@@tyson8585 Because cleanliness/ocd. i can throw clothes under my bed, i wont see it and i can walk around my room just fine, but its not clean and i like clean
Not necessary with a PGA socket, but I guess you already had the "pleasure" to pull out a CPU from the socket because it was basically glued to the cooler with thermal paste?
Basically as the other poster stated, Intels CPU's use to be fairly square, now they are rectangular, the PCB tends to warp a little bit after heat cycles due to the odd shape. IHS just not flat due to the shape, AMD doesn't have that issue, and neither did Intel before they went chiplet.
I installed a Thermalright contact frame on my 12th gen, definitely helped. The fact that I got it for $10 and it's super easy to install make it a no brainer.
Same deal here. My 12700K averages 4-5C lower with my NHD-15 on standard TDP settings. However, I can still hit thermal throttle when I crank things to max.
Gamers Nexus tested both Thermalright's and Thermal Grizzly's contact frame and they saw a way bigger temperature diff of 8 degrees on the 12900k. The one from TR actually performed slightly better than the one from TG and they cost a tenth of the TG one.
From my own testing using the Thermalright contact frame, I found about a 7C difference on my 12700K with a low profile ID-COOLIING IS-55. Pretty insane difference when only paying $10.
TR doesn't charge a ricer tax like TG does. TG is like the weathertech of Thermal Paste, their profit margins are insane because they charge 20 dollars for a tiny tube of paste when you have much cheaper alternatives that do the same.
Like I said, the reaction will differ based on CPUs and situations. I would say however that 8 degrees is excessively high if they used it under normal circumstances.
Thermal Grizzly is a German company and we are paying for their wages and higher material and shipping cost. TG also has nicer packaging. So if you don't feel like contributing to that, sure no problems. ThermalRight from China is here to serve our needs.
I have the Thermalright in my Fractal Design Ridge on my i5 13600K and it was part of the solutions I use to have good temps. The other part is bios tweaking :)
A couple thoughts: 1. It would be interesting to see frequencies / Cinebench scores for the before and after on these. See how much the temperature differences make there. 2. Regarding the AM5 contact frame. I recall hearing, around the time AM5 came out, that AMD had said that would be unnecessary because they solved the mounting pressure vs. Intel.
They can say that. But heat _Destroy's_ all man made things. I was on some forum many years ago, well several here and there. One was Slashdot another was who knows what not too long ago. At least two different people who worked on _submarines_ talked about working on computer, IT items, who knows what else. They noticed if they could get things down by just 2-3 C things would last A Lot longer, I mean a lot longer. So I always had that in the back of my head. When I first built my first desktop many years ago, I went to Home Depot and cut a hole in the side of the case for a 120mm fan, whatever the perfect size for that is ( still have that ). Also a hole right behind where my new Q6600 ( one 1st consumer quad cores that wasn't 1k ) went and put a 80mm fan or ? don't remember the size on that one. I OC'd that one a fair bit and always put new paste on it every year. Had that thing for over 6-8 years, honestly don't remember and it was still working well. IIRC also put a hole in the top of that case or two. However: You or a Family Member may want your current desktop as a Media Server or NAS Server one day. It appears we don't own anything we purchase anymore if you've been following the tea leaves the last three years... Just a NAS, 4 to 6 is fine. So really with more Cores (P) and (E) cores if you took care of a desktop longer you could actually turn it into a fairly powerful Proxmox type "Server" down the line. Depending on the CPU of course (14+ I'd say ?? ), it could run Proxmox with TrueNAS Scale, CasaOS or UnRaid *AND* a Firewalls; pfSense / OPNsense with 10GbE or 25GbE in like 4-7 years *AND* have another 2-4 VM's with like 20 or 50 Docker type or LXC's containers running *AND* Jellyfin / Plex and maybe Home Assistant... That's why I'd rather have the E cores as Proxmox and such can take advantage of them unlike the new Intel CPU's coming out, your going to have to pay A Lot of money to get the same vCPU relationship from the what I understand ( which isn't much to be honest at this time ). Only limited amount of YT vids on future desktop Intel CPU's in 2025-2026. Didn't see crazy numbers but I also watch so many things on laptops to, so who knows.
