Many of the “hot” application areas in today's connected computing environment are embedded applications in consumer, home and industrial electronics that require the capabilities of both ...

As DSP processors become more powerful and compiler optimization techniques improve, the once common trend of writing DSP applications solely in assembly has withered away. Today, almost every DSP ...

Most seasoned embedded designers are aware that many of the techniques listed in Part 1 can be addressed in the operating system instead of having the design team “reinvent the wheel” with each new ...

The days when digital signal processors were designed first, then fitted to the application, are long gone. The universe of DSP applications has grown so large that the "one-DSP-fits-all-needs" ...

Following the launch of its SensPro sensor hub DSP architecture last year, CEVA this week announced its second generation SensPro2 family, which now features seven vector DSP cores for boosting ...

The Blackfin DSP architecture from Analog Devices targets DSP and general-purpose applications where dual processor cores often are the only alternative. Meanwhile, Quadros' RTXC/dm dual-mode ...

The sixth generation of its highly successful HiFi DSP family, Cadence's Tensilica HiFi iQ DSP IP is based on a new architecture purpose-built for next-generation voice AI and emerging immersive audio ...

As bandwidth requirements for applications increase at rapid rates, they depend on DSPs to provide the real-time signal processing. DSP applications that perform this real-time processing have hard ...

Lets say you had a combination TiVo, CD/DVD player, and FM stereo. In addition to PVR functionality, you could rip CDs, and do TiVo-type stuff to both FM radio and internet audio sources. Now suppose ...