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EP45-UD3R advanced timing question

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  • EP45-UD3R advanced timing question


  • #2
    Re: EP45-UD3R advanced timing question

    I doubt you are going to see any real-world difference between those sub-timings. Maybe not even in benchmarks. That being said I would use the settings giving the lowest voltage and temperatures.

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    • #3
      Re: EP45-UD3R advanced timing question

      Yeah I would also go with the cooler temps and less voltages. Your better off with looser and trying to get PL9(static tRead)

      BTW what CPU is that, guessing its a E8400 E0?

      Have you tried lowering the MCH ref more to .70 or .68?
      New Q9650, Gigabyte UD3P, 4GB OCZ Platinum, Asus TOP 4850, Antec TP3 550W, Vista 64 SP1/XP SP3.

      http://www.cardomain.com/ride/2641801

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      • #4
        Re: EP45-UD3R advanced timing question

        Thanks for the quick response's. I was thinking the lower volts and temps would be the way to go, but wanted to see what people who know what they are doing thought.
        And thanks for the tips Speed, I will try to get PL9. and lowering the MCH ref a little more.
        It took me 2 days to figure out that was the thing stopping me from going over 450 fsb.

        CPU is, E8500 E0

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        • #5
          Re: EP45-UD3R advanced timing question

          Yep on mine .68 or .66 MCH ref is what I need to go higher also adding MCH core. Most with dual cores seem to like this range of .68-.70 mch ref.

          A note on what I mean by these settings is, set to the valuse i listed with the VTT(cpu termination) set at 1.2v, then you can go back and change the VTT to your 1.24v. You will notice that changing VTT changes the reference values.

          A quick way is so that it shows .70 or .68 MCH ref in ET6, as it displays the references as the VTT is 1.2v even though you have changed it
          New Q9650, Gigabyte UD3P, 4GB OCZ Platinum, Asus TOP 4850, Antec TP3 550W, Vista 64 SP1/XP SP3.

          http://www.cardomain.com/ride/2641801

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          • #6
            Re: EP45-UD3R advanced timing question

            Your get the best memory throughput figures by lowering tRD (Static tRead Value), more than any other memory timings. The downside though is it's a trade off between stability vs performance. Obviously you need to find that threshold.
            Last edited by VorLonUK; 01-21-2009, 06:59 AM.
            GA-P35C-DS3R Rev2.0 F11 bios, E8200 (@3.0Ghz), OCZ DDR3 PC3-10666 Reaper 4GB (@1200Mhz), Xonar D1, 8800GTS 512, Corsair HX520 (Single 12volt line, Max 40A), WDC 3200aaks/5000aaks in AHCI mode, Vista 64 Premium.

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            • #7
              Re: EP45-UD3R advanced timing question

              Running now at PL9 and MCH ref. showing .70 in ET6.
              Ran 24 hours prime95 blend with no errors and a max temp of 62c.

              Thanks For the help



              Robust Graphics Booster .....: Fast
              CPU Clock Ratio .............: 9
              Fine CPU Clock Ratio.........: 0
              CPU Frequency ...............: 4.21

              Clock Chip Control
              Standard Clock Control
              CPU Host Clock Control.......: [Enabled]
              CPU Host Frequency (Mhz) ....: 468MHz
              PCI Express Frequency (Mhz) .:Set to 100
              C.I.A.2 .....................:[Disabled]

              Advanced Clock Control [Press Enter]
              CPU Clock Drive..............: <<< 800
              PCI Express Clock Drive......: <<< 900
              CPU Clock Skew (ps)..........: <<<
              MCH Clock Skew (ps)..........: <<<

              DRAM Performance Control
              Performance Enhance..........: [STANDARD]
              Extreme Memory Profile.......: Disabled
              (G)MCH Frequency Latch.......: [Auto]
              System Memory Multiplier ....: 2.00D
              Memory Frequency (Mhz) ......: 936 Mhz
              DRAM Timing Selectable ......: [Manual]
              Standard Timing Control
              CAS Latency Time.............5
              tRCD ........................5
              tRP'.........................5
              tRAS.........................15
              Advanced Timing Control
              tRRD.........................4
              tWTR.........................5
              tWR..........................6
              tRFC.........................58
              tRTP.........................5
              Command Rate (CMD) ..........2
              Driving Strength Profiles
              Driving Strength ............1066
              Channel A
              Static tRead Value: 9
              tRD Phase0 Adjustment.......:<<< Leave for all below as well
              tRD Phase1 Adjustment.......:Auto
              tRD Phase2 Adjustment ......:Auto
              tRD Phase3 Adjustment.......:Auto
              Trd2rd(Different Rank)......:Auto
              Twr2wr(Different Rank)......:Auto
              Twr2rd(Different Rank)......:Auto
              Trd2wr(Same/Diff Rank)......:Auto
              Dimm1 Clock Skew Control....:Auto ps
              Dimm2 Clock Skew Control....:Auto ps
              Channel B
              Static tRead Value: 9
              tRD Phase0 Adjustment.......:<<< Leave for all below as well
              tRD Phase1 Adjustment.......:Auto
              tRD Phase2 Adjustment ......:Auto
              tRD Phase3 Adjustment.......:Auto
              Trd2rd(Different Rank)......:Auto
              Twr2wr(Different Rank)......:Auto
              Twr2rd(Different Rank)......:Auto
              Trd2wr(Same/Diff Rank)......:Auto
              Dimm1 Clock Skew Control....:Auto ps
              Dimm2 Clock Skew Control....:Auto ps
              MotherboardVirtualization Technology...: [Disabled]
              *Enabled* if you use Vmware/Virtual PC
              Integrated Peripherals
              Legacy USB Storage Detect ..: [Disabled]
              *Note* Must be enabled to flash from USB<!-- / message --><!-- / message -->

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