[hitechjb1]

Here is attempted to collect overclocking results for 940, 754, 939 CPU's and systems.

Please post A64 overclocking results only, and refrain from discussions and questions to individual.

Result tabulations for
754 ClawHammer, NewCastle
939 FX, Winchester, NewCastle
939 Venice, San Diego, X2 Toledo, X2 Manchester, Opterons
Dual core Manchester/Toledo overclocking estimation from Venice/SanDiego statistic

Different core performance results in SuperPI 32M (post #3 and #4)
Analysis of different core performance in SuperPI 32M (post #308)


Please complete according to the following format for consistency, so results can be used for general comparison.
This cut and paste link brings a cut and paste format for posting your result.

You may also add your benchmarks, techniques and addons (such as vmod, heatsinks to MOSFET, chipset, ...), comments, links to your oc threads, ....

To make your results and this thread more creditable, it is recommended to attach screen shots such as
- cpu-z or gcpuid or wcpuid or alike for bootable/stable frequency
- stable frequency: prime95, SuperPI 32M, 3DMark01, (3DMark03) for stable frequency
(The stable frequency posted should be at least passing SuperPI 32 M, 3DMark01 and 3DMark03, preferably Prime95 12-24 hours)
- link to your existing screen shots (somewhere else) with brief description how stability was tested.

It is better to post multiple entries (one per post) in case you
- have hardware change (e.g. cooling, motherboard, memory) for comparison
- have multiple setups

When you have new result(s) with same hardware, you may append or edit the original post.
In case your result has changed, not been tabulated, or was tabulated incorrectly, PM me.

model number: ADA3000AEP4AX <- (if you don't know, look at this A64 CPU link)
core description: NC/CH/SH C0/CG desktop/mobile ... <- (optional, for checking, clarity)
5-letter code: CBASC
week-code: 0416
4-letter code: XPMW
13-letter code: 9833965C40135 <- (optional if you don't have it)
CPU frequency: highest stable 2610 MHz (261 x 10), optional highest boot <- (don't forget HTT and CPU multiplier)
CPU voltage: 1.65 V
temperature (system idle/load, CPU idle/load): system 26/28 C, CPU 40/48 C
cooling: SLK-948U TT SFII <- (air or water or others, with some brief details)
motherboard: XYZ rev 1.1 bios 1.23 <- (revision, bios if relevant)
memory: XYZ PC3700 512 MB x 2
memory bus frequency: 261 MHz
memory timing: 2.5-4-4-8 1T <- (tCAS-tRCD-tRP-tRAS, don't forget 1T/2T)
memory voltage: 2.8 V
HT frequency: HTT x 4 <- (Usually between 3x - 5x)
power supply: XYZ 500 W

From time to time, I may summarize and tabulate cumulative results, and hopfully some trends may emerge.
Your result may not be tabulated if there is missing or inconsistent information.


Need more data points for Venice and SanDiego.
With more data, more analysis can be run to show what is going on than guessing, and in turn helps us all.

E.g. with the data, this is what analysis can do.
- It shows 90 nm CPU can be clocked higher with lower voltage.
- Venice/SanDiego can be clocked higher, about 200 MHz at least on average than Winchester, NewCastle, ClawHammer.
- It shows the 90 nm SOI processors (e.g. SanDiego/Venice/Winchester) can be clocked at higher frequencies while running at lower voltages, compared to that of the 130 nm (NewCastle/ClawHammer).
- The 90 nm SOI with DSL strained silicon (e.g. SanDiego/Venice) further improves the frequencies (by 200+ MHz on the average) compared to 90 nm SOI (non DSL) (e.g. Winchester).

- With more data, we can do analysis on steppings such as CBBLE vs LBBLE, CBBFD/CBBHD vs CBBID, CABHE vs CABGE.
Already have some interesting data, but need to hold off publishing them until there are more data points.

e.g.





Credit:
Thanks to all taking time to enter and update results, hope this would help us all on overclocking expectation, ....
Though I have been collecting these data before creating the thread,
Buhammot prompted me via a PM to create this thread, and
dreIU suggested to have it stickied.
Jhatfie suggested posting stability screen shots.
Super Nade suggested to add CPU temperature reading.


Appendix

Revisions and steppings (under construction) (post 6)

940, 754, 939 CPU models and specifications (post 5)

How to identify the physical core of an A64

How to tell memory is running 1T or 2T (preliminary)

In case the bios does not show the choice of 1T or 2T explicitly, you may use Sandra memory bandwidth to determine 1T or 2T by looking at the memory bandwidth efficiency in the memory bandwidth benchmark result as follow:

For 754, if the memory efficiency is above 90%, consider it as running 1T;
if the memory efficiency is in the low 80%, consider it as running 2T.

For 939, if the memory efficiency is above 85%, consider it as running 1T.

[hitechjb1]

Results for 754


ClawHammer

Distribution
[3000 - 3100): 1 *
[2900 - 3000): 1 *
[2800 - 2900): 1 *
[2700 - 2800): 6
[2600 - 2700): 2
[2500 - 2600): 5
[2400 - 2500): 3
[2300 - 2400): 3
[2200 - 2300): 1
[2100 - 2200): 1

ADA3700AEP5AR CAABC 0417 XPMW 3000 MHz (250.0 x12.0) 1.76 V memory 250 MHz 2.0-2-2- 5 1T 3.50 V LDT x2.5 (El<(')>Maxi) details *
ADA3700AEP5AR CAACC 0420 UPMW 2944 MHz (245.0 x12.0) 1.80 V memory 245 MHz 2.0-2-2- 5 1T 3.40 V LDT x??? (oz_soth) details *
ADA3200AEP5AR AAAPC 0346 XPMW 2800 MHz (280.0 x10.0) 1.80 V memory 233 MHz 2.5-2-2- 8 1T ?.?? V LDT x??? (d]g[ts) details *
AMN3400BIX5AR CAA2C 0449 TPMW 2750 MHz (250.0 x11.0) 1.71 V memory 250 MHz 2.0-3-3-10 1T 2.90 V LDT x3.0 (THunDA) details
AMN3400DIX5AR CAA2C 0449 TPMW 2706 MHz (246.0 x11.0) 1.52 V memory 246 MHz 2.0-2-2-10 1T 3.10 V LDT x3.0 (Clevor) details **
AMA3000BEX5AR CAAZC 0501 DPMW 2700 MHz (300.0 x 9.0) 1.68 V memory 270 MHz 2.5-3-3-10 1T 2.70 V LDT x3.0 (Jhatfie) details **
ADA3700AEP5AR CAA2C 0444 GPMW 2700 MHz (270.0 x10.0) 1.54 V memory 270 MHz 2.5-3-3- 6 1T 2.80 V LDT x4.0 (Clevor) details **
ADA3700AEP5AR CAA2C 0444 GPMW 2700 MHz (246.0 x11.0) 1.54 V memory 246 MHz 2.0-2-2- 6 1T 3.40 V LDT x4.0 (Clevor) details **
AMA3000BEX5AR CAA2C 0502 EPMW 2700 MHz (300.0 x 9.0) 1.80 V memory 245 MHz 2.0-3-3- 7 1T 2.90 V LDT x3.0 (Skeen) details
AMA3400BEX5AR ????? ???? ???? 2606 MHz (237.0 x11.0) 1.76 V memory 237 MHz 2.0-3-3- 5 1T 2.80 V LDT x3.0 (rust3d) details
ADA3200AEP5AR CAAPC 0348 TPAW 2600 MHz (260.0 x10.0) 1.75 V memory 260 MHz 2.5-3-3-10 1T 2.60 V LDT x4.0 (windwind) details **
AMN3200BIX5AR ????? ???? ???? 2530 MHz (281.0 x 9.0) 1.74 V memory 253 MHz 3.0-3-3- ? 1T 3.10 V LDT x??? (SunTzu69) details **
AMA3200BEX5AR CAAPC 0405 TPMW 2530 MHz (281.0 x 9.0) 1.71 V memory 238 MHz 2.0-2-2- 7 1T 3.30 V LDT x2.5 (Gautam) details
AMN3200BIX5AR CAABC 0416 MPMW 2525 MHz (252.5 x10.0) 1.70 V memory 252 MHz 2.0-2-2- 5 1T 3.45 V LDT x2.5 (Jess1313) details
AMA3200BEX5AR CAACC 0429 TPAW 2500 MHz (250.0 x10.0) 1.72 V memory 250 MHz 2.5-3-3- 6 1T 2.80 V LDT x4.0 (decptt) details
ADA3000AEP4AP CAAOC 0402 TPMW 2500 MHz (250.0 x10.0) 1.76 V memory 250 MHz 3.0-2-2-10 1T 2.80 V LDT x3.0 (Jhatfie) details ***
ADA3200AEP5AP CAAMC 0348 XPMW 2450 MHz (245.0 x10.0) 1.70 V memory 245 MHz 3.0-4-4- 8 1T 2.60 V LDT x4.0 (madman22) details
ADA3200AEP5AP DAAOC 0411 TPMW 2425 MHz (269.5 x 9.0) 1.70 V memory 220 MHz 2.5-2-2- 5 1T 2.80 V LDT x2.5 (Shaitan) details
ADA3000AEP4AP CAAMC 0349 RPMW 2400 MHz (300.0 x 8.0) 1.70 V memory 300 MHz 3.0-4-4- 8 ?T 2.90 V LDT x??? (Maxvla) details ***
ADA2800AEP4AP ????? 0501 ???? 2384 MHz (298.0 x 8.0) 1.73 V memory 216 MHz 2.5-4-4- 7 1T 3.30 V LDT x4.0 (shard) details ***
ADA3000AEP4AP DAAOC 0412 RPMW 2350 MHz (261.0 x 9.0) 1.63 V memory 216 MHz 2.5-3-3-10 1T 2.65 V LDT x4.0 (pelikan) details ***
ADA3200AEP5AR CAABC 0416 SMPW 2300 MHz (230.0 x10.0) 1.65 V memory 230 MHz 2.5-3-3-10 1T 2.80 V LDT x4.0 (Zeke968) details
ADA2800AEP4AP CAAOC 0409 MPMW 2295 MHz (255.0 x 9.0) 1.60 V memory 213 MHz 3.0-3-3-10 ?T 2.85 V LDT x3.0 (ddawson) details ** ***
ADA2800AEP4AP CAAOC 0343 MPMW 2160 MHz (270.0 x 8.0) 1.60 V memory 216 MHz 2.5-3-3- 7 1T 2.80 V LDT x3.0 (Jarhead7236) details ***


