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Product Brief
Audio SoC brings higher fidelity to consumer audio
Rich Pell3/5/2008 9:00 AM EST
The device's 24-bit, 135-MHz digital audio processor core supplies the high level of precision required by advanced audio algorithms. An on-chip 8051 microcontroller handles control and communications in order to optimize system performance.
For analog input and output the TAS3308 has ten multiplexed stereo inputs with one stereo ADC with a 100-dB DNR and three stereo PWM outputs with 105-dB DNR. For digital input and output the TAS3308 has three I2S inputs and two I2S outputs. One I2S output can also be configured to be S/PDIF-encoded PCM data.
The TAS3308's PWM control is designed to work seamlessly at the board level with the company's TAS5xxx PWM power stages, and is claimed to ensure simple system integration and high-quality audio performance with minimal development effort. The TAS5xxx devices are pin-compatible and power-scalable, enabling the creation of a variety of multi-channel system configurations with outputs ranging from 13 to 315 watts per channel using virtually the same TAS3308 board layout.
The TAS3308 is supported by a traditional DSP software development tool kit as well as by the company's PurePath Studio drag-and-drop graphical development environment. Developers have full control of audio processing and can draw on an extensive portfolio of pre-programmed basic audio functions and advanced audio algorithms from TI and leading third parties.
The TAS3308 is sampling now, with volume availability scheduled for the first quarter of 2008. The device is packaged in a 100-pin QFP and priced at $5.60 in quantities of 10,000.
Texas Instruments, 800-477-8924, www.ti.com
Related links:
TAS3308 information page
TAS3308 datasheet
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Marcel..2
3/12/2008 7:22 AM EDT
Don't fool the public: this is not "Higher Fidelity". Higher than what? Previous attempts to put a system on a chip?
Come On.
All this is, is another attempt to put a lot of enigineering into one lump of silicon.
But anyone with the slightest background in audio can see this bears no relation to really good audio, be it DSD or 192kHz/24bits high resolution.
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