10980XE compared to 9900k 5GHz Turbo – performance differences and key takeaways.
10980XE compared to 9900k 5GHz Turbo – performance differences and key takeaways.
I've been conducting extensive research on the 10980XE, planning to acquire it soon. I'm hoping it arrives in two weeks. My PC has been experiencing crashes and loss of signal for a while now. I'm exhausted from these issues while gaming or producing music. I need a replacement after years of frustration. After evaluating all Intel and Ryzen CPUs, I'm leaning toward the 10980XE 4.8Ghz Boost 3.0, which offers similar performance to the 9900K at 5Ghz in single-core tasks. I'm correct in thinking it matches the performance of a 5GHz CPU at that frequency, though benchmarks suggest it struggles at 4.8Ghz against Ryzen. I don't see a Ryzen advantage here—my friend uses a Ryzen 2700X, which is solid but not competitive in overclocking or single-core speed. It would stand up against a TR3 with 24 cores, not a 3950X. Intel claims these chips can be overclocked significantly better than their predecessors, especially when paired with good IPC. With just four cores at 4Ghz, it could rival the 9900K and 10980XE. I'm excited to buy it and finally fix my computer problems. Plus, I'll upgrade to an Aorus Master X299X and enjoy the rest of my day.
I’m feeling a bit too excited right now because my graphics card and processor have been acting up for almost three years—mostly crashing. I’ve avoided signal crashes, but I’m ready for a fresh mobo and CPU. I’m hoping the benchmarks and reviews show a solid 4.8GHz turbo boost instead of the lower stock numbers like the Romanian leak.
The CPU will heat up significantly because of the 14nm architecture and Intel's design choices. Many users have already experienced high temperatures with models like the 8700K and 9900K.
The 9980XE employs solder rather than toothpaste for its application.
Wow, it doesn't hit the 85c mark even with heavy use. Not much strain on rendering or video editing. This is mainly for my DAW, but I also play games and it should provide a solid gaming experience with smooth performance and multi-threading capabilities.
Timing and evaluation will indicate whether Intel plans to enhance temperature control. As long as they avoid using goose poop paste on the chips, improvements should be noticeable for the 14nm generation.