AMD� Socket-AM2/AM2+ Overclocking thread (V8)

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AMD� Socket-AM2/AM2+ Overclocking thread (V8), Phenom Phenom Phenom

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Melfice	Jun 1 2008, 02:38 PM Return to original view \| Post #1
Getting Started Junior Member 254 posts Joined: Jun 2006	does anyone here using DFI Mobo with Genie Bios in it ?? .. damn i got hard time to understand every single thing of it ... anyone mind to teach me ?? .. wanted to OC my BE to 3.0 or 3.2 ...
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Melfice	Jun 1 2008, 02:48 PM Return to original view \| Post #2
Getting Started Junior Member 254 posts Joined: Jun 2006	that is pic of Genie Bios .. which 1 is Vcore ? .. CPU VID ? DRAM config page - we will leave this for its own subsection. LDT and PCI Bus control - defaults here are all you need PCI Device control - here you find the switch for ULI raid and SATA setup off the South Bridge.All sata controls and the onboard LAN's enable or disable. Overclocking features FSB Bus Frequency - Otherwise known as HTT Bus frequency, this is where we tweak up Bus speed. LDT/FSB Frequency Ratio- Here we set the LDT multiplier. Remember CPU speed is worked out from the LDT bus speed, CPU multiplier and the LDT ratio. CPU/FSB Frequency Ratio - commonly known as the CPU multiplier, here we usually down clock the multiplier so that we ran ramp up the HTT frequency. RD580 HT PLL speed - The RD580 chipset has 2 modes for setting the clock on the Hypertransport speed, normal(LOW) and High speed. Sub 250HTT running LOW speed is just fine, over 250 choose HIGH speed HT Bus NMOS Drive Strength, HT Bus PMOS Drive strength 0 to 31 - These options cover the drive for the send and recieve functions of the Hyper transport bus. For high LDT overclocking 25 or higher may be needed, I use 31 on both options when pushing 300X5LDT. If you are not interested in LDT overclocking remember the board will do around 1200HT easy so you should only ever need to set either 5X or 4X for the LDT multiplier and leave the drive strengths at the default of 5 HTBus Reciever Impedance 0 to 31 This option controls the impedance the board sets to counter signal reflection on the RD580 chipset. SO, as you clock higher you may need to increase the value higher. I have tested at 5 and it does seem ok for most overclocks, if you are ramping up the LDT you may find upping this value gets you a higher stable overclock. Between 5 and 10 seems to be the settings to test, 10 actually gets me the best clocks with 2gig kits. CPU HT Bus Drive strength Weak or Strong options. for high LDT Bus overclocking choose Strong K8 Cool n Quiet.....if overclocking best to leave this disabled. Voltage Controls CPU Vid Options here depend on the max VID your CPU will allow, its usually 2 options above the normal Vcore the CPU runs at. CPU VID Special Control Here you can set the over volt for the voltage you want to run on your CPU, remember to to keep this below 1.6V for most CPU's if you can, to much Vcore can damage your CPU. Dram Voltage control Here we find the finest Vdimm control seen on any motherboard. Dependant on the Powersupply voltages to your mothertboard you may see voltages actually measured on the board higher than you set in bios, as a rule the voltage on the board is usually 3 options higher than you set in bios, IE, 2.6 in bios will give 2.65V on the motherboard....try to keep this in mind SB PCIE Voltage - this option in reality is the SouthBridge Vcore voltage.A slight bump will allow for higher PCIE overclocks and can aid in getting your general overclocks stable NB Analogue Voltage - ??? LDT Bus voltage - when overclocking the LDT bus you will need to tweak this voltage higher, small jumps here, don't ram the voltage NB Core Voltage - vcore for the Northbridge, high LDT and PCIE overclocking gains from a bump in voltage here. taken from ocztechnologyforum.com This post has been edited by Melfice: Jun 1 2008, 02:51 PM
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Melfice	Jun 1 2008, 02:53 PM Return to original view \| Post #3
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(Shah_15 @ Jun 1 2008, 02:50 PM) increase the CPU/FSB Frequency ratio to X 16 and lower the FSB Bus Frequency to 200MhZ. You will get 3.2GhZ. Your Vcore already enough. wow thank .. goin to try it now QUOTE(sarahlah @ Jun 1 2008, 02:51 PM) wah the bios.. interesting and pening.. haha ya ... that why i had very tough time understanding it ... bought BE almost a month nvr OC it ...
