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Gigabyte 8KNXP Ultra 64 - a Workstation Wonder - Features Continued and Overclocking

Today we have taken a look at the Gigabyte 8KNXP Ultra 64 workstation and entry level server motherboard which is packed full of onboard features to make both gamers and system admins grin. Cameron checks out the exact specifics of the motherboard and then compares with our usual suite of benchmarks focusing mostly on gaming performance.

| NVIDIA Chipset in Motherboards | Posted: Aug 11, 2004 4:00 am
TweakTown Rating: 7.5%Manufacturer: Gigabyte

- The Motherboard Continued

 

While not a huge requirement on the desktop platform, SCSI controllers are pretty much second nature to the server environment, in fact, SCSI in servers outnumbers IDE 3:1. SCSI has proven to have a much higher sustained transfer rate, as well as being able to have more than two devices per channel does give SCSI the advantage. The Adaptec AIC-7902W Ultra320 SCSI controller is built directly onto the motherboard with the chip interfacing with the PCI-X bus at 100MHz, giving it a high speed connection to allow data to pass to the rest of the system without the constraints of the 33MHz PCI system. Two 68pin Ultra Wide SCSI ports are located at the bottom right of the motherboard. Each port can support seven drives, that's a total of 14 drives on the SCSI controller, with RAID 0, 1, 0+1 and RAID5 support; you will certainly have redundancy with this setup.

 

 

Serial ATA support is a must have for any new motherboard - server or desktop. While the ICH does support two native Serial ATA ports, Gigabyte simply felt that wasn't enough. The tried and true Silicon Image Sil3114 four channel Serial ATA controller is built on to the PCI bus to give four extra Serial ATA ports.

 

 

Since the ICH only supports four native USB 2.0 ports, the VIA VT6202 four port USB 2.0 controller chip makes a return, this chip was big on Intel motherboards that didn't support USB 2.0 during its initial introduction. Today it returns to add four extra USB 2.0 ports, a total of 8 onboard.

 

 

Gigabyte has in the past shown us that CPU's are ever changing and requiring more and more power to function in overclocked situations. Even before Prescott hit, Gigabyte was introducing dual power modules to boost their boards from three phase power to six phase power. Traditionally it has been through a riser card added into a VRM slot. This time Gigabyte has come out and simply integrated the extra three phases directly to the motherboard. Under the heatsink and fan are six phase voltage regulators, which come especially handy if you have a power hungry Prescott, great for stability in server environments when stable systems are a must have.

 

Overclocking

 

Though you may find this odd to see, the Gigabyte 8KNXP Ultra64 features all of the overclocking features its desktop motherboards do which is very unusual for a server classed motherboard, showing Gigabyte tend to push this motherboard at the more performance users who want the lot.

 

Under the Frequency/voltage control menu you find all the overclocking options including FSB speed, DRAM ratio, AGP/PCI/SATA lock, Vagp, Vdimm and Vcore.

 

FSB settings are from 133MHz all the way up to 355MHz in 1MHz increments, while 355 is almost impossible to reach, it is good to see a full selection. DRAM ratios are selectable depending on what speed your CPU is, but none the less you will get speeds for 266, 333 or 400MHz.

 

Locking the AGP/PCI/SATA to 66/33/100MHz respectively keeps the main buses in check, so your add-in devices aren't the cause for a poor overclock.

 

Voltages are a mixed bag. CPU voltage is selectable from 0.9v up to 1.75v in 0.025v increments. Doesn't matter if it's Prescott or Northwood, they all have the same settings, though pushing the Prescott above 1.55v is a bad idea. DRAM and AGP voltages in the past have been very limiting and again Gigabyte isn't listening to the demands of the users. You can only set your DRAM and AGP voltages to a max of +0.2v above standard, this means DRAM max is 2.8v and AGP is 1.7v. DRAM - voltages to be competitive need 3.2v these days, as modules are designed to handle up to 3v now.

 

That said our maximum FSB we achieved was 253 MHz. When trying higher, the DRAM would simply cause system resets - more DRAM voltage is needed.

 

 

 

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