- Joined
- May 10, 2002
- Location
- Los Alamos, NM
It's not the NAND chips themselves affecting performance. OCZ used 8x8GB NAND chips in the 24nm version instead of 16x4GB in the 32nm version. This means the SF controller only has 8x potential memory lanes instead of its max 16. However, OCZ is allowing people with affected drives to trade up to a 24nm 16x4Gb version for free.
That probably explains the reason for the slower writes. Why do we loose storage space? That isn't apparent to me.
Seems like any semi-intelligent person could have guessed the resulting slower writes (maybe some potential affect on reads) yet they didn't test (change) the specs.
The specs, there in lies their problem.