To address this need, software design frameworks have been built and commercialized ... Now, they want to port this code to new network processing architectures, and this need must be addressed in the ...

“Now you can take a software application in assembly or in C and compile that against your early version of a processor to determine how it runs,” he said. “You can tailor the design to not only ...

Network processors impact the design and implementation of applications such as network protocols and network management software ... Some network processor vendors consider C++ language support ...

In this context, model-based design (MBD) processes when used effectively ... to justify the conduct of the generated software code used in the controller Processor-in-Loop (PIL) provides a framework ...

Sponsored by Texas Instruments: Embedded processors capable of running AI algorithms coupled with “low-code” software-development ... With advances in chip design, embedded processors with ...

has announced further enhancements to its Studio processor design toolset. New features in Studio 9.1 include an expanded bus support with full AXI for high-performance designs, as well as improved ...

Customizing an existing commercial RISC-V processor is the most efficient way to design a new product with optimal features and PPA. This approach, which is getting more and more attention, brings new ...

ARM has released the new Cortex-R8 processor design ... to allow code being crunched by the cores to react to interrupts deterministically. The Cortex-R8 works with existing software which makes ...

RISC-V aims to break up the proprietary hold on processor design in exactly the same way that open-source software liberated huge swathes of the industry. RISC-V is a classic RISC architecture ...

“We are creating the software environment for this CPU with TensorFlow, Redis and C/C++ libraries, which will also make it accessible for Python.” Blueshift says that the design has been ...