Now imagine if cpu manufacturers where to do this: Rating their cpu's at the maximum frequency they could run on ln2 in the best possible scenario while only using a single core.
They kinda already do this. For the most part CPUs come from the same silicon and are binned using stress tests and altered to become there final CPU. Doing LN2 for all chips would take forever and cost a lot to show maybe +200 mHz on some chips.
@@fryderyksadocha8044 at what speed will it run if i get it ? i see people say 2666 but id really like to get ram that can work at 2933 other option is Kingston HyperX 16GB Predator 3000MHz HX430C15PB3K2/16 but it costs twice as much , idk which one to get
@@FakhriAunurrahim Them not being on the list, just means they haven't been tested with the mobo. This could account for the issues. In this case, all you can do is test and see how you go. Beyond 2666 you really want to use only the 1.35v for further speeds. Try this: Rather than set timings manually, leave all on auto. Set the voltage to 1.35, and only change the speed of the DIMMS. see how far you get, but remember to run memtest to test each speed setting. The purpose of leaving the timings on auto, is to let the system decide them, and leave them pretty loose. This might let you get to 3000mhz. Then you can go backwards from there, and adjust timings (first noting the settings on auto - by looking at the spd tab in CPUz) and then manually setting those timings in the bios, by dropping back a level. So lets say your timings at auto, and with 1.35v is 17-19-19-35-65 or something and they function at the desired speed. Then change the timings to 16-18-28-34-65. This is time consuming, but by doing so, and getting close to rated timings you will increase the bandwidth of the DIMMS, and the cas latency which can give further improvements. I hope i've explained myself well. The overall point being, with those DIMMS, you're gonna have to tinker around with these settings to get best results. Just remember to test all the way so you know whatever setting you change works. And only change one setting at a time. If you have any questions, drop me a PM, and I can try illustrate it better.
at what speed will it run if i get it ? i see people say 2666 but id really like to get ram that can work at 2933 other option is Kingston HyperX 16GB Predator 3000MHz HX430C15PB3K2/16 but it costs twice as much , idk which one to get
4400 ram is superior in almost all tasks. Go look at some benchmarks, or dare me to post them right here so I can shit on you like I’ve shit on plenty of the people in these comments. You guys are ignorant and too lazy to do some research lol
@@BadMannerKorea Way late but here's a shot in the dark. I have a 4500 kit I'm using with my intel i5 10600k. Only the fancier Intel CPU models are supposed to support these higher speeds. I currently have mine dialed in at 4200 with safe voltages. Do you know if I'm putting my CPU at risk regardless? I'm assuming you are using Intel if you are buying a 4400 kit but I guess you could be rocking a Ryzen and dialing it in to IF with tight timings. Thanks!
for intel platforms, many articles show that around 3000mhz to 3600mhz is best performance. Once it goes above 3600 the diminishing returns pretty much hit the wall.
can't tell if you're being serious or making a joke but RGB ram tends to have pcbs that is more optimised for high freq while sacrificing tight timings.
I want to learn how to overclock memory, but unlike overclocking CPU, I can't seem to find good comprehensive guides for it... Does anyone here have any resources where I can start?
LEADER0FY0U I just want to know which subtimings matter the most and how to set them. So far I’ve only tweaked the 4 primary timings plus command rate, but I get the feeling it loosens a bunch of my other settings a lot.
uh nice i am also planning to overclock my ram, i found a bunch of guides : ua-cam.com/video/Yed-a9vqTYc/v-deo.html this is the kit i got: www.overclockers.com/forums/showthread.php/780697-Crucial-Ballistix-Elite-2x8GB-DDR4-3466-BLE2K8G4D34AEEAK let me know what you found.
Even a 3200mhz CL14 or CL15 kit is a great performer. For daily usage timings it's awesome and even with some small tweaks (say 3600mhz CL13 ) will still be very stable, with still lots of headroom to push it much further.
I "upgraded" from ddr3 1866 7-8-7-18 to ddr3 2400 cas11-13-13-38(xmp), dropped 20+ points in CB15 lol. Left it at 2133 9-11-10-26 and still was about -5 points. I did swap the old ram back in to double check and got about a 0.5% variance. Tried different banks and even swapping the slots for the same kits.
I would love to find a video that talks about how to really tinker with the RAM and aggressive memory timings. You can find things online, but I would much rather watch a video that says start with these fields first, than move on to X, Y, Z. Here is the ranges most like to hit on average and it's safe up to this point. Giving the best parameters to tweak for the best performance so if something is unstable you know what voltages, timings, or whatever you would want to sacrifice first. Hint Hint
I got a TridentZ (no rgb) 4500 kit. Fiddled with it for a couple of minutes and got 17-17-17-37. The VCCSA / IO were, as you say, ridiculous. I haven't run stability tests yet, but it will POST at 4000 15-15-15-30 with reasonable voltages. The prices are ridiculous but they're fun to play with. (Running on an EVGA z390 Dark). Edit: got bored and knocked another 1-1-1-2 off the primaries.
I wish more testing would be done my memory vendors; with 3008 on a Crosshair VI Hero, I 24/7 hit 3200mhz at 14-15-16-35-50 with a F4-3200C16D-16GTZ kit, G.Skill would not stand behind anything over 2133mhz with the memory kit with earlier bios (where I was stuck at 2666mhz) where if I loosen up timing a smidge I'm stable at 3333mhz. In the end of my RAM adventure, the sub timings matter the most; the tRC 50 latency gives more response and snap to my system alone than going to 3.2ghz at the craptastic tRC 70 default but this is probably just a Ryzen thing
Actually its these types videos that attracted me to your channel. You drive your point home , with a sledgehammer, but you get the point across. Keep doing what you do best. and save some people from themselves.
