Offering market-leading performance per watt, ultra-low power consumption and advanced hardware security, the comprehensive range of VIA x86 processors enjoys a strong market reputation and enables unprecedented flexibility in the design of innovative Embedded devices.
VIA x86 Processors
|CPU||Clock Speed Range||FSB||Max TDP||Process Tech.||Package / Size|
|VIA QuadCore E-Series||1.46+GHz / L4800E|
1.2+GHz / L4700E
1.0+GHz / U4650E
|Up to 1066MHz||45W|
|VIA Nano® X2 E-Series||1.6+GHz / L4350E|
1.2+GHz / U4300E
|Up to 1066MHz||27.5W|
|VIA Eden® X2 E-Series||1.0+GHz / U4200E|
800MHz / U4100E
|VIA Nano® E-Series||1.2GHz / U3300||800MHz||6.8W||65nm||NanoBGA2 21mmx21mm|
Designed to Inspire Innovation
VIA provides small, low power and secure native x86 processors. With leading performance-per-watt in the business, VIA processors are designed to power innovation in Embedded markets. VIA processors deliver significant performance in industry-leading power and thermal profiles, and boast idle power as low as 0.1 watts.
Due to their ultra low power consumption and reduced cooling requirements, VIA processors are well suited to a range of x86 based digital entertainment, productivity, networking and embedded applications that require reliable, quiet operation from compact designs.
Time and resource saving for product development
■ Scalable platform for mid-high-low market segment
■ VIA pin-to-pin strategy for dependable upgrade path
■ Provides leading concept and ultimate reference design
VIA Green Technologies
VIA building blocks are designed with the best productivity based upon the proper power solutions to meet global energy efficiency requirements.
■ First company to market with RoHS compliant processors in 2003
■ Entire silicon portfolio with RoHS compliance by 2005
■ Fully lead-free and halogen-free by the end of 2008
Compact NanoBGA2 Package
VIA processors are available in various packages that include the low profile EBGA and tiny NanoBGA. Combined with their reduced cooling requirements, VIA processors help developers to design smaller and lower profile digital media devices.