Industrial Storage Solutions for Manufacturing & Automation

Calculate your daily write workload (GB written per day), multiply by your target lifetime (days), and verify the storage device's Total Bytes Written (TBW) specification exceeds this value with margin. Swissbit technical support can assist with endurance calculations for your specific application. [Contact us about endurance requirements]

Hardware-based security stores cryptographic keys in tamper-resistant hardware, making them nearly impossible to extract. Software encryption stores keys in system memory, where malware can potentially access them. For critical manufacturing systems, hardware-based security provides significantly stronger protection.

Yes, Swissbit maintains product lines for legacy industrial interfaces to support long-lifecycle equipment. Even as newer form factors like M.2 NVMe become standard, we continue manufacturing CFast and CompactFlash products for customers with established designs.

Swissbit offers customization services including pre-loaded firmware, custom capacity points, private labeling, and tailored environmental testing. For high-volume applications, custom solutions ensure your storage perfectly matches your requirements.

An Edge AI IPC is an industrial computer that runs AI workloads locally, enabling deterministic real-time decisions without cloud dependency. It is designed for 24/7 operation in harsh environments where dust, vibration, temperature extremes, and network outages are common. For OEMs and factory operators, this means higher uptime, lower latency, and better control of sensitive production data. Swissbit industrial SSDs add long-term availability, industrial qualification, and high endurance for AI inference and data logging. This helps reduce maintenance costs and lifecycle risk.

Choose Edge AI over cloud AI when response time, data privacy, reliability, or operating costs are critical. In robotics and machine control, even small delays can impact safety, quality, and productivity. Processing data locally avoids recurring cloud fees and reduces bandwidth requirements for camera-based applications. It also ensures production data stays within the factory. The result is a faster, more secure, and more cost-effective solution.

Edge AI IPCs are widely deployed in machine vision, robotics, predictive maintenance, AGVs, AMRs, and industrial quality inspection. They process data close to the machine, enabling immediate action and reducing reliance on network connectivity. The SSD stores operating systems, AI models, inference results, logs, and traceability data. Swissbit SSDs help protect this business-critical information through advanced data integrity and reliability features. This supports higher productivity and fewer unplanned interruptions.

The right SSD is determined by interface, form factor, endurance, capacity, environmental conditions, and security requirements. Industrial AI applications often generate continuous image, video, and telemetry data, making endurance and reliability more important than peak benchmark performance. Features such as power-loss protection, health monitoring, and controlled firmware are essential for long-term stability. Capacity planning should include the OS, AI models, updates, and logged data. Swissbit offers both removable and soldered storage options to match different system architectures.

LLMs understand and generate text, VLMs combine language and visual understanding, and VLAs add the ability to perform physical actions. VLMs are commonly used in industrial inspection, object recognition, and process monitoring. VLAs are particularly important for next-generation robotics because they can interpret a situation and determine the required action. This reduces the gap between perception and automation. Together, these technologies drive more intelligent industrial systems.

An industrial SSD acts as the long-term memory of an Edge AI device. It is the persistent memory of an Edge AI system and stores all software, models, configurations, and operational data. In many deployments it also captures images, videos, and logs needed for quality assurance, compliance, and predictive maintenance. A storage failure can result in downtime, lost data, or expensive service interventions. Industrial SSDs are therefore critical infrastructure rather than simple storage components. Reliable data retention directly supports operational continuity.

Swissbit SSDs are designed specifically for demanding industrial and embedded applications. Customers benefit from industrial firmware, controlled BOM management, long-term product availability, and extensive validation processes. Features such as power-loss protection, health monitoring, security functions, and wide-temperature support help maximize uptime. Swissbit also offers both M.2 and compact BGA SSDs, enabling optimized designs for space-constrained systems. This reduces operational risk throughout the product lifecycle.

The most reliable approach is to specify Swissbit SSDs directly in the system design or purchasing specification. If hardware is sourced through an OEM, ODM, or system integrator, request Swissbit as the preferred storage vendor. This ensures industrial-grade storage with predictable quality and lifecycle management. Standardizing on a trusted SSD supplier can also simplify validation and support processes. It helps reduce deployment and maintenance risks over time.