Thunder n6650W (S2915) offers the very best in 2P motherboard technology. Built for high-end workstation AND high-end server applications, the S2915 supports dual AMD Opteron™ 2000 series processors, and includes a number of integrated features such as dual Gigabit Ethernet ports, 1394a FireWire, Audio, USB 2.0, and support for multiple PCI Express x16 graphics cards - up to four (4) can be installed at once! Other features include PCI-X, SATA2/3G with RAID, SAS, and much more, all in an eATX (12" x 13") form factor.
And one of those super ocers that work for the board manufacturer also got his hands on an early kentfield and i dont know where yu got yur results from, but HIS results were freaking astounding!!i believe it was 12k + on 3d mark 2006 cpu score which i understand to be a ridiculous score for a cpu on that test
There is no doubt that in the single and dual socket processor space that Intel now sells the best performing chips available. But in the four and eight socket market segment the laurels still belong to AMD. It's very hard to compete against a platform that delivers near linear scaling - at least up to four sockets. Intel still has a lot of work to do before it can claim that it's Core technology really does leave its AMD64 counterpart eating dust. I don't see that happening anytime soon. The respected Johan De Gelas said in his June Anandtech review about the chip giant's Woodcrest based Xeon processor: "And what about AMD? The Opteron remains a powerful architecture with a flexible platform. It is quickly becoming the most popular platform for 4 sockets and the upcoming Tulsa CPU is most likely not going to change that." Sun last month launched the first 16-way x64 server in a single 4U chassis - eight sockets using Opteron dual-core devices. Now that's serious computing horse power. That server has already set four benchmark records. It's no wonder that Intel's quad core chips have been pulled in for launch this year instead of next. The chip giant must really be feeling the heat in the high-end x86 space.