I noticed that you right click to open new tabs in the background. I do that all the time as well, but!! I use either the middle click on the mouse or hold CTL and simply click any link ;-) Bonus; middle click also closes tabs without clicking on the little x in either the task bar or browser bar.
Would be cool if you could make us a video guide for how we can overclock and fine tune our rams, what we need to find problems and test and what we should pay attention too. i am pretty sure i know the basics already from various guides, but having you talk about it could give us some deeper inside.
all the info was usefull, the only thing that i would have wanted to know was a little bit more about the timings,(since their more important than frequency) great job with your videos man i enjoy watching them
Thanks for this, your sense of logic really helps with that buy now impulse haha. My X99 system is pretty much capped at 3200mhz anyways. Got lucky with my 2133mhz kit and it OCs to 3200 CL15-19-19. 3400 gets unstable.
So you should do testing with ram and ryzens infinity fabric. When you start to see diminishing returns and how much it actually does/doesn't effect performance.
bobsagget823 would also point out that most of the test didn't point out how much it still depends on your gpu to even make a difference. Anything below a 1070/Vega you won't notice the same boost that you do with them. So Jo they haven't done a diminishing returns test, because they're hitting the cap on the processor for memory not when diminishing returns starts to become a factor.
Sorry to spam your comments ! But does that QVL just mean that those Mobo's will sort of guarantee that speed ? So if i got some 3000MHz for my z170 Extreme 4 that aren't listed as QVL it means that i may not get that speed and just do 2133 or does it mean it wont post at all ?
what do you think about the realtime memory timing thing that some Intel platforms allow? since most of those are subtimings and you could get a more instant feedback on what changes do what, would it be worth it to mess with that to get a rough quick feel for for the timings before you commit to a bios level change?
Corsair is honestly a rip-off for memory, £469 for a 16GB 4500MHz kit, you can get the 8pack TeamGroup 4500MHz 16GB kit from OCUK for £389. Both the same Samsung ICs... While I don't recommend anyone buy this high frequency memory, shows what a rip-off Corsair stuff truly is compared to other brands.
I9-9900k, ASUS Maximus XI Extreme, G Skill 4266. After hours of bios fiddling, I to found my ram only runs at 4200. Not even one time did my OS run at 4266. Feels soooooo much better that you came to the same conclusion lol!!! 4200 tho works flawlessly, no issues with music production, mastering, or gaming ever even with my OC at 5.1 GHz
If you could get a kit like say a 4133 CL17 kit from G.Skill for realatively cheap, couldn't it be a good idea for a top gaming Z370 system, where you could drop some of the clock speed and instead focus on getting very low latency? What do you think is the highest freq/voltage and lowest latency one should aim for in terms of settings for stability over several years? Is there any point in trying to go for say, 3866 CL15(or lower) or is that unreasonable? Or alternatively 3200 CL12? Which memory kits do you think would be the most successful for running very low latency for a long time?
Buildzoid, do you have recommendations for 16gb DIMMs that can do really agg timings at reasonable mHz on Ryzen? I appreciate your work cutting through the BS, your in depth videos could be longer for my preference but 20ish minutes like this one is probably better for other people.
Normally I wouldnt say this to anyone, but I really do appreciate your brutal honesty. I love your channel. Anyone can listen to your channel, and get valid info.
I was reading a thing about how at least on 11th gen / zen3 going above 3600mhz gets basically zero performance gain and above 4ghz performance goes down.
I just bought a 4400CL19 kit for my Ryzen with the sole intent of running 3600 MHz and tightening the timings until it squeals. Bandwidth is garbage on Ryzen 5's, anyway - I want low latency!
Great vid and glad to see it! I run 7700K on z270x gaming 8. When I was picking my RAM I went for TridentZ 8x4 - 3600 @ 16-16-16-36 Looking back at that decision, I'm glad I did so. I wanted 4k+ back then, after I realized I had no idea how RAM works I decided to actually read :) Safe frequency, lower cl - that is the way.
@ActuallyHardcoreOverclocking. When you tighten the timings, what kind a thinking you do in your mind there. Like the data comes trough this point, waits for 3 cyclesbefore it can go to this snother step and has to wait for the pony wich comes after five cycles has passed and there they ride to the friging cpu? To me those. ^Ras to cas" is just bunch of mumbo jumbo. How do you do the thinking when tightening timings? A idea for video.
Im using Crucial Balistix Elite 3200mhz . Happy as a radio.. Also im using it on MSI Gaming Plus with i3 8350k ..Turned on xmp slected 3200mhz, works . 5.0ghz @1.33vCore . 217 single core CBr15 score. Never crashes even in workload scenarios like Handbrake and cinebench r15 and prime95 ... 3200 mhz is enough. I play games and browse the internet .
AFAIR, the peak performance for haswell was 2400MHz. You could go higher, but with performance drop due to the memory controller. I wonder if anyone has done this testing for sky/kaby/coffee lakes ?
Eh if you constantly refreshed the AHOC video feed and had faster internet than me you could beat me on a lot of videos where I don't rush to post first or when I try to come up with something to say other than first.
