Post your Cinebench R23 Score

[londiste]

Ryzen 5 2400G 3.6GHz
Single-channel DDR4-2400 CL15

 

[xtreemchaos]

AIO 240mm.

 

[close01ne]

i7-4770
B85-G43
Score: 2223

 

[agent_x007]

2x Opteron 285 @ 2,61GHz (4C/4T), BOX cooling
Score : 443.

 

[Flyordie]

I tightened my RAM timings a bit.. strangely... it runs this but not 3200Mhz @ 14-14-14-34-2T on all sticks.. One of my sticks just can't do high frequency I guess?

Anyway.. there's my 4.02Ghz run. (my base clock runs just under 100Mhz so 40.25 multi offsets that.

Oh and I have an EK Monoblock. (Water cooling)

 

[9980XEchilled]

i9-9980XE @5.2GHz run (Max 5.3Ghz) Pure Water Chilled Hailea HC-500A @4c
ASUS Rampage VI Extreme Omega

Score: Multi - 11653
Single - 525

 

[phanbuey]

godlike scores -- and you were able to take pictures of the screen using the lab's digital microscope .

impressive.

 

[9980XEchilled]

godlike scores -- and you were able to take pictures of the screen using the lab's digital microscope .

impressive.

@phanbuey thanks... still shooting for higher scores and trying ti squeeze some more... need lower temps... hopefully hit sub zero to squeeze more

 

[Anarchy0110]

Stock i5 8400 (Intel box cooler) + 4GB DDR4 2400 MHz Single Channel | Gigabyte B360M-D2V with latest BIOS update

 

[9980XEchilled]

*NEW UPDATE*

Cinebench r20 multi- 11687

i9-9980XE @5106MHz WaterChilled 4celcius
ASUS Rampage VI Extreme Omega
2x EVGA RTX 2080 Ti FTW 3 Ultra SLi
24 GB Vengeance LPX Quad
1550 watt PSU

 

[EarthDog]

24 GB Vengeance LPX Quad

24GB????

 

[Slaavo 3D]

Update score: 7629

i9 7920x @ 4.8GHz & G.Skill 4000MHz custom LC

 

[9980XEchilled]

24GB????

Yes 24gb.. 8-8-4-4

 

[Slaavo 3D]

R15 score: 3200

i9 7920x @ 4.8GHz & G.Skill 4000MHz custom LC

 

[pampoene]

is 2752 good score r5 2600

 

[sam_86314]

Ordered a new CPU for this system, running this so I can compare later.

i5 650 (stock speed), air cooled.

 

[GamingElliot]

8600k @ 4.9GHz 1.425V (i didn't win the lottery)

 

[TheGuruStud]

1.0.0.2 agesa, so not completely boosting yet, but forcing PBO a little for solid 4.1 all core. Just cl16 3200 ram...gonna OC to 3600.

 

[Comp Master]

i7 2600 , 24Gb DDR3 1866 CL11 , Asus P8P67M-Pro , XFX RX560 4Gb(16CU). CPU-Z Validator (My PC bench).

 

[Tomgang]

1.0.0.2 agesa, so not completely boosting yet, but forcing PBO a little for solid 4.1 all core. Just cl16 3200 ram...gonna OC to 3600.

That gives an idea of what will be possible on there 16 core cpu i want. Given you only ran memory at 3200 MHz and 4.1 GHz while 4.3 GHz shut be possible. I´ll say 10000-11000 shut be possible to get with some fine tuning of all core clock and memory. Thanks for your post as it gives me an idea what i can exspect from twice the core count.

 

[TheGuruStud]

That gives an idea of what will be possible on there 16 core cpu i want. Given you only ran memory at 3200 MHz and 4.1 GHz while 4.3 GHz shut be possible. I´ll say 10000-11000 shut be possible to get with some fine tuning of all core clock and memory. Thanks for your post as it gives me an idea what i can exspect from twice the core count.

All core boost is at and slightly above the listed safe V of 1.325, though. Those are binned better, so I guess you can do 4.3 without degrading it.

 

[Tomgang]

All core boost is at and slightly above the listed safe V of 1.325, though.

Ah i see. But shut still not matter. AMD is binning the chiplets for the Ryzen 9 3950X and i hope that means better overclock with in safe voltage. And it shut be safe to go over 1.325 as many review reccomend max 1.4 volts and i have also overvolte my own old I7 980X way over Intels max 1.4 volts. I have had it running at 1.55 volts for benchmark and for daily drive 1.43 volts and so far that has not hurt it at all. So running the CPU a bit over 1.325 shut not hurt it, unless you are planning to keep the cpu the next 8-10 years.

 

[TheGuruStud]

Ah i see. But shut still not matter. AMD is binning the chiplets for the Ryzen 9 3950X and i hope that means better overclock with in safe voltage.

I have a 3600 that I may just push and see what happens. It will be interesting to see if 1.375-1.4v degrades them to instability within a short period or if they'll last a couple years. Shit, 2 yrs is all you need with the new chips releasing every year, now.

 

[Tomgang]

I have a 3600 that I may just push and see what happens. It will be interesting to see if 1.375-1.4v degrades them to instability within a short period or if they'll last a couple years. Shit, 2 yrs is all you need with the new chips releasing every year, now.

lol 2 years is nothing for a overclock CPU (at least not for Intels older CPU´s). Before i got the I7 980X, i ran a I7 920 oc to 4 GHz for 4 years and cpu as well as motherboard had not degrade at all before i sold it (had the cpu for 7 years while ran it stock the first 3 years). Al throw i also dit keep temp in tjeck all the time. High temp in the long run, is just as damaging to a CPU as high volts over long time. And also as said the last 3 years i have had my I7 980X it has been beaten up severel time as said i have run 1.55 volt throw it and intel recomends 1.4 volts as max safe volt and it still runs fully stable. Intels CPU´s at least can take a good beating.

High voltage cut maybe be more damaging to AMD cpu´s than Intels (but i am not sure, haven had a AMD CPU for like 15 years) and also if i remember correct as we go longer down in NM on the CPU high voltage cut be more damaging. But i am not sure how true the last part it. I whas told it years back.

 

[TheGuruStud]

3600 is V neutered a little bit for ST. It'll boost to 4.4 fine, but then all core is 1.38V. If I offset to drop all core down, then ST takes a hit down to 4.3. I mean, I don't know how accurate these numbers are, but that's what HWinfo is telling me for core V. At completely stock settings it sits at 4.2/4.1.

Man, if only 7nm was better. You can run 4/4.1 with V well under 1.3 easily, but to get a few measly 2-300 more costs you a lot. And the chips don't really pull a lot more power, they just get toasty.
edit: OK, I found the sweet spot. My setups are C6H (dirt cheap refurbs ftw) with crappy bios, sniper x 32gb cl16 3200 (yeah, still haven' OCed lol), FUMA 2 cooler, OLD windows installs upgraded to 1903

So, if I leave V at auto, enable PBO and max the settings for funsies, but leave scalar at 1x to keep V down, I can get 4.3-4.35 ST/solid 4.1 all core at 1.45v/1.32-1.35v (constantly oscillates) respectively.
The 6th core seems a little weaker, so I don't think you could do 4.4 all core, but definitely 4.3 if you wanna risk longevity. I guess that's why it's not a 3600X.