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Melfice	Jun 1 2008, 03:02 PM Return to original view \| Post #4
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(Shah_15 @ Jun 1 2008, 02:57 PM) the Vcore already fine. 1.4V can run 3.2GhZ pretty stable. Added on June 1, 2008, 2:58 pmBTW, Melfice, try at your own risk. I just suggest you from my knowledge. sorry to say that screenshot is not same as my Genie Bios ... ==" got many version oo .. wait i find new screenshot QUOTE(digswell @ Jun 1 2008, 02:59 PM) hey Dram voltage 2.78V ....what ram is da ?? DDR 1 ?? ekk that jz a example ...
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Melfice	Jun 1 2008, 03:04 PM Return to original view \| Post #5
Getting Started Junior Member 254 posts Joined: Jun 2006	there you go !! ... wont be any mistake coz i find using " Genie Bios 790FX " keyword ..
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Melfice	Jun 1 2008, 03:08 PM Return to original view \| Post #6
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(sarahlah @ Jun 1 2008, 03:02 PM) from his siggy he using ballistix tracer.. edited : i thought that is ur bios.. haha , itz not my bios .. sorry QUOTE(Shah_15 @ Jun 1 2008, 03:07 PM) Your Vcore already fine. Just increase the CPU Clock Ration to 16x. Try at your own risk. errr , already did that jz now .. but turn out got BSOD on my booting screen to my windows ...
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Melfice	Jun 1 2008, 03:18 PM Return to original view \| Post #7
Getting Started Junior Member 254 posts Joined: Jun 2006	>HT Link Control: HT Link Width......................... - 16 bit HT Frequency.......................... - 800 MHz IH Flow Control Mode.................. - Disabled HT Link Tristate...................... - Disabled 2x LCLK Mode.......................... - Disabled Unit Id Clumping...................... - Disabled >CPU Feature: NPT Fid Control....................... - x10 Virtualization........................ - Enabled AMD K8 Cool&Quiet Control............. - Disabled >DRAM Configuration: MCT Memory Timing.................... - Manual Maximum Latency...................... - 8ns 2T Mode.............................. - Auto Cas Latency Time..................... - 5 Pre Charge Delay (tRAS).............. - 12 DRAM RAS# Precharge.................. - 5 DRAN RAS# to CAS# Delay.............. - 5 Bank to Bank Cmd (TRRD).............. - Auto DRAM RAS# to CAS# Delay.............. - Auto TRTP................................. - Auto Write Recovery (TWR)................. - Auto Write-Read Command (TWTR)............ - Auto TRFC0................................ - Auto TRFC1................................ - Auto TRFC2................................ - Auto TRFC3................................ - Auto Trdrd................................ - Auto TrwtT0............................... - Auto Twrrd................................ - Auto Twrwr................................ - Auto CS/ODT Pin Fine Delay................ - Enabled Bank Swizzle Mode.................... - Enabled Auto Tweak Performance............... - Enabled Optimal Performance Mode............. - Enabled >PWM Settings: PWM Control.......................... - Enabled CPU VID Control...................... - 1.40625v CPU Vid Special Add.................. - Auto CPU NB Vlotage Control............... - Auto CPU NB Vid Special Add............... - Auto DRAM Voltage Control................. - 2.12v SB PLL 1.2V Voltage.................. - 1.20v NB Core Voltage...................... - 1.20v NB PCI-E Voltage..................... - 1.250v NB HT Voltage........................ - 1.20v Genie BIOS Settings: Spread Spectrum................ - Disabled CPU Host/HTT Clock................... - 340MHZ CPU Host/HTT Boot Up Clock.............. - 280MHZ CPU Host/HTT Adjust Gap..................... - 5 PCI-E Clock.................... - 100MHZ [/code] Example wad inside the Bios ! i think i nid to bring my laptop upstairs ... ==" using 1 computer is pain in da ass ... This post has been edited by Melfice: Jun 1 2008, 03:19 PM
