Technical data | |
Image | ![]() |
Manufacturer | Biwin |
Model number | NV7400-1TB |
Storage capacity | 1024 GB (0 GiB) |
Read speed | 7450 MB/s |
Write speed | 6500 MB/s |
Interface | PCIe 4.0 x4 |
Connection | M.2 2280 |
Memory module (NAND) | TLC |
DRAM Cache | no |
TBW (Total Bytes Written) | 1000 Terabyte |
Controller | Maxio MAP1602 |
Price | ca. 0 AUD (= 0,13 $ / GB) |
Paid link | Buy on Amazon |
The standard test was performed with a 5 GB file. A total score of points was achieved.
AS SSD | Read: | Write: |
---|---|---|
Seq in megabytes per second |
0,00 MB/s |
0,00 MB/s |
4K in megabytes per second |
0,00 MB/s |
0,00 MB/s |
4K-64Thrd in megabytes per second |
0,00 MB/s |
0,00 MB/s |
Access time in milliseconds |
0,000 ms |
0,000 ms |
Score | ||
Total score |
A common everyday situation is simulated here. Three test folders are created:
The three folders are copied using the Windows Copy command (the cache remains enabled). The practical test of May 02, 2025 shows the performance for simultaneous write and read operations. The lower the duration, the better the performance.
Here, the writing and reading speed of the the Biwin SSDSSD is measured depending on the compressibility of the data (according to the manufacturer, these should be 7450MB/s and 6500MB/s respectively).
Here, two sequential and two random performance tests are performed, similar to the ones performed on the AS SSD.
HD Tune writes a 5 GB file to the Biwin M.2 SSD. The transfer data of the read speed is displayed graphically. The minimum, maximum and average values are also determined. The determined access time and burst rate are also displayed.
Here, a 256 MB file is written several times to the Biwin M.2 SSD . The I/O block size varies (from 512 bytes to 64 megabytes). The larger the blocks, the faster they can be written and read.
Information about the test system can be found at the bottom of the home page.
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