The Intel Arc Alchemist A770 and A750 launched 11 months ago. How have the Intel Arc A770 and A750 improved for content creation applications since then?
Installing add-in cards—like capture cards—can limit PCI-e bandwidth to the GPU. Does the reduction of PCI-e bandwidth harm performance in content-creation?
The AMD Radeon PRO W7600 and W7500 are the next installments in AMD’s Radeon PRO product line of professional GPUs. How do they compare to the last-gen W6600 and NVIDIAs closest-priced competitors?
Hardware-accelerated GPU scheduling is a behind-the-scenes change in Windows to move processing GPU requests from the CPU to the GPU. Does enabling the feature have any impact on content creation performance?
AMD’s has released the Radeon PRO 7000 series of graphics cards featuring up to 48 GB of VRAM. How do they compare to NVIDIA’s RTX Ampere and Ada GPUs?
DDR5 memory has kits rated for up to 8400 Mbps, while desktop CPUs only officially support up to 5600 Mbps. How much does running at official specifications actually impact performance in common content creation applications?
The NVIDIA GeForce RTX 4070 and 4060 Ti (8GB) are the most recent additions to NVIDIAs consumer family of GPUs on their Ada Lovelace Architecture. How do they compare for content creation against their previous generation counterparts?
AMD’s Ryzen X3D processors promise incredible performance for gamers and creators. But does the additional cache increase performance for content creation?
Intel has released its latest Xeon W-3400 processors, featuring up to 56 cores and eight channel DDR5 memory. Are these new processor enough for Intel to take the performance crown from AMD for content creation?
Intel has released its latest Xeon W-2400 processors, featuring up to 24 cores and quad channel DDR5 memory. Although the W-2400 is not as powerful as Intel’s W-3400 line, it is expected to compete well with AMD’s lower core count Threadripper Pro processors for several content creation workflows.