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Melfice	Jun 1 2008, 03:27 PM Return to original view \| Post #8
Getting Started Junior Member 254 posts Joined: Jun 2006	weh dun quarrel le ... ok now using lappie .. i turn my desktop to BIOS .. easier to answer all ur quess ... CPU Core Voltage 1.31V ( I hav no idea whr to change it ) DRAM Voltage 1.93V CPU HOST/HTT Clock 200mhz CPU HOST/HTT Boot Up Clock 200mhz
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Melfice	Jun 1 2008, 03:29 PM Return to original view \| Post #9
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(sarahlah @ Jun 1 2008, 03:27 PM) the performance of the proc depends on its batch too bro.. ermm .. i think BE 5000+ is all the same .. Zzz now dam confused CPU CLOCK Ratio ?? ... set to Auto lol This post has been edited by Melfice: Jun 1 2008, 03:30 PM
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Melfice	Jun 1 2008, 03:49 PM Return to original view \| Post #10
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(sarahlah @ Jun 1 2008, 03:44 PM) haha.. aiya why fight2 here.. chill chill.. wheres malfice anyway ? suddenly silent.. here i am .. i watching u guyz quarrel lol ... aaa there Added on June 1, 2008, 3:49 pmthat mine own bios config okay .. not example This post has been edited by Melfice: Jun 1 2008, 03:49 PM
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Melfice	Jun 1 2008, 04:04 PM Return to original view \| Post #11
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(digswell @ Jun 1 2008, 03:59 PM) Why so hard to oc Black Edition ????????????????? Black Edition is design for eazy overclock So juz increase the multipier to 16x and vcore around 1.4 to 1.45 and disbale CnQ ,,,thats all other thing like HT link mutipier or wat else thing leave it to auto or default setting i know .. i got see Multipier and Vcore on other bios mobo .. but not this one ... DFI Genie is abit confusing ler maybe they change the original meaning . ? i cant find place to change vcore ...
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Melfice	Jun 1 2008, 04:31 PM Return to original view \| Post #12
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(digswell @ Jun 1 2008, 04:17 PM) enter inside the PWN setting there should got CPU VID control ..change it to 1.4 or 1.45 PWM Setting got CPU VID Special Add it using "mV" + 25.0mV + 50.0.mV + 75.0mV and so on =="
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Melfice	Jun 1 2008, 04:48 PM Return to original view \| Post #13
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(mr_habuk @ Jun 1 2008, 04:39 PM) dude, try multiplier 12x250 boot up clock left at 200.. CPU VID special add..the ori will come with phenom.. with X2 u need to plus it with current vcore... example: 1.29V + 0.05v = 1.34v.. Dram left it at 2.2v ermm i add the CPU VID Special ADD ( 175.0mV ) then CPU CLOCK RATIO x15 now it be 3.0ghz already .. SYSTEM 54'C CPU 45'C CHIPSET 48'C system temp is Mobo or proc ?
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Melfice	Jun 1 2008, 05:03 PM Return to original view \| Post #14
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(mr_habuk @ Jun 1 2008, 04:55 PM) nah...u don't need that high... try my setting..u'll see the different.. increasing ur multiplier will effect ur ram performance.. see the table on the 1st page... hw many mV i wan to add for the CPU Special ADD ? ... waaa all tis thing sooo pening .. @_@ ermm .. u said (CPUCLOCKRATIO ) Multpier 12x250 ? 250 is CPU HOST/HTT Clock ??
