Wednesday, June 8th 2022

AMD's Upcoming Zen 4 CPU Delidded by Overclocker

It appears that AMD's Zen 4 based CPUs are making their ways into the hands of overclockers and so far at least one has already been delidded. Although we only get to see the IHS itself, it's clearly very thick compared to what we've seen in the past, although it appears to be fairly straightforward to remove, if it wasn't for the fact that the two CCD's and the IOD are soldered to it. Unlike current CPUs, which have a solid seal, the Zen 4 CPUs appear to only have the IHS glued to the CPU packaging in a few spots.

Judging by the looks of the area where the CCDs and the IOD attach to the IHS, this looks like a destructive delidding, although it could just be leftovers from the soldering material. The IHS has clearly been coated with some materials for a good solder interface as well, but this is nothing new, as we've seen this on delidded, soldered CPUs in the past. The person who shared this picture should most likely not have done so and as such, we won't be posting a link to the source.
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85 Comments on AMD's Upcoming Zen 4 CPU Delidded by Overclocker

#76
Mussels
Freshwater Moderator
zlobbyEven more so, it could be compatible with both AMD and intel.
They'd both have to agree to a universal size and shape, which they cant when their CPU dies are different sizes and shapes
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#77
zlobby
MusselsThey'd both have to agree to a universal size and shape, which they cant when their CPU dies are different sizes and shapes
They can agree on the top mounting sizes and shapes, so one could slap the one and the same top for both brands.
Posted on Reply
#78
Count von Schwalbe
More likely? An AIO with the pump in the radiator, and just some hoses to connect to your waterblock
Posted on Reply
#79
Mussels
Freshwater Moderator
zlobbyThey can agree on the top mounting sizes and shapes, so one could slap the one and the same top for both brands.
Intel cant even agree with themselves on mounting for coolers every generation, so i do find that unlikely
Sure its theoretically possible, but it would never happen


Count: yeah thats what I meant. I feel like IHS have to change somehow with the way wattages are going up while size is going down
Posted on Reply
#80
InVasMani
Something that could be done is to take a CPU blower cooler like this turning into a water block with direct die contact and just aim the blower at the MB VRM's. In fact the fan itself on it could be controlled by MB temp's in the bios while the block/rad controls CPU temps so really a win win scenario! Quiet AF, but if the VRM's want a gentle breeze under duress. They might even slim down the fan itself and utilize two that you can rotate and position so you can cover both VRM area's.

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#81
zlobby
InVasManiSomething that could be done is to take a CPU blower cooler like this turning into a water block with direct die contact and just aim the blower at the MB VRM's. In fact the fan itself on it could be controlled by MB temp's in the bios while the block/rad controls CPU temps so really a win win scenario! Quiet AF, but if the VRM's want a gentle breeze under duress. They might even slim down the fan itself and utilize two that you can rotate and position so you can cover both VRM area's.

Ugh, such a waste of, well, everything!

VRM cooling is handed nicely with passive rads on them and a good airflow around. Even if we assume this thing can push enough air around it will sound like an F-16 on a combat takeoff.
Posted on Reply
#82
InVasMani
A 475 RPM blower fan won't sound like a F-16 get real. Just the radiator fans on many water cooling setups probably spin louder FFS with higher air turbulence the same time. Way to much irrational hate towards blow fans. The industry is to blame for that for higher blower fan RPM's peak so high and slapping them on hardware w/o any concern over acoustics. In some instances though it's needed a single fan cooling a 300w GPU full load sustained for example becomes pretty daunting.
Posted on Reply
#83
Mussels
Freshwater Moderator
InVasManiSomething that could be done is to take a CPU blower cooler like this turning into a water block with direct die contact and just aim the blower at the MB VRM's. In fact the fan itself on it could be controlled by MB temp's in the bios while the block/rad controls CPU temps so really a win win scenario! Quiet AF, but if the VRM's want a gentle breeze under duress. They might even slim down the fan itself and utilize two that you can rotate and position so you can cover both VRM area's.

we have AIO's with that already - the Arctic Liquid Freezer II
Posted on Reply
#84
InVasMani
I wouldn't even know it had a fan from a quick glance. That looks like it would be a good candidate for direct mount.
Posted on Reply
#85
Mussels
Freshwater Moderator
InVasManiI wouldn't even know it had a fan from a quick glance. That looks like it would be a good candidate for direct mount.
It's a genuinely fantastic AIO, that VRM fan makes a huge difference in a lot of reviews
Posted on Reply
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