Guides & Insights
Industrial Computer Articles
How to specify industrial computers — fanless cooling, wide temperature, I/O, conformal coating, TPM security and long-life embedded design for the factory floor.
Industrial How Long Do Industrial Computers Last? Lifespan & Total Cost
Industrial computers routinely last 7-10+ years. Here's why, what drives lifespan, and how total cost of ownership makes a pricier industrial PC the cheaper choice.
Read article →
Industrial Why Choose a Fanless Industrial Computer?
How fanless industrial computers cool without moving parts, why that means higher reliability in dust and heat, the trade-offs, and how to specify one correctly.
Read article →
Industrial What Is a DIN-Rail Industrial PC (and When Should You Use One)?
A complete guide to DIN-rail industrial PCs: the 35 mm rail standard, why you'd mount a computer in a control cabinet, how it compares to panel and VESA mounting, and how to spec one.
Read article →
Industrial Industrial Computer I/O Explained: Serial, CAN, DIO, USB & LAN
A guide to the ports on an industrial computer — RS-232/422/485 serial, CANbus, digital I/O, USB and LAN — what each does and how to spec the right I/O.
Read article →
Industrial Power over Ethernet (PoE) for Industrial Cameras & Panel PCs
How Power over Ethernet works, the PoE standards and power classes, and why one cable for data and power simplifies industrial cameras, panel PCs and edge devices.
Read article →
Industrial Cold-Storage & Freezer-Rated Computers: Beating Condensation
Why standard computers fail in freezers and cold storage — condensation, frost and battery sag — and what makes a computer freezer-rated: wide temp, heaters, sealing.
Read article →
Industrial Windows IoT vs Linux for Industrial Computers: How to Choose
Choosing an OS for an industrial or embedded computer — Windows IoT vs Linux — compared on application support, cost, lifecycle, control and security.
Read article →
Industrial Conformal Coating Explained: Protecting Boards from the Environment
What conformal coating is, the main types (acrylic, silicone, urethane, parylene), and when an industrial computer's circuit boards need it for moisture and corrosion protection.
Read article →
Industrial TPM & Secure Boot for Industrial Computers: A Plain-English Guide
What a TPM and Secure Boot do, how they form a hardware root of trust, and why they matter for securing industrial, edge and embedded computers.
Read article →
Industrial M12 Connectors Explained: Why Industry Uses Them
What M12 connectors are, their coding types (A, D, X) for power, Ethernet and signals, and why industrial computers use threaded, sealed M12 instead of consumer plugs.
Read article →