I am a caveman and was able to properly install the plate with the tutorial on Gamers Nexus. My idle temps for my i7 13700k are around 28-32 degrees which is pretty good. (I also have a nice AIO)
its as simple as taking 4 screws out and puttin the plate in. the screw holes are setup in a way its impossible to install upside down as they won't line up.
@Hardware Canucks Thank you for taking the time to obtain the 7 mm Offset Brackets from Noctua and running these tests, As I stated in your previous video comments; for me they made a Huge difference on my NH-U12A and I'm glad you took the time to showcase this AM5 Hidden Gem.
man i hate that these things are needed, they just come from lazy design (the socket should make even pressure, and the amd processor cores should be centered)
I used the AMD Thermalright Mount........I started Cooling my processor with a Thermalright Peerless Assassin Air Cooler while I as putting together the watercooling loop and buying components, I always recommend for custom loops keeping an Air cooler Just in Case, it was worth it just for the ThermalPaste cleanup, and If you ever do cleaning maintenance on a Custom loop, It just saves so much time the $5 is worth it even if it does no actual thermal improvement.
The TG is more overly engineered; it is precisely machined and anodized, which drives the price up. Even der8aur said it was designed for extreme Overclockers whom spend hundreds on LN2 pots and other equipment.
Just a suggestion that I think would be an interesting test but since the contact frame itself acts as an aluminum heatsink you should check to see how much of the total cooler cold plate surface covers the contact frame and apply thermal paste beyond the CPU IHS partially on to the contact frame. The contact frame itself should absorb some of the heat from the CPU and that thermal layer so that the contact frame can also make contact with the cooler even if slightly less efficient due to the contact frame being a little lower than the IHS. And there doesn't seem to be any real harm in doing this since the contact frame is protecting overflow from getting into the socket. Just curious if increasing the surface area I'm available heatsink contact with the cooler makes a difference. And of course test it with the offset bracket as well
The area of contact between the frame and CPU is too low to spread any significant heat, and the frame *isn't even close* to making contact with the coolers.
@@analogicparadox I'm aware but that could be easily remedied. Even simply applying a thicker layer of paste on the bracket so that there is at least some amount of contact between the cold plate and the bracket could decreased temperatures even slightly. That's why I'm simply suggesting a test to see if it's possible and if so even noticeable. Every little bit of heat transfer helps as long as you're not interfering with the contact between the plate and the IHS
@@Cwronaga216 considering how much impact mounting pressure has on cooling, I can *guarantee* you wouldn't even be able to tell the difference. Even if the mounting bracket was part of the IHS, sub-1°C difference.
I can only recommend the combination of a contact frame and KryoSheet. Both improved temperatures on my 12900k noticibly, but the combination was amazing with a hotspot delta of only 8° at full load and didn't change over time because the KryoSheet performance stays constant over time. In comparison, with the default ILM and MX4 even after a few months this went up 25° due to faster drying out in the higher temperature of my very SFF in a hot country.
I used the LGA1700 contact frame when I was building a family PC for my brother, as I was building them a PC with a 12th Gen Intel CPU in a SFF case. As far as I know, neither my brother nor his wife know too much about computers aside from basic use and a bit of gaming, so I opted to get the contact frame to remove temps as a factor. From my testing before I shipped it off to them, the CPU temps were well within the acceptable range. That particular PC was quite the learning experience for me, and I'm pretty darn proud of what I've accomplished during the building process.
Have used 2 contact frames LGA1700, 12700KF and 12900KF both are performing well air cooled, TR PA120SE & TR PS120 respectively. Am proud of the builds, cooler mounting is still annoying but am getting better each time doing it becomes more natural.
