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Nuvoton Introduces the First ErP Power Saving Controller for Motherboard PC Markets

10th December 2009

ES Admin

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Nuvoton claims the first ErP Power Saving Controller for Motherboard PC Markets – NCT3016Y. NCT3016Y makes motherboard sleep state power consumption under 10mW. Total system standby power consumption including certified switching power supply can meet European CY2010 and CY2013 regulations. Nuvoton not only innovates the product development to become the No.1 ErP solution in the market, but also provides excellent performance approaching 0 Watt in standby power.

NCT3016Y provides deep S5 and S3 power saving modes and smart ASIC timer function. Users can schedule deep mode ON/OFF time via motherboard BIOS settings. The power saving can be more effective and flexible. With the feature, it benefits consumers by saving money plus environment protection. NCT3016Y also supports SMBus TM interface for internal registers programming for the flexibility. Therefore, motherboard designers do not need to significantly modify original power delivery circuits for different chipset platforms. The power saving function can be implement ed easily by using NCT3016Y. Total application circuits BOM is very simple. NCT3016Y eases the RD design efforts, reduces the quantities of discrete components, saves the PCB board size space and simplifies the SMT process .

Compliant with European ErP Standard

Nuvoton holds years of experience in motherboard related IC design. With the abundant system application knowledge and professional IC design ability, Nuvoton releases the first Advanced Power Control IC which is in compliant with European ErP standard. According to European ErP (Energy-related Products) regulation, all electronic household and office equipment selling in Europe must meet the eco-design requirement after 2010. The first stage of standby power is less or equal to 1.0Watt in CY2010. In CY2013, the standby power restricts to less or equal to 0.5Watt. Such requirement does make a big challenge to motherboard power designers.