Thanks man. I a so call beginner I guess but learned a lot. Please do so more longer videos like this. Click through some more memory kits and explain. That was just getting good. Thank you. !!!
Hey Buildzoid. Ive been trying to get my Ryzen system to handle higher memory clocks (currently stuck at 3000) and Im having issues with my GSkill kit. While there are timing tables for certain speeds, there arent any for speeds from say 2800-3400 (just the non-XMP profiles for 2600 and lower along with the XMP profile for 3600), so I have nowhere to start from for all the sub-timings except for tables that are obviously not for the speeds Im going for. I would really appreciate if you had any ideas or places to go to get some ideas for where to start with those. Id be forever grateful if you had any pointers or maybe tech writeups in this area (ive been looking for a good walkthrough on setting sub-timings with no luck).
Noobquestion: Is it possible to simply tighten the timings on a higher frequency kit ( not as high as in the video) instead of pushing its frequency? Let's say a kit with 3733mhz frequency and 17 CL making it run on 3400mhz and CL 15 or 3200mhz CL14 to13 ?
Good vids:) Could you make a Video about memory overclocking? (What you need to know, how to, what the Timings are for and how to Test the oc) Thank you an greetings from Bavaria:)
see these kinda things were useful back in the X58 days because then you'd never be limited by your ram speed, i wish i'd gotten 2000MHz kits back in my X58 days for that reason :P my ram was my limiter then, my X5650 would go to silly levels but the ram was holding me back, nowadays though these kinda things are silly
Can you do a oc guide for ram to get maximum performance? Im sure it would be insanely useful for not only myself, but everyone on YT, which in turn is great for your channel $$$.. I know its a lot to cover so maybe a series?
any advice for first time buider in overclocking my ram? my system right now have ryzen 7 3700x, x570 aorus elite, Trident Z Royal DDR4-3600MHz CL18-22-22-42 1.35V :) any tip on how I can tighten up memory timings? we dont have that much choices in ram here in our country almost all kits are CL 18 for 3600mhz
Hi buildzoid, can you address xmp memory ratings in ns? They can be found in the thaiphoon burner, under report + "show latencies in ns" button. Seems like the best kit considering that parameter is the 3600C15 kit from gskill. Are those latencies are a good way to check actual memory quality?
The latency rating is given in "clock cycles required to complete a given command", and the tighter the timings for a given frequency, the better performance of the chip. For instance, if a clock cycle takes 0.3125ns to complete (3200MHz) and the latency is 16 clock cycles (C16), that makes it a latency of 16*0.3125 = 5ns. If you get your RAM from that to say, 3200C14, you end up with 14*0.3125 = 4.375ns. That seems kind of underwhelming, but that's still a reduction of response time down 12.5% from the original timings. They are in ns (0.000000001s), and add up really fast when seconds are considered. Mindblank Tech got his 3600C16 kit to run at 3466C14 (as well as tweaking various other timings) on his Ryzen system and got a boost in performance compared to 3600C16. The 3600MHz frequency was basically useless since the workload wasn't requiring that much speed (bandwidth), making faster response time by way of tighter timings better suited.
no discussion though of ryzen, which to some extent can benefit from a higher ram clock, though in my experience the edge of that benefit is before 4000, that said a reputable manufacturer like gskill and corsair I've bought the cheapest kits of a given line they have and run them at basically the same settings of several other sets easily, my best case was a dominator platinum I got at the bottom that I pushed right up to the top and then still beat timings. It still comes back to use case though, what are you doing with the ram and in most cases better timings usually is the answer.
Doesn't the DDR4 spec top out at 2666 anyway? Anything beyond the specs will be non-standard, so there's no real guarantee that they'll work on any given system, or ever operate at advertised speed. Myself, I look at CL timings along with speed.
ive seen alot of people who built ryzen systems but they dont get the actual xmp profile clock but it is usually always lower even tho its like months after so could that be related to the memory controller even tho the manufactor's website says it is support?? and im specifically talking about around 3000-3200mhz
Goood i so want you to make a memory timing tuning guide. I soso need that and have no clue how low i can get my timings on my fresh MXApex + 8700k. Is there any possibility for one in the future cause i can’t find any on the web
the vengance LPX series have SHITTY sub timings. just so you know. that's a bigger problems for people with pre-built systems that can't adjust OC settings.
Am I wrong to wonder the point if actual latency on that g.skill kit is about 8.08ns but a 3200mhz cl14 would be about 8.75ns? Is my logic flawed to think in real world work loads they would be similar in performance?
Hey Buildzoid , how does memory speed affect VR performance ? I was silly and built my PC with 2x4GB 2400MHz and couldn't find anymore RAM the same so just bought cheap 1x8GB 2133 and OC'd it to 2400 so now have 3 DIMMS in a z170 extreme 4 with 6600k and a 1080Ti . Am i just loosing performance by having 3 DIMMS and would i be better off just using the 2 x 4GB @2400MHz ?
maybe as you are not getting multi channel, i have an old rig used for running SDR, its an Athlon 64 3000 with 2 gigs of dual channel ddr1(2x1gig), i have 4 sticks and wanted 4gb dual channel but the board in the machine ignores the 4th slot, it is seen in bios and win 7 64bit, but unused so you really only have 3gb single channel, now you would think 1 gb more would be better for the machine even single channel but i found 2gb running dual channel was a better setup than 3gb single. so in your case you might be better selling that 8gb stick and getting 2 4gb sticks so you get multi channel then just play around with memory settings till you find a setup that all sticks run at comfortably.
i ended up getting a 3200Mhz trident-z kit for my 8600k, it is one of the kits that uses hynix chips so it is cl16 -18-18-38 and runs at 1.35v but i couldn't get anything better than that for 180€ at the time.
if I mange to survive the exam session i will try to OC them, i have to learn about subtimigs and all of that tho because i never really got into memory overclocking.
