You’re driving along in your new sports car, cruising up the coast and listening to your CD player. “How I love digital signal processing,” you think to yourself as you crank up your favorite tune.

Ever wondered how Digital Signal Processing (DSP) works? Digital Signal Processing is everywhere. It's in your TV, your phone, your in-car entertainment system, in hospitals, radar systems and ...

CDNS unveils sixth-gen Tensilica HiFi iQ DSP, doubling compute, boosting AI up to 8x and cutting energy use to power next-gen ...

As processors have steadily become faster and less expensive, systems with signal processing algorithms have increasingly been implemented as software running on a processor. One of the first steps in ...

Synopsys ARC VPX5 and VPX5FS DSP Processors are based on an extended instruction set and VLIW/SIMD architecture optimized for highly parallel processing Multiple vector floating-point pipelines enable ...

There’s almost nothing worse than an audio conference disrupted by unwanted noises, echoes or distortions. This is where Shure intuitive technology enters. Audio distortion is the death of ...

Novel pipelined frequency acts as a multiple stack of digital frequency converters to significantly reduce hardware and power needs while speeding up computations. In high-speed digital ...

Cadence Design Systems has unveiled the Tensilica HiFi iQ DSP, the sixth generation of its HiFi digital signal processor family, designed to support emerging voice AI and advanced audio applications.

The history of digital signal processing has moved from dedicated DSP chips to FPGAs. Now Intel CPUs are handling the processing duties for some live mixing boards, aided by simple operating systems ...

In the early 2000s, digital signal processors (DSP) were simple in architecture and limited in performance, but complex in programming. However, they evolved to meet of the increased performance ...