Athlon64 oc database

[DeNs]

Model: 3200+
Core: 0.09
Date: 0444
Stepping: CBBHD
Code: XPIW
Mhz: 2500MHz
Vcore: 1.45v
FSBxMulti: 250x10 (1:1 or 200 Multi)
Cooling: Air
Stable: Prime95 Tested 8 hours, Superpi 32M, StressCPU Tested 8 Hours

Can do 2600, but needs loads of Vcore, so this is essentially the Sweet spot of the CPU.

---dens

[dreamworkz]

Model: 3500+
Core: 0.09
Date: 0441
Stepping: Will Update later
Code: UPCW
Batch: 0191
Mhz: 2600Mhz
Gain: 400Mhz
Vcore: 1.6v
FSBxMulti: 260x10 1:1 200Mhz Divider
Cooling: AIR XP-90 Tornado 90mm
Stable: YES HOTCPU 8HRS
Link: http://home.comcast.net/~vuthysi/ben...2600stable.jpg

[thelostrican]

can we sort of add something that says how many cpus each person tried, it is usefull for those that are checking the info. just a thought.

[L0$t Pr0PhEt]

Can't this be stickied?
Could be usefull.

[Jupiler]

Can't this be stickied?
Could be usefull.

Send a PM to one of the mods from this section, much easier.

[saaya]

done

oh and you should add socket infos as well.

Model: 3000+ Newcastle
Core: 0.13
socket: 754
Date: 0447
Stepping: (will update this)
Code: (will update this)
Mhz: 2400Mhz
Gain: 400Mhz Gain
Vcore: 1.85v
FSBxMulti: 240HTTx10 (Divider at 200Mhz)
Cooling: stock
Stable: Prime95 for 24 hours, All benches completed (3dmarks01, 03, 05)
Link: na

[A_X]

Model: 3200+
Core: 0.09
Date: 0436
Stepping: CBBFD
Code: MPM
Mhz: 2550MHz
Gain: 550MHz
Vcore: 1.65v
FSBxMulti: 284x9
Cooling: Air (boxed)
Stable: yes, SuperPI 1M + Pifast

[rookiekiller]

Model: 3200+ Winchester
Core: 0.09
Date: 0446
Stepping: (will update this)
Code: SPDW
Mhz: 2670Mhz
Vcore: 1.488v
FSBxMulti: 267 x 10 (Divider at 166Mhz)
Stable: Prime95 for 9 hours, All benches completed (3dmarks01, 03, 05)

prime9h

[Skip]

Model: 3500+ Winchester
Core: .09
Date: 0442
Stepping: CBBFD
Code: RPGW
Mhz: 2650
Gain: 450
Vcore: 1.65
FSBxMulti: 265x10 1:1
Cooling: Boxed Cooler/xp-120 w/55CFM Sanyo
Stable: Prime Blend 13hrs, Prime Small FFT 13hrs. 1 long pass of S&M 1.5 CPU(FPU) and memory.

[Boogotop]

Model:3500+
Core:0.09
Date:0441
Stepping:CBBFD
Code:RPMW
Mhz:3252mhz
Gain:1052mhz
Vcore:1.760
FSBxMulti:200
Cooling:stock Mach 1
Stable:not at 3252mhz but rockstable a 3.1ghz...run it 24/7 at 3030mhz cause my TCCD are just 100% stable at 275

[Cranox]

Model: 3500+
Core: 0.09
Date: 0450
Stepping: CBBHD
Code: TPGW
Mhz: 2800MHz
Gain: 600MHz
Vcore: 1.55v
FSBxMulti: 254x11
Cooling: WC
Stable: yes
Link: Pic

[Menfis]

Model: 3200+ Winchester
Core: 0.09
Date: 0444
Stepping: CBBHD
Code: XPHW
Mhz: 2618Mhz
Gain: 618Mhz
Vcore: 1.6v
Cooling: Hyper 6
FSBxMulti: 261,8HTTx10 (1:1)
Stable: Super PI, All benches completed (3dmarks01, 03, 05)
Link: will update

[Dissolved]

Sorry for the lack of updates, the thread was changed, and i couldnt find it for 2 days.. No one seemed to tell me the title was changed.

But Thanks for the Sticky. ill update the new data tonight.

[dX.]

