Las Vegas – Rockford Corp. unveiled two new Helix-brand digital signal processors/equalizers from Audiotec Fischer for aftermarket car installation. The $549-suggested Match DSP and $995 Helix DSP Pro ...

The Dayton Audio DSP-408 4x8 DSP Digital Signal Processor for Home and Car Audio Giveaway is Here! To show some love to our loyal Audioholics readers, we’re partnering with Dayton Audio/Parts Express ...

Seattle – Car audio supplier AudioControl will go to International CES with its next-generation six-channel car DSP processor, the $399-suggested DQDX. The DQDZ will be the company’s second car signal ...

JBL has launched their MS-8 integration digital processor, a $799 system that, the company claims, can tune your factory-fit (or aftermarket) in-car audio setup to produce audio of the sort even the ...

An eight-channel audio DSP from Texas Instruments delivers higher fidelity to car audio while providing cost-effective audio processing for home theater systems. The TAS3108’s audio processing enables ...

NXP Semiconductors introduced a combined car radio and audio system fully integrated on a single IC. The SAF775x is the third generation of NXP's popular car radio and audio DSP product family and is ...

While I've mostly been happy with my current car audio installation, the call of "more tweaking" got the better of me, and I wanted a DSP. The commercial products seemed to all have either significant ...

The availability of low cost DVD player/recorders as well as more affordable home theater systems has enabled millions of consumers to experience high-quality surround-sound audio. Multi-channel ...

Handling multiple input signals to increase processing speed in multi-function automotive audio designs, the ADAU1442, ADAU1445, and ADAU1446 SigmaDSP audio processors incorporate a Flexible Audio ...

TI enhances detection accuracy with the industry's first single-chip 60GHz millimeter-wave (mmWave) radar sensor to support three in-cabin sensing applications enabled by edge artificial intelligence ...

The objective of this paper is to provide a high-level process of designing and implementing an Audio Algorithm, specifically written for Soc’s multi-core, low-power audio processing DSP processors.