This article takes a deep dive into the architecture of Arm’s real-time Cortex-R5 MCU and its relevance for the automotive ...

In the over three decades since [Sophie Wilson] created the first ARM processor design for the Acorn Archimedes ... to super-powerful 64-bit multi-core behemoths in high-end mobile phones, it ...

In the over three decades since [Sophie Wilson] created the first ARM processor design for the Acorn Archimedes ... to super-powerful 64-bit multi-core behemoths in high-end mobile phones, it ...

UK-based semiconductor IP giant Arm is reportedly expanding its efforts in chip design, with plans to release its first ...

The U.K.-headquartered chip design company Arm Holdings Plc. is reportedly planning to launch its first-ever complete ...

According to Arm, a simulated 32-core Neoverse V3 offers a 9% - 16% performance ... of these new cores and the growing Arm Total Design ecosystem. Chip manufacturer Arm has announced its highly ...

The move marks a shift in Arm’s business model and comes after it onboarded Meta as one of its first customers.

This article describes a high visibility and non-invasive debug architecture having Quad Core ARM Cortex A9 and Dual Core ARM cortex R4 cores. This debug architecture implements ARM Coresight ...

The UK-based chip designer pivots to selling its own chips, securing Meta as its first major customer, and challenging ...

ARM processors (like Cortex-M series ... So first the primary core must be initialized (keeping other in reset/halt) and than other core. VLSI chip design industries are moving toward more and more ...

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 ...

Arm's core business revolves around licensing its architecture and other technologies for semiconductor designs, but the ...