For waterblocks, WaterCool is going to release the HeatKiller V for AM5/LGA17xx apparently soon.
As for the IHS .. I called it. That thickness results in the thermal transfer being significantly reduced. I'm wondering if we'll see custom IHS for Zen4/AM5 going forward.. the direct-die results from Derbauer were very, very impressive, but it also means that AMD did not do a good job from the factory. 20c differentials between cores means the stock IHS mount is making poor contact with the die.. that's not really acceptable on a chip that is hitting 95c in 8 seconds of a workload, while also throttling purely based off temperature of the hottest core.
Glad to see de-lidding making a comeback for AMD, and direct-die solutions becoming more common. I think any user that is moderately comfortable with PC hardware should be looking into a direct-die mount; there will be worthwhile performance gain just off the gained thermal headroom even at stock conditions, not to mention that lower heat is better for the chip, especially when it's pushing 225w+. Heat, Current, Wattage are the three killers.
I'm really shocked AMD completely gave up on efficiency this generation. The gains over the 5000 series are there, but it cost them every inch of efficiency they had.
I think Raptor Lake has potential to take back a lot of ground for Intel in the efficiency department. Intel has been hammered for high power usage for years, but AMD is now hand-to-hand with Intel in this aspect.
As for the IHS .. I called it. That thickness results in the thermal transfer being significantly reduced. I'm wondering if we'll see custom IHS for Zen4/AM5 going forward.. the direct-die results from Derbauer were very, very impressive, but it also means that AMD did not do a good job from the factory. 20c differentials between cores means the stock IHS mount is making poor contact with the die.. that's not really acceptable on a chip that is hitting 95c in 8 seconds of a workload, while also throttling purely based off temperature of the hottest core.
Glad to see de-lidding making a comeback for AMD, and direct-die solutions becoming more common. I think any user that is moderately comfortable with PC hardware should be looking into a direct-die mount; there will be worthwhile performance gain just off the gained thermal headroom even at stock conditions, not to mention that lower heat is better for the chip, especially when it's pushing 225w+. Heat, Current, Wattage are the three killers.
I'm really shocked AMD completely gave up on efficiency this generation. The gains over the 5000 series are there, but it cost them every inch of efficiency they had.
I think Raptor Lake has potential to take back a lot of ground for Intel in the efficiency department. Intel has been hammered for high power usage for years, but AMD is now hand-to-hand with Intel in this aspect.
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