AMD extends energy-efficient processing leadership with world's first 65-watt quad-core desktop processor

With AMD Phenom X4 9100e quad-core processors, digital media enthusiasts and performance-hungry users can experience the powerful computing capabilities of a true multi-core architecture with a processor operating at a maximum of 65-watts.

By coupling an AMD Phenom X4 9100e with an AMD 780 series chipset, AMD offers an efficient PC platform that plays Blu-ray movies and delivers a rich computing experience for casual gamers and multimedia enthusiasts.

The processor gives consumers extensive multi-tasking capabilities like creating digital content while checking and writing e-mails and simultaneously downloading music files off the Web.

AMD Phenom X4 9100e and AMD 780 series based PCs are ideal for consumers and business customers looking for cool, quiet, energy-efficient PCs.

"By infusing energy-conscious design into everything related to AMD — facilities, products and alliances — AMD has emerged as a leader in establishing eco-friendly practices. The AMD Phenom X4 9100e processor is our latest endeavor to help customers reduce energy consumption and environmental impact," said Gautam Srivastava, vice president, sales and marketing and managing director for Middle East, Africa and Pakistan, AMD.

"Energy-efficient processors from AMD not only enable differentiated solutions but are extremely conducive to smaller and sleeker form factors like Home Theater PCs that take up less space and operate quietly. PCs such as this can also help reduce energy consumption and the associated environmental impacts of traditional PC form factors".

The AMD Phenom X4 9100e processor embodies a series of AMD energy-efficient innovations, including:

- Cool'n'Quiet 2.0 technology, the next generation of AMD's award-winning power saving technology;
- AMD CoolCore technology, which helps users achieve more efficient performance by dynamically activating or turning off parts of the processor as needed;
- Independent Dynamic Core Technology, which allows a fully independent frequency control per processor core that can reduce processor energy consumption by adjusting power usage according to core utilization;
- Dual Dynamic Power Management, which enables a split power plane design, allowing independent voltage planes for processor and memory controller for greater control over performance based on system demands; AMD Wideband Frequency Control, for simplified performance state transitions to help reduce power consumption, latency and software overhead of performance states changes; and Multi-Point Thermal Control, multiple sensors across processor silicon designed to reduce speed and heat when temperature exceeds pre-defined limits.