Model: 3000+
Core: 0.09
Date: 0447
Stepping: CBBHD
Code: TPCW
Mhz: 2.5GHz
Gain: 700mhz
Vcore: 1.47v
FSBxMulti: 333x9 (3:4 RAM [150 divider])
Cooling: Freezer 64 (Air)
Stable: Prime 95 about 9 hours (then I closed Prime)
Link: Prime 95 Stable

[TEDY]

question about 3000+ winchester

does it matter which stepping / date ? thank you

[kakaroto]

Model: 3400+ Newcastle
Core: 0.13
Date: 0434
Stepping: CBAZC
Code: MPMW
Mhz: 3.1GHz (3.2GHz screen)
Gain: 700mhz (800Mhz)
Vcore: 1.7v
FSBxMulti: 310x10 (1:1)
Cooling: Prometeia Mach 1 R507
Stable: SuperPI32M/3Dmark

[stestan]

Model: 3200 winchester
Core: 0.09
socket: 939
Date: 0451
Stepping: CBBID
Code: APBW
Mhz: 2550Mhz
Gain: 550Mhz Gain
Vcore: 1.7v
FSBxMulti: 255HTTx10
Cooling: Hyper6
Stable: Fine at 2550 for benching spi hexus but nothing will get her over 2550

[dX.]

My CPU can actually do 2600mhz at 6.5x400HTT, but I have to use the 1:2 divider so my ram is at DDR400. This is prime/stresscpu/pi/etc stable. Moving the divider up so the ram runs at say DDR480, Prime and StressCPU are no longer stable. Methinks it's the memory controller.

EDIT: It's at 1.52v too.

[A_X]

There's not really any use for running your HTT at 400 when you use a 1:2 divider other then that it looks sweet... A higher HTT won't give you a noticable increasement in performance.

I would also recommend not to use half multipliers.

[sr4470]

HTT ratio at 2x also doesnt work that great...i didnt even use it when i was testing HTT limit of my board (so far 340HTT @ 5x cpu multi and 133 ram divider)

[apu673]

Model: 3000 Winchester
Core: 0.09
Date: 0447
Stepping: CBBHD
Code: RPCW
Mhz: 2610
Gain: 810mhz
Vcore:1.525v
FSBxMulti:9x290
Cooling: Air(stock) whimped out at 49c load
Stable: yes

Still crackin though....

[Riverna]

Model: 3000+ Winchester
Core: 0.09
Date: 0445
Stepping: CBBHD
Code: SPMW
Mhz: 2716Mhz
Gain: 917Mhz Gain
Vcore: 1.504v
FSBxMulti: 302HTTx9 (Divider at 200Mhz)
Stable: 3x SuperPI 32M Stable, all games runs
Link: http://www.forumdeluxx.de/gallery/data/500/88862703.JPG

Model: 3200+ Winchester
Core: 0.09
Date: 0433
Stepping: CBBFD
Code: SPMW
Mhz: 2763Mhz
Gain: 763Mhz Gain
Vcore: 1.58v
FSBxMulti: 307HTTx9 (Divider at 200Mhz)
Stable: 3x SuperPI 32M Stable, all games runs, 2 month 24/7
Link: http://www.forumdeluxx.de/gallery/data/500/88862638.JPG

Model: 3200+ Winchester
Core: 0.09
Date: 0441
Stepping: CBBfD
Code: MPMW
Mhz: 2650Mhz
Gain: 650Mhz Gain
Vcore: 1.56v
FSBxMulti: 295HTTx9 (Divider at 200Mhz)
Stable: 3x SuperPI 32M Stable, all games runs
Link: http://www.forumdeluxx.de/gallery/da...uperScreen.JPG

[joe2004]

Model: 3000+ Winchester
Core: 0.09
Date: 0451
Stepping: CBBID
Code: EPEW
Mhz: 2.64 GHz, air cooling
Gain: 0.84 GHz Gain
Vcore: 1.67 V
FSBxMulti: 310HTTx8.5 (Divider at 166, BH-5 tight 2-2-2-7-2 1T)
Stable: SuperPI 32M Stable
Purchase: newegg, February 2004

[Dissolved]

**Updated**

If you have a Blank Section, Please PM me when the needed info.

This List ill Use for 939 Cpus Only.. 754's dont matter much since theres no 90nm cpus for that socket (yet?).

Thanks.

[dan_aka_jack]

Hi guys,

Please please please can you also list which mobo, chipset and RAM you're using. Is there one mobo that's capable of pushing the Winnie to the limit?

Thanks a lot,
Jack