Last Friday, Arm announced the newest generation of its real-time processor series, the Cortex-R82. Most people are more familiar with the Cortex A-series of CPUs, which are used as the primary ...
The answer is functional safety applications. At least, that’s where TI’s ARM® Cortex™-R cores are utilized – in high performance, real-time microcontrollers. As many real-time applications are now ...
There’s a plethora of targets for the Cortex-R82. The Cortex-R is heavily used in the automotive space, where ASIL certifications are also the norm. Almost any real-time application that requires high ...
This document assumes a familiarity with the ARM946E-S or ARM1156T2(F)-S processors, and the ARMv5TE architecture. It also assumes familiarity with C and assembler programming. It discusses issues ...
NUREMBERG, Germany--(BUSINESS WIRE)--embedded world 2025–Ferrous Systems, the leader in Rust solutions for safety-critical systems, announces that they have succeeded in porting Rust to the Armv8-R ...
High-performance processors employ hardware data prefetching to reduce the negative performance impact of large main memory latencies. An effective prefetching mechanism can improve cache hit rate ...
Autonomous vehicles and futuristic infotainment systems will need smarter, safer chips, and Arm is making its pitch as to why it should be at the heart of the connected car with a new chipset and ...
Arm has not one but two new high-performance CPUs destined for 2021 mobile SoCs. First is the anticipated Cortex-A78, building on the standard Cortex-A roadmap. The surprise announcement is the Cortex ...
There ain’t no such thing as a free lunch (TANSTAAFL), but Xilinx and Arm are making it easier to use soft-core, Cortex-M1 and Cortex-M3 platforms on Xilinx FPGAs (Fig. 1). Through an enhancement to ...
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