Damn! Wish I had seen this before I bought the 4200mhz kit a few months ago. Running the Apex board with a 7700k but couldn’t get it above 4080mhz. Feels like a waste but now I know, no major
I've had enough of unreliable memory that barely worked back in the 90ies, thank you very much. And yes it was FPM EDO that was marked 60 but really barely worked on 70. My view on memory performance is, well, when you hit RAM rather than cache, you're royally fucked anyway.
Curious on how these speeds would affect Ryzens performance if it was even possible to hit 4000Mhz on Ryzen idk I'm stuck with a (Hynix) G.skill 3000mhz 16gb kit set to 2933mhz
Please. What is the fastest 2×8 ram I could run on asus z170-e and 6600k? Main reason is to maximize intel xtu score and get one or two percents of blender render improvement over my 2×16 2400mhz.
when ddr3 was cool.....i got a 1866 kit for my phenom 2 6 core (back in the 2 months it was top dawg cpu....then the i7 nation attacked) immediately dropped speed to 1600mhz and knocked the timings down around 6......and that cpu LOVED it now ive got a 1700x....running at 3200 mhz it will do 3466 or whatever....but it will sometimes crash out it would probably work if i fiddled.....but im not even running OCed right now so....ill let it grow up before i put it to work.....damn child labor laws (but it does 3.95 ghz at 1.38 volts, with 3200mhz memory....after like 3 years of bios updates....should be pretty easy to beat that)
and always check the timings when you buy.....a LOT of stuff looks the same....but the timings will be different sometimes they are even same price! go for 3200 to 3600mhz......with the lowest kit timing you can find like in newegg...filter for 3466....then select the lowest CAS filter and run it at 3200mhz and even lower timings
Now imagine if cpu manufacturers where to do this:
Rating their cpu's at the maximum frequency they could run on ln2 in the best possible scenario while only using a single core.
only specific cherry picked CPUs as well
Hmm seems intel is actually starting to do this with their 28core xeon running 5ghz.
They kinda already do this. For the most part CPUs come from the same silicon and are binned using stress tests and altered to become there final CPU. Doing LN2 for all chips would take forever and cost a lot to show maybe +200 mHz on some chips.
I will download more RAM before I buy one of these kits
don't bully me, but when I was in 5th grade, I tried that
@@mochageico at least you learned your lesson ;)
@@fryderyksadocha8044 at what speed will it run if i get it ? i see people say 2666 but id really like to get ram that can work at 2933 other option is Kingston HyperX 16GB Predator 3000MHz HX430C15PB3K2/16 but it costs twice as much , idk which one to get
Can you do a video on how to set timings and explain what they do
his video on ddr4 basic:
ua-cam.com/video/Ke_JgL8gxsA/v-deo.html
ryzen ram overclocking :
ua-cam.com/video/zoXbHRR7j98/v-deo.html
@@FakhriAunurrahim Them not being on the list, just means they haven't been tested with the mobo. This could account for the issues. In this case, all you can do is test and see how you go.
Beyond 2666 you really want to use only the 1.35v for further speeds.
Try this: Rather than set timings manually, leave all on auto. Set the voltage to 1.35, and only change the speed of the DIMMS. see how far you get, but remember to run memtest to test each speed setting. The purpose of leaving the timings on auto, is to let the system decide them, and leave them pretty loose. This might let you get to 3000mhz. Then you can go backwards from there, and adjust timings (first noting the settings on auto - by looking at the spd tab in CPUz) and then manually setting those timings in the bios, by dropping back a level.
So lets say your timings at auto, and with 1.35v is 17-19-19-35-65 or something and they function at the desired speed. Then change the timings to 16-18-28-34-65. This is time consuming, but by doing so, and getting close to rated timings you will increase the bandwidth of the DIMMS, and the cas latency which can give further improvements.
I hope i've explained myself well. The overall point being, with those DIMMS, you're gonna have to tinker around with these settings to get best results. Just remember to test all the way so you know whatever setting you change works. And only change one setting at a time.
If you have any questions, drop me a PM, and I can try illustrate it better.
@@FakhriAunurrahim I wish you could save comments
Those 8 dislikes are probably the ones who bought one of those kits...
at what speed will it run if i get it ? i see people say 2666 but id really like to get ram that can work at 2933 other option is Kingston HyperX 16GB Predator 3000MHz HX430C15PB3K2/16 but it costs twice as much , idk which one to get
4400 ram is superior in almost all tasks. Go look at some benchmarks, or dare me to post them right here so I can shit on you like I’ve shit on plenty of the people in these comments. You guys are ignorant and too lazy to do some research lol
@@BadMannerKorea Way late but here's a shot in the dark. I have a 4500 kit I'm using with my intel i5 10600k. Only the fancier Intel CPU models are supposed to support these higher speeds. I currently have mine dialed in at 4200 with safe voltages. Do you know if I'm putting my CPU at risk regardless? I'm assuming you are using Intel if you are buying a 4400 kit but I guess you could be rocking a Ryzen and dialing it in to IF with tight timings. Thanks!
for intel platforms, many articles show that around 3000mhz to 3600mhz is best performance. Once it goes above 3600 the diminishing returns pretty much hit the wall.
