BAD HARDWARE WEEK

Yet another trouble for Intel's Merom core solo? This time from VIA C7M 479 pin processor.
VIA C7M at 1,5Ghz consumes only 12W max. !

Smallest mobile processor with unmatched security features and unbeatable performance/power profile takes centre stage at key industry events

VIA Technologies, Inc, a developer of silicon chip technologies and PC platform solutions, today launched the VIA C7-M mobile processor at the VIA Technology Forum 2006, with compact notebooks exemplifying the 'Simply Mobile' lifestyle featured on the VIA booth at Computex 2006.

Specifically designed for the rapid-growth mobile segments of mainstream and thin and light notebooks and ultra portable devices, the VIA C7-M boasts a winning formula of superb power consumption and management for longer battery life, all the performance required for all the popular digital media and productivity applications with speeds of up to 2.0GHz, and an unrivalled suite of security features integrated directly onto the processor die for easy and practical deployment of high-end security functionality.

The VIA C7 processor combines exceptionally low power consumption with a host of unique technologies to maintain cool running and extend battery life. The enhanced VIA PowerSaver technology combines superior power management through defining intelligent power stage changes with ultra low power levels in sleep mode, while the advanced 90nm system-on-insulator (SOI) process allows unprecedented levels of integration within the tiny 30mm2 processor die, permitting performance scalability and considerable feature additions while maintaining the signature low power draw of VIA processors.

About the VIA C7-M Mobile Processor
The VIA C7-M processor is based on the advanced VIA CoolStream(TM) architecture of the 'Esther' core that minimizes power consumption within an ultra compact die while optimizing performance, making it an ideal solution for a wide range of mobile systems, from extra slim personal laptops to mainstream corporate notebooks. Consuming as little as 100mW (0.1W) idle power and a maximum thermal design power (TDP) of around 20 watts at 2.0GHz, the VIA C7-M processor also features VIA PowerSaver technology to reduce processor power draw by as much as 50% to further extend battery life. With its low profile nanoBGA2 package measuring just 21mm x 21mm, the VIA C7-M has only minimal active cooling requirements to enable designs with thinner and smaller components, reducing notebook weight and thickness.

Initially available at speeds of 1.5GHz+, the VIA C7-M processor comprises a host of performance features such as StepAhead(TM) Advanced Branch Prediction, sixteen pipeline stages, support for SSE2 and the advanced SSE3 multimedia 3D instruction sets, a full-speed Floating Point Unit (FPU) and an efficiency-enhanced 128KB full-speed exclusive L2 cache with 32-way associativity for memory optimization. Coupled with one of the VIA C-Series digital media chipsets, the VIA C7-M processor provides smooth playback of digital video and audio, and offers exceptional memory and peripheral support. The unique TwinTurbo PLL implementation acts like automatic transmission, permitting smooth transition between activity states to within one clock cycle, to ensure always-on service and minimize latency.

To enhance the confidentiality, integrity, and authenticity of electronic data for mobile users on the go, the VIA C7-M has augmented the industry-leading on-die hardware cryptographic acceleration features within the VIA PadLock(TM) Hardware Security Suite, adding SHA-1 and SHA-256 hashing for secure message digests for data integrity, and a hardware based Montgomery Multiplier supporting key sizes up to 32K in length to accelerate public key cryptography, such as RSA(TM), to the world's best random number generator (RNG) and AES Encryption Engine in the previous processor generation. The VIA C7 also provides execute protection (NX), providing protection from malicious software such as worms and viruses, and is used in Microsoft® Windows® XP with SP2. Integrating security directly onto the processor die ensures speeds and efficiency many times that available in software, yet with negligible impact on processor performance.

In the end let me ask, If VIA is able to make it in SOI, why not AMD?
Lowest power per instruction in industry.




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