Few weeks ago I ordered a frame on Amazon together with the Ryzen 5 7600, it was another brand than Thermaltake and slightly cheaper. But it did not fit precisely to the shape and dimensions of the chip (it did not touch the motherboard at all, there was a few mm gap between them) so I returned it. And I decided not to order a Thermaltake frame, because I was surprised how small the AM5 CPU and socket is (compared to the AM4 I had before). I thought it cannot make much difference, since this frame was developed for Intel 12th gen first, which was bigger than the other Intel CPUs before thus created the bending issue. But on a smaller size the mounting mechanism simply cannot bend the CPU as much.
Installing contact frames isn't much of a trouble. Installing them correctly however, that's another beast altogether! When screwing them in on your CPU, if you go just a smidge too tight or too loose and you're in for a world of pain regarding your PC performance, and even stability! My suggestion is if you do get one of these, ignore the included Allen wrench and get a really good torque driver instead.
Great analysis; keep up the good work. Would you say that the AMD contact frame is worth it for the cleanliness if you are building a new system but not for modifying an existing one?
I suppose that once you sink around a thousand dollars into a new AM5 system, the additional cost of the contact frame wouldn't be too tough to swallow; people spend extra on custom cables and extensions and whatnot, so why not this?
I ordered an off brand frame off of Amazon at no charge (I'm a product reviewer). I never did extensive testing, but it really didn't do much for temps during gaming. That being said, I have a power sipping i3 12100F, so I wasn't expecting any differences. It does look nice under there and it gives me some reassurance that my CPU won't warp. I would definitely recommend it if you use a beefier CPU and/or overclock.
And you are a product tester? 😂 They are not for temperature reduction! They are for pressure optimisation and the optional silicone guard to reduce thermal paste problems with the am5 design. Thats what the manufacturers state!
I'm curious if the unexpected difference between the Frost Commander and the Frost Spirit changes with the contact frame. Also, kinda wish you would use the contact frame for all Intel cooler reviews going forward.
im personally using LGA1700 contact frame.. i strongly suggest using it, easy install, easy thermal paste apply, easy clean thermal paste without worries.
zen4 gives me headache lol it get's above 80'C once in a while while doing basic task, but when gaming it's only like 60-70'C. I still can't find the perfect fan curves for the CPU, this kind of problem usually only happen when I'm using air cooler, but zen4 makes AIO behave like an air cooler
If it's possible with your AIO's software, I would recommend to set up the fan curves based on the water temperature. That's way easier and also the usual approach for custom water cooling. With modern CPUs it makes almost no sense at all to adjust the fan curves to the package temperature anymore. They jump way too often and in too big delta values to be a reliable source for fan curves.
@@clark85 it's not about the temp, it's just so annoying when the cpu fan randomly ramps up just because a single core gets above 80°C, I wish I can set the fan based on average core temperature, but I don't have that option even with 3d party app
My i9 14900k was running at around 35c idle before the contact frame. Now with the contact frame it runs at 20 - 25c. I've even seen it dip below 20c - no kidding! 15 degrees difference before and after is insane. This should be the standard for all mobo's.
I bought Thermalright contact frame for LGA 1700, I installed in Asus Rog Strix Z790-i and voila motherboard didn't read my 14700kf but when I go back traditional way, motherboard read my 14700kf. What I can do so Thermalright contact frame can be functional in Asus Rog Strix Z790-i?
I use a contact frame in conjunction with a NH-D15 on a i7 13700K. Temperatures during gaming are between high 50's to mid 60's. I've set intel's 253W limit and allow the processor to it's thermal boost, no all core OC, but do have a +200Mhz on all set points with an -0.65mV undervolt.
@@Davinmk I bought it when I upgraded my first build in 2017, a 6700 to 7700K. It has served me well since then with a few modifications along the way.
