Intel has announced their latest Xeon processor families, including the W-2400 and W-3400 lines. While there is still several months to go before the sales embargo, we are able to give a preview of how these processors perform in various content creation applications.
The NVIDIA RTX 6000 Ada is the latest addition to the NVIDIA’s professional family of GPUs. With cutting-edge hardware and the latest Ada Lovelace architecture and 48GB of VRAM, this GPU should be terrific for a wide range of content creation workflows.
Following the new consumer GPUs, NVIDIA’s new professional video card, the RTX 6000 Ada Generation, is now available. They are often favored for GPU rendering due to their large VRAM and compact design. Just how much more performance do these new GPUs provide compared to the previous generation RTX cards?
With the RTX 4070 Ti joining the RTX 4080 and 4090, NVIDIA has now completed the launch of the initial trio of their GeForce RTX 40 series of GPUs. How do these cards compare for various content creation workflows versus the previous generation RTX cards, and their competition from AMD?
The RTX 4070 Ti has now joined the RTX 4080 and 4090, completing NVIDIA’s launch of the initial trio of their GeForce RTX 40 Series of GPUs. How do these cards compare in V-Ray GPU rendering versus the previous generation RTX cards?
Following the success of the initial launch of their 13th Gen processors, Intel is now launching the Core i9 13900KS which is the first CPU to be capable of hitting 6 GHz at stock settings. But will this make any real difference for content creation?
NVIDIA is continuing their new RTX 40 Series GPUs with the new RTX 4080 16GB. How does this new card perform in the real world, and is it worth considering in your next content creation workstation?
Introduction About a month ago, NVIDIA began rolling out their new RTX 40 series GPUs, starting with the GeForce RTX 4090 24GB. The RTX 4090 is an incredibly powerful GPU, and in our content creation review, it easily blew past anything else on the market. In that same article, we included test results in both
Intel’s 13th Gen processors bring terrific performance across the board, but many modern processors have been criticized for their high power draw and heat output. However, we have found that most CPUs only operate at these high temperatures when the motherboard BIOS is allowed to automatically overclock the processor above the official Intel specifications. Does running them at reference speeds impact performance, and how much of a difference does it make for thermals?
Following AMDs recent release of their Ryzen 7000 Series desktop processors, Intel is fighting back with their own launch of the Core 13th Gen processors (code named “Raptor Lake”). Unlike AMD’s launch which moved to a new socket and added support for DDR5, the 13th Gen CPUs are a drop-in upgrade for the 12th Gen processors since they share the same socket and existing support for DDR5 memory. Even though the base platform is largely unchanged, however, we still expect some big performance gains in a number of content creation workflows.
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