Anyone who uses a cell phone, digital camera, or television set-top box can see why the semiconductor industry is under pressure to find new solutions for today's ...

The processor's SIMD portion enables one instruction to be simultaneously executed by a number (two, four, eight, or 16) of DSP processors called parallel datapath units. The CW4011 implementation ...

The DSP market is limping through its first year ever of declining revenue, but DSP makers at last week's Microprocessor Forum in San Jose pushed forward with announcements of new implementations, all ...

A novel DSP architecture that exploits the parallelism and narrow data paths typical of image processing will be presented at the Custom Integrated Circuits Conference. The following article contains ...

TL;DR: Ubitium is developing a Universal Processor that combines CPU, GPU, DSP, and FPGA into a single chip, aiming to revolutionize the market by reusing every transistor for multiple functions.

Credo's 1.6T Cardinal DSP and expanding optical push deepen its role in AI interconnects, but execution risks loom as ...

“Our Universal Processor does it all – CPU, GPU, DSP, FPGA – in one chip, one architecture,” says CEO Hyun Shin Cho. Ubitium believes that the wide variety of embedded processors can be replaced by a ...

Why it matters: Devices like smartphones rely on a fragmented array of CPUs, GPUs, NPUs, DSPs, and other accelerators to handle various tasks. However, these specialized cores often remain idle, ...

Hardware/software co-design has been a goal for several decades, but success has been limited. More recently, progress has been made in optimizing a processor as well as the addition of accelerators ...

It looks like smartphones will be getting much more powerful than they are now. Android Authority is reporting that the new Arm Armv9 architecture is set to take smartphones to the next level. As many ...