You are wrong! They are perfectly stable at those frequencies *because they are RGB.* Check youre facts!
can't tell if you're being serious or making a joke but RGB ram tends to have pcbs that is more optimised for high freq while sacrificing tight timings.
+Jacob Foster
I should have made more typos I see.
it's more they crammed an RGB controller where mem traces should have been.
Just imagine how fast these RGB sticks can change their color. But only using some ASUS boards.
I want to learn how to overclock memory, but unlike overclocking CPU, I can't seem to find good comprehensive guides for it... Does anyone here have any resources where I can start?
.
Extreme or just normal?
Normal for starters I guess xD
LEADER0FY0U I just want to know which subtimings matter the most and how to set them. So far I’ve only tweaked the 4 primary timings plus command rate, but I get the feeling it loosens a bunch of my other settings a lot.
uh nice i am also planning to overclock my ram, i found a bunch of guides :
ua-cam.com/video/Yed-a9vqTYc/v-deo.html
this is the kit i got:
www.overclockers.com/forums/showthread.php/780697-Crucial-Ballistix-Elite-2x8GB-DDR4-3466-BLE2K8G4D34AEEAK
let me know what you found.
Even a 3200mhz CL14 or CL15 kit is a great performer. For daily usage timings it's awesome and even with some small tweaks (say 3600mhz CL13 ) will still be very stable, with still lots of headroom to push it much further.
I "upgraded" from ddr3 1866 7-8-7-18 to ddr3 2400 cas11-13-13-38(xmp), dropped 20+ points in CB15 lol. Left it at 2133 9-11-10-26 and still was about -5 points. I did swap the old ram back in to double check and got about a 0.5% variance. Tried different banks and even swapping the slots for the same kits.
I would love to find a video that talks about how to really tinker with the RAM and aggressive memory timings. You can find things online, but I would much rather watch a video that says start with these fields first, than move on to X, Y, Z. Here is the ranges most like to hit on average and it's safe up to this point. Giving the best parameters to tweak for the best performance so if something is unstable you know what voltages, timings, or whatever you would want to sacrifice first.
Hint Hint
20:42 RAM Freq-Timing tradeoff
I got a TridentZ (no rgb) 4500 kit. Fiddled with it for a couple of minutes and got 17-17-17-37. The VCCSA / IO were, as you say, ridiculous. I haven't run stability tests yet, but it will POST at 4000 15-15-15-30 with reasonable voltages. The prices are ridiculous but they're fun to play with.
(Running on an EVGA z390 Dark).
Edit: got bored and knocked another 1-1-1-2 off the primaries.
I wish more testing would be done my memory vendors; with 3008 on a Crosshair VI Hero, I 24/7 hit 3200mhz at 14-15-16-35-50 with a F4-3200C16D-16GTZ kit, G.Skill would not stand behind anything over 2133mhz with the memory kit with earlier bios (where I was stuck at 2666mhz) where if I loosen up timing a smidge I'm stable at 3333mhz. In the end of my RAM adventure, the sub timings matter the most; the tRC 50 latency gives more response and snap to my system alone than going to 3.2ghz at the craptastic tRC 70 default but this is probably just a Ryzen thing
This video helped solidify my knowledge of ram timings. I was already breaking it down to math but nice to see if confirmed elsewhere
Actually its these types videos that attracted me to your channel. You drive your point home , with a sledgehammer, but you get the point across. Keep doing what you do best. and save some people from themselves.
I noticed that you right click to open new tabs in the background. I do that all the time as well, but!! I use either the middle click on the mouse or hold CTL and simply click any link ;-)
Bonus; middle click also closes tabs without clicking on the little x in either the task bar or browser bar.
Would be cool if you could make us a video guide for how we can overclock and fine tune our rams, what we need to find problems and test and what we should pay attention too. i am pretty sure i know the basics already from various guides, but having you talk about it could give us some deeper inside.
"5000 MHz CL18!"
*checks voltage...
"1.5 V"
"Ah."
4700 CL19 is actually pretty impressive. I was expecting it to be 4700CL25 or something.
I have seen people that have managed 4200 CL16 on their 4400 cl19 trident Z kits. obviously on the high end motherboards for 8700k or 9900k.
all the info was usefull, the only thing that i would have wanted to know was a little bit more about the timings,(since their more important than frequency) great job with your videos man i enjoy watching them
Thanks for this, your sense of logic really helps with that buy now impulse haha. My X99 system is pretty much capped at 3200mhz anyways. Got lucky with my 2133mhz kit and it OCs to 3200 CL15-19-19. 3400 gets unstable.
So you should do testing with ram and ryzens infinity fabric. When you start to see diminishing returns and how much it actually does/doesn't effect performance.
Check out Mindblanktech, he put out a couple vids tuning up memory on ryzen and intel showing performance gains in a couple games
Mindblank Tech is the reason I can't consider Ryzen/Intel comparative benchmarks from other techtubers as 100% accurate.
bobsagget823 would also point out that most of the test didn't point out how much it still depends on your gpu to even make a difference. Anything below a 1070/Vega you won't notice the same boost that you do with them. So Jo they haven't done a diminishing returns test, because they're hitting the cap on the processor for memory not when diminishing returns starts to become a factor.
