As usual, we start our performance tests with the synthetic benchmarks Geekbench 3 in version 3.4.4 and the AIDA64 Cache and Memory Benchmark in version 6.33.5700. All tests were run 3 times each and then averaged.
Of course, since the read and write tests scale almost linearly with clock speed, the 4 3800 Mbps are almost evenly matched, and the Corsair kit’s XMP configuration at 3600 Mbps is a bit beaten off. Nevertheless, these transfer rates are perfectly fine for 1:1 operation with a current Ryzen CPU with 2 CCDs and meet our expectations.
The picture is similar in the write test, with the DDR4-3600 config lagging behind decently, while the manually tuned B-Die config is slightly ahead.
The trend also continues in Copy, whereby one must also speak out for the Corsair kit, which can keep up here despite clearly looser timings and is even ahead of the B-Die kit in the XMP in the manual variant.
In the latency test, the timings in relation to the clock rate are of course fully in effect, so that the most obvious differences can be seen here. But with manual tuning, even the C-Die based Corsair kit can be brought under the 60 ns mark, which is quite decent with Ryzen 5000 CPUs.
In the Geekbench 3 memory test as an indicator for performance in various disciplines, it shows that the tuned Corsair C-Die kit can even overtake the significantly more expensive G.Skill B-Die kit in the XMP profile. Almost 9000 points can be squeezed from the Vengeance RGB RT DIMMs, but of course the dual-rank layout is also a contributing factor here.
- 1 - Introduction and specifications
- 2 - Unboxing and first impression
- 3 - Dimenstions and lighting
- 4 - SPD and heatsink performance
- 5 - Teardown and PCB analysis
- 6 - Test systems and methodology
- 7 - XMP behavior and overclocking
- 8 - Synthetic benchmarks – AIDA64 and Geekbench 3
- 9 - Gaming – Cyberpunk 2077 in UHD, QHD, FHD
- 10 - Final thoughts and conclusion
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