• Competitor rules

    Please remember that any mention of competitors, hinting at competitors or offering to provide details of competitors will result in an account suspension. The full rules can be found under the 'Terms and Rules' link in the bottom right corner of your screen. Just don't mention competitors in any way, shape or form and you'll be OK.

Zen 2 Owners Thread!

Well, I'm now in the club! I have bought a ASUS Prime X470-P (been very happy with my Z87 Sabretooth over the years), 16GB 3600 RAM, 1TB Patriot Viper M.2 NVMe drive, 500GB WD Green M.2 SATA drive, 3700X for £830 (of which OCUK for £530 or so).
 
I have a custom loop with a 360 radiator. on auto settings and pbo disabled, idles temps jumps around 39-45C and 75c when i was running intelburntest
 
Does anyone know what the volt limit for a single core OC can be for a short bench run? I don't want to damage anything (3700x).
 
Well shes built:

3700X
X570 Taichi
64GB Corsair 3466Mhz
960 Evo

Had to use the stock cooler as my Tisis was far too large.

Didnt bother with a reinstall, booted straight into windows with no problem!

BIOS update to fix whine of the chipset fan done.
 
Last edited:
going back to Agesa 1.0.0.2 is giving me much better clocks compared to 1.0.0.3AB. All but my 8th core shows it hit the advertised 4.4Ghz. with 1.0.0.3AB max was 4.32Ghz. Also i'm not seen 1.5v+ voltage spikes.
 
3700x incoming from ocuk tomorrow.
x570 taichi.
vega 64 blower but that will be swapped out soon.
g.skill ram that i bought a while back that's rated out of the box as 3600CL16 so it it go higher im hoping?
I got a 970 1tb nvme evo off rain forrest cheap so that will be the primary boot drive. Bunch of other nvme and sata ssd to plug into other slots. mechanical drives are going to finally get scrapped.
240 aio cooler.

upgrading from a cheap b350 mobo and ryzen 1700 that i ran at 3.85, ram was 3466c16.

old setup was far from bad but im hoping for some visible improvements.
 
So I went to fixed voltage and now I get lower idle temps. Also now I dont get those nasty voltage spikes.

Instead of overclocking all cores to the same speed, I overclocked one of my 1st CCX higher and the second 2nd CCX lower to reduce temps. I have now a "fast" CCX for single core, along with a slower CCX to reduce temps in all cores. Similar to how phones work now.
 
Back
Top Bottom