Additionally, the SiS chipsets also support the advanced PCI Express specification, bringing the advantages of PCIe into the realm of mobile computing. When combined with SiS wireless LAN chips, SiS fully satisfies the mobile computing needs of today and tomorrow for AMD Turion 64 mobile technology.
The new AMD Turion 64 mobile technology is based on the AMD64 architecture, bringing advanced 32- and 64-bit technology to the high-end market for thinner and lighter notebooks. This technology enables longer battery operation, while the SiS chipsets contribute to the "thin and light" design of the AMD Turion 64 mobile technology-based notebooks. All three new SiS chipsets support AMD's advanced 1600MT/s HyperTransport technology for improved system performance and low-latency, high-efficiency data transfer. The SiSM761GX chipset also features SiS's exclusive HyperStreaming technology, which provides intelligent data flow management for maximum performance in parallel resource allocation and concurrent / batch processing of data flow packets. HyperStreaming technology delivers revolutionary performance for high-end mobile computing platforms. The SiSM760 chipset has now entered mass production, marking one of the first AMD Turion 64 mobile technology-based chipset products to enter the market.
By adopting SiS' revolutionary Mirage graphics core, the chipsets provides among the best graphics performance for all the users of the AMD64 platform. The SiSM761GX and SiSM770 also support the new PCI Express X16 interface, which provides an 8GB/s bi-direction transfer rate, compared with the current AGP 8X standard of 2.1GB/s. Combined with SiS' latest South Bridge Chipset SiS966 / SiS966L, SiS offers buyers a formidable combination that is ready for the next generation of peripheral devices thanks to PCI-E support. The SiS966 / SiS966L support 2 PCI-E x1, Gigabit Ethernet, 8 USB 2.0 ports, High definition 7.1 channel sound, 4 SATA and 4 PATA. The SiS966 / SiS966L also support Multiple RAID disk array modes in RAID0, 1, 0+1 and JBOD.