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Melfice	Jun 1 2008, 10:11 PM Return to original view \| Post #15
Getting Started Junior Member 254 posts Joined: Jun 2006	Orthos running stable at this config ( 3Hours ) » Click to show Spoiler - click again to hide... « Type: Blend - stress CPU and RAM Min: 8 Max: 4096 InPlace: No Mem: 3838 Time: 15 CPU: 3000MHz FSB: 200MHz [200MHz x 15.0 est.] 1/1/2008 12:44 AM Launching 2 threads... 1:Using CPU #0 2:Using CPU #1 1:Beginning a continuous self-test to check your computer. 1:Press Stop to end this test. 2:Beginning a continuous self-test to check your computer. 2:Press Stop to end this test. 1:Test 1, 4000 Lucas-Lehmer iterations of M19922945 using 1024K FFT length. 2:Test 1, 4000 Lucas-Lehmer iterations of M19922945 using 1024K FFT length. 1:Test 2, 4000 Lucas-Lehmer iterations of M19922943 using 1024K FFT length. 2:Test 2, 4000 Lucas-Lehmer iterations of M19922943 using 1024K FFT length. 1:Test 3, 4000 Lucas-Lehmer iterations of M19374367 using 1024K FFT length. 2:Test 3, 4000 Lucas-Lehmer iterations of M19374367 using 1024K FFT length. 1:Test 4, 4000 Lucas-Lehmer iterations of M19174369 using 1024K FFT length. 2:Test 4, 4000 Lucas-Lehmer iterations of M19174369 using 1024K FFT length. 1:Test 5, 4000 Lucas-Lehmer iterations of M18874369 using 1024K FFT length. 2:Test 5, 4000 Lucas-Lehmer iterations of M18874369 using 1024K FFT length. 1:Self-test 1024K passed! 1:Test 1, 800000 Lucas-Lehmer iterations of M172031 using 8K FFT length. 2:Self-test 1024K passed! 2:Test 1, 800000 Lucas-Lehmer iterations of M172031 using 8K FFT length. 1:Test 2, 800000 Lucas-Lehmer iterations of M163839 using 8K FFT length. 2:Test 2, 800000 Lucas-Lehmer iterations of M163839 using 8K FFT length. 1:Test 3, 800000 Lucas-Lehmer iterations of M159745 using 8K FFT length. 2:Test 3, 800000 Lucas-Lehmer iterations of M159745 using 8K FFT length. 1:Test 4, 800000 Lucas-Lehmer iterations of M157695 using 8K FFT length. 2:Test 4, 800000 Lucas-Lehmer iterations of M157695 using 8K FFT length. 1:2:Test 5, 800000 Lucas-Lehmer iterations of M155649 using 8K FFT length. 1:Self-test 8K passed! 1:Test 1, 560000 Lucas-Lehmer iterations of M212991 using 10K FFT length. 2:Self-test 8K passed! 2:Test 1, 560000 Lucas-Lehmer iterations of M212991 using 10K FFT length. 1:Test 2, 560000 Lucas-Lehmer iterations of M210415 using 10K FFT length. 2:Test 2, 560000 Lucas-Lehmer iterations of M210415 using 10K FFT length. 1:Test 3, 560000 Lucas-Lehmer iterations of M208897 using 10K FFT length. 2:Test 3, 560000 Lucas-Lehmer iterations of M208897 using 10K FFT length. 1:Test 4, 560000 Lucas-Lehmer iterations of M204799 using 10K FFT length. 2:Test 4, 560000 Lucas-Lehmer iterations of M204799 using 10K FFT length. 1:Test 5, 560000 Lucas-Lehmer iterations of M200705 using 10K FFT length. 2:Test 5, 560000 Lucas-Lehmer iterations of M200705 using 10K FFT length. 1:Test 6, 560000 Lucas-Lehmer iterations of M196607 using 10K FFT length. 2:Test 6, 560000 Lucas-Lehmer iterations of M196607 using 10K FFT length. 1:Self-test 10K passed! 1:Test 1, 4500 Lucas-Lehmer iterations of M17432577 using 896K FFT length. 2:Self-test 10K passed! 2:Test 1, 4500 Lucas-Lehmer iterations of M17432577 using 896K FFT length. 1:Test 2, 4500 Lucas-Lehmer iterations of M17432575 using 896K FFT length. 2:Test 2, 4500 Lucas-Lehmer iterations of M17432575 using 896K FFT length. 1:Test 3, 4500 Lucas-Lehmer iterations of M17115073 using 896K FFT length. 2:Test 3, 4500 Lucas-Lehmer iterations of M17115073 using 896K FFT length. 1:Test 4, 4500 Lucas-Lehmer iterations of M16815071 using 896K FFT length. 2:Test 4, 4500 Lucas-Lehmer iterations of M16815071 using 896K FFT length. 1:Test 5, 4500 Lucas-Lehmer iterations of M16515073 using 896K FFT length. 2:Test 5, 4500 Lucas-Lehmer iterations of M16515073 using 896K FFT length. 