I can attest for the LGA1700 frame . I run a 13900K with a ROG 360 AIO and 4090 in a Asus Prime TG case and with the case closed running cyberpunk at max settings for hrs it will run in the 70s celsius with spikes here and there up to maybe 85
I had a 13700K before, and i was cooling it with a Lian-Li Galahad 360, the Tamps were always high ant sometimes in CPU heavy loads it would get to 100C. The I saw this thermal grizzly contact frame and i absolutely bought it, it was 9 dollars in amazon after coupon so even if it did not work, it was still not the full $40 that thermal grizzly was asking, after i installed it my CPU never went above 76C it dropped the temps by over 20C in my case, it was probably a hell of a bend. now i have the R9 7950X3d and its running at 80C without the contact frame cuz the CPU is too small already, but any of my friends or acquaintances who want to upgrade to the 12th or 13th or 14th get intel CPUs i always make it seem as a requirement for the CPU to work
Try checking the low and hi power draw settings in the bios, this device is just pure nonsense that only helps a few degrees but does nothing to solve the heat issues from being overclocked by default.
Awesome and compact as always. Can you test if there is any meaningful difference on swapping dark rock pro fans to silent wings pro 4? Also is it possible to test thermal paste? I think that to make a comparison between them, you need to let them cure for like a month.
Sadly, I don't think we will be able to do that at this point in time. We are only a few weeks away from being able to tell you guys how the new be quiet coolers perform.
I'd really like to know how you are getting 7700X temps in the 80s at full load. At stock settings testing with CB R23 all core 10min, my 7700X hits 95c no matter what with the Thermalright PS120SE and Frozen Notte 240 AIO. I've remounted the cooler many times and tried different pastes (TF7, MX4, TG7, GD900). Might yours be a golden sample? Edit: I'll add that I also tested with the LS520 SE, and while the temp rose a bit slower, it still hit 95c.
I’ve read that even people with 420mm AIOs will sometimes see the temperatures up to 93C. I use the Arctic liquid freezer II 240mm with the offset mounting and at stock it also reached 95C pretty fast. I changed the PBO tuning and did some wattage limiting to 120W instead of the 150 it was pulling before, along with capping the temperature, and now it runs faster than it did stock and also runs cooler. I know these chips are fine to run at 95C but it still bugged me, so I put the cap at 85C instead. Look up a video called “Fixing Ryzen 7000 - PBO2 Tune” by optimum, it explains how to do this, definitely recommend.
@@-Burb That is why I specified stock settings, which is what I assume HC is using. For daily use, I have mine tuned with a 120w PPT limit as well, and CO range of -10-28 after some Core Cycler testing. I am aware that the Frozen Notte isn't the best for AM5, but even with the Deepcool I was seeing 90-95c with those settings, although in both cases the CPU is able to boost higher with the adjustments, which is how I understand these CPU's function; boosting as high as possible until their thermal and wattage limits. I am just curious how they've pulled off such great temps after seeing a couple of Ryzen testing videos of theirs.
We have three 7700X's and all behave within a few degrees of one another. Perhaps it's the load type. Remember R23 uses AVX which puts additional load on the core complexes whereas most normal full core workloads (Blender, Maya, Keyshot, etc.) don't. So it's a bit of an unrealistic load scenario.
Until I switched back to air cooling, I used a AquaComputer cuplex kryos next with an AM4 offset mount for a 3950X and later a 5800X3D. The offset moves the inlet and therefore the water flow onto the coldplate directly above the CCDs and improved the temperature by a two to four degrees Celsius. Arctic has a similar approach for their AIOs and AFAIK it works well.
Saw a 4c improvement on my 5800x with the arctic offset mounting on my LF 2 420. Did require taking a metal saw to the brackets to make it fit on my specific mobo tho.
I buy a $12 USD Thermalright contact frame for all of my socket 1700 motherboards. The warping the stock ILM causes is unacceptable, no matter the CPU.
I installed the Nab Cooling contact frame from Amazon on my 12600k with a Deepcool ak620 and now my idle temps sit at 24 degrees. I don’t do stress tests but at 1440p ultra settings in Red Dead Redemption 2 benchmarks I maxed out at 39 degrees. In Farcry 5 1440p ultra with HD texture packs installed I reached 40 degrees and in Farcry 6 benchmark at 1440p ultra if I remember correctly I reached 42 degrees. Pretty wild. I’d definitely say I have some overclocking headroom if I wanted to but meh I don’t mess with that stuff.