Sorry to spam your comments ! But does that QVL just mean that those Mobo's will sort of guarantee that speed ? So if i got some 3000MHz for my z170 Extreme 4 that aren't listed as QVL it means that i may not get that speed and just do 2133 or does it mean it wont post at all ?
what do you think about the realtime memory timing thing that some Intel platforms allow? since most of those are subtimings and you could get a more instant feedback on what changes do what, would it be worth it to mess with that to get a rough quick feel for for the timings before you commit to a bios level change?
The few times I've played with the utilities for that they had a tendency to crash settings that would work from the BIOS.
the title justifies a like by itself, video as buildzoid as always
Corsair is honestly a rip-off for memory, £469 for a 16GB 4500MHz kit, you can get the 8pack TeamGroup 4500MHz 16GB kit from OCUK for £389. Both the same Samsung ICs... While I don't recommend anyone buy this high frequency memory, shows what a rip-off Corsair stuff truly is compared to other brands.
And they used to sell only the crap stuff with very lose timings but the buyers like you and me have caught on.
I9-9900k, ASUS Maximus XI Extreme, G Skill 4266. After hours of bios fiddling, I to found my ram only runs at 4200. Not even one time did my OS run at 4266. Feels soooooo much better that you came to the same conclusion lol!!! 4200 tho works flawlessly, no issues with music production, mastering, or gaming ever even with my OC at 5.1 GHz
If you could get a kit like say a 4133 CL17 kit from G.Skill for realatively cheap, couldn't it be a good idea for a top gaming Z370 system, where you could drop some of the clock speed and instead focus on getting very low latency? What do you think is the highest freq/voltage and lowest latency one should aim for in terms of settings for stability over several years? Is there any point in trying to go for say, 3866 CL15(or lower) or is that unreasonable? Or alternatively 3200 CL12? Which memory kits do you think would be the most successful for running very low latency for a long time?
Buildzoid, do you have recommendations for 16gb DIMMs that can do really agg timings at reasonable mHz on Ryzen? I appreciate your work cutting through the BS, your in depth videos could be longer for my preference but 20ish minutes like this one is probably better for other people.
Surely this memory though could run at lower freq and you could get some super nice timings on them?
Since I saw the XMP profile set the voltage to 1,4 , I haven't used it. Now I use just a small OC on the ram.
Normally I wouldnt say this to anyone, but I really do appreciate your brutal honesty. I love your channel. Anyone can listen to your channel, and get valid info.
I was reading a thing about how at least on 11th gen / zen3 going above 3600mhz gets basically zero performance gain and above 4ghz performance goes down.
I just bought a 4400CL19 kit for my Ryzen with the sole intent of running 3600 MHz and tightening the timings until it squeals.
Bandwidth is garbage on Ryzen 5's, anyway - I want low latency!
Great vid and glad to see it!
I run 7700K on z270x gaming 8.
When I was picking my RAM I went for TridentZ 8x4 - 3600 @ 16-16-16-36
Looking back at that decision, I'm glad I did so.
I wanted 4k+ back then, after I realized I had no idea how RAM works I decided to actually read :)
Safe frequency, lower cl - that is the way.
I want you to revisit this once we have zen 2 at the 4k mark and see if that is a difference maker.
@ActuallyHardcoreOverclocking.
When you tighten the timings, what kind a thinking you do in your mind there. Like the data comes trough this point, waits for 3 cyclesbefore it can go to this snother step and has to wait for the pony wich comes after five cycles has passed and there they ride to the friging cpu?
To me those. ^Ras to cas" is just bunch of mumbo jumbo. How do you do the thinking when tightening timings?
A idea for video.
Great video really I started watching your channel like a month ago and already it's one of my favourites
Considering a 10900K and a Aorus Z590 Master mother board what is the fastest memory for this processor, focusing on stability?
Im using Crucial Balistix Elite 3200mhz . Happy as a radio.. Also im using it on MSI Gaming Plus with i3 8350k ..Turned on xmp slected 3200mhz, works . 5.0ghz @1.33vCore . 217 single core CBr15 score. Never crashes even in workload scenarios like Handbrake and cinebench r15 and prime95 ... 3200 mhz is enough. I play games and browse the internet .
AFAIR, the peak performance for haswell was 2400MHz. You could go higher, but with performance drop due to the memory controller.
I wonder if anyone has done this testing for sky/kaby/coffee lakes ?
first!
Cheater!
Eh if you constantly refreshed the AHOC video feed and had faster internet than me you could beat me on a lot of videos where I don't rush to post first or when I try to come up with something to say other than first.
cheat, but thank you for the video.
Hey you should watch the video before posting!!!
would it be better to downclock it to like 3600mhz but really low timings? is it even possible, i suck at memory clocking ahah
Thanks man. I a so call beginner I guess but learned a lot. Please do so more longer videos like this. Click through some more memory kits and explain. That was just getting good. Thank you. !!!
I purchased the 4266 16g gskill kit and the best it will do on my hero x with 8700k is 4133
I’m happy my 3200 c14 tridents work with my Asus x470-f gaming. I did bump up the voltage by .1 and it’s stable.
Hey Buildzoid. Ive been trying to get my Ryzen system to handle higher memory clocks (currently stuck at 3000) and Im having issues with my GSkill kit. While there are timing tables for certain speeds, there arent any for speeds from say 2800-3400 (just the non-XMP profiles for 2600 and lower along with the XMP profile for 3600), so I have nowhere to start from for all the sub-timings except for tables that are obviously not for the speeds Im going for. I would really appreciate if you had any ideas or places to go to get some ideas for where to start with those. Id be forever grateful if you had any pointers or maybe tech writeups in this area (ive been looking for a good walkthrough on setting sub-timings with no luck).
durr
Noobquestion: Is it possible to simply tighten the timings on a higher frequency kit ( not as high as in the video) instead of pushing its frequency? Let's say a kit with 3733mhz frequency and 17 CL making it run on 3400mhz and CL 15 or 3200mhz CL14 to13 ?