1:Self-test 896K passed! 1:Test 1, 5300 Lucas-Lehmer iterations of M14942209 using 768K FFT length. 2:Self-test 896K passed! 2:Test 1, 5300 Lucas-Lehmer iterations of M14942209 using 768K FFT length. 1:Test 2, 5300 Lucas-Lehmer iterations of M14942207 using 768K FFT length. 1:Test 3, 5300 Lucas-Lehmer iterations of M14155777 using 768K FFT length. 2:Test 2, 5300 Lucas-Lehmer iterations of M14942207 using 768K FFT length. 2:Test 3, 5300 Lucas-Lehmer iterations of M14155777 using 768K FFT length. 1:Test 4, 5300 Lucas-Lehmer iterations of M14155775 using 768K FFT length. 1:Test 5, 5300 Lucas-Lehmer iterations of M13969343 using 768K FFT length. 2:Test 4, 5300 Lucas-Lehmer iterations of M14155775 using 768K FFT length. 2:Test 5, 5300 Lucas-Lehmer iterations of M13969343 using 768K FFT length. 1:Self-test 768K passed! 1:Test 1, 460000 Lucas-Lehmer iterations of M250519 using 12K FFT length. 1:Test 2, 460000 Lucas-Lehmer iterations of M245759 using 12K FFT length. 2:Self-test 768K passed! 2:Test 1, 460000 Lucas-Lehmer iterations of M250519 using 12K FFT length. 1:Test 3, 460000 Lucas-Lehmer iterations of M245281 using 12K FFT length. 2:Test 2, 460000 Lucas-Lehmer iterations of M245759 using 12K FFT length. 1:Test 4, 460000 Lucas-Lehmer iterations of M243713 using 12K FFT length. 2:Test 3, 460000 Lucas-Lehmer iterations of M245281 using 12K FFT length. 1:Test 5, 460000 Lucas-Lehmer iterations of M235519 using 12K FFT length. 2:Test 4, 460000 Lucas-Lehmer iterations of M243713 using 12K FFT length. 1:Test 6, 460000 Lucas-Lehmer iterations of M233473 using 12K FFT length. 2:Test 5, 460000 Lucas-Lehmer iterations of M235519 using 12K FFT length. 1:Self-test 12K passed! 1:Test 1, 380000 Lucas-Lehmer iterations of M291913 using 14K FFT length. 2:Test 6, 460000 Lucas-Lehmer iterations of M233473 using 12K FFT length. 1:Test 2, 380000 Lucas-Lehmer iterations of M286719 using 14K FFT length. 2:Self-test 12K passed! 2:Test 1, 380000 Lucas-Lehmer iterations of M291913 using 14K FFT length. 1:Test 3, 380000 Lucas-Lehmer iterations of M282625 using 14K FFT length. 2:Test 2, 380000 Lucas-Lehmer iterations of M286719 using 14K FFT length. 1:Test 4, 380000 Lucas-Lehmer iterations of M280335 using 14K FFT length. 2:Test 3, 380000 Lucas-Lehmer iterations of M282625 using 14K FFT length. 1:Test 5, 380000 Lucas-Lehmer iterations of M278527 using 14K FFT length. 2:Test 4, 380000 Lucas-Lehmer iterations of M280335 using 14K FFT length. 1:Test 6, 380000 Lucas-Lehmer iterations of M274335 using 14K FFT length. 2:Test 5, 380000 Lucas-Lehmer iterations of M278527 using 14K FFT length. 1:Self-test 14K passed! 1:Test 1, 6500 Lucas-Lehmer iterations of M12451841 using 640K FFT length. 2:Test 6, 380000 Lucas-Lehmer iterations of M274335 using 14K FFT length. 1:Test 2, 6500 Lucas-Lehmer iterations of M12451839 using 640K FFT length. 2:Self-test 14K passed! 2:Test 1, 6500 Lucas-Lehmer iterations of M12451841 using 640K FFT length. 1:Test 3, 6500 Lucas-Lehmer iterations of M12196481 using 640K FFT length. 2:Test 2, 6500 Lucas-Lehmer iterations of M12451839 using 640K FFT length. 1:Test 4, 6500 Lucas-Lehmer iterations of M11796481 using 640K FFT length. 2:Test 3, 6500 Lucas-Lehmer iterations of M12196481 using 640K FFT length. 1:Test 5, 6500 Lucas-Lehmer iterations of M11796479 using 640K FFT length. 2:Test 4, 6500 Lucas-Lehmer iterations of M11796481 using 640K FFT length. 1:Self-test 640K passed! 1:Test 1, 7800 Lucas-Lehmer iterations of M9961473 using 512K FFT length. 2:Test 5, 6500 Lucas-Lehmer iterations of M11796479 using 640K FFT length. 1:Test 2, 7800 Lucas-Lehmer iterations of M9961471 using 512K FFT length. 2:Self-test 640K passed! 2:Test 1, 7800 Lucas-Lehmer iterations of M9961473 using 512K FFT length. 