Extremely slow by modern standards; limited to USB 2.0; unsuitable for video editing, gaming, or running apps directly from the drive.
Old controllers used BCH ECC, which fails once NAND cells degrade past 1,000-1,500 P/E cycles. The SSS6698BB uses error correction. This allows the controller to read data from dying TLC NAND that would have bricked an SSS6697 drive. For data recovery specialists, this controller is better because it tolerates bad blocks without crashing. solid state systems sss6698bb better
This controller is well-supported by mass production (MP) tools. If a drive with this chip becomes write-protected or reports "No Media," you can often use the SSS6698 MPTool Extremely slow by modern standards; limited to USB 2
If you are looking to manage or recover a device using this controller, you can find a suite of Solid State Systems configuration tools on platforms like This allows the controller to read data from
: Unlike newer "no-name" USB 2.0 controllers that struggle with sustained write speeds, the SSS6698-BB is designed for consistent throughput. It is commonly paired with high-quality MLC (Multi-Level Cell) or TLC (Triple-Level Cell) flash from reputable manufacturers like Toshiba and Hynix .
for this specific controller, or are you comparing it against a specific modern drive Solid State System – USB 2.0 Controller