S-910 Pro | 2TB

S-910Pro

AI algorithm:
designed for fast loading of AI models (such as the 720GB DeepSeek model) and multimodal task design, significantly improving the response speed of end-to-end AI.

Low power mode:
Using TSMC 6nm process, power consumption is reduced by 45% -50% compared to the originally planned 12nm process. Being able to automatically switch to high-performance mode without sacrificing performance, thereby extending the product's lifecycle and data retention time.

Thermal regulation technology:
Through internal temperature sensors and intelligent thermal regulation technology, SM2508 can automatically adjust performance and prevent overheating, ensuring stable operation of SSD even under high loads.

Monitoring software:
Compatible with Fanxiang's S.M.A.R.T. monitoring software, users can easily track the health status of SSDs and timely understand the device's operating status through this software.

DRAM cache:
Original factory chips are used to ensure smooth and fast read and write operations, with dynamic SLC cache configuration and up to 4GB * LPDDR4 DRAM. It can achieve fast and stable high-frequency data access, which helps to extend the lifespan of TLC particles;

Strict selection of particles:
Original factory particles are used to select 3D NAND particles, which have been rigorously tested by various high-precision and cutting-edge professional instruments, greatly improving the stability and service life of data transmission.

Efficient heat dissipation:
The heat dissipation label adopts a combination of graphite copper foil and aluminum foil material. Graphite copper foil has extremely high thermal conductivity, which can quickly dissipate the heat generated by SSD and effectively reduce equipment temperature. Aluminum foil further assists in heat dissipation, ensuring rapid heat dissipation and enabling SSD to maintain a suitable temperature even under high load operation, avoiding performance degradation or failure caused by overheating.

Support features:
TRIM & S.M.A.R.T, AES-256 encryption, advanced wear leveling, reserved space technology, 8th generation NANDxend ® Error correction techniques.