The SSS6698BB suffers if partitions are misaligned. In MPTools, check the “Align Partition to 4MB” box. Not 4KB – 4MB. This reduces read-modify-write cycles on the NAND’s erase blocks (8MB typical).
In the crowded world of USB flash drive controllers, few names spark as much debate as Solid State Systems and their workhorse chip: the SSS6698BB. If you have searched for “solid state systems sss6698bb better,” you are likely frustrated with sluggish write speeds, corrupted firmware, or the eternal question: Can I make this cheap, high-capacity drive actually perform? solid state systems sss6698bb better
The answer is yes. But to understand why the SSS6698BB is better than its predecessors (and even some modern budget controllers), we need to dissect the architecture, the firmware quirks, and the real-world hacks that turn a $20 drive into a productivity tool. The SSS6698BB suffers if partitions are misaligned
To prove “better” isn’t marketing fluff, here are benchmark comparisons using a generic 64GB USB 3.0 drive (SSS6698BB + Intel 3D TLC) vs. a legacy SSS6697 drive (64GB + planar TLC). This reduces read-modify-write cycles on the NAND’s erase
| Metric | SSS6697 (Old) | SSS6698BB (Better) | Improvement | | :--- | :--- | :--- | :--- | | Seq Read (MB/s) | 25-35 | 120-140 | 4x | | Seq Write (MB/s) | 8-12 | 40-60 (burst to 90) | 5x | | 4K Random Read (IOPS) | 0.3 | 8.5 | 28x | | File Transfer (5GB ISO) | 12 minutes | 52 seconds | 13x | | Unsafe Removal Risk | High (corruption) | Low (buffer protection) | Substantial |
Use Case Win: Booting a Linux Live USB (e.g., Ubuntu, GParted). The old SSS6697 would take 4 minutes to load the OS. The SSS6698BB loads in under 40 seconds. For technicians who boot multiple machines daily, the SSS6698BB is demonstrably better.