Lowest aida64 latency score I’ve gotten on core tuning config for gaming level 2!
I think I’ve almost maxed out 6000mhz. I’ve played around with 6200mhz and it scores a few gigs higher in Aida64 but I haven’t perfected it yet, kinda tedious lol it took me months to get here with 6000mhz
Hi everyone,
I recently upgraded to a Ryzen 7 5800X3D and I'm wondering if it's worth undervolting.
My current setup:
Current temperatures:
The CPU is completely stable, and I haven't noticed any thermal throttling.
Others say to leave everything stock if there aren't any issues.
I'm currently manually overclocking my 9950X3D, and I have a really strange BIOS issue.
In the first picture, when CPU Ratio Mode = All Core, I can manually enter the CPU clock ratio without any problem.
However, as soon as I switch CPU Ratio Mode = Per CCX (second picture), the CPU Clock Ratio option disappears completely.
Previously, when I selected Per CCX, the BIOS would automatically show separate options for:
CCD0 Ratio :
CCD1 Ratio :
so I could set different multipliers for each CCD.
Now those options are completely gone.
Here's what I've already tried:
It didn't fix the issue, so I flashed back to my previous BIOS version. Still exactly the same problem.
This actually happened on older BIOS versions too. I have several BIOS profiles saved in Favorites for overclocking. Oddly enough, depending on which saved profile I loaded, the Per CCX (CCD0/CCD1 Ratio) options would sometimes appear and sometimes disappear, even on the same BIOS version.
I've cleared CMOS countless times.
No difference.
I have no idea what's causing this anymore.
Has anyone experienced this before or knows what BIOS setting controls whether the CCD0/CCD1 Ratio options appear?
I'm really stuck and would greatly appreciate any help. 🙏
BTW my mainboard is : GIGABYTE AUROS PRO ICE REV 1.0
recently upgraded from a ryzen 1600 non af and ran ram at 4000mhz for years, to a ryzen 5500
i have been running these timings for the past 3 weeks stable on occt and survives gaming 3-4 a day at 4k
i had a issue were i could not get tfaw at 16 i just turned up my trcdrd to 24 from 23 and was passed 2 hours of occt (sse and avx2) and bf6
currently testing twtrl at 10
also if i change twr to 20 it crashes
any advice would be nice thanks
also using only 2 sticks of 8gb
(edit) everything under twtrl is set on auto
I canceled the test 5 minutes in since I am sure the UPS would have started to send a shutdown command to my PC. I need to get a new UPS...
I have been working on new Curve Optimizer values (-24 -15 -16 -22 -22 -22 -32 -26), to match my All Core -30 Daily Curve Optimizer setup. I've been using software called "StatusCore" to stress each individual core to help me get an idea on how much boost clock frequencies each core can reach with the given voltages. I have been able to set every core to boost upwards to 5,637-5.640Mhz with only 1.230V. I wanted to test stability with Y-cruncher SFT, because it's very sensitive to unstable PBO values; For example, my first setup was going to be -24 -15 -16 -23 -23 -23 -32 -27. This passed 7 hours of Aida64 but errored out after running for 20 minutes on Y-Cruncher SFT. I think there's more performance to be gained, so I'm going to see how low these core voltages can go. Maybe 1.225V is possible.
PBO Limits: Motherboard
Scalar: Auto (1x)
LLC: Auto
C States: Auto
I feel like I'm constantly fighting this program when trying to adjust my voltage curve. It never behaves consistently and adjusts the curve without asking me, or refuses to accept the curve ALL THE TIME. Am I just a noob or is there a better option?
I'm currently running two Arctic 80mm server fans at 5000RPM zip tied together and they're being anchored onto the 24 pin ATX connector with two large zip ties and one small zip tie attached to the lower radiator tubing, to secure the two fans in place. Not the quietest fans at 100%, but they work at least. Temperatures went down from 47c to 39.2C.
my question is about input latency and mouse feel,on real time activities like gaming, I ve read monolithic CPUs handle a lot better dpc latency, i have a ryzen 7600 single channel ram, then used a 12700k desktop and a 1215u laptop, and feels better, I’m worried about intel ultra, I like the idea of getting one, but these ultra processors are chiplet design, do they carry any downsides along?
Unintentionally upgraded to AM5. With RAM prices the way they are I had no intention on upgrading from my 5950X running 3733Mhz CL14 fully tuned timings any time soon, then I came across a deal on these 2x24GB GSkill Ripjaws S5 6400Mhz CL32 dimms for $400, so snagged them up as I felt that was a decent deal given the sticks new are about $900 at the moment. Next day I came across a deal on an X870E Carbon Wifi for $280, so decided to get that. I intended on waiting for prices on the 9950X3D2 to come down a little, then a buddy sent me a deal on an open box 9850X3D for $400, so decided to get it. My buddy said he would purchase the 9850X3D from me when I upgrade to the X3D2, but in the mean time I think this will certainly do.
