First Impressions
abit has done a wonderful job in the design and inclusion of high quality components on the AB9 QuadGT when compared to the AB9 Pro. The layout, feature set, performance, and BIOS options obviously place this board at or near the top of the Intel P965 product offerings. We really like the board and were impressed with its overall performance. In fact, the board just seems to be light years ahead of the AB9 Pro, but an otherwise excellent design is ruined by an immature BIOS. The issues we discovered during testing make us wonder if the light is on at abit's quality assurance department. We have briefly described some of the problems we faced during testing but there are more.
In our USB testing we found if the BIOS was changed from USB Keyboard or Mouse support via OS to BIOS then Windows XP would refuse to load if it was installed or if we tried a new installation from the CD drive. Additional USB testing revealed that any USB drive attached that is not a bootable device will result in the same behavior with XP not loading.
During storage drive testing we noticed the board would not run our Optical drives in DMA mode and defaulted to PIO mode regardless of how the JMicron controller was setup when utilizing the latest firmware and driver updates on our test image. We had to complete a new XP SP2 install with the JMicron controller setup as a RAID device in the BIOS and load the driver set via the F6 command in order to get DMA support for the Optical drives.
We also noticed IDE support from the JMicron controller was not available if we were using a RAID setup on the Intel ICH8R controller. We have noticed this before on other motherboards utilizing the JMicron chipset. However, this issue has generally been solved so we expect abit to have a solution shortly. For now, we recommend purchasing a SATA DVD drive and turning off the JMicron controller altogether unless you need the e-SATA support. If you use a SATA optical drive on the Intel controller the board will not recognized the drive if you have RAID enabled so this a catch 22 situation.
The JMicron fiascoes have hit every board manufacturer at one time or another and if you want to blame somebody then start at the doorstep of Intel for shipping a chipset without native IDE support before the market was ready for it. Of course, the motherboard suppliers could have opted for the VIA IDE controller that Biostar uses without issue, but then e-SATA or additional SATA port availability would not be on the option list. Considering most people would rather have at least one solid IDE controller rather than a couple more SATA ports that they often won't use, Biostar's decision seems to make the most sense, even if it doesn't look as good on the feature table comparisons.
Our retail sample was also delivered with the incorrect I/O panel shield so it appears to us that somebody was sleeping or watching Oprah during the packaging operation. Besides the issues listed above and the ones mentioned during the article we have to say the worst offense committed by abit is the memory voltage setting issue with the µGuru utility. The inability of the current µGuru application to correctly read and display the memory voltages set in the BIOS could directly lead to product failure as in our example.
Normally, we test each option and software switch and then reboot to ensure the BIOS setting matches the application in use. Unfortunately, after using version three of this application for the past few weeks we trusted it would work correctly. Instead of checking each setting before starting our benchmarks we assumed our memory voltage settings were correct after increasing our voltage slightly during the overclocking stability tests. We will no longer assume that µGuru and the abit BIOS are working in tandem before we start our test sessions. Needless to say, frying memory that costs over twice as much as the motherboard being reviewed was not a pleasant experience.
Overall, our initial experiences with the AB9 QuadGT have led us into a love and hate relationship with the board. We love the layout, performance, stability, and overall quality of the motherboard. This motherboard has tremendous potential and is a board we want to own for a long time. We hate the obviously early release of the product and the issues encountered to date as they should not be occurring. Several of the issues discovered in our initial testing can be blamed on an immature BIOS release and should be solved quickly, but we have to wonder why these issues even exist. It seems as if part of abit did not learn from the AB9 Pro launch while others took those same issues to heart and solved them. This situation reminds us of an old saying, "Those who do not remember the past are condemned to repeat it." After spending a few days with this product we can attest this saying has never been truer.
abit has done a wonderful job in the design and inclusion of high quality components on the AB9 QuadGT when compared to the AB9 Pro. The layout, feature set, performance, and BIOS options obviously place this board at or near the top of the Intel P965 product offerings. We really like the board and were impressed with its overall performance. In fact, the board just seems to be light years ahead of the AB9 Pro, but an otherwise excellent design is ruined by an immature BIOS. The issues we discovered during testing make us wonder if the light is on at abit's quality assurance department. We have briefly described some of the problems we faced during testing but there are more.
