How about checking Frame's track record for lasting performance?
How about checking Frame's track record for lasting performance?
I’m assembling an Intel 14900K setup and focusing on a durable configuration that should last at least five years without affecting the warranty. Overclocking isn’t a priority, and air cooling caps the system to around 253 watts. From what I understand, using a contact frame is important because the 1700 socket can warp the CPU over time, raising temperatures and causing physical deformation. I’m confident in the frame’s ability to stabilize the CPU, but I’m curious—can it really maintain reliability for years without issues? Also, could the aluminum mounting affect the board’s appearance or performance? There’s a story about Studio Speakes getting discolored when placed on an acoustic stand; might that concern affect how manufacturers handle returns? I already have the new Thermal Grizzly frame from the 13th and 14th gen, complete with all components. I want to ensure this modification won’t void my warranty or create future problems. What are your thoughts?
They don't make direct contact with the board. The cheaper Thermalright models use rubber pads that sit within the same area as the standard loading mechanism, while the more expensive Thermal Grizzly stays clear, floating on the pins if installed properly. Based on how they function, I have no concerns about using them over time. That's why every 13th generation build I've done has included one—Thermalright being the budget choice and a solid option for most setups without liquid nitrogen. One system has been running smoothly for two years (it was a refurbished Z690 with a contact frame from December 2021).
You're usually suggesting that if you value your system's future, you should add a contact frame. It's mainly about protecting your investment and avoiding warranty issues, which can be costly right now. I'm worried about damaging the CPU further, just like a surfboard left in the sun. Regarding the motherboard, I think you're referring to the recent Grizzly frame they released, which can be tightened easily and actually connects directly to the board. According to the info from Thermal-Grizzly, it should require only about 0.8-1.0 Nm of torque if you have the right tool. I asked for the exact numbers because the previous frame had stricter requirements, but this new one seems much simpler to install compared to something like the TR model.
In reality, your setup should be okay either way. I’ve had a 12900k with a thermal grizzly contact frame since the beginning—no problems. My 13900k has been using a thermal right contact frame from day one (I couldn’t find a thermal grizzly model), and it’s also functioning well. The 13th generation system lacks the time monitoring that the 12th generation does, which my son uses now. The older thermal grizzly had torque specs because it didn’t press against the board; otherwise, you could over-tighten it. That’s why some people preferred the thermaleight model—it would bottom out.
More emphasis on the idea that it shouldn't matter either way. The bending is real, yet it's also unclear if it can actually damage CPUs; if Intel were involved, they'd probably issue a recall. For the 13th/14th generation processors, the IHS is reinforced, meaning they should bend less than the 12th generation models. I wasn't aware this version was already out, though I thought they were replicating Thermalright's design but didn't realize it had been released yet. Still, it seems unlikely the part that contacts the motherboard would be aluminum, as Thermalright uses thick rubber instead.
It seems the latest generation chips faced significant challenges, though Roman's laser data suggests some improvement in the 14th Gen. Product images don’t show obvious issues, but I’m not sure if that’s the full picture. Bottom out installations appear to be straightforward regarding stability and reliability. Comparing this to ILM, they’re quite similar in performance. With 70% of my work being professional post production requiring constant uptime, you’re confident it will still work well in three years using ILM. You likely won’t need an upgrade for more than five years.
Some motherboards may encounter memory problems with the contact frame, especially when using XMP settings. This tends to become obvious after a short time of testing. The issue is limited to a few models, so it’s unlikely widespread, but keep it in mind.
Are you considering the thermal grizzly alone or the TR with the problem? Would you feel okay without the frame? Is it possible to run the system for five years without issues? Could the frame be added later, or will timing be a concern when the CPU reaches its limit?
It's a problem with both units. A few boards only show issues with one side, but some have problems on both. I don't think it's too big of a worry. Even after a year or so, the contact frame should still work.
The precise cause remains unclear due to insufficient pressure on the IHS near the pins. The stock ILM exerts significant force on the CPU during clamping.