NewCastle

Distribution
[2800 - 2900): 1
[2700 - 2800): 3
[2600 - 2700): 10
[2500 - 2600): 15
[2400 - 2500): 10
[2300 - 2400): 1
[2200 - 2300): 2

ADA3200AEP4AX CBAXC 0435 RPMW 2813 MHz (331.0 x 8.5) 1.54 V memory 255 MHz 2.5-4-4- 8 2T 2.80 V LDT x3.0 (abe08) details **
ADA3400AEP4AX CBAZC 0433 VPMW 2750 MHz (250.0 x11.0) 1.65 V memory 250 MHz 2.5-2-2- 5 1T 2.80 V LDT x3.0 (capella) details
ADA3400AEP4AX CBAZC 0444 SPPW 2706 MHz (246.0 x11.0) 1.71 V memory 246 MHz 2.0-2-2-10 1T 3.30 V LDT x3.0 (AAdjuster) details
ADA3400AEP4AX CBAZC 0435 XPMW 2700 MHz (270.0 x10.0) 1.65 V memory 270 MHz 2.5-3-3- 7 1T ?.?? V LDT x3.0 (aimetti) details
ADA3400AEP4AX ????? ???? ???? 2682 MHz (298.0 x 9.0) 1.71 V memory 244 MHz 3.0-3-3- 7 2T 2.70 V LDT x3.0 (baberpervez) details
ADA3400AEP4AX CBAXC 0432 UPMW 2660 MHz (266.0 x10.0) 1.70 V memory 222 MHz 2.0-2-2- 8 1T 3.00 V LDT x3.0 (skane) details **
ADA3400AEP4AX CBASC 0414 XPMW 2650 MHz (265.0 x10.0) 1.63 V memory 265 MHz 2.5-3-3-11 2T 3.10 V LDT x3.0 (mattspalace) details
ADA3000AEP4AX CBAUC 0420 TPMW 2650 MHz (265.0 x10.0) 1.65 V memory 255 MHz 2.0-2-2-10 2T 3.20 V LDT x3.0 (EliXyR) details
ADA3400AEP4AX CBAXC 0433 RPMW 2620 MHz (262.0 x10.0) 1.55 V memory 262 MHz 2.5-3-3- 7 1T 3.00 V LDT x3.0 (BatousaiRyu) details
ADA3000AEP4AX ????? ???? ???? 2620 MHz (262.0 x10.0) 1.65 V memory 218 MHz 2.5-4-4- 8 1T 2.80 V LDT x3.0 (sully72482) details
ADA2800AEP4AX ????? ???? ???? 2618 MHz (291.0 x 9.0) 1.90 V memory 238 MHz 2.0-3-3- 7 1T 3.50 V LDT x3.0 (Pro*Banshee) details **
ADA3200AEP4AX CBASC 0415 XPMW 2618 MHz (238.0 x11.0) 1.65 V memory 228 MHz 2.0-3-3- 7 1T 2.85 V LDT x??? (NiTrO bOiE) details **
ADA3400AEP4AX CBASC 0414 WPMW 2604 MHz (236.5 x11.0) 1.60 V memory 236 MHz 2.0-2-2- 5 1T 3.45 V LDT x3.0 (Jess1313) details
ADA3500AEP4AW CBAXC 0434 VPAW 2600 MHz (260.0 x10.0) 1.63 V memory 260 MHz 2.5-3-3-11 1T 2.85 V LDT x3.0 (Highlander) details
ADA3200AEP4AX CBAEC ???? ???? 2570 MHz (234.0 x11.0) 1.63 V memory 234 MHz 3.0-3-3-10 1T 2.80 V LDT x4.0 (pelikan) details
ADA2800AEP4AX CBASC 0419 UPMW 2565 MHz (285.0 x 9.0) 1.65 V memory 236 MHz 2.5-3-3- 6 2T 2.90 V LDT x3.0 (spazzmattah) details
ADA3000AEP4AX CBASC 0416 VPMW 2565 MHz (285.0 x 9.0) 1.70 V memory 233 MHz 2.5-2-2-10 1T 2.90 V LDT x4.0 (Jhatfie) details **
ADA3200AEP4AX ????? ???? ???? 2557 MHz (284.1 x 9.0) 1.65 V memory 284 MHz 2.5-3-3- 8 2T 2.75 V LDT x3.0 (maruko) details
ADA2800AEP4AX CBAEC 0427 XPMW 2556 MHz (284.0 x 9.0) 1.65 V memory 284 MHz 2.5-3-3- 6 1T 2.80 V LDT auto (bill) details **
ADA3000AEP4AX CBASC 0416 RPMW 2555 MHz (284.0 x 9.0) 1.55 V memory 284 MHz 3.0-4-4- 8 1T 2.90 V LDT x4.0 (CandymanCan) details **
ADA3000AEP4AX CBAZC 0445 DPDW 2550 MHz (255.0 x10.0) 1.55 V memory 221 MHz 2.0-3-3- 8 1T 2.90 V LDT x4.0 (gulp35) details
ADA3000AEP4AX CBAUC 0420 SPMW 2550 MHz (255.0 x10.0) 1.55 V memory 213 MHz 2.5-3-3- 7 2T 2.70 V LDT x4.0 (CordialSpam) details
ADA3200AEP4AX CBAEC 0434 TPMW 2544 MHz (318.0 x 8.0) 1.65 V memory 254 MHz 2.5-4-3-10 1T 3.25 V LDT x3.0 (Claw85) details
ADA2800AEP4AX CBAUC 0420 TPMW 2541 MHz (280.0 x 9.0) 1.57 V memory 231 MHz 2.5-3-3- 6 2T 2.60 V LDT x3.0 (hawtrawkr) details
ADA3000AEP4AX ????? ???? ???? 2530 MHz (253.0 x10.0) 1.73 V memory 253 MHz 2.0-2-2-11 1T 3.04 V LDT x3.0 (memory remains) details **
ADA3000AEP4AX CBAUC 0421 UPMW 2520 MHz (280.0 x 9.0) 1.68 V memory 280 MHz 3.0-5-5-11 1T 2.80 V LDT x1.0 (WinXP) details **
ADA2800AEP4AX CBAVC 0420 TPMW 2507 MHz (278.0 x 9.0) 1.60 V memory 179 MHz 2.5-3-3- 6 2T 2.80 V LDT x3.0 (Buhammot) details
ADA3200AEP4AX CBAUC 0420 TPMW 2500 MHz (250.0 x10.0) 1.68 V memory 250 MHz 2.0-3-3- 7 2T 3.10 V LDT x3.0 (corecooler) details
ADA3200AEP4AX CBAVC 0420 TPMW 2500 MHz (250.0 x10.0) 1.70 V memory 250 MHz 2.5-3-3- 8 2T 2.80 V LDT x??? (Serotine) details
ADA3000AEP4AX CBASC 0404 XPMW 2480 MHz (248.0 x10.0) 1.70 V memory 248 MHz 3.0-4-4- 8 1T ?.?? V LDT x??? (BatousaiRyu) details
ADA3000AEP4AX CBASC 0416 XPMW 2470 MHz (309.0 x 8.0) 1.70 V memory 247 MHz 2.5-3-3- 7 1T 2.65 V LDT x3.0 (adelphia83) details
ADA2800AEP4AX CBAZC 0444 UPGW 2457 MHz (273.0 x 9.0) 1.60 V memory 225 MHz 2.5-3-3-10 1T 2.70 V LDT x3.0 (CCUABIDExORxDIE) details
ADA3000AEP4AX CBASC 0410 RPAW 2450 MHz (305.0 x 8.0) 1.70 V memory 244 MHz 2.0-2-2- 5 1T 3.32 V LDT x3.0 (jonspd) details
ADA3000AEP4AX ????? ???? ???? 2420 MHz (242.0 x10.0) 1.73 V memory 242 MHz 2.0-2-2-11 1T 3.04 V LDT x3.0 (K4mui) details **
ADA3200AEP4AX ????? ???? ???? 2419 MHz (220.0 x11.0) 1.55 V memory 220 MHz 2.0-3-3-11 1T 2.80 V LDT x4.0 (wpmegee) details
ADA3200AEP4AX CBASC 0407 MPMW 2413 MHz (230.0 x10.5) 1.55 V memory 230 MHz 3.0-3-2-10 1T 2.80 V LDT x??? (wannaoc) details
ADA3200AEP4AX CBASC 0416 VPMW 2403 MHz (267.0 x 9.0) 1.70 V memory 267 MHz 2.5-3-3-10 1T 2.80 V LDT x3.0 (botb) details **
ADA2800AEP4AX ????? ???? ???? 2403 MHz (267.0 x 9.0) 1.50 V memory 200 MHz 2.5-3-3- 6 2T 2.60 V LDT x3.0 (amokla) details
ADA3200AEP4AX CBAEC 0423 TPMW 2400 MHz (266.0 x 9.0) 1.70 V memory 266 MHz 2.5-3-2- 8 1T 3.20 V LDT x4.0 (AZN) details
ADA3000AEP4AX CBAEC 0423 RPDW 2300 MHz (230.0 x10.0) 1.55 V memory 230 MHz 2.5-3-3-10 1T 2.80 V LDT x3.0 (amd_luvarboi) details
ADA3000AEP4AX CBAZC 0513 APMW 2210 MHz (221.0 x10.0) 1.48 V memory 220 MHz 2.5-3-3- 6 1T 2.50 V LDT x3.0 (broken_Naols) details
ADA3000AEP4AX CBAEC 0423 SPMW 2200 MHz (220.0 x10.0) 1.64 V memory 183 MHz 2.0-2-2- 6 1T 2.55 V LDT x4.0 (helloguy) details


