VIA Unveils Details of Next-Generation 64-bit Isaiah Processor Core

In addition to 64-bit data processing capabilities, the Isaiah core will integrate a host of additional digital media performance features, including a high-speed Front Side Bus, an industry leading Floating Point Unit that can achieve floating-point additions and multiplies using only two clock cycles, an increased cache size, high-speed data movement, and out-of order, superscalar execution that allows the processor to achieve high clock rates while executing multiple, simultaneous instructions for high definition digital entertainment applications.

VIA was the first company in the world to integrate hardware security features directly into its processors, and will add several new innovations to the existing VIA PadLock Hardware Security Suite in the Isaiah core that will extend its leadership in this critical area. As network speeds increase and encryption algorithms become more demanding, VIA processors will continue to allow system designers to offer cutting edge security capabilities without overtaxing system resources or significantly increasing the overall system cost.

“With the Isaiah core architecture we have focused on radically improving the media performance of our processors without losing sight of the low power consumption and efficient use of transistors that have always been our design goals,” said Glenn Henry, President, Centaur Technology, the processor design subsidiary of VIA Technologies, Inc. “The processor market is clearly experiencing significant changes in design philosophy, and we are ahead of the curve when it comes to additional features such as security.”

The Isaiah core is expected to be available in the first half of 2006. Additional information about the core will be disclosed at a later date.