CHiL SEMICONDUCTOR ACHIEVES EFFICIENCY BREAKTHROUGH
Efficiency-shaping features save power from lowest to highest loads
TEWKSBURY, Mass. – February 22, 2010 – CHiL Semiconductor Corporation, a leading developer of high-performance, mixed-signal power management integrated circuits for the server, personal computer and high-volume computing market segments, announces a breakthrough in high efficiency computing voltage regulator (VR) solutions for CPU, GPU, and DDR applications.
Now configured to
optimize efficiency from the lowest idle state to the highest operating
state of today’s high performance server, graphics and desktop
solutions, CHiL’s next generation true-digital power algorithms
have increased efficiency up to 15 percent, especially at low loads.
“CHiL’s engineering team is completely focused on delivering the industry’s best efficiency,” said chief executive officer Ram Sudireddy. “While some solutions provide either high efficiency or exceptionally fast response time, CHiL’s true digital power techniques deliver both. CHiL’s solution reaches new levels of overall efficiency and power savings and the ultimate in flexibility by balancing cost, efficiency, size and performance. This allows our customers to ultimately control their product performance.”
When applied to server class products, CHiL’s efficiency-improving techniques can save up to 85 watts per server card at peak operation, and 40 watts during typical operation. In data centers that operate 24/7, this translates to annual savings of 350 to 700kWh per board, resulting in significantly reduced power, heat and operating costs.
Throughout the entire operating range, CHiL’s variable gate drive algorithm adjusts the gate drive voltage to minimize gate drive losses at low operating loads, and optimize conduction losses at high loads.
In idle state, CHiL’s proprietary discontinuous-mode operation requires no sensing circuitry and can be configured digitally to optimize performance. In low current modes, the automatic dynamic phase control optimizes the number of operation phases to minimize power losses. Simultaneously, the non-linear digital transient response, known as adaptive transient algorithm, or ATA, can easily respond to the processor, instantly increasing its load.
CHiL true-digital algorithms can be applied to readily available off-the-shelf components, and do not rely on specific, often costly, semiconductor products to achieve these exceptional power savings.
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Kristin Nugent 617.367.0100 ext. 148 firstname.lastname@example.org
About ChiL Semiconductor
CHiL Semiconductor Corporation develops high-performance, mixed-signal power management integrated circuits primarily targeted at servers, personal computers and other high-volume computing market segments. CHiL Semiconductor’s devices tightly integrate digital technology, precisely monitoring and controlling the power management process. Providing unique, intelligent features, CHiL devices yield significant system power efficiency and performance gains, while reducing system design and complexity. For more information, please visit www.chilsemi.com.