* sub-zero cooling
** water cooling
*** ClawHammer with 1/2 L2 disabled

[hitechjb1]

Results for 939

For the time being, put all 939 into this single post. May split them up if more data becomes available.

Venice and San Diego are put in next post, waiting for the first batch results for them .



130 nm 939 FX/ClawHammer

ADAFX55DEI5AS CAA2C 0509 DPMW 3240 MHz (270.0 x12.0) 1.82 V memory 270 MHz 1.5-2-2- 3 1T 3.60 V LDT x3.0 (El<(')>Maxi) details *
ADAFX55DEI5AS CAA2C 0448 XPDW 3000 MHz (250.0 x12.0) 1.69 V memory 250 MHz 2.5-3-3- 6 1T 2.75 V LDT x4.0 (DragonFire) details **
ADA3500DEP4AS CAA2C 0506 BPMW 2816 MHz (256.0 x11.0) 1.67 V memory 256 MHz 1.5-2-2- 8 1T 3.30 V LDT x4.0 (shimmishim) details ** ***


90 nm 939 Winchester

Distribution
[3200 - 3300): 1
[3100 - 3200): 0
[3000 - 3100): 1
[2900 - 3000): 0
[2800 - 2900): 2
[2700 - 2800): 12
[2600 - 2700): 11
[2500 - 2600): 14
[2400 - 2500): 5
[2300 - 2400): 1
[2200 - 2300): 1

