TitanEdge 128GB | Extreme Endurance Industrial MicroSD Storage

Product Description

The Industrial-Grade MicroSD 128GB combines extreme durability, high-performance storage, and enterprise-grade reliability, engineered to thrive in mission-critical applications where failure is not an option. Here’s why it stands out, why 128GB is optimal, and where it excels:

3 Key Features

1. Extreme Environmental Resilience
   Built to operate flawlessly in temperatures ranging from -40°C to +85°C , this card resists shock, vibration, humidity, and submersion (IP67/IP68-rated) . Industrial certifications like AEC-Q100 (automotive) and MIL-STD-810G (shock/vibration) ensure stability in harsh conditions—ideal for outdoor surveillance, factory floors, and vehicles enduring extreme heat or cold. Unlike consumer cards, it undergoes rigorous testing to maintain data integrity even in corrosive or high-vibration environments.
2. High-Endurance Performance
   With 3,000+ P/E cycles and sustained write speeds of ≥90 MB/s (V30-rated) , it handles continuous 24/7 data logging without degradation. UHS-I Class 10 and U3 certification guarantee smooth 4K video recording and rapid file transfers (up to 95 MB/s read) , while industrial-grade NAND flash (e.g., 3D TLC or pSLC) and LDPC error correction ensure long-term reliability. This makes it perfect for bandwidth-intensive tasks like real-time analytics, machine learning at the edge, or recording surveillance footage in high-traffic areas.
3. Data Security & Longevity
   Built-in AES-256 hardware encryption safeguards sensitive data, while wear-leveling technology and bad-block management extend lifespan. Industrial models often use pSLC/MLC NAND for superior endurance compared to consumer-grade TLC/QLC, reducing maintenance costs and downtime in write-heavy applications like industrial IoT or healthcare devices . Typical MTBF (Mean Time Between Failures) exceeds 2 million hours, ensuring minimal disruptions.

Why Choose 128GB?

• Optimal Balance of Capacity & Cost:
  128GB provides 4–8x more storage than 32GB , storing up to 30 days of Full HD surveillance footage (at 1080p/30fps) or 7,500 hours of sensor data—perfect for systems requiring extended recording cycles without frequent off-loading. It avoids overprovisioning while supporting critical workflows like hourly machine logs or daily vehicle diagnostics.
• Future-Proof Compatibility:
  As a SDXC card (using exFAT), it’s compatible with modern devices supporting higher capacities, including drones, single-board computers (e.g., Raspberry Pi), and advanced surveillance systems. Legacy devices requiring FAT32 may need formatting, but most industrial equipment supports exFAT natively.
• Reliability Over Convenience:
  Industrial-grade 128GB MicroSDs prioritize stability in extreme conditions and endurance metrics (e.g., 3,000–30,000 P/E cycles) , making them indispensable for field deployments where replacement is impractical.

Ideal Applications

1.Surveillance & Security

• IP Cameras: Stores weeks of 4K footage in outdoor installations, resisting vandalism and extreme weather.
• Body/Wearable Cams: Fast write speeds capture critical moments without lag, while encryption ensures HIPAA compliance in medical or law enforcement settings.

2. Automotive & Transportation

• EVs & Telematics: Manages battery health data, over-the-air updates, and in-car infotainment systems with AEC-Q100-certified reliability.
• Dashcams/Vehicle DVRs: Withstands engine heat and road vibrations, preserving accident records and driver behavior analytics.

3. Industrial IoT & Edge Computing

• Factory Automation: Captures machine performance metrics in harsh manufacturing environments, from cold warehouses (-40°C) to hot production lines (+85°C) .
• Remote Sensors: Operates in solar-powered IoT devices across deserts or arctic regions, ensuring data integrity during prolonged deployments.

4. Medical & Field Devices

• Portable Monitors: Securely stores patient data in ambulances or mobile clinics, with tamper-proof encryption.
• Drones & Robotics: Lightweight design with fast read speeds supports real-time navigation and mapping, while rugged construction withstands shocks during flight.