Consistent 2.5" 256GB SSD with SATA III Interface, 6Gb/s Read/Write Speed Upto - 552/500 MB/s,

Capacity
256 GB of usable storage.

Form Factor
2.5‑inch drive, standard thickness (~6 to 7 mm). Fits in most laptops, desktops, and enclosures designed for 2.5" SSDs.

Interface / Bus
SATA III (6 Gb/s) interface, supports ATA modes. Backward compatible with SATA II/SATA I (lower speed).

Peak Sequential Read Speed
Up to ~552 MB/s. Some listings say ~540 MB/s for 128 KB block reads.

Peak Sequential Write Speed
Up to ~500 MB/s. For 128 KB blocks.

Write Cache
SSD has write cache enabled, which helps improve write performance especially in burst / small writes.

Power Consumption
Low power consumption, suitable for both desktops and laptops. Lower idle & active power draw vs mechanical drives.

Warranty
5 years replacement warranty. Gives confidence in durability & support.

Physical Size & Weight
Approx dimensions ~9.8 × 6.8 × 0.6 cm. Weight ~ 20 grams.

Compatibility
Works in laptop or desktop systems with a SATA port. Also usable in enclosures / docking stations for external uses. Should support TRIM, etc.

Boot Speed / Responsiveness
As with most SSDs, much faster boot times, faster application launch and file IO compared to HDDs. Especially beneficial for OS drive. (Stated in product listing)

Sequential Block Size Specified
The 540 MB/s read / 500 MB/s write values are for 128 KB sequential transfers. For other sizes or random access, speeds may be lower.

Reliability & Durability
While specific TBW (Terabytes Written) numbers are not prominently shown, the long warranty suggests a confidence in durability. Also enabling write cache and using SSD tech implies better life vs mechanical drives.

Operating Environments
Suitable for typical ambient temperatures in laptops/desktops; likely safe across wide range though exact operating temperature not fully specified in listing. Use in ordinary room / office / home conditions is expected.

Limitations / Things to Note

• Random read/write IOPS (especially small files) will be much lower than sequential speeds; real‑world performance depends on workload.

• Performance may degrade slightly when drive is very full.

• Cache/firmware behavior under sustained writes may cause slowdowns (common with many SATA SSDs).

• Not as fast as NVMe or PCIe SSDs in throughput/latency.

• The listing mentions “boot up faster… load files quicker” but for gaming or heavy workloads, may not match premium SSDs.