PG Brand Industrial Memory Card in Continuous Recording & Data Logging Applications

Storage Challenges in Continuous Write Environments

In surveillance systems, vehicle recorders, and AIoT edge devices, storage is exposed to non-stop write workloads rather than simple data reading tasks.

In real-world U.S. deployments such as smart transportation and outdoor security systems, storage must operate under 24/7 continuous recording conditions, often combined with temperature fluctuation and vibration.

PG Brand Industrial Memory Cards are engineered to mitigate three major risks:

Data fragmentation caused by sustained write pressure

Controller instability under extreme temperatures

Flash wear-out due to long-term continuous workloads

Wide Temperature Operation: -40℃ to 85℃

Environmental stability is a critical factor for data integrity in embedded systems.

PG Brand Industrial-grade Memory Cards support an operating range of -40℃ to 85℃, ensuring reliable operation in:

Outdoor surveillance cameras

Industrial control cabinets

Transportation electronics systems

This thermal design maintains consistent flash behavior and controller logic under harsh embedded environments.

Continuous Data Throughput: Up to 170MB/s Read & 150MB/s Write

For continuous recording applications, sustained bandwidth directly impacts whether data loss or buffering delays occur.

Based on UHS-I interface architecture, performance reaches:

Up to 170MB/s sequential read

Up to 150MB/s sequential write

This enables stable operation in:

Multi-channel video recording systems

AI edge computing data buffering

High-speed sensor logging systems

Stable throughput helps reduce write congestion and improves data continuity.

Long-Term Reliability: MTBF 200,000 Hours

Industrial deployments require predictable long lifecycle operation.

Key reliability specification:

MTBF rated at 200,000 hours

Designed for 24/7 continuous workloads

MTBF is commonly used to evaluate long-term operational reliability in industrial automation and surveillance infrastructure.

Endurance Architecture: 3000 P/E Cycles + High TBW

Write endurance is a core factor in continuous recording environments.

PG Brand Industrial Memory Cards are built with:

3000 program/erase (P/E) cycle NAND architecture

High TBW (Total Bytes Written) support

Suitable for:

Surveillance loop recording systems

Industrial data logging applications

AIoT continuous sensing workloads

This endurance design reduces the risk of write-induced data corruption over long deployment cycles.