A-Data Ultimate SU800 ASU800SS-1TT-C 1 TB
 | Expecting restock Classic 2.5-inch SSD, designed for users who need a versatile SSD with full caching capabilities and a high rewrite endurance within the SATA III interface. Despite being part of the SATA SSD class, the A-Data Ultimate SU800 is positioned as a more advanced solution compared to basic models of the same format, making it suitable not only for home setups but also for work systems with moderate loads. This drive is based on 3D QLC NAND memory and is equipped with 1 GB of buffer DRAM memory, which is rare for devices with this type of flash memory. The presence of a dedicated cache ensures consistently high performance when handling a large number of random operations and helps avoid the characteristic speed drops of QLC solutions during long-term writing. This is particularly important for t...asks that include installing and running large applications or working with a large number of small files. Sequential read and write speeds are close to the limits of the SATA III interface, reaching 560 MB/s and 520 MB/s, respectively. Moreover, the declared IOPS of up to 85,000 for reading and up to 80,000 for writing confirm the drive's readiness for multi-threaded operations typical of modern systems. Another significant advantage of the SU800 is its increased rewrite endurance — 800 TBW, which is substantially higher than the average level for models with QLC memory. Ideal for work scenarios where frequent data rewriting is expected. E-Catalog uses affiliate links compensated by our partners. |
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Classic 2.5-inch SSD, designed for users who need a versatile SSD with full caching capabilities and a high rewrite endurance within the SATA III interface. Despite being part of the SATA SSD class, the A-Data Ultimate SU800 is positioned as a more advanced solution compared to basic models of the same format, making it suitable not only for home setups but also for work systems with moderate loads.
This drive is based on 3D QLC NAND memory and is equipped with 1 GB of buffer DRAM memory, which is rare for devices with this type of flash memory. The presence of a dedicated cache ensures consistently high performance when handling a large number of random operations and helps avoid the characteristic speed drops of QLC solutions during long-term writing. This is particularly important for tasks that include installing and running large applications or working with a large number of small files.
Sequential read and write speeds are close to the limits of the SATA III interface, reaching 560 MB/s and 520 MB/s, respectively. Moreover, the declared IOPS of up to 85,000 for reading and up to 80,000 for writing confirm the drive's readiness for multi-threaded operations typical of modern systems. Another significant advantage of the SU800 is its increased rewrite endurance — 800 TBW, which is substantially higher than the average level for models with QLC memory. Ideal for work scenarios where frequent data rewriting is expected.
Always clarify the specifications and configuration of the product with the online store manager before purchasing.
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+light as a flash drive +price is not high +Shock resistance during operation 1500 G +Mean time between failures 2 million hours +reading speed +writing speed +warranty 3 years bought for PC on 25/10/2016, an SSD 256 GB. When connected via SATA3, the speed doesn't exceed 300 (reading), and in the WoT game, it heats up to 69 degrees (noticed without cooling). The SSD was installed on the side where the motherboard is mounted, where there's no airflow (temperature without load is 41). I tried a second option: moved it to a SATA6 slot, the speed matched the description, alongside a WD 3.5 drive, there 12 cm airflow is provided by two fans in the front. The temperature under load doesn't exceed 35 degrees, without load it's 25. just bought A-Data ASU800SS-256GT-C i recommend it should buy |
I also got an SSD 256GB, just for the system, software, games, as I have a portable TB and a WD connected via SATA 6 with the SSD.
My cooling system has two 12 cm fans at the front, one 12 cm exhaust fan at the top, and an 8 cm intake fan at the back, plus three on the video card. In the Radeon settings, I've configured it so that during gaming, the cooling is more than the CPU temperature, as it heats up to about 85 degrees on the Gigabyte.