ADA3200DIK4BI CBBFD 0433 SPMW 3206 MHz (320.6 x10.0) 1.76 V memory 214 MHz 2.5-3-3- 8 1T 2.75 V LDT x3.0 (turez) details *
ADA3000DIK4BI CBBHD 0444 VPMW 3006 MHz (334.0 x 9.0) 1.65 V memory 300 MHz 2.5-4-3- 8 1T 3.00 V LDT x3.0 (gundamit) details *
ADA3000DIK4BI CBBHD 0450 UPBW 2871 MHz (319.0 x 9.0) 1.60 V memory 319 MHz 2.5-4-3- 6 1T 2.85 V LDT x3.0 (bill) details
ADA3200DIK4BI CBBFD 0441 UPMW 2850 MHz (285.0 x10.0) 1.63 V memory 285 MHz 3.0-4-3- 6 2T 2.85 V LDT x3.0 (abe08) details **
ADA3000DIK4BI ????? ???? RPMW 2736 MHz (309.0 x 9.0) 1.52 V memory 273 MHz 2.5-3-3- 8 1T 2.72 V LDT x3.0 (K4mui) details **
ADA3200DIK4BI CBBID 0505 ???? 2750 MHz (275.0 x10.0) 1.50 V memory 275 MHz 2.5-3-3- 5 1T 3.10 V LDT x3.0 (Fireball_dbz) details **
ADA3200DIK4BI CBBHD 0447 RPAW 2748 MHz (305.0 x 9.0) 1.59 V memory 305 MHz 2.5-4-3- 6 1T 2.70 V LDT x3.0 (Clevor) details **
ADA3200DIK4BI CBBFD 0444 RPBW 2728 MHz (303.0 x 9.0) 1.48 V memory 245 MHz 2.0-2-2- 5 1T 3.10 V LDT x4.0 (Clevor) details **
ADA3000DIK4BI CBBHD 0447 UPCW 2727 MHz (303.0 x 9.0) 1.50 V memory 303 MHz 2.5-3-3- 7 1T 2.80 V LDT x3.0 (hitechjb1) details
ADA3200DIK4BI CBBHD 0444 RPAW 2700 MHz (270.0 x10.0) 1.63 V memory 270 MHz 2.5-3-3-10 1T 2.85 V LDT x3.0 (ilal2ielli) details **
ADA3200DIK4BI CBBFD 0444 VPMW 2700 MHz (300.0 x 9.0) 1.78 V memory 246 MHz 2.5-3-3- 8 1T 2.80 V LDT x3.0 (sonicDivx) details
ADA3500DIK4BI ????? ???? ???? 2700 MHz (245.0 x11.0) 1.45 V memory 245 MHz 2.5-3-3-10 1T 2.80 V LDT x4.0 (Tical) details
ADA3000DIK4BI CBBFD 0437 WPAW 2700 MHz (300.0 x 9.0) 1.53 V memory 245 MHz 2.5-4-4- 7 1T 2.80 V LDT x3.0 (Osirus) details **
ADA3000DIK4BI ????? ???? ???? 2700 MHz (300.0 x 9.0) 1.60 V memory 225 MHz 2.0-3-3-10 1T 2.80 V LDT x3.0 (oc_byagi) details
ADA3000DIK4BI CBBHD 0447 RPAW 2700 MHz (300.0 x 9.0) 1.53 V memory 193 MHz 2.0-3-3- 6 1T 2.60 V LDT x3.0 (Clevor) details
ADA3000DIK4BI CBBHD 0449 GPEW 2700 MHz (300.0 x 9.0) 1.60 V memory 193 MHz 2.0-2-2- 5 1T 2.80 V LDT x3.0 (EclipseJP) details
ADA3000DIK4BI CBBHD 0447 UPDW 2629 MHz (292.0 x 9.0) 1.50 V memory 239 MHz 2.0-2-2-10 1T 3.35 V LDT x3.0 (shole01) details
ADA3000DIK4BI CBBHD 0447 RPDW 2605 MHz (306.5 x 8.5) 1.50 V memory 200 MHz 2.0-3-3- 6 1T 2.85 V LDT x3.0 (swindelljd) details
ADA3200DIK4BI CBBFD 0442 SPMW 2600 MHz (260.0 x10.0) 1.55 V memory 260 MHz 2.5-4-4- 8 1T 2.70 V LDT x3.0 (ETUKE) details
ADA3000DIK4BI CBBHD 0444 MPM_ 2600 MHz (289.0 x 9.0) 1.60 V memory 240 MHz 2.0-2-2- 8 1T 3.30 V LDT x4.0 (infinitevalence) details
ADA3200DIK4BI CBBID 0451 MPM_ 2600 MHz (260.0 x10.0) 1.65 V memory 236 MHz 2.0-2-2- 5 1T 3.30 V LDT x4.0 (Ri0) details **
ADA3200DIK4BI CBBHD 0445 VPMW 2600 MHz (260.0 x10.0) 1.45 V memory 217 MHz 2.5-3-3- 7 1T 2.60 V LDT x4.0 (nagus69) details
ADA3500DIK4BI CBBFD 0437 MPMW 2600 MHz (260.0 x10.0) 1.50 V memory 216 MHz 2.5-3-3- 6 1T 2.60 V LDT x3.0 (JonEapples ) details
ADA3200DIK4BI CBBID 0501 FP?? 2600 MHz (325.0 x 9.0) 1.55 V memory 216 MHz 2.0-3-2- 6 1T 2.85 V LDT x3.0 (one-silence) details **
ADA3200DIK4BI CBBID 0505 GPMW 2600 MHz (260.0 x10.0) 1.60 V memory 216 MHz 2.5-3-3- 7 1T 2.80 V LDT x4.0 (buttonmash) details **
ADA3000DIK4BI CBBFD 0437 VPAW 2600 MHz (289.0 x 9.0) 1.55 V memory 185 MHz 2.5-3-3- 8 1T 2.70 V LDT x3.0 (mustrum) details **
ADA3200DIK4BI CBBFD 0431 UPAW 2600 MHz (260.0 x10.0) 1.55 V memory 160 MHz 2.5-3-4- 8 1T 2.85 V LDT x3.0 (jEevion) details
ADA3500DIK4BI CBBFD 0501 FPMW 2570 MHz (257.0 x10.0) 1.55 V memory 214 MHz 2.5-3-3- 7 1T 2.60 V LDT x4.0 (raid) details
ADA3200DIK4BI CBBFD 0433 SMPW 2540 MHz (254.0 x10.0) 1.53 V memory 254 MHz 3.0-4-4-10 1T 2.70 V LDT x4.0 (Sentential) details
ADA3000DIK4BI CBBHD 0444 XPKW 2529 MHz (280.0 x 9.0) 1.40 V memory 186 MHz 3.0-3-3- 8 1T 2.70 V LDT x3.0 (Calleonion) details
ADA3000DIK4BI CBBFD 0435 XPAW 2520 MHz (280.0 x 9.0) 1.61 V memory 280 MHz 2.5-3-3-10 1T 2.80 V LDT x3.0 (Optimus Prime) details
ADA3500DIK4BI ????? ???? ???? 2510 MHz (251.0 x10.0) 1.54 V memory 209 MHz 2.5-3-3-10 1T 2.55 V LDT x4.0 (achaye) details
ADA3000DIK4BI CBBHD 0450 TPFW 2508 MHz (295.0 x 8.5) 1.52 V memory 295 MHz 2.5-5-4- 9 2T 2.85 V LDT x3.0 (reddywing1) details
ADA3000DIK4BI CBBFD 0441 SPMW 2504 MHz (313.0 x 8.0) 1.35 V memory 250 MHz 3.0-3-2-10 1T 2.85 V LDT x3.0 (Death-Evil) details
ADA3000DIK4BI CBBFD 0437 WPAW 2502 MHz (278.0 x 9.0) 1.55 V memory 228 MHz 2.0-3-2-10 1T 2.70 V LDT x3.0 (ilal2ielli) details **
ADA3000DIK4BI CBBFD 0437 WPAW 2502 MHz (278.0 x 9.0) 1.60 V memory 227 MHz 2.5-3-3- 6 2T 2.60 V LDT x3.0 (FatRabbit) details **
ADA3200DIK4BI CBBFD 0432 TPMW 2500 MHz (250.0 x10.0) 1.45 V memory 250 MHz 2.0-2-2- 5 1T 3.20 V LDT x4.0 (Teppei_3466 ) details
ADA3000DIK4BI CBBHD 0447 UPAW 2500 MHz (278.0 x 9.0) 1.38 V memory 208 MHz 2.0-2-2- 6 1T 2.70 V LDT x3.0 (shole01) details
ADA3200DIK4BI CBBID 0451 EPDW 2500 MHz (250.0 x10.0) 1.60 V memory 208 MHz 2.5-3-3- 8 2T 2.80 V LDT x4.0 (Darksyne) details
ADA3200DIK4BI CBBFD 0437 RPDW 2500 MHz (250.0 x10.0) 1.63 V memory 208 MHz 2.5-3-3- 8 1T 2.70 V LDT x5.0 (badge56) details **
ADA3200DIK4BI CBBID 0504 DPEW 2500 MHz (250.0 x10.0) 1.65 V memory 208 MHz 2.0-2-2-10 1T 2.80 V LDT x4.0 (Overlag) details
ADA3000DIK4BI CBBHD 0449 GPBW 2475 MHz (275.0 x 9.0) 1.49 V memory 275 MHz 2.5-3-3- 8 1T 2.65 V LDT x3.0 (TeleMan) details
ADA3500DIK4BI CBBID 0502 APMW 2475 MHz (225.0 x11.0) 1.45 V memory 225 MHz 2.0-3-3-10 1T 2.85 V LDT x4.0 (RiggaMortes) details
ADA3200DIK4BI CBBFD 0441 SMPW 2470 MHz (247.0 x10.0) 1.54 V memory 206 MHz 2.5-3-3- 8 2T 2.85 V LDT x4.0 (Steven4563) details
ADA3000DIK4BI CBBFD 0437 WPHW 2450 MHz (272.0 x 9.0) 1.45 V memory 272 MHz 3.0-3-3-10 1T 2.75 V LDT x4.0 (adelphia83) details
ADA3000DIK4BI CBBHD 0444 XPEW 2405 MHz (267.0 x 9.0) 1.60 V memory 172 MHz 3.0-5-5-10 1T 2.80 V LDT x3.0 (lbjgh1) details
ADA3000DIK4BI CBBHD 0447 RPHW 2403 MHz (267.0 x 9.0) 1.48 V memory 200 MHz 2.0-2-2- 5 1T 2.70 V LDT x3.0 (kelso) details
ADA3000DIK4BI CBBID 0502 BPDW 2394 MHz (266.0 x 9.0) 1.55 V memory 218 MHz 2.5-3-3- 7 1T 2.90 V LDT x4.0 (shiyan) details
ADA3000DIK4BI CBBID 0503 EPDW 2250 MHz (250.0 x 9.0) 1.45 V memory 166 MHz 2.5-3-3- 7 2T 2.60 V LDT x4.0 (Celeron_Phreak) details


130 nm 939 NewCastle

Distribution
[2900 - 3000): 1 *
[2800 - 2900): 0
[2700 - 2800): 0
[2600 - 2700): 1
[2500 - 2600): 7

ADA3500DEP4AW CBAEC 0421 MPMW 2950 MHz (268.0 x11.0) 1.70 V memory 210 MHz 2.5-2-2- 5 1T 2.80 V LDT x??? (d]g[ts) details *
ADA3500DEP4AW CBAEC 0426 RPMW 2625 MHz (250.0 x10.5) 1.85 V memory 250 MHz 3.0-3-3-10 2T 2.85 V LDT x4.0 (ddawson) details **
ADA3500DEP4AW CBAUC 0420 MPMW 2566 MHz (270.0 x 9.5) 1.65 V memory 213 MHz 2.5-3-3- 7 1T 2.80 V LDT x5.0 (Super Nade) details
ADA3500DEP4AW CBAEC 0425 WPMW 2550 MHz (283.0 x 9.0) 1.58 V memory 283 MHz 2.5-4-3- 5 1T 2.90 V LDT x3.0 (Eldonko) details **
ADA3500DEP4AW CBASC 0414 TPBW 2550 MHz (255.0 x10.0) 1.60 V memory 255 MHz 3.0-2-2-10 1T 2.80 V LDT x5.0 (Zac42) details **
ADA3500DEP4AW ????? ???? ???? 2550 MHz (255.0 x10.0) 1.65 V memory 212 MHz 2.0-3-2-10 1T 2.85 V LDT x3.0 (trinketsummoner) details
ADA3500DEP4AW CBAEC 0421 MPMW 2530 MHz (230.0 x11.0) 1.70 V memory 210 MHz 2.5-2-2- 5 1T 2.80 V LDT x??? (d]g[ts) details
ADA3500DEP4AW CBAEC 0426 RPMW 2500 MHz (250.0 x10.0) 1.60 V memory 250 MHz 2.5-2-2- 5 1T 2.90 V LDT x3.0 (DickH) details
ADA3400DEP4AZ CBAXC 0434 UPAW 2500 MHz (250.0 x10.0) 1.53 V memory 208 MHz 2.0-3-3- 6 1T 2.80 V LDT x4.0 (bionicbadger) details




