IOPS Scaling - 512 KB Sequential Read
This chart shows the drive's ability to handle multiple 512 KB sequential read operations simultaneously. The solid state drives in this comparison were arranged according to their average performance. While a high overall score may be desirable, this is not necessary for desktop or laptop users who should concentrate on the scores from the single I/O and 8 outstanding I/Os tests. The 32 outstanding I/O test is only important for server users.
Top 5 Solid State Drives |
Capacity |
Average |
Difference |
Useful Links |
240 GB |
1,048 IOPS |
Baseline |
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256 GB |
983 IOPS |
- 6.2% |
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80 GB |
790 IOPS |
- 24.6% |
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240 GB |
742 IOPS |
- 29.2% |
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120 GB |
678 IOPS |
- 35.3% |
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Just like what we saw in the 512 KB random read test, the HyperX Savage was slightly faster than the OCZ Vector, which delivered a tremendous throughput that 20-25% faster than either drive could deliver.
IOPS Scaling - 512 KB Sequential Write
This chart shows the drive's ability to handle multiple 512 KB sequential write operations simultaneously. The solid state drives in this comparison were arranged according to their average performance. While a high overall score may be desirable, this is not necessary for desktop or laptop users who should concentrate on the scores from the single I/O and 8 outstanding I/Os tests. The 32 outstanding I/O test is only important for server users.
Top 5 Solid State Drives |
Capacity |
Average |
Difference |
Useful Links |
240 GB |
996 IOPS |
Baseline |
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256 GB |
774 IOPS |
- 22.3% |
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80 GB |
537 IOPS |
- 46.0% |
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240 GB |
456 IOPS |
- 54.3% |
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120 GB |
390 IOPS |
- 60.7% |
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This is almost exactly what we saw with the 512 KB random write test. The HyperX Savage was phenomenal in large sequential writes, overshadowing even the OCZ Vector. It was actually more than twice as fast as the Intel 520 Series!
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Introduction |
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Real World |
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Synthetic Tests |
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Conclusion |
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