1:Test 3, 7800 Lucas-Lehmer iterations of M9837183 using 512K FFT length. 2:Test 2, 7800 Lucas-Lehmer iterations of M9961471 using 512K FFT length. 1:Test 4, 7800 Lucas-Lehmer iterations of M9737185 using 512K FFT length. 2:Test 3, 7800 Lucas-Lehmer iterations of M9837183 using 512K FFT length. 1:Test 5, 7800 Lucas-Lehmer iterations of M9537183 using 512K FFT length. 2:Test 4, 7800 Lucas-Lehmer iterations of M9737185 using 512K FFT length. 1:Test 6, 7800 Lucas-Lehmer iterations of M9437185 using 512K FFT length. 1:Self-test 512K passed! 1:Test 1, 340000 Lucas-Lehmer iterations of M339487 using 16K FFT length. 2:Test 5, 7800 Lucas-Lehmer iterations of M9537183 using 512K FFT length. 1:Test 2, 340000 Lucas-Lehmer iterations of M335393 using 16K FFT length. 2:Test 6, 7800 Lucas-Lehmer iterations of M9437185 using 512K FFT length. 1:Test 3, 340000 Lucas-Lehmer iterations of M331681 using 16K FFT length. 2:Self-test 512K passed! 2:Test 1, 340000 Lucas-Lehmer iterations of M339487 using 16K FFT length. 1:Test 4, 340000 Lucas-Lehmer iterations of M329727 using 16K FFT length. 2:Test 2, 340000 Lucas-Lehmer iterations of M335393 using 16K FFT length. 1:Test 5, 340000 Lucas-Lehmer iterations of M327681 using 16K FFT length. 2:Test 3, 340000 Lucas-Lehmer iterations of M331681 using 16K FFT length. 1:Test 6, 340000 Lucas-Lehmer iterations of M319487 using 16K FFT length. 2:Test 4, 340000 Lucas-Lehmer iterations of M329727 using 16K FFT length. 1:Self-test 16K passed! 1:Test 1, 270000 Lucas-Lehmer iterations of M420217 using 20K FFT length. 2:Test 5, 340000 Lucas-Lehmer iterations of M327681 using 16K FFT length. 1:Test 2, 270000 Lucas-Lehmer iterations of M409601 using 20K FFT length. 2:Test 6, 340000 Lucas-Lehmer iterations of M319487 using 16K FFT length. 1:Test 3, 270000 Lucas-Lehmer iterations of M401407 using 20K FFT length. 2:Self-test 16K passed! 2:Test 1, 270000 Lucas-Lehmer iterations of M420217 using 20K FFT length. 1:Test 4, 270000 Lucas-Lehmer iterations of M393217 using 20K FFT length. 2:Test 2, 270000 Lucas-Lehmer iterations of M409601 using 20K FFT length. 1:Test 5, 270000 Lucas-Lehmer iterations of M392119 using 20K FFT length. 2:Test 3, 270000 Lucas-Lehmer iterations of M401407 using 20K FFT length. 1:Test 6, 270000 Lucas-Lehmer iterations of M389119 using 20K FFT length. 2:Test 4, 270000 Lucas-Lehmer iterations of M393217 using 20K FFT length. 1:Self-test 20K passed! 1:Test 1, 9000 Lucas-Lehmer iterations of M8716289 using 448K FFT length. 2:Test 5, 270000 Lucas-Lehmer iterations of M392119 using 20K FFT length. 1:Test 2, 9000 Lucas-Lehmer iterations of M8716287 using 448K FFT length. 2:Test 6, 270000 Lucas-Lehmer iterations of M389119 using 20K FFT length. 1:Test 3, 9000 Lucas-Lehmer iterations of M8516289 using 448K FFT length. 2:Self-test 20K passed! 2:Test 1, 9000 Lucas-Lehmer iterations of M8716289 using 448K FFT length. 1:Test 4, 9000 Lucas-Lehmer iterations of M8316287 using 448K FFT length. 2:Test 2, 9000 Lucas-Lehmer iterations of M8716287 using 448K FFT length. 1:Test 5, 9000 Lucas-Lehmer iterations of M8257537 using 448K FFT length. 2:Test 3, 9000 Lucas-Lehmer iterations of M8516289 using 448K FFT length. 1:Test 6, 9000 Lucas-Lehmer iterations of M8257535 using 448K FFT length. 2:Test 4, 9000 Lucas-Lehmer iterations of M8316287 using 448K FFT length. 1:Self-test 448K passed! 1:Test 1, 11000 Lucas-Lehmer iterations of M7471105 using 384K FFT length. 2:Test 5, 9000 Lucas-Lehmer iterations of M8257537 using 448K FFT length. 1:Test 2, 11000 Lucas-Lehmer iterations of M7471103 using 384K FFT length. 2:Self-test 448K passed! 2:Test 1, 11000 Lucas-Lehmer iterations of M7471105 using 384K FFT length. 1:Test 3, 11000 Lucas-Lehmer iterations of M7377889 using 384K FFT length. 2:Test 2, 11000 Lucas-Lehmer iterations of M7471103 using 384K FFT length. 