Items tagged with sampling
The audio industry has a tendency to make utterly ridiculous claims surrounding its products, as evidenced by the existence of $550 RCA cables and an $80 iPod cable guaranteed to leave your rig "exploding with sound." Despite this, the idea of using higher-quality sampling to produce better audio files seems like a no-brainer. If 16-bit/44KHz is good (that's standard CD quality), surely 24-bit / 192KHz is better, right? Morrow Audio's guarantees to make Monster Cable look cheap and sensible by comparison As it turns out, no. The full explanation of why is rather lengthy but surprisingly easy to understand for such a complex topic. The simplified explanation for why 24-bit / 192kHz is a bad idea...
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Hot on the heels of Broadcom's announcement STB SoC yesterday, STMicroelectronics has announced the STi5107. Integration of the latest security specifications seem to be the biggest selling point of the new chip, although other performance enhancements have been added. STMicroelectronics, the world's largest supplier of silicon chips for set-top boxes (STB)*, has announced the STi5107, a new MPEG decoder for standard definition TV, within the Company's OMEGA family of STB solutions. Using the new device, manufacturers will be able to cut their total component cost and simplify board design and assembly, while offering enhanced security features. The STi5107 is designed to address the requirements...
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There's some news out of Reutrers today that states Intel is already sampling 45nm Core Microarcitecture-based processors. Although not stated in the article, the 45nm core being sampled, codenamed "Penryn", is likely to incorporate more L2 cache than current Core 2 Duo processors, and will also have support for SSE4. Other details are sure to trickle out as we get closer to launch. "The sample processors, known as the Penryn family within Intel, are being made at a factory in Oregon, and the company is on track to begin selling the chips in the second half of 2007, said Mark Bohr, director of process architecture and integration at Intel."...
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With shrinking feature sizes, smaller and smaller form factor devices are coming to market. Imagine this little image processor coupled with bluetooth embedded in such devices as key chains, pens and other small form factor devices. James Bond would have a ball with this type of technology. I wonder what the power requirements will be? The new Micron image sensor (product number MT9M019) captures 30 frames per second (fps) at full 1.3-megapixel resolution (1,280 by 1,024 pixels) or 60 fps at VGA resolution (640 by 480 pixels), allowing for high-quality, seamless video. Additionally, another critical design factor is its small 1/5-inch form factor, allowing it to fit into applications requiring...
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