Like a lot of you, I've been looking forward to the new motherboards based on VIA's KT266 chipset. So I thought you might be interested in what I've found out so far...
I'm pretty certain the first DDR Socket-A motherboard based on VIA's KT266 chipset will be the A7V266 from ASUS. It will have two 184-pin DIMM slots for PC1600/PC2100 DDR SDRAM, three 168-pin DIMM slots for PC133 SDR SDRAM, 5 PCI slots, 1 AGP Pro slot and 1 ACR (yuck!) slot. It will also come with an integrated four-channel sound controller from C-media and an ATA/100 RAID controller from Promise. At this time, availability is projected to be the right around the beginning of April. MSI is saying that it will ship its KT266 board in April as well.
By far, the most impressive feature of VIA's new KT266 chipset is its newly designed North (host) and South (client) bridges, the VT8633 and VT8233 respectively and the V-link bus that connects them at a true DDR of 266MB/sec. Since the North and South bridges of all of the current Socket-A board (including the DDR boards) are connected by a PCI bus operating at 133MB/sec., you can see that the new KT266 chipset doubles the prevailing host bridge to client bridge communication rate and that should (theoretically-speaking) make a noticeable improvement in overall performance!
That's all I know right now, but if anyone has something else to add, your input is welcomed.
I'm pretty certain the first DDR Socket-A motherboard based on VIA's KT266 chipset will be the A7V266 from ASUS. It will have two 184-pin DIMM slots for PC1600/PC2100 DDR SDRAM, three 168-pin DIMM slots for PC133 SDR SDRAM, 5 PCI slots, 1 AGP Pro slot and 1 ACR (yuck!) slot. It will also come with an integrated four-channel sound controller from C-media and an ATA/100 RAID controller from Promise. At this time, availability is projected to be the right around the beginning of April. MSI is saying that it will ship its KT266 board in April as well.
By far, the most impressive feature of VIA's new KT266 chipset is its newly designed North (host) and South (client) bridges, the VT8633 and VT8233 respectively and the V-link bus that connects them at a true DDR of 266MB/sec. Since the North and South bridges of all of the current Socket-A board (including the DDR boards) are connected by a PCI bus operating at 133MB/sec., you can see that the new KT266 chipset doubles the prevailing host bridge to client bridge communication rate and that should (theoretically-speaking) make a noticeable improvement in overall performance!
That's all I know right now, but if anyone has something else to add, your input is welcomed.