1:Test 4, 11000 Lucas-Lehmer iterations of M7277887 using 384K FFT length. 2:Test 3, 11000 Lucas-Lehmer iterations of M7377889 using 384K FFT length. 1:Test 5, 11000 Lucas-Lehmer iterations of M7077889 using 384K FFT length. 2:Test 4, 11000 Lucas-Lehmer iterations of M7277887 using 384K FFT length. 1:Test 6, 11000 Lucas-Lehmer iterations of M7077887 using 384K FFT length. 2:Test 5, 11000 Lucas-Lehmer iterations of M7077889 using 384K FFT length. 1:Self-test 384K passed! 1:Test 1, 210000 Lucas-Lehmer iterations of M501041 using 24K FFT length. 1:Test 2, 210000 Lucas-Lehmer iterations of M496943 using 24K FFT length. 2:Self-test 384K passed! 2:Test 1, 210000 Lucas-Lehmer iterations of M501041 using 24K FFT length. 1:Test 3, 210000 Lucas-Lehmer iterations of M487423 using 24K FFT length. 2:Test 2, 210000 Lucas-Lehmer iterations of M496943 using 24K FFT length. 1:Test 4, 210000 Lucas-Lehmer iterations of M471041 using 24K FFT length. 2:Test 3, 210000 Lucas-Lehmer iterations of M487423 using 24K FFT length. 1:Torture Test ran 3 hours, 40 minutes 36 seconds - 0 errors, 0 warnings. 2:Torture Test ran 3 hours, 40 minutes 36 seconds - 0 errors, 0 warnings. 1:Execution halted. This post has been edited by Melfice: Jun 1 2008, 10:30 PM
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Melfice	Jun 1 2008, 10:31 PM Return to original view \| Post #16
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(Lacus @ Jun 1 2008, 10:20 PM) screenshot too small lar bro =.=" so 3.0 so far no problem..wanna try 3.2Ghz? picture updated ~ ~ ... sorry
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Melfice	Jun 2 2008, 02:39 PM Return to original view \| Post #17
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(casperito @ Jun 2 2008, 04:52 AM) off topic seems that ur using CF... mind sharing ur 3DMark score with me?? there you go .. quite low oo ..
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Melfice	Jun 3 2008, 01:45 AM Return to original view \| Post #18
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(casperito @ Jun 3 2008, 01:42 AM) hehehe.. i dun believe also... just for fun onli... i rather test on games... but when u tried it and ur score is kinda low, at least u can try to find out wat make the score low... in my case, i found out that my proc bottleneck my CF... but at least, in games it doesn't show any signs of bottlenecking so i dun care much la.. ehehehe... juz wondering onli.. ehehehe haha .. im not satisified le .. why other with same hardware can get higher scores .. ==" jz wondering too ...
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Melfice	Jun 3 2008, 01:53 AM Return to original view \| Post #19
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(casperito @ Jun 3 2008, 01:52 AM) since x2 5000+ BE can OC to 3.3ghz... try it out... and see whether proc @ 3.3 still bottleneck the CF.... haha , nid to wait for proper cooling now using NucleaTec only ... waiting my money to grab San Ace or Sunon ... and some ram cooler ...
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Melfice	Jun 3 2008, 02:18 AM Return to original view \| Post #20
Getting Started Junior Member 254 posts Joined: Jun 2006	QUOTE(casperito @ Jun 3 2008, 01:57 AM) skip the ram cooler... crucial non tracer one are not that hot... u'll be wasting ur money onli... unless u want to go crazy ram speed @ crazy vdimm... u can get that one later on... mine are unuseable coz my hsf block the rams... T_T... get the TRUE 120 that lehteck selling la... dang cheap... free suscool fan summore.... ehehehe... Added on June 3, 2008, 1:59 am err... i dun understand??? using TR120E ... no proper 120MM FAN le ==" .... Crucial Tracer Ballistix .. the LED 1 la .. dam hot -__- and im using it rite now
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