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Turtle Beach® Ear Force® XP500 Programmable Wireless Dolby® 7.1 Surround Sound

The Turtle Beach XP500 is a special version of the critically-acclaimed PX5 that’s designed specifically for the XBOX 360 and includes an XBA Bluetooth adapt…

http://www.xilinx.com/zynq This video provides an introduction to the Zynq-7000 All Programmable SoCs / AD9361 SDR System Development Kit. The kit provides a…

PX3 Programmable Headset for Sony PS3

PX3 Programmable Headset for Sony PS3

  • Featuring a lightweight, circumaural ear cup design with massive 50mm speakers, the PX3 delivers exceptional audio quality and maximum comfort.
  • While designed primarily for the PS3, the PX3 also works great as an XBOX and PC gaming headset.
  • When used in PS3 and XBOX modes, the PX3’s unique digital signal processor provides game and chat audio presets that tune the headset sound for different gaming situations.
  • There’s also a rechargeable battery that provides more than 10 hours of game play between charges.
  • Presets can also be replaced with different ones downloaded from the Turtle Beach website.

The Ear Force PX3 headset lets you dominate your competition with digital signal processing, wireless game sound, crystal-clear communication and the convenience of a rechargeable battery. The battery can be charged while gaming, so you’ll never miss out on the action. Includes the PX3 Headset, PX3 Transmitter, Headset Charging Cable, Transmitter USB Cable, RCA Splitter Cable, Xbox 360 Talkback Cable, Reference Card, and User Guide.

List Price: $ 178.94

Price: [wpramaprice asin=”B00F3B0GM8″]

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Related Digital Signal Processor Products

Digital signal processors constitute an important aspect of signal processing in many high performance applications and end-user devices. Keeping the power dissipation as low as possible in a reconfigurable architecture that enables dynamic reconfiguration of hardware modules is quite a challenging task. This paper examines one approach towards low-power programmable DSPs that seeks to solve this problem by matching the model of computation of a given task with a well defined architectural granularity without adverse consequences on performance.
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