As NAND flash degrades (specifically QLC NAND), it requires stronger error correction. Older controllers rely on BCH. The SSS6698BB implements a hybrid LDPC engine.
You’ve searched “solid state systems sss6698bb better” because yours is underperforming. Follow this protocol:
Is the SSS6698BB "better" in terms of speed?
Verdict: It is average.
However, if you are comparing it to USB 2.0 controllers (like the SSS6690 or Alcor AU6989), the SSS6698BB is undeniably "better." It represents a significant generational leap in throughput, making it suitable for transferring large files (>1GB) where USB 2.0 would stall.
As NAND flash degrades (specifically QLC NAND), it requires stronger error correction. Older controllers rely on BCH. The SSS6698BB implements a hybrid LDPC engine.
You’ve searched “solid state systems sss6698bb better” because yours is underperforming. Follow this protocol:
Is the SSS6698BB "better" in terms of speed?
Verdict: It is average.
However, if you are comparing it to USB 2.0 controllers (like the SSS6690 or Alcor AU6989), the SSS6698BB is undeniably "better." It represents a significant generational leap in throughput, making it suitable for transferring large files (>1GB) where USB 2.0 would stall.