Originally posted by: smahoney
Listed as arriving 4/16 for $249
Originally posted by: smahoney
Waiting to see about the A.I. overclocking features.
Expect the prices to drop very quickly once the 865 is released - the chipset is more than GB, but with the reduced costs of the board - 4 layer instead of 6, and reduced number of components compared to the GB boards it should go under $200 US very quickly.
ASUS Motherboard for Intel Pentium 4 / Celeron Processors, 800Mhz FSB Model# P4C800 DELUXE Retail
Supported CPU478 Pentium 4 / Celeron
Chipset: I875P Canterwood + ICH5
FSB:800!/533/400 MHz
RAMual Channel DDR PC2100/2700/3200 Max 4GB
IDE:Ultra DMA 100/66/33 Max 4 Devices
Slots:AGP 8X
Ports:2xPS2,1xCOM,1xLPT,4xUSB,1xLAN,1xFirewire and Audio
Onboard Audio:ADI AD1985 SoundMAX 6-channel CODEC
Onboard LAN:3COM Gigabit 10/100/1000Mbs
Onboard Firewire:VIA 1394 Controller
Onboard SATA: 2 x Serial ATA
and Onboard Raid (SATA RAID only): Promise 20378 RAID - RAID 0, RAID 1, RAID 0+1, Multiple RAID
This Board does not support IDE RAID
Model#: P4C800 DELUXE-UBY Special Free FedEx Saver Shipping
$259.99
YES (In stock 1500 EST)
Not really that bad. From Evans review:Originally posted by: bmg
Overclocking is crap. 1.60v max and fsb can only be +5%/+10%/+20%/+30%. http://www.asus.com.tw/support/download/item.aspx?ModelName=P4C800%20Deluxe
If you are using a C1 stepping CPU, that is more than enough Vcore.The Vcore adjustments available in the P4C800 Deluxe's BIOS aren't all that stellar from an overclocker's point of view, but perfectly acceptable from anyone else's point of view. Vcore is adjustable as high as 1.60V in 0.0125V increments, and while overclockers might be put off by this they'll at least be pleased to know that, as per tradition, ASUS overvolts Vcore between 0.052-0.058V, meaning if you had a 1.50V processor set to default voltage in the P4C800 Deluxe, it would actually be running between 1.552V and 1.558V. So in the end, actual Vcore can reach as high as 1.658V, sometimes dipping as low as 1.652V when the value "1.6V" is saved to CMOS.