ASUS unveils M4A Boards w/ 8-phase power
By Koushik Saha on 10.1.09
Filed Under: AMD, Asus, chipset, gadgets, gpu, hardware, M4A Boards, motherboard

Breakthrough 8-Phase Power Design Tailored for Optimal Performance
ASUS is proud to introduce the brand new 8-Phase power design on the M4 Series; which with the highest phase number of VRM power in the AMD platform, leads industry specifications. The ASUS M4 Series isalso designed with an additional 1 to 2 power phases dedicated to the CPU embedded memory and HT controller—guaranteeing delivery of appropriate voltages for more stable operations and longer CPU lifespan—regardless of heavy or light system loading. ASUS has also adopted EPU function—a well-liked feature in ASUS P5Q series launch, in AMD platform. This unique EPU technology will provide total system power management by detecting current PC loadings and intelligently moderating power in real-time. The ASUS M4 Series also utilizes high quality 5000-hour long lifespan (at 105ºC working temperatures) capacitors that improves power efficiency and lowers system temperatures—providing a durable working environment and better overclocking capabilities.
Easy and Outstanding Overclocking with Turbo Key and TurboV
The ASUS Turbo Key is an exclusive feature that transforms the PC power button into a physical overclocking button. Completing the easy setup provides users with the ability to boost performance levels with just a push of a button—presenting users with faster, more powerful performances without interrupting ongoing work or games—overclocking has never been easier! For hardcore users, the ASUS M4 Series also features TurboV, an advanced overclocking tool that utilizes a micro-controller to provide precise 0.02V voltage adjustments. Furthermore, users can save their preferred OC profiles and easily apply the best O.C. settings for different scenarios. Now anyone can enjoy performance boosts—without needing to exit the operating system or rebooting; -with the ASUS M4 Series motherboards.
Subscribe to:
Post Comments (Atom)
0 comments for this post