Hi, I'm just going to start with a picture:
http://screenshotuploader.com/i/01/6uu0lcv1h.png
Explanation:
The benchmarks on the left side are made while the CPU was not stressed, as in idle environment, but here's come the fun part because the benchmarks on the right side are made while the CPU was kept at 100% - by Everest's stress test (CPU) but it's not exclusive to Everest, any CPU hogging application will make the SSD faster.
So why is my SSD is faster in every test I tried when my CPU is stressed to 100%?
The SSD is a fresh Samsung 840 (non-Pro) and I have an Athlon II X2 3.4 @ 4.0 CPU and a fresh Win7 x64 HP.
I'm using amd_sata controller drivers (1.2.1.331). And my MB only supports Sata2.
Edit: This phenomenon applies to my other SSD too. (Silicon Power V20 40GB)
Edit2: Using the Standard AHCI Sata driver is the same and setting the minimum processor state to 100% (no lowering down to 800 mhz when idle) in the power options is not helping either.
http://screenshotuploader.com/i/01/6uu0lcv1h.png
Explanation:
The benchmarks on the left side are made while the CPU was not stressed, as in idle environment, but here's come the fun part because the benchmarks on the right side are made while the CPU was kept at 100% - by Everest's stress test (CPU) but it's not exclusive to Everest, any CPU hogging application will make the SSD faster.
So why is my SSD is faster in every test I tried when my CPU is stressed to 100%?
The SSD is a fresh Samsung 840 (non-Pro) and I have an Athlon II X2 3.4 @ 4.0 CPU and a fresh Win7 x64 HP.
I'm using amd_sata controller drivers (1.2.1.331). And my MB only supports Sata2.
Edit: This phenomenon applies to my other SSD too. (Silicon Power V20 40GB)
Edit2: Using the Standard AHCI Sata driver is the same and setting the minimum processor state to 100% (no lowering down to 800 mhz when idle) in the power options is not helping either.