* sub-zero cooling
** water cooling
*** ClawHammer with 1/2 L2 disabled

[hitechjb1]

We want more results for San Diego, Venice, Toledo, Manchester


90 nm 939 X2 Toledo

ADAFX60DAA6CD ????? ???? ???? 3000?MHz (250.0 x12.0) 1.35?V memory 200?MHz 2.0-2-2- 5 2T 2.80 V LDT x5.0 (passenger) details
ADAFX60DAA6CD ????? ???? ???? 2820 MHz (235.0 x12.0) 1.43 V memory 235 MHz 3.0-4-3- 8 1T 2.75 V LDT x5.0 (oldsouth) details
ADA4400DAA6CD CCBWE 0532 TPMW 2800 MHz (280.0 x10.0) 1.75 V memory 280 MHz 2.5-3-3- 7 1T 2.70 V LDT x4.0 (EspElement) details
ADA4400DAA6CD CCBWE 0523 RPMW 2799 MHz (311.0 x 9.0) 1.58 V memory 311 MHz 2.5-4-3- 7 1T 2.91 V LDT x3.0 (TerraPhantm) details
ADA4400DAA6CD CCBWE 0522 TPMW 2662 MHz (242.0 x11.0) 1.50 V memory 190 MHz 2.0-3-3- 7 1T 2.70 V LDT x4.0 (LoneWolf121188) details
ADA4800DAA6CD CCBWE 0523 VPMW 2640 MHz (220.0 x12.0) 1.41 V memory ??? MHz 2.5-3-3- 6 1T 2.75 V LDT x??? (oldsouth) details
ADA4400DAA6CD ????? ???? ???? 2607 MHz (237.0 x11.0) 1.44 V memory 237 MHz 3.0-3-2- 6 1T 2.75 V LDT x3.0 (Boyo) details
ADA4400DAA6CD ????? ???? ???? 2836 MHz (315.1 x 9.0) 1.58 V memory 284 MHz 2.5-3-3- 8 1T 2.91 V LDT x3.0 (Milkman) details



90 nm 939 Toledo (Opteron)
OSA165DAA6CD CCBWE 0617 ???? 3155 MHz (350.6 x 9.0) 1.52 V memory 287 MHz 3.0-4-4- 8 1T 2.70 V LDT x??? (bldegle2) details
OSA165DAA6CD CCBBE 0610 DPMW 3006 MHz (334.0 x 9.0) 1.52 V memory 301 MHz 2.5-4-4- 8 1T 2.80 V LDT x3.0 (hitechjb1) details
OSA175DAA6CD CCBWE 0546 SPMW 2844 MHz (316.0 x 9.0) 1.57 V memory 284 MHz 2.5-4-4-10 1T 2.80 V LDT x3.0 (JRE) details
OSA165DAA6CD CCBWE 0547 TPMW 2808 MHz (312.0 x 9.0) 1.48 V memory 255 MHz 3.0-4-4-10 1T 2.80 V LDT x3.0 (Seanohue) details
OSA180DAA6CD CCBWE 0541 RPMW 2805 MHz (255.0 x11.0) 1.52 V memory 255 MHz 3.0-3-2- 6 1T 2.80 V LDT x4.0 (QuietIce) details **
OSA165DAA6CD CCB1E 0609 FPMW 2792 MHz (310.0 x 9.0) 1.42 V memory 310 MHz 3.0-4-3- 8 1T 2.80 V LDT x3.0 (Farwalker) details **
OSA165DAA6CD CCBWE 0551 WPMW 2700 MHz (300.0 x 9.0) 1.40 V memory 270 MHz 3.0-3-3- 8 1T 2.84 V LDT x3.0 (Klimpen) details
OSA165DAA6CD CCBWE 0534 MPMW 2700 MHz (300.0 x 9.0) 1.50 V memory 246 MHz 2.0-2-2- 5 1T 3.22 V LDT x2.5 (Super Nade) details
OSA170DAA6CD CCBWE 0546 XPMW 2600 MHz (260.0 x10.0) 1.45 V memory 185 MHz 2.0-4-4- 8 1T 2.60 V LDT x3.0 (runsalone) details



90 nm 939 X2 Manchester

ADA3800DAA5CD CCBKE 0643 SPMW 2900 MHz (290.0 x10.0) 1.42 V memory 242 MHz 2.5-3-3- 7 1T 2.80 V LDT x3.0 (gocartman2) details
ADA3500DAA5BV CDBHE 0532 XPMW 2805 MHz (255.1 x11.0) 1.55 V memory 255 MHz 2.5-3-3- 7 1T 2.87 V LDT x3.0 (apesoccer) details
ADA3800DAA5BV ????? ???? ???? 2745 MHz (305.0 x 9.0) 1.35 V memory 155 MHz 3.0-3-3- 5 1T 2.70 V LDT x3.0 (Serlant) details
ADA3800DAA5CD CCBWE 0529 TPMW 2707 MHz (285.0 x 9.5) 1.58 V memory 250 MHz 2.5-3-3- 6 2T 2.90 V LDT x3.0 (-_{MoW}_-Assasi) details
ADA3800DAA5BV CDBHE 0533 SPDW 2676 MHz (267.0 x10.0) 1.50 V memory 223 MHz 2.0-2-2- 5 2T 2.80 V LDT x3.0 (koontz946) details
ADA3800DAA5BV LDBFE 0620 VPMW 2619 MHz (291.0 x 9.0) 1.45 V memory 237 MHz 2.5-3-3-10 1T 2.75 V LDT x3.0 (kelso) details
ADA3800DAA5BV CCBWE 0545 RPMW 2450 MHz (245.0 x10.0) 1.31 V memory 245 MHz 2.5-3-3- 7 1T 2.70 V LDT x3.0 (before) details
ADA3800DAA5BV CDBHE 0533 SPEW 2450 MHz (245.0 x10.0) 1.43 V memory 245 MHz 2.5-3-3- 7 1T 2.70 V LDT x4.0 (TeleMan) details (post no longer found)



90 nm 939 San Diego

ADAFX55DAA5BN CABCE 0516 WPMW 3316 MHz (255.0 x13.0) 1.61 V memory 255 MHz 1.5-2-2- 0 1T 3.50 V LDT x2.0 (before) details *
ADA3700DAA5BN CABHE 0515 SPMW 3180 MHz (265.0 x12.0) 1.61 V memory 265 MHz 1.5-2-2- 3 1T 3.73 V LDT x3.0 (El<(')>Maxi) details *
ADA3700DAA5BN ????? ???? ???? 3009 MHz (273.5 x11.0) 1.52 V memory 215 MHz 2.5-3-2- 5 1T ?.?? V LDT x3.0 (deamon32) details
ADAFX55DAA5BN CABNE 0524 TPMW 3003 MHz (231.0 x13.0) 1.44 V memory 187 MHz 2.5-3-3- 7 1T 2.70 V LDT x4.0 (QuietIce) details
ADA4000DAA5BN ????? ???? ???? 2981 MHz (271.0 x11.0) 1.65 V memory 271 MHz 2.0-3-2- 5 1T 2.70 V LDT x5.0 (MaJ()R PaYn3) details
ADA3700DAA5BN KAB3E 0548 RPDW 2906 MHz (264.0 x11.0) 1.50 V memory 207 MHz 2.5-3-3- 5 1T 2.60 V LDT x4.0 (Sorin) details
ADA3700DAA5BN ????? ???? ???? 2863 MHz (260.0 x11.0) 1.55 V memory 204 MHz 2.5-3-3- 7 1T 2.50 V LDT auto (Burnboy) details
ADA3700DAA5BN ????? ???? ???? 2750 MHz (250.0 x11.0) 1.55 V memory 162 MHz 2.5-2-2- 7 1T 2.80 V LDT x3.0 (madman17230) details



90 nm 939 San Diego (Opteron)

OSA148DAA5BN CACJE 0601 VPBW 2915 MHz (265.0 x11.0) 1.42 V memory 242 MHz 2.5-4-4- 2 1T 2.72 V LDT x4.0 (Niku-Sama) details
OSA148DAA5BN CACJE 0546 APAW 2862 MHz (260.0 x11.0) 1.45 V memory ??? MHz 2.5-3-3- 7 1T 2.70 V LDT x3.0 (georgeoj) details
OSA144DAA5BN CABNE 05?? EPMW 2773 MHz (308.0 x 9.0) 1.47 V memory 198 MHz 2.5-3-3- 8 1T 2.85 V LDT x3.0 (nicspits) details
OSA146DAA5BN CAB2E 0546 FPAW 2750 MHz (275.0 x10.0) 1.47 V memory 230 MHz 2.0-3-3- 7 1T 2.80 V LDT x4.0 (jonspd) details
OSA144DAA5BN CABNE 0544 EPMW 2700 MHz (300.0 x 9.0) 1.50 V memory 193 MHz 2.5-3-3- 8 1T 2.80 V LDT x3.0 (benbaked) details
OSA146DAA5BN CACJE 0546 BPMW 2600 MHz (260.0 x10.0) 1.45 V memory 216 MHz 2.5-3-3- 8 1T 2.70 V LDT x4.0 (fordsierra4x4) details



