DIGITAL PROCESSORS digital

About of DIGITAL PROCESSORS

Quad Series Of Digital Signal Processors

or HIGHLIGHTS EDITORIAL SERVICES Harmony Central FREE Newsletter HTML Text Harmony Central Winter NAMM 2006 Coverage Anaheim, California: January 19-22 | PRESS RELEASE Mackie Introduces New Quad Series Digital Processors January 26, 2006 (Click for a close-up) Additional Images (Click for a close-up) Mackie, in collaboration with Acuma Labs and SIA Software, is introducing the Quad Series of digital signal processors.

. The Quad Series processors combine high-quality 24-bit processing and stellar audio performance with intuitive and feature-packed user interfaces designed for serious live sound applications.

DSP Tutorial

. DSPs are not the same as typical microprocessors though.

. Microprocessors are typically general purpose devices that run large blocks of software.

Ax36(TM) Parallel Video Digital Signal Processors DSP Chips from OMDI

. Ax36 Parallel Image and Video Digital Signal Processors DSP Chips from Oxford Micro Devices Oxford Micro Devices, Inc.

. Ax36(TM) Parallel Video Digital Signal Processors DSP Chips and Systems P.O.

High-Tech Dictionary Definition

Definition for: digital signal processor (DSP).A specialized used for digital signal processing.Some uses of digital signal processors are with modems and sound boards.

info: DIGITAL PROCESSORS

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21st-Why Digital Signal Processors might Put Cray & Intel on The Trailer

| Web www.vxm.com Why Digital Signal Processors might Put Cray & Intel on The Trailer Francis Vale In this article sidebar, see how a spectacular new ICE Machine may freeze Cray sales; and why an upcoming TV Set Top box might claw its way to the top of the PC industry Nielsen Ratings.

. An alleged 'bug' in a compiler had caused Intel to overstate the speed of its microprocessors by about 10% in the SPECint92 test results.

Fully Integrated CMOS Radios from RF to Millimeter Wave Frequencies

. Figure 10: Redundant logic delay chains: unused transistors engineered into noise sensors Intel processors are taped out with extra logic delay chains for pre-product investigations (Figure 10).

. These extra transistors are left in the commercial microprocessors without doing any work.

. The fundamental insight guiding this research is that high-performance microprocessors, with clocks at GHz frequencies, develop substrate noise with a spectrum structure that can be exploited to place RF narrow-band signals in valleys of low-substrate noise levels in the frequency spectrum.

. RF delicate circuits are more likely to be integrated with sub 2 W digital circuits or processors, instead of 55 W and above digital processors.

Benefits

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