves adding new instruction set capabilities beyond Neon, Scalable Vector Extensions (SVEs ...

SoCs for those applications, with a 32-bit MCU (ARM® M class, ARC® EM5D, RISC-V) are resource constrained and need a powerful yet efficient vector GPU to provide high-quality graphics and stay within ...