90 nm 939 Venice

ADA3500DAA4BP LBBLE 0517 GPQW 2900 MHz (290.0 x10.0) 1.76 V memory 290 MHz 2.5-4-3- 6 1T 3.00 V LDT auto (gundamit) details **
ADA3200DAA4BP LBBLE 0516 GPDW 2900 MHz (290.0 x10.0) 1.54 V memory 290 MHz 2.0-2-2- 6 1T 2.70 V LDT x3.0 (Premmer) details *
ADA3200DAA4BP ????? ???? ???? 2850 MHz (285.0 x10.0) 1.53 V memory 238 MHz 2.5-3-3- 6 1T 2.60 V LDT x3.0 (Robert) details
ADA3000DAA4BW LBBWE 0533 DPGW 2850 MHz (314.0 x 9.0) 1.52 V memory 314 MHz 2.5-3-3- 8 2T 2.80 V LDT x3.0 (custom90gt) details
ADA3500DAA4BP LBBLE 0517 APOW 2825 MHz (269.0 x10.5) 1.47 V memory 202 MHz 2.0-3-3- 5 1T 2.70 V LDT x4.0 (shiyan) details
ADA3800DAA4BP LBBLE 0519 GPMW 2820 MHz (235.0 x12.0) 1.45 V memory 235 MHz 2.5-3-3- 6 1T 2.75 V LDT x5.0 (wakdog) details
ADA3000DAA4BP LBBLE 0520 BPDW 2808 MHz (312.0 x 9.0) 1.55 V memory 260?MHz 2.5-2-3- 7 2T 2.60 V LDT x3.0 (IWasHungry) details
ADA3000DAA4BW LBBWE 0542 EPHW 2808 MHz (312.0 x 9.0) 1.57 V memory 234 MHz 2.5-3-3- 8 1T 2.70 V LDT x3.0 (heads_up) details
ADA3000DAA4BP LBBLE 0522 ?PEW 2800 MHz (311.0 x 9.0) 1.75 V memory 311 MHz 3.0-4-4- 8 2T 2.70 V LDT x3.0 (EspElement) details **
ADA3200DAA4BP ????? ???? ???? 2800 MHz (280.0 x10.0) 1.65 V memory 254 MHz 1.5-3-3- ? 1T 3.00 V LDT x4.0 (ericware) details
ADA3000DAA4BP ????? ???? ???? 2798 MHz (310.9 x 9.0) 1.55 V memory 311 MHz 3.0-4-4- 8 1T 2.95 V LDT x3.0 (ochungry) details
ADA3000DAA4BW LBBWE 0542 EPHW 2727 MHz (303.0 x 9.0) 1.57 V memory 227 MHz 2.5-3-3- 7 1T 2.80 V LDT x3.0 (Gee Ram) details
ADA3200DAA4BP LBBLE 0516 DPHW 2700 MHz (270.0 x10.0) 1.60 V memory 270 MHz 2.0-2-2- ? 1T 3.68 V LDT x2.5 (Super Nade) details
ADA3000DAA4BP LBBLE 0516 DPHW 2700 MHz (300.0 x 9.0) 1.61 V memory 300 MHz 2.5-4-3- 9 1T 3.00 V LDT x3.0 (Super Nade) details
ADA3000DAA4BP YBBLE 0524 DPPW 2700 MHz (300.0 x 9.0) 1.69 V memory 300 MHz 2.5-4-3- 6 1T 3.00 V LDT auto (gundamit) details
ADA3000DAA4BP LBBLE 0521 ???? 2700 MHz (300.0 x 9.0) 1.58 V memory 300 MHz 3.0-4-4- 8 1T 2.80 V LDT x3.0 (OcX) details **
ADA3200DAA4BP LBBLE 0516 EPEW 2700 MHz (270.0 x10.0) 1.62 V memory 270 MHz 2.5-3-3-11 1T 2.80 V LDT x3.0 (SGTFury) details **
ADA3000DAA4BP CBBLE 0504 DPAW 2700 MHz (300.0 x 9.0) 1.50 V memory 200 MHz 2.0-2-2- 5 1T 2.50 V LDT x3.0 (ImportPsycho) details
ADA3000DAA4BP LBBLE 0515 FPMW 2700 MHz (300.0 x 9.0) 1.55 V memory 193 MHz 2.0-2-2- 6 1T 2.85 V LDT x3.0 (spydeymon) details
ADA3200DAA4BP ????? ???? ???? 2670 MHz (267.0 x10.0) 1.72 V memory 267 MHz 2.5-4-4- 8 1T 2.62 V LDT x3.0 (MrSeanKon) details **
ADA3000DAA4BP LBBLE 0521 CPCW 2655 MHz (295.0 x 9.0) 1.55 V memory 241 MHz 2.5-3-2- 5 2T 2.90 V LDT x4.0 (Dan0512) details
ADA3200DAA4BP LBBLE 0522 BPEW 2600 MHz (260.0 x10.0) 1.68 V memory 260 MHz 3.0-3-3- 6 1T 2.80 V LDT x4.0 (-=apexi=-) details **
ADA3000DAA4BP YBBLE 0524 DPPW 2521 MHz (280.1 x 9.0) 1.52 V memory 280 MHz 3.0-4-4- 8 1T 2.80 V LDT x4.0 (demonR6) details
ADA3000DAA4BP LBBLE 0520 ???? 2520 MHz (280.0 x 9.0) 1.38 V memory 280 MHz 2.5-4-4- 8 1T 2.80 V LDT x3.0 (Tiesto) details
ADA3000DAA4BP LBBLE ???? ???? 2520 MHz (280.0 x 9.0) 1.45 V memory 229 MHz 2.5-4-4- 8 1T 2.80 V LDT x3.0 (Yoshpop) details
ADA3200DAA4BP ????? ???? ???? 2500 MHz (250.0 x10.0) 1.45 V memory 250 MHz 3.0-4-4- 8 1T ?.?? V LDT x4.0 (Mordaine) details
ADA3200DAA4BP LBBLE 0519 FPCW 2412 MHz (268.0 x 9.0) 1.50 V memory 268 MHz 2.5-3-3- 7 1T 2.90 V LDT x3.0 (gvblake22) details
ADA3000DAA4BP LBBLE 0519 MPM? 2250 MHz (250.0 x 9.0) 1.48 V memory 250 MHz 2.5-4-3- 7 1T 2.70 V LDT x4.0 (Fred Koser) details



* sub-zero cooling
** water cooling

The next chart contains some SanDiego, Venice, Manchester, Toledo results in the context of SuperPI 32M runs.



This link analyses the performance per clock of various cores.

Analysis of different core performance in SuperPI 32M

[hitechjb1]

Dual core overclocking estimation from single core statistic

From overclocking results collected from Venice and SanDiego, the overclocking frequency and voltage distribution can be approximated by normal distribution with average and standard deviation frequencies about:

Venice: average 2750 MHz, standard deviation 140 MHz
SanDiego: average 2850 MHz, standard deviation 160 MHz

E.g.
- about 68.2 % of Venice would be within 1 standard deviation,
i.e. 2750 MHz +- 140 MHz for frequency
- about 95.4 % of Venice would be within 2 standard deviation,
i.e. 2750 MHz +- 280 MHz for frequency
- about 99.6% of Venice would be within 3 standard deviation,
i.e. 2750 MHz +- 420 MHz for frequency
Ref: A64 Overclocking Result Collection

Since dual core X2 Toledo is derived from SanDiego, and X2 Manchester from Venice, for a given dual core X2, the overclocking frequency of a dual core would be the smaller of the overclocking frequency of its two cores, i.e.

fmax_dual_core = min(fmax_core1, fmax_core2)

where fmax_dual_core is the max overclocking frequency of the dual core,
fmax_core1 is the max overclocking frequency of the first core, and
fmax_core2 is that of the second core.

Assuming the overclocking frequency of a single core (a random variable) follows a normal distribution with certain mean and standard deviation, since a dual core is made up of two single cores, taking the min of two random variables, the composite overclocking frequency distribution can be derived and it has a new value of mean and standard deviation.

It can be shown through statistic and mathematic that the mean of the dual core is intrinsically lowered than that of the single core, and quad core is also intrinsically lowered than that of dual core, .... The standard deviation is also getting smaller as the number of cores increase in a chip.

