TaPaKaH

Up for sale is a set of G.Skill F3-18400CL8D-4GBPIS that I purchased purely out of boredom For batch hunters, the SN are 10171040122101 and 10171040122102. Asking 95 Euros if you just want the sticks or 105 Euros if you also want the box and fan. Prices include worldwide shipping.

I can sell you some 2300C8 PI if you're still looking

Is that really a low-end kit or just the SPD?

Ever tried to be an active member of the community (i.e. forums) and not make posts only when money is involved? EDIT: This, and what Roman said.

The main concern were you having 718xx efficiency which was 1K below anyone else at the site. From what I know, you did not manage to provide any convincing proof. I am not a mod so I cannot edit anyone else's subs. Best scores show up on frontpage only for 24 hours. I made my submissions yesterday evening so it's natural that they are gone now.

On this platform, MemSet 3.4 beta 3 and older versions misread the command rate but read the tRTP correctly. MemSet 3.5 and newer versions are fine with the command rate but they misread and mis-set tRTP, which is a bigger flaw.

My efficiency sucks compared to what Thocathe and DopeLex show on the same CPU I'm not sure if board (P5E64-WS Evo) or memory (Corsair GTX2) affects anything in wPrime, I simply kept the settings that I ran Pi and PiFast at. 738xx is perfectly reproducable with this exact combination of CPU/memory multipliers and strap/memory settings. I was previously around 74100-74200 for wprime 32M on Wolfdale 2M but I recently discovered that using (much) more wPrime threads than two (there is one exact value that worked best for all my 775 cpus) helps in cases where individual core completion times are far apart (by splitting the computation in smaller chunks thus leveling the load).

prepare the backups

To do 600MHz FSB on Allendale you'd need a chip that a) Does at least 530-540 on air; b) Scales well from cold. 500+ air chips are about 1 in 100 even on carefully selected batches, to get 530+ air you'd literally need bin them in thousands. Doing so you will waste thousands of Euros as rejects are hard to resell even at 1€ a piece. Even if you find a 530+ air chip then it's not a given that it will have "normal" air-to-LN2 scaling (of about 60 FSB). So you might as well classify 200% on these CPUs as impossible.

bump

Sold long ago. Please move.

Not really. My strategy is to bin 50+ models at once, this way you can be very selective and still have a steady flow of interesting chips coming in. I try to bench them on LN2 once every couple of months, afterwards nearly everything goes back on sale. As for this 2600K, I just borrowed it from Petrovich

No BSEL mod. I tried it on a couple of other E21x0s and didn't see any difference.

You can usually get Hypers to run even on weak Z97 boards if you cap the bandwidth (which causes freezes) by downclocking CPU and/or uncore (to 1.6-2.4GHz). To bin for 1000MHz on X48 you first need a board that can reliably do it, and those are not easy to come across.

My rule of thumb is test 1000 7-7-6 at 1.65V first. If it passes, try to minimise voltage (best kits will need 1.55-1.56) and then to proceed to other stuff, such as 900 6-6-5 or 1100 7-x-x. If it doesn't, the kit is not likely worth the attention.

Don't mix 2400C9 and 2400C10 TridentX please The former have never existed as single-sided modules.

Thanks for sharing!

nice try

Yes, the 2666C11 are most likely Hynix MFR which are only good for raw frequency (max validations). Your current 2400C9 TridentX (Samsung-based) are a much better choice for performance.

Kudos for openly sharing!

Maaaad!

Pentium E2140 CPU. FSB maxes out around 470 on air. Asking 10 Euros. Price includes worldwide shipping.

5.2GHz 1.187 isn't too unrealistic. Normally, chips scale at 0.04V per 100MHz and I had chips that did 5.0GHz at 1.100V.

#1: Athlon 64 3200+ Venice (ADA3200DAA4BP), LBBLE 0520DPMW #2: Athlon 64 3200+ Venice (ADA3200DAA4BP), LBBLE 0520GPAW #3: Athlon 64 3200+ Venice (ADA3200DAA4BW), NBBWE 0602BPMW, suicides around 3530MHz #4: Athlon 64 3700+ San Diego (ADA3700DAA5BN), KAB1E 0626FPMW, suicides around 3590MHz #5: Athlon 64 3800+ Venice (ADA3800DAA4BW), CAB1E 0633APMW, suicides around 3570MHz #6: Athlon 64 4000+ San Diego (ADA4000DAA5BN), KAB1E 0626FPMW, suicides around 3620MHz Price for all six CPU together + EU shipping is 16 Euros.

no scope?