Synthetic Benchmarks
PCMark 10
Starting the benchmarking with PCMark 10, we find the XMP mode on the AddGame Spider X5 RGB 32GB (2×16) 6400MHz Memory breaks the five-digit barrier with 10,400 PCMarks which bests the lower clocked 6000MHz comparison module. However, overclocking the AddGame Spider X5 RGB 32GB (2×16) 6400MHz Memory dropped performance just a touch to 10,007, likely due to the higher timings being more impactful than raw memory bandwidth for PCMark.
Geekbench 5 (Multicore)
In Geekbench 6, the AddGame Spider X5 RGB 32GB (2×16) 6400MHz Memory outperformed the 6000MHz comparison by 4.5%, and overclocking it gained a handful of extra points.
Geekbench 5 (Singlecore)
On the Geekbench 6 single-core front, memory latency seemed to play a much bigger role in the overall score with the AddGame Spider X5 RGB 32GB (2×16) 6400MHz Memory at its XMP clocks coming out on top followed by the 6000MHz competition. Overclocking shaved 1.9% off the number of Geekbenches it received.
AIDA64 Memory Read
On the memory read perspective via AIDA64, the results line up well with expectations with the AddGame Spider X5 RGB 32GB (2×16) 6400MHz Memory at 100,619 MB/s, which was about 9.2% faster than the 6000MHz memory, and overclocking pulled it ahead to 104,819MB/s.
AIDA64 Memory Write
The AIDA64 memory write scores were as expected with the AddGame Spider X5 RGB 32GB (2×16) 6400MHz Memory at 87,480 MB/s landing 6.1% above the 6000MHz comparison. Overclocking yielded 91,146 MB/s, a 4.2% increase.
AIDA64CPU Queen
For AIDA64 CPU queen testing, their results get a bit more interesting with the 6000MHz clocked competition pulling out in front of the AddGame Spider X5 RGB 32GB (2×16) 6400MHz Memory. We suspect this is more timings related than raw bandwidth.
AIDA64 SHA3
With AIDA64’s SHA3 benchmark, we’re seeing academic differences between the three units, with the 6000MHz competition landing just barely in the top spot.
CineBench R23 (Multi Core)
For Cinebench R23’s multicore benchmark, the AddGame Spider X5 RGB 32GB (2×16) 6400MHz Memory provides a score of 40,021. Overclocking the memory drops the score by about 1% and the 6000MHz competition rules the day by 0.6%.
CineBench R23 (Single Core)
For Cinebench R23’s single-core benchmark, the performance stats flip with the AddGame Spider X5 RGB 32GB (2×16) 6400MHz Memory at a score of 2,199, besting the 6000MHz competition by a rounding error. Overclocking adds an extra 4 to the score which is likely attributed to a rounding error.
VRay 5
The AddGame Spider X5 RGB 32GB (2×16) 6400MHz Memory piped out a score of 27,433 in VRay 5, which beat the 6000MHz competition by 90 points which equates to a 0.3% rounding error. Overclocking the AddGame Spider X5 RGB 32GB (2×16) 6400MHz Memory did not do any favors here by shaving a few percent off the performance.