The estimate for Manchester, Toledo and a potential quad core (based on SanDiego) are shown in the following distributions. In the estimate, the two single cores are assumed to be statistically independently. If needed and with some data on statistical correlation among the cores, such can be added in the derivation.

In the estimation, it is assumed that the multi-cores are derived from single cores with similar manufacturing process statistics. And it is also assumed that the setup such as cooling, integrated heat spreader (IHS), memory and controller, motherboard, PSU to run the multi-cores and single cores are the same and without limiting the CPU overclocking.


Venice and Manchester

mean_Venice = 2750 MHz
stddev_Venice = 140 MHz
mean_Manchester = 2671 MHz
stddev_Manchester = 116 MHz

So from the estimate, there is an intrinsic frequency reduction (in the mean) of 79 MHz (2.9%) going from Venice to Manchester.




SanDiego and Toledo and quad core (potential)

mean_SanDiego = 2850 MHz
stddev_SanDiego = 160 MHz
mean_Toledo = 2759 MHz
stddev_Toledo = 133 MHz
mean_quadcore = 2686 MHz
stddev_quadcore = 112 MHz

So from the estimate, there is an intrinsic frequency reduction (in the mean) of 91 MHz (3.2%) going from SanDiego to Toledo, and an intrinsic frequency reduction (in the mean) of 73 MHz (2.6%) from Toledo to quadcore (made from SanDiego assumed).

[hitechjb1]

Results for Sempron


SDA3100AIP3AX CBAEC 0434 TPMW 2508 MHz (279.0 x 9.0) 1.55 V memory 232 MHz 2.0-3-3- 6 2T 2.80 V LDT x3.0 (AC Slater) details

E6 Core
SDA2800AIO3BX LBBWE 0532 CPCW 2600 MHz (325.0 x 8.0) 1.62 V memory 217 MHz 2.5-4-4- 9 2T 2.90 V LDT x2.5 (Captain Hilts) details
SDA3000AIO2BX LBBWE 0527 EPFW 2404 MHz (267.0 x 9.0) 1.40 V memory 218 MHz 2.5-4-4- 8 2T 2.70 V LDT x3.0 (dukla2000) details
SDA2500AIO3BX LBBWE 0536 ?BAC 2310 MHz (330.0 x 7.0) 1.40 V memory 256 MHz 2.5-4-3-10 1T 2.80 V LDT x2.5 (theo_85_ro) details
SDA2600AIO2BX LBBWE ???? ???? 2256 MHz (282.0 x 8.0) 1.55 V memory 241 MHz 2.5-3-3- 7 2T 2.60 V LDT x3.0 (reddragonofeart) details

[hitechjb1]

Reserve for 939 FX (90 nm) (may merge with 939 FX)

[hitechjb1]

Links to some intersting hardwares and overclocking results:

http://www.ocforums.com/showthread.p...27#post3340427

http://www.ocforums.com/showthread.p...06#post3340506

[hitechjb1]

place holder (will delete if not needed)

[hitechjb1]

Pose at least these info and use the following format (with examples):


CPU type: ClawHammer 3200+/NewCastle 3000+/Winchester 3000+/Venice 3200+/SanDiego 3700+/...
Week code: 0515
5-letter stepping: CBBLE
4-letter stepping: APAW
CPU frequency: 2700 MHz (300 x 9)
CPU voltage: 1.55 V
What level of stability: OS boot, SuperPI 1M, SuperPI xM (x = 2, 4, 8, 16, 32), Prime95
memory frequency and timing: 300 MHz 2.5-3-3-7 1T
memory voltage: 2.8 V
Screen shots (links or images)
Optional info: temperature, cooling, motherboard, PSU, ...

[hitechjb1]

Sample format

model number: ADA3000AEP4AX
core description: NC/CH/SH C0/CG desktop/mobile ... <- (optional, for checking, clarity)
5-letter code: CBASC
week-code: 0416
4-letter code: XPMW
13-letter code: 9833965C40135 <- (optional if you don't have it for the time being)
CPU frequency: highest stable 2610 MHz (261 x 10), optional highest boot <- (don't forget HTT and CPU multiplier)
CPU voltage: 1.65 V
temperature (system idle/load, CPU idle/load): system 26/28 C, CPU 40/48 C
cooling: SLK-948U, 80 mm Tornado with fan control
motherboard: XYZ rev 1.1 bios 1.23 <- (revision, bios if relevant)
memory: XYZ PC3700 512 MB x 2
memory bus frequency: 261 MHz
memory timing: 2.5-4-4-8 1T <- (tCAS-tRCD-tRP-tRAS, don't forget 1T/2T)
memory voltage: 2.8 V
HT frequency: HTT x 4 <- (Usually between 3x - 5x)
power supply: XYZ 500 W


You can use the above to cut and paste for posting your result.
So please post according to this format. Have fun.

[d]g[ts]

To hitechjb1
Info from my last chip

model number: ADA3200AEP5AR
5-letter code: AAAPC
week-code: 0346
4-letter code: XPMW
13-letter code: 5837680L30083
max CPU frequency achieved: 2800(280 x 10)stable
voltage used: 1.8 V
cooling:VapoLS
motherboard: Gigabyte K8n Pro NF3 150
memory:2x256 OCZ 3500 EB CPU/12 233Mhz 2.5-2-2-8 1t




dont have screens running 2800, but this one without stability running 2900

On a guess i would say the above chip would be stable at 2550 with board voltages on air. The other chips i have owned i dont have all the info on them, but they were chips to be avoided.

To everyone.
help hitechjb1 If anyone can put the info to use its this guy, and it will help us all in the long run

[Buhammot]

Core Desc: NewCastle Desktop
model number: ADA2800AEP4AX
5-letter code: CBAVC
Week-code: 0420
4-letter code: TPMW
13-letter code: 9764412E40176
max CPU frequency achieved: 2608MHz (290x 9) bench only
voltage applied: 1.65 V
cooling: SLK-948U /w TT SmartFan 2
motherboard: EPoX 8kda3J
memory: 2x512mb GEIL Value PC3200
memory bus frequency:CPU/14 (186mhz)
memory timing:2.5-3-3-6-2t <-Stock
memory voltage:2.7v
HTT Multiplier: 3x

Stable settings
Core Desc: NewCastle Desktop
model number: ADA2800AEP4AX
5-letter code: CBAVC
Week-code: 0420
4-letter code: TPMW
13-letter code: 9764412E40176
max CPU frequency achieved: 2507MHz (278x 9)
voltage applied: 1.6 V
cooling: SLK-948U /w TT SmartFan 2
motherboard: Chaintech VNF3-250
memory: 2x512mb GEIL Value PC3200
memory bus frequency:CPU/11 (179mhz)
memory timing:2.5-3-3-6-2t <-Stock
memory voltage:2.8v
HTT Multiplier: 3x

[NiTrO bOiE]

NiTrO bOiE, please add your CPU data. I added them (maybe wrong data) for you temporaryily from reading your overclocking thread.

You've got almost everything from my sig. BTW, I think the 13 alpha-numer is just the serial code for each individual CPU that AMD uses for warrenty purposes.

Here's the rest of my info. I'll update it in a week or two since I will do a vdmm mod, and I'll be busy with marching band and school.

model number: ADA3200AEP4AX
5-letter code: CBASC
week-code: 0415
4-letter code: XPMW
13-letter code: N/A
max CPU frequency achieved: 2618 MHz (238 x 11) prime bench stable
voltage applied: 1.65 V
cooling: Dtek Whitewater, Heatercore
motherboard: MSI K8N Neo Platinum
memory: OCZ PC3500EL 2x512MB 2-3-3-7 1T 228Mhz 2.85volts

[Jhatfie]

Here is my CO 3000+. (Will update my A64 3200+ shortly)

core description: Clawhammmer CO (nuetered)
model number: ADA3000AEP4AP
5-letter code: CAAOC
week-code: 0402
4-letter code: TPMW
13-letter code: N/A
max CPU frequency achieved: 2500 MHz (250 x 10) Prime stable
voltage applied: 1.76 V
cooling: Alpha PAL8150T, YS-Tech 80mm adjustable
motherboard: Chaintech VNF3-250 (vcore and vdimm mods)
memory: 2x256 Geil Ultra Platinum PC3500
memory bus frequency: 250 MHz
memory timing: 2-3-2-10 1T
memory voltage: 2.8V
HT frequency: 3x

Old screenshot, will update with one at 2.5ghz shortly

[oz_soth]

model number: ADA3700AEP5AR
5-letter code: CAACC
week-code: 0420
4-letter code: UPMW
13-letter code: 9772012E40064
max CPU frequency achieved: 2944 MHz (245 x 12)
voltage applied: 1.8 V
cooling: Custom R404 cooler
motherboard: Shuttle AN50R
memory: HyperX PC3200 256 MB x 2, 245 MHz, 2-2-2-5 1T, 3.4v

[oz_soth]

pifast stable

[Zeke968]

model number: ADA3200AEP5AR
core description: CG Clawhammer 1MB L2
5-letter code: CAABC
week-code: 0416
4-letter code: SMPW
13-letter code: 9543755D40417
CPU frequency: highest stable 2350 (10X235) 4xHTT, currently 2300 (10x230)
CPU voltage: 1.65 V
cooling: SLK-948U TT SFII (92MM), 34 idle, 48 load
motherboard: MSI K8N NEO Platinum 1.42 beta bios
memory: 2x512mb Infineon PC3200
memory bus frequency: 230 MHz
memory timing: 2.5-3-3-10 1T
memory voltage: 2.8 V
HT frequency: HTT x 4

Finally reseated my HS and got the rest of the codes.........

