I decided to put together my FP-IN9 today and see how it overclocks. The board seems to be well built, but it's held back by a buggy BIOS. For $135, I'm not too impressed.
The Package:
I would have taken more pics, but my camera ran out of memory.
The accessories include an SLI bridge, 4 SATA cables, 1 IDE and 1 floppy cable, a manual, driver CDs, a rear IO panel guard, a strange metal object that fits in the PCI slots of a case, and a thank-you note from fatality for giving him money. The manual is one of the thickest I've ever seen for a mobo, giving detailed information about each and every BIOS option.
Overclocking:
This is where things get messy. The fatality-red background of the BIOS was distracting and confusing at the same time. I wish Abit had stuck with the standard blue. The overclocking options include all the usual nForce 6 settings, such as "Linked", "Unlinked", and other various memory dividers.
"Unlinked" mode causes random crashes in Windows.
Voltage options are extensive:
CPU Voltage: up to 1.6125v
DDR2 Voltage: up to 2.5v, with 2.63v unlockable with Modbin
NB DDR2 REF Voltage: -4% to +2%
CPU VTT Voltage: 1.2v to 1.65v
NB Voltage: 1.2v to 1.58v
MCP51 (the board's southbridge) Core AUX Voltage: 1.5v to 1.97v (must be unlocked with Modbin)
MCP51 Voltage: 1.5v to 1.97v (must be unlocked with Modbin)
Abit's software is reported a vdroop of .03v. I don't have a multimeter right now to measure the exact vdroop.
Max FSB: 387.5mhz
To get to 387.5mhz, I had to crank up all the motherboard's voltages to their max values, and it still wasn't even close to stable. The max orthos-stable FSB is 375mhz. I'm a little shocked that a 650i board can't even break 400mhz. A few possible explanations:
1. No FSB strap. After measuring the latencies of a few different FSB speeds, I couldn't find any FSB strap. Unfinished BIOS?
2. NB Voltage doesn't work or it undervolts a large amount. Either way, this board desperately needs a NB voltage mod. I have no measuring points to test the actual voltage, but my P5N-E's northbridge heatsink almost burns me at 1.56v, while my FP-IN9's northbridge heatsink is barely warm at 1.58v.
Abit definately needs to start releasing new BIOSes for this board. The current version is the initial release from December. A new BIOS is rumored to be released within the next two weeks. I think I'll be playing the wait-and-see game with this board instead of selling it.
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