Specification
Below is a specifications table that suggests the expected performance for each capacity.
| Interface | PCIe Gen 4.0 x 4, NVMe 2.0 |
| Form Factor | M.2 2280 |
| Capacity | 512GB / 1TB / 2TB / 4TB |
| Max. Reading Speed | 6300 MB/s / 7200 MB/s / 7200 MB/s / 7200 MB/s |
| Max. Writing Speed | 3100 MB/s / 6200 MB/s / 6200 MB/s / 6200 MB/s |
| Max. Random Reading Speed | 567K / 1040K / 1050K / 1000K IOPS |
| Max. Random Writing Speed | 586K / 809K / 721K / 820K IOPS |
| Max. Power Consumption (Read) |
3.18 W / 3.37 W / 3.66 W / 4.35 W
|
| Max. Power Consumption (Write) |
3.05 W / 3.06 W / 3.31 W / 3.63 W
|
| Dimensions |
80 x 22 x 2.4 mm
|
| Shock resistant | 100G / 6ms |
| Storage Temperature | -40 ℃ – 85 ℃ |
| Working Temperature | 0 ℃ – 70 ℃ |
| Limited Warranty | 5-Year / 200 TBW – 512 GB 5-Year / 400 TBW – 1 TB 5-Year / 800 TBW – 2TB 5-Year / 1600 TBW – 4TB |
The working temperature in the specifications table suggests a throttling point above 70°C. The AIDA64 suggests that the throttling point is higher. The SSD wasn’t throttling during tests or was so insignificant that test results were about the same.
The SSD supports all the latest technologies to improve stability, data protection, and performance. Our results confirm that the SSD is well-designed, and there shouldn’t be any issues during longer work.
A 5-year warranty or 800TBW covers the 2TB version of the FX700 SSD. We don’t even have to check the detailed specifications to see that the FX700 uses QLC NAND. It shouldn’t be an issue in a home or office environment, but the TBW is clearly lower than that of the TLC SSD.
The FX700 also uses a Maxio controller, which delivers high performance and low temperatures. However, as with all other Maxio designs, it’s also DRAM-less.
Below is a screenshot from the CrystalDiskInfo diagnostic software, which confirms that the SSD is in perfect condition.
Now, let’s look at the package and the SSD itself.
