Thermal paste articles

liquid intel cpus overclocking

Liquid metal still voids warranty for Intel's crash-prone Raptor Lake CPUs

Liquid metal corrosion removes vital CPU markings
The big picture: Enthusiasts looking to push their high-end Raptor Lake or Raptor Lake Refresh Intel processors to the limits might want to think twice before using liquid metal thermal paste. According to a recent report, Intel is voiding warranties for CPUs cooled with this favorite material of overclockers, even if the processors are suffering from crashing issues.
cooling thermal paste data center

New thermal material provides 72% better cooling than conventional paste

It reduces the need for power-hungry cooling pumps and fans
Why it matters: Data centers are hot, both figuratively and literally. As we feed more and more data and processing demands into these server farms, keeping them from overheating is becoming an increasingly expensive and energy-intensive challenge. But researchers at the University of Texas may have a cool solution – a new thermal interface material that can whisk heat away from processors better than the likes of Thermalright and Thermal Grizzly.
testing nvidia aib gpu nvidia geforce cooling fail graphics card thermal paste aib temperature

Testing reveals that some Nvidia AIB partners are using cheap thermal paste resulting in high GPU temperatures

Too hot to handle Igor's Lab investigated community feedback that some owners of GeForce RTX 40 series AIB cards are hitting hotspot temperatures of 100° C after a few months of operating within acceptable ranges. GPU hotspot temperature refers to the maximum temperature recorded in a specific area of a GPU, usually either on the GPU die itself or the voltage regulators (VRM).

Solder vs. Paste on the Core i9-9900K

Having reviewed Intel's latest Core i9-9900K and Core i7-9700K processors, we saw very high stock temperatures using high-end coolers, basically killing their overclocking potential. We know that soldering CPUs works a lot better than the paste method Intel's been using to cut costs, so we wanted to know how much better is the solder method used by the 9900K than the paste of the 8700K/8086K?