The Cortex-X1 was the first CPU core from Arm’s Cortex-X Custom (CXC ... level parallelism by increasing the load-store window/structure sizes. The improved performance can also partially ...

As the CPU designer ... WWDC 2025 hub. What Arm is changing is the name of the platform, to signify what purpose the chips will be used for. Now, for example, an Arm core designed for mobile ...

A lot of processor manufacturers also buy the right to tweak the basic structure of the ARM design, as is seen with the NVIDIA Tegra 3 4+1 core setup, that incorporates a companion (ninja ...

Word is that Nvidia has been developing an Arm-based processor for the past few years. Despite a teaser released last year in ...

The new cores include a flagship Cortex-X4 core, a Cortex-A720 performance ... change in TCS23. This year ARM has made a major change to its CPU structure. All new cores will be 64-bit only ...

Over the last week, more and more details of Apple's custom A6 processor ... core design and its triple-core GPU. Detailed analysis by Chipworks and iFixit have revealed that Apple's custom ARM ...

Inspired by Arm’s celebrated "big.LITTLE" paradigm, this universal generative AI processor, discussed at length in 'MEGA.mini: A Universal Generative AI Processor with a New Big/Little Core ...

It's clear to most intellectual property (IP) creators and users today that functional verification is one of the biggest problems facing the ...

Making the Puma+ and ARM SoC's pin-compatible next year means that the two chips will use a common memory controller, PCI-Express interface, and cache structure ... processor, much less a core ...

The M1 is a great CPU ... core contains 16 execution units and 128 ALUs, for a total of 128 EUs and 1,024 ALUs across an entire eight GPU core chip. Assuming no other changes to the internal ...