Ryzen 3000 Temps.

Applied thermal paste 5 small pea size dot,gaming 51c maximum handbake 71c max,
all core 4200 at 1.31835,loadline leval 4

ASROCK X470 Taichi bios L3.77 Ryzen 3700X
AMD Ryzen 7 3700X All core at 4200
Noctua NH-U12A
Nvidia 1060 6gb
Samsung 970 Pro M.2
Samsung 860 EVO M.2
TeamGroup Dark Pro "8Pack Edition" 4x8 32GB PC4-25600C14 3200c14 running at 3600C16 at 1.380
Seasonic 750 Platinuim

Graphene Sheet is slightly less efficient than standard thermal paste but we
are talking negligible variance here. It's thermal properties are technically
better but the nature of the material means slightly poorer thermal contact
between IHS, sheet and Heatsink. There has been a lot of testing done and the
general consensus is that it works about as well as average low to medium grade
thermal compound, certainly on par with pre-applied solutions.

What is works very well for is use cases where coolers/CPUs are changed
frequently while not suffering any worth while cooling penalties. It is also
very useful in systems than run 24/7 for long periods as it will not degrade
and become less effective over time. Personally I really like it, what you lose
in efficiency through the slightly less effective contact you more than make up
for with convenience and longevity. I can see it being widely adopted on GPUs
and prebuilt systems very soon. GPUs in particular are infamous for hardened
thermal compound causing inefficient thermal dissipation.

Thanks for sharing cx5.

I like to stick to air cooling, I know AIO liquid coolers can cool a bit more but they have a certain life then they stop working. Maybe 5yrs or a bit more. I might look into a bigger Noctua cooler and apply a few pea size dots instead of one big one :D