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 ...

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 ...

ARM has unveiled its new Cortex-R8 processor aimed at 5G modems and mass storage devices. It's the successor to the dual-core R7 which was launched in 2011, and ARM said that thanks to its chips ...

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 ...

Today, ARM has unveiled details about its new Cortex-R8 processor. The processor is designed for real-time mass storage and modem solutions, boasting double the performance of previous designs. Before ...

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 ...

Devices are getting smarter and connected – this is a common industry saying and the basis for excitement about IoT. Much of these connected devices run on processors designed by ARM Holdings, PLC of ...

It could be said that ARM chips are what help make the world go ‘round these days, at least in terms of mobile and embedded applications. And ARM is back at it again with with a next generation of its ...

5G is still on the horizon, but ARM’s new Cortex-R8 has arrived to handle this more demanding application (Fig. 1). It follows from the Cortex-R4, -R5, and -R7 that have addressed the needs of ...