Page 1:Does Faster RAM Improve The Performance Of AMD FX CPUs?
Page 2:Does AMD-Optimized Memory Still Exist?
Page 3:G.Skill Ripjaws X F3-17000CL9D-8GBXM
Page 4:Kingston HyperX KHX2400C11D3K4/8GX
Page 5:Super Talent Quadra Series WQ213UB4G
Page 6:Team Xtreem LV TXD38192M2800HC11RDC-L
Page 7:Test Setup And Benchmarks
Page 8:Overclocking And Under-Latency Results
Page 9:DDR3-1600 Performance
Page 10:DDR3-1866 Performance
Page 11:DDR3-2133 Performance
Page 12:DDR3-2400 Performance
Page 13:Making A Case For High-Speed RAM
Only two of today’s memory kits reached DDR3-2400 with full stability, even though one of the sets that didn't pass our tests actually has a DDR3-2400 rating. That could be due to Intel-oriented timing optimizations, since these companies no longer produce true AMD-optimized parts.
Our reference DDR3-1600 performance level is retained at its original settings for comparison purposes.
G.Skill leads in Sandra's Memory Bandwidth test again, in spite of Team Group’s slightly better primary timings. We did notice that the motherboard configured a slightly better tRC for the G.Skill memory, but it made those adjustments based on the memory’s programming.
G.Skill leads DiRT 3, while Team Group leads Metro 2033.
G.Skill leads our 3ds Max test, while Team Group leads in WinRAR.
Even at DDR3-2400 and with fully-optimized primary timings, high-speed RAM offers minimal application performance improvements over DDR3-1600 CAS 9. The strongest case for improved memory performance occurs in WinRAR, with a maximum four-second advantage for the full benchmark (a 6% improvement).
- Does Faster RAM Improve The Performance Of AMD FX CPUs?
- Does AMD-Optimized Memory Still Exist?
- G.Skill Ripjaws X F3-17000CL9D-8GBXM
- Kingston HyperX KHX2400C11D3K4/8GX
- Super Talent Quadra Series WQ213UB4G
- Team Xtreem LV TXD38192M2800HC11RDC-L
- Test Setup And Benchmarks
- Overclocking And Under-Latency Results
- DDR3-1600 Performance
- DDR3-1866 Performance
- DDR3-2133 Performance
- DDR3-2400 Performance
- Making A Case For High-Speed RAM