Can developers utilize a 32-bit architecture with a clear upgrade path even when low power and compact size are high on the list of requirements? Arm Ltd. attempts to answer that question with its ...

According to eASIC, the Nextreme family's features include system performance of up to 350MHz, densities ranging from 350K gates to 5 million ASIC gates and up to 790 user I/Os. The ARM926EJ processor ...

Santa Clara, Calif.—NEC Electronics Corp. has unveiled two 32-bit ARM processor cores that can be used with its SoC design methodology to develop high-speed products for networking, wireless, digital ...

Co-developed by Actel and ARM, the Cortex-M1 32-bit, soft-core processor is designed for use with Actel's flash-based, M1-enabled Fusion and ProASIC3 FPGAs. Removing the license and royalty fees, ...

Why it matters: As you can probably attest, modern wearables can be slapped on a wrist or slotted in an ear without a problem. But they're not subtle enough, neither in their design or cost, to be ...

Wearable electronics, like watches and fitness trackers, represent the next logical step in computing. They’ve sparked an interest in the development of flexible electronics, which could expand the ...

Speaking at an Arm DevSummit keynote, Paul Williamson, VP and GM of Client Business at Arm, announced that future Arm Cortex-A CPU cores — such as those powering future smartphones — will become ...

A new funding effort from RISC OS Open seeks to modernize the operating system for future Arm hardware.… On Friday, RISC OS Open Limited (ROOL), the organization maintaining the FOSS version of the ...

In brief: Arm's latest mobile CPU and GPU designs are official, and the big focus this year is on boosting energy efficiency through various microarchitectural improvements. The company is also ...

Fresh off a dramatic journey of not being bought by Nvidia, Arm announced its latest flagship CPUs. Coming soon to your 2023 Android devices, we have the Cortex-X3 and Arm Cortex-A715 CPUs. As usual, ...