In our USB testing we found if the BIOS was changed from USB Keyboard or Mouse support via OS to BIOS then Windows XP would refuse to load if it was installed or if we tried a new installation from the CD drive. Additional USB testing revealed that any USB drive attached that is not a bootable device will result in the same behavior with XP not loading.
During storage drive testing we noticed the board would not run our Optical drives in DMA mode and defaulted to PIO mode regardless of how the JMicron controller was setup when utilizing the latest firmware and driver updates on our test image. We had to complete a new XP SP2 install with the JMicron controller setup as a RAID device in the BIOS and load the driver set via the F6 command in order to get DMA support for the Optical drives.
We also noticed IDE support from the JMicron controller was not available if we were using a RAID setup on the Intel ICH8R controller. We have noticed this before on other motherboards utilizing the JMicron chipset. However, this issue has generally been solved so we expect abit to have a solution shortly. For now, we recommend purchasing a SATA DVD drive and turning off the JMicron controller altogether unless you need the e-SATA support. If you use a SATA optical drive on the Intel controller the board will not recognized the drive if you have RAID enabled so this a catch 22 situation.
The JMicron fiascoes have hit every board manufacturer at one time or another and if you want to blame somebody then start at the doorstep of Intel for shipping a chipset without native IDE support before the market was ready for it. Of course, the motherboard suppliers could have opted for the VIA IDE controller that Biostar uses without issue, but then e-SATA or additional SATA port availability would not be on the option list. Considering most people would rather have at least one solid IDE controller rather than a couple more SATA ports that they often won't use, Biostar's decision seems to make the most sense, even if it doesn't look as good on the feature table comparisons.
Our retail sample was also delivered with the incorrect I/O panel shield so it appears to us that somebody was sleeping or watching Oprah during the packaging operation. Besides the issues listed above and the ones mentioned during the article we have to say the worst offense committed by abit is the memory voltage setting issue with the µGuru utility. The inability of the current µGuru application to correctly read and display the memory voltages set in the BIOS could directly lead to product failure as in our example.
Normally, we test each option and software switch and then reboot to ensure the BIOS setting matches the application in use. Unfortunately, after using version three of this application for the past few weeks we trusted it would work correctly. Instead of checking each setting before starting our benchmarks we assumed our memory voltage settings were correct after increasing our voltage slightly during the overclocking stability tests. We will no longer assume that µGuru and the abit BIOS are working in tandem before we start our test sessions. Needless to say, frying memory that costs over twice as much as the motherboard being reviewed was not a pleasant experience.
Overall, our initial experiences with the AB9 QuadGT have led us into a love and hate relationship with the board. We love the layout, performance, stability, and overall quality of the motherboard. This motherboard has tremendous potential and is a board we want to own for a long time. We hate the obviously early release of the product and the issues encountered to date as they should not be occurring. Several of the issues discovered in our initial testing can be blamed on an immature BIOS release and should be solved quickly, but we have to wonder why these issues even exist. It seems as if part of abit did not learn from the AB9 Pro launch while others took those same issues to heart and solved them. This situation reminds us of an old saying, "Those who do not remember the past are condemned to repeat it." After spending a few days with this product we can attest this saying has never been truer.
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Stele - Monday, January 22, 2007 - link
I second that. Intel has, unfortunately, a reputation for making drastic moves every now and then in a certain technological direction which it feels that everyone should head towards, and hurry - never mind if everyone else does not feel the same way about it, or if that direction is simply not ready for prime time; RDRAM, Itanic, BTX, and now removal of native IDE support stand testimony to that.I can't speak for everyone of course, but JMicron isn't so bad, really, at least from personal experience... a string of systems using P5B Deluxe and P5B-E Plus motherboards have so far behaved quite well during setup and installation. Part of the problem probably lies in how well motherboard manufacturers implement the device in their design and how much effort they put in to make sure they get it right. As for the alternatives to JMicron, it's not too easy to find one that can match the JMB363 in terms of features... PCIe, 2 SATA II-compliant ports, 1 ATA-133 IDE interface in a compact, single-chip solution. Perhaps Silicon Image should step forward and make use of their excellent IP to create such a competitor, but I suspect they're focusing on HDMI right now....