Originally posted by: Cookie Monster
Originally posted by: taltamir
actually cookie monster, realistic testing shows that competitors are not any faster; in fact they are usually slower Ignore the ADVERTISED values, and look at the TESTED values. indlinx drives are also more prone to internal fragmentation.
Of course. But even if those competing drives dont reach those advertised values, they still beat the X25-M when it comes write performance. However this doesn't stop the intel SSD from being the best overall.
You need to ask yourself why you should (or would) care about sequential write performance for large files.
The benefits of SSD technology is not in improving sequential large file write/read performance, but rather in reducing latency by orders of magnitude over spindle drives which demonstrably impacts the performance of (1) handling small files (4-64KB), and (2) dealing with random read/writes of small files and heavily fragmented large files.
If your particular computer usage patterns are rate-limited by bandwidth of large files which are not fragmented and your application is doing sequential read/writes with those large files then yes the X25M is really not for you.
And truthfully at that stage no SSD is, you will be far better off performance/cost wise by putting together a bunch of spindle disks into a raid-array and getting bandwidth that way if latency is essentially inconsequential to your particular data access patterns.