Got all my parts in a day ago, and what an adventure that was with the CPU getting lost for a few days in shipping, then the first motherboard I got being bad, but all that matters is everything works as expected in the end, or even a little be better than expected. Spent my 4th of July tuning RAM. Got my timings I began with from this post here, then tuned things further. I had tested good on RAM the first day at CL30 with these timings, then spent half the day yesterday chasing my tail due to instability and errors that were happening in tests 8 & 9. Figured out I had pushed my PBO - offset too far. Brought it back down to -22 (CB R23 a -33 offset) with a +75Mhz boost, and that stopped my errors in 8 and 9, then started getting an error that pointed to voltages or overheating, but my DIMM temps never got over 37C, so figured I was pushing too high VDD at 1.5, so brought it down to 1.45, and now we are here.
So, how do things look? To note, full system cooling with a 12K BTU AC with a custom 3D printed duct, which some of you might have seen before, to explain my temps. (Been running it for 3 years now, so I know what I'm doing to keep moisture at bay, as well I live in the desert)
New to AM5 and DDR5 tuning, but studied up quite a bit on those of you who have paved the way before me, so I was not flying blind. To that, I thank all of you for making this tuning journey soooo much easier than my DDR4 tuning.
I sat down on my couch to play some Rocket League, coming from a 165hz display, the 60hz refresh rate of my girlfriends TV hurts my soul and is definitely bottlenecking my play style (not that im any good). I’ve overclocked displays before, so I opened up CRU and my radeon settings and set up a 75hz overclock because most displays to my knowledge work just fine at 75hz. For fun, I decided to do 80, 85, 90, 100, and 120hz. To my surprise, all custom resolutions (all 1080p), worked with no visual artifacts and only a bit of ghosting. It felt smoother and almost a similar experience to my 165hz monitor that I use daily.
Is this custom refresh rate overclock really 120hz, or is the tv accepting the custom resolution and only display 60hz with lower input response rate and using processing to smooth the image like “motion rate” jargon. To my knowledge, its like a super bogged down roku smart tv from Onn., Walmarts entry level TV line.
I have successfully stabilized these memory timings following extensive testing with TestMem5 ExtremeAnta77 and CoreCycler y-cruncher, configured for 10 minutes per core. I am seeking recommendations for further optimization to achieve tighter timings at 6000 MT/s with FCLK 2000. Attempts to maintain stability at 8000 MT/s were unsuccessful, leading to the current configuration which demonstrates improved performance in gaming scenarios. My system utilizes a G.Skill Trident Z5 Neo RGB 32GB kit. I would also appreciate voltage comparisons from individuals operating similar setups with reduced voltage levels. The current settings consistently maintain RAM temperatures below 50°C during prolonged testing and gaming sessions..
I'm on a 10th gen platform right now. Have been considering moving to a 14th gen platform but the lack of good OC-focused DDR4 boards makes me hesitant. The only DDR4 board with 2 DIMM slots that I can find is the gigabyte Z690i Aorus DDR4. But given that gigabyte Z490 OCs the worst out of the big 3 (no power down mode option, worse timing with b-die), I'm not that confident about it. For those who own it, does the board support disabling power down mode? Any other DDR4 boards with good OC headroom?
In a video I watched on YouTube, the guy was able to change the turbo ratios, but I couldn't figure out where to change them myself. Somehow, the target turbo ratio ended up at 3.9 GHz, but when I run the CPU burner in FurMark, I don't see those values; it usually stays at 3.7 GHz and only rarely hits 3.9 GHz. I had also set the power limit to 120%. Could someone help me with the overclocking?
Your advice would be wonderful guys :) x
so if there’s a profile one select it and your done?
Hi guys,
these days i was trying to improve my 6200 CL28 setup with Testmem5 testing.
I also put Y-crucher among the test and with my surprise 1,2 Vsoc with 3100 UCLK was unstable, so i kept increasing Vsoc with 10 mV steps until 1,28. Then i lowered from 3100 to 3000 UCLK, but no luck.
I also tried with PBO off and GDM on, no luck again.
At this point i'm wondering if i have an a$$ IMC or Y-cruncher VT3 is bugged or something.
Also tried ask to Gemini (which i know, is so bad for overclocking) and suggested me to raise VDDGs to 0,95 V. Again, no luck.
What could that be?
(off-topic note: i can't set tRFC lower because i don't have a ram fan and ambient temperature is 30 C, here in Italy is insanely hot. Memtest5 crashes after 2 hours).
VDD/VDDQ set to 1,45 V but for some reason every now and then Zentimings reads 1,47 VDDQ.
Edit: tried Nitro 2/3/1 with EXPO (7000 CL32, UCLK 1750 in 2:1 mode), no chance.
Thanks in advance.
As title suggests, I'm wondering if later-production b die OC better. There are people out there saying that b die made in and after 2020 OC much better than those made before 2020. Obviously that's a big claim since there are tons of manufacturers using B die and they all have different binning process, but my personal experience kind of corroborates this claim.
The KLEVV BOLT 4000 DJR 8*2 that were made in 2021 can do 490 TRFC on my Z490 ACE board. I later bought a KLEVV 2666 8*2 kit made in 2023 that come with DJR, and these can do 460 TRFC, even with lower voltage. Bear in mind that these are the worst-binned DJR since they are on a 2666 kit, and they still easily beat the best-binned DJR kit made 2 years ago. Just some food for thought. Anyone with experience with multiple B dies in different production runs, feel free to chime in!
Hello as the title stats my vram is running at pretty much 100 degrees heard max op temp is 105 , I experience no throttling just thought it was a tad high
