12/28/2023 0 Comments Novabench ram score for 8 gigs![]() The Samsung 860 EVO SSD was benchmarked at 512 MB/s for read speeds and 525 MB/s write speeds with a hard drive rating score of 90. The base system was tested with Samsung 860 EVO 1 TB SATA SSD. Solid State Drive Hardware Tests performed: We will update this report shortly with results with 64GB RAM. The overall difference was significant and warrants the additional cost for 16 GB more RAM to 32 GB. The Corsair RAM was benchmark at 26,349 MB/s for read/write speeds with a RAM rating score of 311. We then re- tested after adding 16GB more of the Corsair DDR4 3600MHz with now four 8 GB sticks for a total of 32 GB system RAM. While not conclusive, we think that the limitation of the RAM was not the RAM itself but the limitation was the bandwidth of the MB. However, after the testing was complete, we noticed that the MB had a slower clock rating then the RAM. The overall difference was not significant to warrant the cost of the more expensive faster RAM. Benchmark reported a 24,403 MB/s for read/write speeds with a RAM rating score of 263. The Corsair RAM was benchmark tested with Novabench. The slower RAM tested was Corsair DDR4 3600MHz with two 8 GB sticks for a total of 16 GB system RAM. Tests were conducted with the same amount of RAM but with a slower clock rate of 3600. Benchmark reported a 23534 MB/s for read/write speeds with a RAM rating score of 260. The Patriot Viper RAM was benchmark tested with benchmark software. The base system was then tested with Patriot Viper Series DDR4 4400MHz with two 8 GB sticks for a total of 16 GB system RAM. Initial base configuration included the same Samsung 860 EVO SSD and 16GB of Corsair Vengeance 3600 RAM. The I9 was benchmarked with a CPU score of 1778. The test was repeated with the Intel i9-9900K CPU. The initial test reported a CPU score of 948 of which all downstream tests was compared. The i7 was benchmark tested with the free version of Novabench. The base system tested was the Intel i7-9900K CPU. Samsung 860 EVO SSD and Samsung 870 M.2 NVME Video Card: GeForce RTX 2080 6GB and 11GB Power Supply: Thermaltake 80 Plus Bronze 850 WattĬPU Cooler: Corsair H115i Platinum Hydro Series As noted, some additional hardware is recommended, and some is not. We tested various configurations of motherboards, processors, video cards, RAM and hard drives, both SSD and M.2 NVMe. This project looks at what hardware is best to optimize the performance of a computer designed to provide processing power to a virtual reality flight simulator. The system tested here, as configured, consistently benchmarked at over 200 fps and over 10,000 gflps. Changing the SSD from Samsung 860 EVO to the Samsung 970 EVO NVMe drive significantly improved the system’s performance. We think that the limiting factor was not the faster clock RAM but the limitation was in the MB and recommend not purchasing faster clock RAM until confirming your MB can utilize the faster clock. Upgrading the RAM to a faster clock from 3600 to 4400 mHtz did not improve performance. Adding RAM from 16GB to 32 GB made a noticeable improvement to read/write speeds and overall performance. Upgrading the base system CPU from an Intel i7-9900K CPU to an Intel i9-9900K CPU made a significant improvement to system performance. By Bruckler, J., Garcia, J., Garcia, J.M., & Hutchison, R.
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