This was very helpful.sure would love to see a video on safe memory over clicking from you
Good vids:)
Could you make a Video about memory overclocking? (What you need to know, how to, what the Timings are for and how to Test the oc)
Thank you an greetings from Bavaria:)
see these kinda things were useful back in the X58 days because then you'd never be limited by your ram speed, i wish i'd gotten 2000MHz kits back in my X58 days for that reason :P my ram was my limiter then, my X5650 would go to silly levels but the ram was holding me back, nowadays though these kinda things are silly
what about the 3200 kits that run at 1.2, those should run these frequencies with no problem right?
Can you do a oc guide for ram to get maximum performance? Im sure it would be insanely useful for not only myself, but everyone on YT, which in turn is great for your channel $$$.. I know its a lot to cover so maybe a series?
any advice for first time buider in overclocking my ram? my system right now have ryzen 7 3700x, x570 aorus elite, Trident Z Royal
DDR4-3600MHz CL18-22-22-42 1.35V :) any tip on how I can tighten up memory timings? we dont have that much choices in ram here in our country almost all kits are CL 18 for 3600mhz
Hi buildzoid, can you address xmp memory ratings in ns? They can be found in the thaiphoon burner, under report + "show latencies in ns" button.
Seems like the best kit considering that parameter is the 3600C15 kit from gskill.
Are those latencies are a good way to check actual memory quality?
The latency rating is given in "clock cycles required to complete a given command", and the tighter the timings for a given frequency, the better performance of the chip. For instance, if a clock cycle takes 0.3125ns to complete (3200MHz) and the latency is 16 clock cycles (C16), that makes it a latency of 16*0.3125 = 5ns. If you get your RAM from that to say, 3200C14, you end up with 14*0.3125 = 4.375ns.
That seems kind of underwhelming, but that's still a reduction of response time down 12.5% from the original timings. They are in ns (0.000000001s), and add up really fast when seconds are considered.
Mindblank Tech got his 3600C16 kit to run at 3466C14 (as well as tweaking various other timings) on his Ryzen system and got a boost in performance compared to 3600C16. The 3600MHz frequency was basically useless since the workload wasn't requiring that much speed (bandwidth), making faster response time by way of tighter timings better suited.
no discussion though of ryzen, which to some extent can benefit from a higher ram clock, though in my experience the edge of that benefit is before 4000, that said a reputable manufacturer like gskill and corsair I've bought the cheapest kits of a given line they have and run them at basically the same settings of several other sets easily, my best case was a dominator platinum I got at the bottom that I pushed right up to the top and then still beat timings. It still comes back to use case though, what are you doing with the ram and in most cases better timings usually is the answer.
But what are the OUT OF THE BOX THERMALS??????
Paul Walker had a bad dandruff problem, they found his head and shoulders on the dash.
GN joke?
DoctorWho8675309 😂😂😂😂😂😂dont see much dark humour these day with all the people making getting offended a profession 👍
Doesn't the DDR4 spec top out at 2666 anyway? Anything beyond the specs will be non-standard, so there's no real guarantee that they'll work on any given system, or ever operate at advertised speed. Myself, I look at CL timings along with speed.
So I have Corsair Vengeance LPX 3000MHz CL15, should I improve its timings or frequency?
ive seen alot of people who built ryzen systems but they dont get the actual xmp profile clock but it is usually always lower even tho its like months after so could that be related to the memory controller even tho the manufactor's website says it is support?? and im specifically talking about around 3000-3200mhz
Goood i so want you to make a memory timing tuning guide. I soso need that and have no clue how low i can get my timings on my fresh MXApex + 8700k. Is there any possibility for one in the future cause i can’t find any on the web
''That seems like a terrible idea" that part had me dying :)
the vengance LPX series have SHITTY sub timings. just so you know. that's a bigger problems for people with pre-built systems that can't adjust OC settings.
So when choosing between F4-2933C14D-16GTZRX and F4-4266C19D-16GTZA, you'd pick the one with "14" timing?
Question. Is having 32Gb of ram the same if you have two 16gb sticks, or if you have four 8gb sticks of the same brand name/latency ect?
Am I wrong to wonder the point if actual latency on that g.skill kit is about 8.08ns but a 3200mhz cl14 would be about 8.75ns? Is my logic flawed to think in real world work loads they would be similar in performance?
Hey Buildzoid , how does memory speed affect VR performance ?
I was silly and built my PC with 2x4GB 2400MHz and couldn't find anymore RAM the same so just bought cheap 1x8GB 2133 and OC'd it to 2400 so now have 3 DIMMS in a z170 extreme 4 with 6600k and a 1080Ti .
