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 ...

Both the Cortex-R5 MPCore and Cortex-R7 MPCore processors can be implemented as either single or dual cores. However, the Cortex-R7 MPCore processor features proven SMP multicore technology, including ...

ARM is beefing up its safety technology for the ARM Cortex-R52, a processor designed for self-driving vehicles. The Cambridge, England-based company was recently acquired by Japan’s SoftBank for $31 ...

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 ...

There are many types of ARM Processors and the best way to understand the whole ARM processor family is having it classified by application. ARM Processors provide scalable performance, real-time ...

All Android smartphones and all Apple iPhones use CPUs based on the Arm Instruction Set Architecture (ISA). An ISA defines the instruction set and outlines the design philosophy behind that ...

Why is the 64 bit architecture limited to 40 bit addresses? Is this just a physical limitation of the chip (pin count?) or is there something more fundamental in the instruction set limiting the ...

The binary compatibility of the Cortex-R series processors enables system designers to select the processor and features most appropriate for their current application. It also provides them with the ...