0.8ghz or 8ghz? It depends on your needs and the device specifications.
0.8ghz or 8ghz? It depends on your needs and the device specifications.
The frequency isn't split among the number of cores. A 0.8 GHz figure applies to all cores equally. The Ryzen 5600X has six cores with twelve threads, and each core runs at 3.7 GHz—not a fraction per core. @Vishera's explanation is accurate.
But... multi-threading allows tasks to run concurrently... I used to believe it would speed things up, though writing code would be more complex (though not impossible). It could actually be quicker since it handles multiple operations at once, but on a single core you might run into problems with background processes.
The system featured 8 SPEs and 1 PPE. This CPU was built to handle both graphics and CPU tasks simultaneously, allowing the PS3’s GPU to support graphics alongside CPU operations. Gone are the days when you had to manually code programs for specific core counts; now systems adapt dynamically to available cores. Blender serves as a solid example of this flexibility.
I used a limited number of active cores and a restricted frequency setting in Windows. I confirmed the exact frequencies and core counts with HWinfo. First, I restarted the computer and stopped all background applications like Afterburner, ICUE, AISuite, Malwarebytes, etc. Then I launched Cinebench R23 and prioritized it in Task Manager. I ran it for 10 minutes under both scenarios and noted the final results. System specifications are available in my BabyBlu profile. All other parameters remained unchanged except core count and clock speed. Outcomes: 8 cores at 2.6GHz scored 7167, while 4 cores at 5.2GHz scored 7090. Summary: Even with similar total cycles per second, the lower-thread configuration outperformed by about 1.09%.
I've reviewed this discussion multiple times. A single core running at 0.01ghz adds up to just 0.8ghz across 80 cores, which equals about 800MHz per core. That's like having 80 calculators on one chip—performance would be severely limited, especially for multitasking.
This setup is quite unique. Assuming the same instruction performance, the 8GHz chip is about ten times stronger than the 80-core 10MHz processor.