Integration Brief: Storage for manufacturing and automation

Discover how to select storage that stays reliable in manufacturing and automation environments where 24/7 operation, vibration, temperature swings, and frequent small writes are the norm. This integration brief explains the key criteria that influence availability, endurance, and data integrity across long equipment lifecycles - from interface and form factor decisions to reliability features and security capabilities.

Learn how predictable performance, long-term supply, and robust design choices help reduce downtime, service effort, and redesign risk.

Real-world selection examples and practical recommendations make this an essential read for system designers, automation engineers, and embedded teams building dependable controllers and robotic systems.

In this Integration Brief, you will learn:

• Why long-lifecycle storage matters in automation

• Environmental and workload impacts: endurance, reliability, data integrity

• Interface and form factor choices: SD, eMMC, SPI, migration paths

• Performance consistency under sustained workloads

• Security capabilities and IEC 62443 context

• Real-world selection: motion controller example

• Real-world selection: robot controller example

• Future-proofing: reducing obsolescence and replacement risk