Am i just loosing performance by having 3 DIMMS and would i be better off just using the 2 x 4GB @2400MHz ?
maybe as you are not getting multi channel, i have an old rig used for running SDR, its an Athlon 64 3000 with 2 gigs of dual channel ddr1(2x1gig), i have 4 sticks and wanted 4gb dual channel but the board in the machine ignores the 4th slot, it is seen in bios and win 7 64bit, but unused so you really only have 3gb single channel, now you would think 1 gb more would be better for the machine even single channel but i found 2gb running dual channel was a better setup than 3gb single.
so in your case you might be better selling that 8gb stick and getting 2 4gb sticks so you get multi channel then just play around with memory settings till you find a setup that all sticks run at comfortably.
i ended up getting a 3200Mhz trident-z kit for my 8600k, it is one of the kits that uses hynix chips so it is cl16 -18-18-38 and runs at 1.35v but i couldn't get anything better than that for 180€ at the time.
Hynix is only really a disaster on Ryzen. On intel you can get some pretty decent OCs out of AFR kits.
if I mange to survive the exam session i will try to OC them, i have to learn about subtimigs and all of that tho because i never really got into memory overclocking.
excellent video - I always like the stuff you do. Now I need to learn how to overclock memory :)
So at 20:30 he is basically saying these RAM sticks are the Honda's of the RAM world :D
Do you have a guide for Intel based tuning? Z170/Z270/Z370 based?
Can't you buy a 4600MHZ kit and make the frequencies lower (like 2400MHZ) and have insanely low timings?
4000Mhz @ CL12
or
3000Mhz @ CL11 hmmmm........
or you mean
2400Mhz @ CL10 ?
anyone tested ?
Why would you even want to do that? Timings are not as important as you think they are.
4 years later...
My am5 motherboard only takes ddr5, my 5200mz kit feels somewhat unnecessary
How do you learn how to tune ram, I have watched many hours of your videos.
So tell us how to tune our RAM properly :). Tho I guess on Intel it's mostly the same as told in your Ryzen RAM OC Guide?
it's similar though Intel is a lot more flexible and there's a lot more settings.
got a binned ram kit that can do 4200 17 18 18 for daily with 1.25/1.3 io/sa. cpu is watercooled. is it safe for longterm?
I blame Jedec. If they standardized higher speeds. The CPU memory controllers would be better and the Dram OEMs couldn’t just set any random timings.
Thanks Buildzoid, nicely done!
Damn! Wish I had seen this before I bought the 4200mhz kit a few months ago. Running the Apex board with a 7700k but couldn’t get it above 4080mhz. Feels like a waste but now I know, no major
This channel is how a rare bug in Matrix , thanks.
if you had a ryzen 3950x and a aorus xtreme would it be worth it or still not worth?
same idea basically as why getting a lower wattage, high quality PSU instead of a cheap, noname but double wattage is generally a much better idea.
I've had enough of unreliable memory that barely worked back in the 90ies, thank you very much. And yes it was FPM EDO that was marked 60 but really barely worked on 70. My view on memory performance is, well, when you hit RAM rather than cache, you're royally fucked anyway.
I don't think having your ram running faster than your cpu is right
Well my hhd mtf got corrupted when ocing my rx480 mem, and it has some crypto on it, has that ever happens to you ?
Thanks for infor. Any high speed ddram 4 cause damage to memory controller will not on my list.
Curious on how these speeds would affect Ryzens performance if it was even possible to hit 4000Mhz on Ryzen idk I'm stuck with a (Hynix) G.skill 3000mhz 16gb kit set to 2933mhz
i love the quid reference
Could you do a motherboard/socket insulation guide for LN2?
3600 MHz is plenty for ram, I doubt you would see any differences if you went higher
Please. What is the fastest 2×8 ram I could run on asus z170-e and 6600k? Main reason is to maximize intel xtu score and get one or two percents of blender render improvement over my 2×16 2400mhz.
That 4700MHz number on G.Skill's website is wrong. DDR4-4700 means 2350MHz. Geez, when will we get over that?
THX for the info, hope you cover high frequency DDR4 on X470
Yikes, 4700MHz? Will be a very long time until I try touching one of those kits. Got 3333MHz on my Ryzen and it's been all smooth sailing here.
DannyzPlay but can I overclock it to 5GHz at 1-1-1-1-1
Should finally be able to run PUBG now.
I tried a 4400 mhz kit and it wouldn’t run either of its XMP settings. Manually I got it to 4200 mhz on a 10600k
when ddr3 was cool.....i got a 1866 kit for my phenom 2 6 core (back in the 2 months it was top dawg cpu....then the i7 nation attacked)
immediately dropped speed to 1600mhz and knocked the timings down around 6......and that cpu LOVED it
now ive got a 1700x....running at 3200 mhz
it will do 3466 or whatever....but it will sometimes crash out
it would probably work if i fiddled.....but im not even running OCed right now
so....ill let it grow up before i put it to work.....damn child labor laws
(but it does 3.95 ghz at 1.38 volts, with 3200mhz memory....after like 3 years of bios updates....should be pretty easy to beat that)
and always check the timings when you buy.....a LOT of stuff looks the same....but the timings will be different
sometimes they are even same price!
go for 3200 to 3600mhz......with the lowest kit timing you can find
like in newegg...filter for 3466....then select the lowest CAS filter
and run it at 3200mhz and even lower timings
I'm waiting for Ryzen 2000 series to release, were do I get some Samsung B-die for some 'decent money' ? [2x8GB]
you dont
Sadly there was a test showing the higher your cl settings. You add latency to gain bandwidth.
Can you do a video on how to set timings and explain what they do?
I just want a 3200MT/s kit with the most ridiculously low latencies possible. No big MMC load and all the speed of high clocks :D
I hope you will not only put out a tutorial on oc mem but will better explain timings to us.