VIA Announces AMD Athlon XP 333MHz Front 
Side Bus is Enabled in VIA Apollo Chipsets 
VIA Apollo KT400 based motherboards from all 
leading vendors with 333MHz Front Side Bus, ultra-efficient DDR memory 
controller and AGP 8X, available now worldwide
Taipei, Taiwan, 1 October 2002 
- VIA Technologies, Inc, a leading innovator and developer of silicon chip 
technologies and PC platform solutions, today announced that the VIA Apollo 
KT400 and VIA Apollo KT333 Chipsets support the new 333MHz FSB AMD Athlon XP 
processors launched today. 
The 333MHz Front Side Bus at 
2.7GB/s will match the data transfer capacity of the VIA Apollo KT400 memory bus 
using DDR333 (PC2700) memory. This balanced configuration will minimize memory 
latency and enable the incredible performance potential of the AMD Athlon XP 
processor to be realised.
"The VIA Apollo KT400 chipset 
is engineered to take full advantage of the new AMD Athlon XP 2700+ and 2800+ 
with 333MHz FSB, delivering the maximum 2.7GB/s of memory bandwidth to the 
processor," said Chewei Lin, Vice President of Product Marketing, VIA 
Technologies, Inc. "As KT400 based motherboards are the only Socket A solutions 
with AGP 8X currently available in the marketplace, the KT400 will be the 
chipset platform of choice for gamers and enthusiasts looking to upgrade to the 
new 333Mhz FSB enabled processors."
VIA Apollo KT400 Design Wins
The VIA Apollo KT400 chipset 
has been designed into motherboards by over 20 manufacturers representing more 
than 90% of the global market for AMD compatible motherboards. These include 
ABIT, Acorp, Albatron, Aopen, ASUS, Azza, Biostar, Chaintech, DFI, ECS, 
Gigabyte, FIC, Iwill, Jetway, LuckyStar, MSI, Shuttle, Soltek, Soyo and Tyan.
About the VIA Apollo KT400
Supporting DDR200/266/333 SDRAM 
memory and a full range of 200/266MHz Processor Bus AMD Athlon™ XP and AMD 
Duron™ processors, the VIA Apollo KT400 provides lightning fast access to system 
memory and delivers more performance across the application spectrum than rival 
Socket A chipset platforms currently shipping. 
DDR333 offers 2.7GB/s of memory 
bandwidth through VIA's low latency, ultra efficient memory controller while AGP 
8X delivers 2.1GB/s of bandwidth to the graphics engine, improving image quality 
and 3D performance in the highest resolution conditions. The VIA Apollo KT400 is 
connected to the VIA VT8235 South Bridge by an enhanced 8X V-Link connection 
transferring data at an aggregate 533MB/s, four times the speed of the 
conventional PCI bus. The VIA VT8235 South Bridge features integrated support 
for six USB 2.0 ports with 40 times more bandwidth than USB 1.1, as well as 
ATA-133, the fastest available IDE interface. Additional features include 
integrated VIA MAC for 10/100Mbps Ethernet, integrated PCI support, 6 Channel 
Surround Sound AC’97 audio and MC’97 modem.
For more information on the VIA 
Apollo KT400 please visit our website at:
http://www.via.com.tw/en/apollo/kt400.jsp
 
About VIA Technologies, Inc.
VIA Technologies, Inc. is a 
leading innovator and developer of PC core logic chipsets, microprocessors, and 
multimedia, communications, optical media and networking chips. VIA delivers 
value to the PC industry by designing, marketing, and selling high-performance 
VIA Apollo core logic chipsets for the full range of PC platforms, and 
cost-effective VIA C3™ processors for Value PCs and Internet Appliances, as well 
as developing complete solutions for the PC platform through its VPSD Business 
Unit. Its customers include the world's top OEMs, mainboard manufacturers, and 
system integrators. VIA is headquartered in Taipei, Taiwan, at the center of the 
Greater China high-tech manufacturing engine, and has branch offices in the US, 
China and Europe. The company is listed on the Taiwan Stock Exchange (TSE2388), 
and achieved annual revenues of nearly US$1 billion in 2001.
Additional information can be found at the Company’s website at
www.via.com.tw.

 
             
             
             
                 
                    
                 
                    
                
 
                 
                 
                 
                 
                 
                