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Jigoku

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About Jigoku

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  1. DFI LANPARTY UT nF4 Ultra-D (04/06/06 BIOS) AMD X2 4600+ Manchester - CDBHE 0529VPMW 4x512MB Corsair XMS (CMX512-3200XL) GeCube X1900XTX, @stock, Cat 6.7 2x200GB Seagate Barracuda (1xPATA, 1xSATA) Samsung 16x DVD-RW, LG 16x Combo Drive Antec TrueControl II 550W Power Supply * * ========== [b]Genie BIOS Settings:[/b] [color=red] FSB Bus Frequency............................. - 280 LDT/FSB Frequency Ratio....................... - 3 CPU/FSB Frequency Ratio....................... - 10 PCI eXpress Frequency......................... - 105Mhz CPU VID StartUp Value......................... - Startup CPU VID Control............................... - 1.35V CPU VID Special Control....................... - 104% LDT Voltage Control........................... - 1.20v Chip Set Voltage Control...................... - 1.50v DRAM Voltage Control.......................... - 2.90v[/color] [b]DRAM Configuration Settings:[/b] [color=red] DRAM Frequency Set............................ - 166=RAM/FSB:05/06 Command Per Clock (CPC)....................... - Disable CAS Latency Control (Tcl)..................... - 2.5 RAS# to CAS# delay (Trcd)..................... - 3 Min RAS# active time (Tras)................... - 6 Row precharge time (Trp)...................... - 3 Row Cycle time (Trc).......................... - 8 Bus Clocks Row refresh cyc time (Trfc)................... - 12 Bus Clocks Row to Row delay (Trrd)....................... - 03 Bus Clocks Write recovery time (Twr)..................... - 03 Bus Clocks Write to Read delay (Twtr).................... - 02 Bus Clocks Read to Write delay (Trwt).................... - 02 Bus Clocks Refresh Period (Tref)......................... - 2560 Cycles DRAM Bank Interleave.......................... - Enabled DQS Skew Control.............................. - Auto DQS Skew Value................................ - 0 DRAM Drive Strength........................... - Auto DRAM Data Drive Strength...................... - Auto Max Async Latency............................. - 9.0 DRAM Response Time............................ - Fast Read Preamble Time............................ - 6.0 IdleCycle Limit............................... - 8 Cycles Dynamic Counter............................... - Disable R/W Queue Bypass.............................. - 16 x Bypass Max.................................... - 07 x 32 Byte Granularity........................... - Disable(4 Bursts) [/color] ========== Prime95 + 3dMark2001SE + CPU-Z + Everest 2.20: http://img172.imageshack.us/img172/4528/pr...mark01seeo4.jpg 3dMark2003: 3dMark2005: 3dMark 2006: ========== short description: 280x10 @ 2800Mhz, 1.35x104%V 2.5-3-6-3 @ 2.90v vdimm
  2. Just spitballing but could it be a corrupted boot sector on the hard drive? Are you able to boot from CD? Though I guess if you got as far as the system selecting boot devices, you'd be able to enter BIOS, right?
  3. Jigoku

    A quick hello

    G'day everyone. I became a DFI motherboard owner about five months ago and figured it was probably about time to learn to use it. (I've only just in the last week plugged in the two extra power sockets ...) So I'll be lurking around, learning what I can, occasionally popping up to ask some really basic question or answer one that is equally simple. Jigo.
  4. The OCDB, http://www.dfi-street.com/forum/showthread.php?t=10195 , shows a 2706 on air and a 2640 on water. There are only two 4400's in there?
  5. Jigoku

    Weird divider issues

    How to calculate mem frequency is in "The Guide", section 3 under the heading "FSB Frequency Ratio".
  6. Jigoku

    ram settings... overwhelming?

    I felt the same way not a few days ago sk88erguy. I found The Somewhat Complete A64 Memory Timings/Settings guide.. in the Important Links section of "The Guide" extremely helpful for tweaking the more "obscure" memory settings ...
  7. Arctic Cooling Freezer Pro 64. Just reapplied AS5 last night. 26C idle; 36-38C game load; 44C dual prime95.
  8. It's in one of the stickies somewhere but the formula for mem freq is Mem freq = (FSB x multi) / Int(multi x (1/divider)) where Int = Integer value, rounded up So for your case Mem freq = (300 x 9) / Int(9 x 3 / 2) = (300 x 9) / Int(13.5) = (2700) / (14) = 192.8
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