I think UB website is a parody.
Did Intel wrote the whole paragraph or just paid them?
https://www.userbenchmark.com/CPUPro/User?id=8
Did Intel wrote the whole paragraph or just paid them?
https://www.userbenchmark.com/CPUPro/User?id=8
Mah! Did you happen to notice the thread being deleted by the OP and it's also a year old? What makes some user at Reddit some kind of pro anyway. Let's see some real proof of UB being incorrect....I think UB website is a parody.
Did Intel wrote the whole paragraph or just paid them?
https://www.userbenchmark.com/CPUPro/User?id=8
You are linking to a profile of a user that's not UB.I think UB website is a parody.
Did Intel wrote the whole paragraph or just paid them?
https://www.userbenchmark.com/CPUPro/User?id=8
QWhat is the effective CPU speed index?
AA measure of CPU speed geared towards typical users. Intel i9-9900K ≈ 100%.Gaming is by far the most demanding CPU activity most users undertake. CPU Effective Speed (average bench) is calibrated to estimate differences in EFps between PCs. We publish EFps data, with source video footage, for hundreds of PC configurations using replicable gameplay in the world’s most popular games. Using testable, verifiable data allows users to easily compare their own results against ours The first few threads
Desktop tasks such as surfing the web with multiple tabs, watching videos and listening to music rarely use more than four threads. Very few of today's popular games benefit from more than six threads. There is not much difference in fps between a 4 thread i3-9100F and an overclocked 16 thread Ryzen 2700X, in fact, the 9100F is 10% faster. CPU latency has more impact than core count. Gaming performance is primarily influenced by the GPU rather than the CPU.More threads
Higher thread counts are useful for workstation tasks such as cryptography and virtual machine hosting. If dedicated GPU hardware (NVENC/QuickSync) is not an option, streamers and video producers can, suboptimally, use additional CPU cores for encoding. On the 27th of March, 2020 UserBenchmark's six core database server averaged 10,000 queries per second with a CPU load of just under 10%. High data throughput is more sensitive to latency than core count.CPU memory latency
Lower latency results in quicker data retrieval and faster computations. CPU architectures exhibit different latency characteristics. The Zen CPU architecture has significantly higher latency (60 ns) than Skylake (45 ns) which is partly why Skylake delivers superior gaming (fewer frame drops) and higher database throughput despite having comparable processing cores.
Mah! Did you happen to notice the thread being deleted by the OP and it's also a year old? What makes some user at Reddit some kind of pro anyway. Let's see some real proof of UB being incorrect....
When I read that benchmark comment by UBM I couldn't stop laughing. I fully expected a glowing review on a mediocre at best BM result (even though we know they skew results towards Intel's processors) but instead got a humourously uninformed diatribe on AMD's purported marketing excesses.I think UB website is a parody.
Did Intel wrote the whole paragraph or just paid them?
https://www.userbenchmark.com/CPUPro/User?id=8
Benchmarks are created by people..... People are weird and biased, not benchmarks. Pay attention only to graphs and numbers.
Me too! I don't know if all the benchmark chatter is true or not in 2021 but, I do like using UB for the diagnostic support .I only really use it for whittling down some common issues, more as a diagnostic tool than a comparison benchmark.
It has been known, for quite some time, that userbench is trash. Their bs weighting of Intel CPU's is quite well known. Like when they had a 4c/4t i3 beating an 18c/36t i9.
https://www.tomshardware.com/news/userbenchmark-benchmark-change-criticism-amd-intel,40032.html
View: https://www.youtube.com/watch?v=AaWZKPUidUY