Benchmarking Amd Ryzen 5 5500u Linux Performance With A $450 Lenovo Laptop
Single precision performance is calculated from the base core clock speed based on a FMA operation. Single-precision performance is calculated from the base core clock speed based on a FMA operation. The Ryzen U is a Zen 2 based laptop processor rather than Zen 3 with the higher-end 5000 series models. However, over the previous-generation Ryzen U, there is now SMT to offer 12 threads rather than 6/6 with the prior generation. The 5500U though carries a 2.1GHz base frequency rather than the 2.3GHz base with the 4500U while both have a turbo up to 4.0GHz.
Well, as the gamer of the bunch, the Ryzen X just had to put down its stamp with a new record, 727fps, at our test settings. This is higher than both the $549 Ryzen X and the $488 Intel Core i K, and it showcases the insights of AMD’s engineers in their best light. It’s clear from these results that the improvements from Zen 2 up to Zen 3 don’t just benefit gamers. The AMD Ryzen X comes out of our benchmarking suite with an overall first-place finish in its price class, though that lead perhaps isn’t as pronounced as the company might have been hoping for.
The fact of the matter is that my testing facilities don’t have the sophisticated power-measurement equipment that we’ve enjoyed access to in the past. Still, we’ve found a way to estimate our classic task energy measurement by using a trusty Watts Up power meter and the Blender “bmw27” standard benchmark. Our observations indicate that Blender is a very steady-state workload, meaning that power consumption varies little over time. Using this knowledge and the fact that one watt correlates to one joule per second of energy expended, we can estimate the entire amount of energy expended over the course of our benchmark run.
The Ryzen 5 chips make digital audio workstation performance more accesible than similarly-priced Intel parts, and that’s a major win for AMD. However, the Core i7-6800K’s total dominance of these tests suggests the Ryzen parts could do with more memory bandwidth to play with. At the punishing buffer size of 64, the older and lower-clocked chips in our lineup can’t handle the VI test at all. The Ryzen X redeems gigabyte gtx 1060 3gb itself nicely over the i5-7500, and the Core i7-7700K only barely edges by the Ryzen s. The Core i7-6800K turns in a freakishly good performance here, though, and we can only presume that’s because of its scads of memory bandwidth compared to every other chip in our lineup. In the CPU-only phase of our testing, performance scales as expected with cores and threads, save for the Core i7-6800K’s surprise win.
I bought this CPU wondering if it was going to be an upgrade over my Intel I5 6600K. I can honestly say it is. In a number of newer game titles my old processor was running at 100% cpu usage and causing stuttering in those games. Overclocking the processor did help in those titles however it was still not enough.
Eight cores and 16 threads make easy work of most tasks thrown at the CPU, and it’s unlocked for additional headroom should you have adequate cooling. Much like the Core i7 Intel processors, the Ryzen 7 family gtx 1090 may be overkill for most people, but it allows for advanced computing at a somewhat affordable price point. If you happen to have a capable GPU, you may find some benefit in picking up a Ryzen 7 CPU.