There's a lot of Kumbaya going around in South Korea this morning with the announcement that Samsung and LG -- normally the most bitter of archrivals -- will start working together to develop the next generation of chips for digital TVs and phones. Also being pulled into the love fest is domestic carrier SK Telecom, South Korea's largest, who will be working specifically on designing wireless systems-on-chip for use in handsets. Interestingly, it seems Sammy will be left out of the loop on actual design; that'll be left to LG and others, while Samsung will be responsible for manufacturing and testing the goods. For its part, the government seems to like what it sees here -- it's pumping some 19.5 billion won (about $15.7 million) into the project, though there's no word on when we'll see the fruits of the labor in a retail product.

It's rather difficult to say whether or not DSP within a matrix switcher is -- how do you say... necessary? -- but regardless of want versus need, Extron Electronics is providing the ends. The MPX Plus 866 is hailed as a "a revolutionary new multi-format matrix switcher with integrated audio digital signal processing," the industry's first to wed VGA, video and audio signal routing with ProDSP. Said audio processing platform is based on a 32 / 64-bit floating point DSP engine, which offers up "an extensive selection of audio DSP tools designed to facilitate audio system design, configuration, and commissioning." Pricing has yet to be made public, but given how specialized this is, don't count on it being cheap.

If there were ever a time where we'd need to hear it before we believed it, this would be it. Tony Bongiovi, an audio engineer who's been around the block a time or two (read: he worked with Hendrix), has finally crafted the miracle chip he's been missing for decades. Dubbed the Digital Power Station (DPS, not to be confused with DSP), the microchip is described as a "very sophisticated equalizer," and while it was originally "the size of a refrigerator," he looked to Glenn Zelniker, a specialist in digital signal processing, to program a wee chip to do the same thing. The result is a dynamically programmed microchip based on an off-the-shelf DSP from Freescale Semiconductor, which is housed in special headunits (like JVC's KD-S100) and has more than "120 points of adjustment" to tune the tunes to fill each vehicle perfectly. Reportedly, the chip even turns factory speakers into high-fidelity drivers, as it calculates the dimensions of the vehicle and the abilities of the cones while outputting the audio. The JVC unit will cost "between $700 and $1,000 installed," since you'll have to schedule an appointment with your service department to get the correct software installed for your make and model, but we'd suggest a trial listen before you plunk down your one large.

[Via PhysOrg]