The contact frame potentially broke my CPU. 13700k, was working fine then had a random PC crash, power went off and now the CPU is broken, Tried two mobos and they don't recognise a CPU is installed, get the red light.
I'm a little disappointed the AM5 contact plate doesn't really do much for temps, but I'm at least happy about how it helps keep the sides of the cpu clean. Just got one the other day, planning on a 7800X3D. You wouldn't happen to have any testing done on that chip that I can find in your videos, would you?
My 7950x runs so hot with my ak620, that I put some old nidec 5k rpm fans on it, and when I transcode video, it's over 80db. I'm glad this is temporary until I get my liquid setup
My cpu temps kept going up ever so slightly when gaming. But it was unusually fast. Replaced it with this contact frame and reapplied the thermal paste and now temps are so stable its insane
Placebo effect … most likely reapplication of thermal paste … even the manufacturers do not sell it for temperature management. Just pressure optimisation and optionally paste protection.
This is good but my results are still different. I installed a contact frame on my 12700k and saw a 5C reduction at idle. And the "warping over time" is not correct. The warping is immediate as soon as the temperatures begin to rise. This is a tiny warp that causes a small gap between the CPU and cooler. The warping from the stock ILM does not cause permanent deformation of the CPU. It's purely because of the rectangular design of the 12/13 gen that causes weak and strong stress planes during operation, instead of an equal stress plane from a traditional square design (this is why it does nothing for the current AM5 chips). The contact frame I installed also reduced the frequency and severity of temperature spikes under load, and the power consumption charts were more consistent under load, as opposed to the stock ILM that had a erratically variable consumption as reported from HWinfo64. The contact frames are a no brainer for 12/13 gen CPUs.
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Wonder if this could help a 3D chip lol, oh i run offset on my 5800X3D, idle usually is 6-8 degrees higher then my room temp. i use a artic freezer 2, 280mm AIO.
A friend of mine has the 13600k since a few months. His CPU is not able to hold the 5,1 Boost for more then 60 seconds and goes down to 4,6 due to high temps. I now have the same CPU but with contact frame and it easily holds Boost forever with < 95 degrees. I probably have a little bit better cooler, air flow and was more lucky with the CPU itself but the Contact Frame seems to work very well (I have a no name contact frame from Amazon)
The Ad for the case, shows yes the largest graphics card installed, and severely sagging at the same time... put a bracket on that GPU so you don't have to send it off to NorthwestRepair when it gets a broken PCB right where it sockets into the motherboard.
I wonder will single-tower cooler will have better performance on 7950x than double-tower coller? since the heat pipe of single tower is vertical to the 2 dies and more pipes can touch the 2 dies, but for double tower cooler, the heat pipe is parallel to the 2 dies and maybe only 2 pipe can touch the dies, can help test u12a vs d15 on 7950x?
Hey! I am doing a little bit of research on which gaming headsets are the best ones. I am getting my boyfriend a new pair for christmas and would like to hear your suggestions. He wants a pair with detachable mic. He currently has the Corsair Gaming HS60 Haptic. I want the ones I buy to be better than those or as good. Thank you.
I've had the thermalright one for awhile it helped.alott..that was.about a year.ago..it helped.with.10degrees at least..make sure it's tightened back and forth through the bolts so it's even
what are the cutouts on the inside of the 1700 contact frame? 2 on the right and 1 on the left. i have the same thermalright frame but without the cutouts. all is good regardless, my max temps are 8-10c lower.
Ot doesn't surprise me about the AMD bracket. The Issue with the Intel clamp doesn't exist on the AMD (though as you noted there are other considerations that would benefit AMD.
this video came at the right time, i was going to buy the am5 contact frame but now that i know it does nothing to improve temperatures it would just be a waste of $15 lol