With hardware-level data erasure, auto-resume software, and extreme temperature resilience, this PCIe Gen4x4 SSD delivers next-gen security and stability for mission-critical environments.
TEAMGROUP has introduced its most secure storage solution yet—the INDUSTRIAL P250Q Self-Destruct SSD. Honored with the 2025 COMPUTEX Best Choice Award in the Cyber Security category, the P250Q integrates a dual-mode software-hardware erasure system with a patented independent destruction circuit. Designed for environments with zero tolerance for data leaks—military systems, AI platforms, and industrial automation—the SSD offers intuitive control with a one-click self-destruct button, LED progress indicators, and intelligent software that resumes data wipe even after sudden power outages.
The key features are:
- Storage options: 256GB / 512GB / 1TB / 2TB
- Dual-mode intelligent data erasure (software + hardware)
- Continuous execution mechanism for reliable wipe
- Independent secure destruction circuit
Its advanced protection goes far beyond conventional data deletion. Its hardware-based destruction targets the Flash IC directly, ensuring permanent and untraceable erasure. The software complements this with auto-resume functionality, allowing uninterrupted deletion post-power failure. Users benefit from real-time LED feedback during the destruction process, enhancing operational confidence in high-security scenarios. Supporting read/write speeds of up to 7,000/5,500 MB/s through a PCIe Gen4x4 interface (NVMe 1.4), and offered in capacities from 256GB to 2TB, the SSD is engineered with 3D TLC NAND and integrated S.M.A.R.T. health monitoring for longevity and reliability under pressure.
Beyond data destruction, the company unveiled a new U.S. invention patent for its wide-temperature M.2 SSD technology—tailored for extreme environments. This patented design automatically regulates data transfer speeds based on thermal zones, allowing stable SSD function even in ambient temperatures up to 105°C. Ideal for EVs, smart factories, and rugged computing systems.
