Lightroom contains a number of tasks that can utilize a decent number of CPU cores, but with Intel’s new CPUs you can now have up to 18 physical cores on a single consumer CPU. Can Lightroom actually make use of all these additional cores?


Lightroom contains a number of tasks that can utilize a decent number of CPU cores, but with Intel’s new CPUs you can now have up to 18 physical cores on a single consumer CPU. Can Lightroom actually make use of all these additional cores?

Photoshop may not be the best use case for these new 14, 16, and 18 core CPUs from Intel, but just how much worse are they compared to their lower core count counterparts?

For years, After Effects has struggled to utilize high core count CPUs effectively. Will this hold true for the new 14, 16, and 18 core Intel CPUs, or will they give us a surprise?

With up to 18 physical cores, Intel’s new Skylake-X CPUs are very impressive from a technological perspective. Can Premiere Pro put all those cores to use, or would you be better off with a lower cost processor with fewer cores?

Intel has launched new, higher core count Skylake-X processors. Can they take back the performance crown from AMD’s Threadripper in Cinebench?

Performance testing on a wide range of Intel and AMD processor options to see how they compare in Autodesk ReMake. Comparison to “online” (cloud) processing and a look at system memory usage are also included.

Benchmark results demonstrating that PCI-Express x8 vs x16 speeds don’t impact GPU rendering performance.

Intel Core and AMD Ryzen processor performance in Autodesk Revit 2018, including both general modeling and rendering performance.
This article looks at several motherboard chipsets, including X299 and X399, comparing how well they handle performance scaling across multiple GPUs in the FurryBall RT benchmark.

This article looks at several motherboard chipsets, including X299 and X399, comparing how well they handle performance scaling across multiple GPUs in OctaneBench 3.06.2.