As smart vehicles undergo rapid intelligence upgrade —driven by advanced ADAS, OTA updates, and AI-driven cockpit systems—they generate exponentially more data (e.g., 40TB/day for L4 autonomy), demanding storage solutions with ultra-high capacity (up to 16TB) and blazing NVMe speeds (46.4Gbps) to process real-time sensor inputs, map data, and software-defined features.  These systems require AEC-Q100-certified durability (-40°C to 85°C operation, 1,500G shock resistance) to ensure reliability in harsh environments, while scalable, high-performance storage directly enables the industrialization of next-gen connected cars, autonomous driving, and seamless in-vehicle experiences.

Design Features:

1. Wide Temperature Resilience: Engineered for extreme operating ranges (-40°C to 85°C) to withstand high-heat engine compartments, sub-zero winters, and rapid thermal cycling in EV battery environments.
2. Rugged Shock/Vibration Resistance: AEC-Q100-certified designs tolerate up to 50G shock and 20G RMS vibration, ensuring data integrity during off-road bump or high-speed maneuvers.
3. Low-Power Reliability with Advanced Protection: Optimized for vehicle battery systems and integrated with ECC error correction + hardware encryption to safeguard ADAS sensor data and OTA updates.

Application Features:

• Extreme Environment Resilience:
  • Shock/vibration resistance and wide-temperature operation ensure stable performance in harsh conditions.
• Ultra-High Speed & Capacity: 
  • Supports rapid data capture and storage for 4K cameras, LiDAR, and AI-driven systems (e.g., 16TB SSDs).
• Certified Reliability: 
  • AEC-Q100 compliance guarantees long lifespan and data protection against voltage fluctuations and sudden power loss.