[Maxvla]

Originally Posted by Buhammot

Come on guys... we need more posters than this. We would be doing us all a favor, and as well as people that want to come and look for a good price/performance chip. Also, updated info. 700mhz overclock! Check post above!

model number: ADA3000AEP4AP
core: newcastle
5-letter code: CAAMC
week-code: 0349
4-letter code: RPMW
13-letter code: 9361825L30532
Max CPU frequency achieved: 2400 MHz (300 x 8)
voltage applied: 1.7 V
cooling: thermalright slk948u + 92mm panaflo
motherboard: Shuttle AN50R
memory: 1x256 komusa adata pc4200 hyperram 3 4 4 8 2.9v 1:1 300mhz unknown if 1t or 2t

i will post results with my new 3200+ newcastle when i buy a board capable of maxing it out.

[CandymanCan]

You can dig up my thread i started about this awhile back and add the info from that onto this thread. You guys should add which core it is.

Model number: ADA3000AEP4AX
Core: Newcastle
5-letter code: CBASC
Week-code: 0416
4-letter code: RPMW
13-letter code: N/A
Max CPU frequency achieved: 2750 MHz (275x10 1.75v not very stable) stable 2555mhz 284x9 (1.55v)
Voltage applied: 1.55 V
Cooling: Dangerden Modified Maze 2 mount for A64's, Black ice Extreme 2x90mm fans, Eheim 1048 Pump
Motherboard: Epox EP-8KDA3J Rev 1.0, Vdimm mod, all Mosfets Sinked,new hsf for chipset.
Memory: ADATA HyperRam 1x512mb PC4200
Memory bus frequency: 284mhz
Memory timing: 3-4-4-8-1t
Memory voltage: 2.9 V
HTT Speed : 4xHTT

[hitechjb1]

The core type, revision, ... can be derived from the Model Number, OPN code.
That is why the core type was not included.

AP = ClawHammer 754 CO
AR = ClawHammer 754 CG
AX = NewCastle 754 CG
AW = NewCastle 939 CG
AS = SledgeHammer 939 CG
AK = SledgeHammer 940 CO
AT = SledgeHammer 940 CG

Not sure whether this would be true forever.
Maybe still a good idea to add the core type for cross-checking and future proof.


Added one more field, though they may be redundant to information already in the model number, add it for cross-checking, read clarity and future proof in case. E.g. both Tbred A and Tbred B can have some model number.

core description: NC/CH/SH CO/CG desktop/mobile ... <- (optional for checking, clarity, future proof)

[Shaitan]

Here's mine

model number: ADA3200AEP5AP
core description: CO
5-letter code: DAAOC
week-code: 0411
4-letter code: TPMW
13-letter code: 9812344E40387
max CPU frequency achieved: 2425 (269.5 x 9)
voltage applied: 1.70 V
cooling: Zalman CNPS7000A
motherboard: Gigabyte K8N Pro
memory: OCZ EB 3200, 2 x 512mb
memory bus frequency: 220 mhz
memory timing: 2.5-2-2-5 1T
memory voltage: 2.8v
HT Frequency: HTT x 2.5

[dreIU]

I am not OC'ed yet, but I will edit once I will be...


model number: ADA3200AEP4AX
core description: Newcastle
5-letter code: CBAEC
week-code: 0423
4-letter code: RPBW
13-letter code: N/A
max CPU frequency achieved: NA
voltage applied: NA
cooling: SLK-948U 80mm TT SFII
motherboard: EPOX 8KDA3J
memory: OCZ PC3700EB stock timings


I got 20,569 stock!!! except video card of course. I could barely get that with my mobile2600+ at 250x10!! I love the A64!!

EDIT: my picture quality was set to quality rather than "high performance" while I ran that test, so this is how much the A64 rocks!!

EDIT: this was with my 9800pro btw, I get about 25K with the x800pro. Will update OC once I get my new mobo.

[jonspd]

All is stock for now just want put the #'s in before I install this stuff.




model number: ADA3000AEP4AX
core description: Newcastle
5-letter code: CBASC
week-code: 0410
4-letter code: RPAW
13-letter code: 9564625C40330
max CPU frequency achieved: Around 2.5ghz.
voltage applied:1.77
cooling: SLK-948U + Tornado 80mm w\Rheostat
motherboard: EPOX 8KDA3J
memory: Hyperx PC3200 BH-5 2x256mb
memory bus frequency: 244
memory timing: 2-2-2-5-1T
memory voltage: 3.32
HT frequency: HTT x 3


Will edit after I get the result's.

[OC Detective]

Interesting to note that none of the assembly lots seem to be getting mixed. The first letter M (in MPMW) would denote that assembly lots are combined. This 1st letter relates to the day of the week (from the date code) that the assembly lot is made with R being the first day and X being the last day of the week.

[Serotine]

Ok heres mine (A64 3200)

model number: ADA3200AEP4AX
core description: CG
5-letter code: CBAVC
week-code: 0420
4-letter code: TPMW
13-letter code: 9764224E40104
max CPU frequency achieved: 2625 MHz (250 x 10.5) Unstable 2500MHz Stable
voltage applied: 1.7 V
cooling: Stock Heatsink, 80MM Delta
motherboard: MSI K8N NEO Platinum Revision: 1.0 Bios: 1.43Beta
memory: Crucial Ballistix PC4000 512 x 2
memory bus frequency: 250 MHz
memory timing: 2.5-3-3-8 2T
memory voltage: 2.8 V

There is more info about this overclock here (benchmarks etc):
http://www.ocforums.com/showthread.php?t=321230

Also would like to thank hitechjb1 for doing such a great job of gathering this information to one thread, it's very well organised. Much appreciated will be extremely handy for comparisons and other stuff.

[wannaoc]

Add mine, its only the first try but I'm happy so far.

model number: ADA3200AEP4AX
core desc.: CG Desktop
5 -letter code: CBASC
week code: 0407
4 letter code: MPMW
13 letter code:
Max freq.: 2413 (230x10.5) Prime stable
voltage applied: 1.55V
cooling: Thermalright XP-120 Kingwin 80cfm/30db 120mm fan
motherboard: ASUS K8VSE Deluxe BIOS 1001
memory: single 1024 stick OCZ 3200EB
memory bus freq: 230
memory timings: 3,3,2,10 1T
memory voltage: 2.8V

Great thread and I'll update my results as I progress.

[d]g[ts]

model number: ADA3500EP4AW
core description: Newcastle
5-letter code: CBAEC
week-code: 0421
4-letter code: MPMW
13-letter code: 1035634F40441
max CPU frequency: 2530 / 2973 (not 100%stable ATM)
voltage applied: 1.72v
cooling: Stock HSF/ VapoLS
motherboard: MSI K8N neo Platinum 2
memory: PQI Turbo 2 X 256MB
memory bus frequency: 270
memory timing: 2.5-3-3-8-1t
memory voltage: 2.7 V
HT frequency: 11X270

New MSI board running stable at 2900+ save for temperature issues. In bios it read 144C while CPU was being vapor cooled. (slightly off ) Otherwise nice mobo, maybe even a keeper

[BatousaiRyu]

model number: ADA3000AEP4AX
5-letter code: CBASC
week-code: *i dont think its right but its the only other code i can see* 0404
4-letter code: XPMW
13-letter code: 9833965C40262
max CPU frequency achieved: 2480(248 x 10)not stable
voltage used: 1.7 V
cooling:SLK-948U w/ 92mm Tornado
motherboard: Gigabyte K8ns Pro NF3 250
memory:1x 1:1 512 A-Data pc4000 248 MHZ 3-4-4-8-11-16 1t

[hitechjb1]

Please use the exact format for consistency as detailed in the first post of this thread:

This link brings a cut and paste format for posting your result:
http://www.ocforums.com/showpost.php?p=2987203