Blog & Resources

Industrial hardware guides.

Product selection, interfaces and integration for industrial boards, computers and displays.

Selection and integration guides

Reading an industrial HMI spec sheet: what the numbers leave out
Selection Guide

Reading an industrial HMI spec sheet: what the numbers leave out

A 10.1-inch panel at 500 cd/m² and an IPS screen still leaves a dozen things undecided. How to read the mechanical drawing, IO counts, EMC codes and lifetime figures before you order.

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Specifying a touch panel for medical equipment: disinfectants, gloves and EMC
Application

Specifying a touch panel for medical equipment: disinfectants, gloves and EMC

Cleaning cycles, nitrile gloves, EMC limits and a frozen bill of materials all change how a touch panel for carts, consoles and diagnostic equipment should be specified.

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Remote updates, watchdogs and unattended reboots: what to settle before an HMI fleet ships
Technical

Remote updates, watchdogs and unattended reboots: what to settle before an HMI fleet ships

A technician driving two hours to press a reset button spends more than the panel he came to fix. What to settle with your supplier before an HMI rollout: update delivery, watchdog limits and remote access.

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What a burn-in test catches before an HMI panel ships
Technical

What a burn-in test catches before an HMI panel ships

Temperature soak, long powered runs and EMC checks exist to push early failures into the open while a panel is still on the rack. The records behind those tests say more about a supplier than the datasheet does.

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Choosing an HMI panel for outdoor EV chargers
Application

Choosing an HMI panel for outdoor EV chargers

A charger screen works outdoors, unattended, in gloves and direct sun, and has to keep working for a decade. Those conditions decide the glass, the touch layer, the I/O list and the supply commitment long before the display specs do.

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What a CNC machine asks from an HMI panel
Application

What a CNC machine asks from an HMI panel

A CNC HMI panel has to survive coolant mist, metal chips, oily gloves, vibration, and factory lighting. The right choice depends on the details the shop floor reveals after the machine is delivered.

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What a self-service kiosk asks of a touch panel
Application

What a self-service kiosk asks of a touch panel

Kiosk screens are used by strangers, cleaned with whatever is under the counter, and repaired before the first users arrive. What that means for touch, glass, ports, heat and service access.

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Front-embedded, rear-embedded or wall mount: how to choose an HMI mounting method
Selection Guide

Front-embedded, rear-embedded or wall mount: how to choose an HMI mounting method

Mounting method sets the cut-out, the depth behind the panel, whether the bezel seals, and how long a swap takes. What front-embedded, rear-embedded, shell-less and wall-mounted constructions each ask of your cabinet.

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Sunlight-readable HMI panels: when optical bonding earns its cost
Selection Guide

Sunlight-readable HMI panels: when optical bonding earns its cost

A 1,000-nit panel can still look grey at noon. How reflected light eats contrast, what optical bonding actually removes, and where the budget is better spent on the backlight.

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Panel PCs on moving equipment: AGVs, inspection carts and field service
Application

Panel PCs on moving equipment: AGVs, inspection carts and field service

Vibration, dirty vehicle power and roaming wireless links: what changes when a panel PC leaves the control room for an AGV, a cart or a field kit.

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Heat, cold and dirty power: where industrial HMI panels actually fail
Selection Guide

Heat, cold and dirty power: where industrial HMI panels actually fail

Processor and screen size almost never explain a field failure. Operating temperature limits, supply dips, restart behaviour and how heat leaves the housing decide whether a panel survives its first winter on the line.

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How an HMI talks to a PLC, and where an edge gateway belongs
Technical

How an HMI talks to a PLC, and where an edge gateway belongs

Serial or Ethernet, Modbus or EtherNet/IP, direct polling or a gateway in between. The choices that decide what a machine touch panel has to support long before it ships.

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From requirement to mass production: what an OEM/ODM touch panel project involves
Product Guide

From requirement to mass production: what an OEM/ODM touch panel project involves

Most projects begin with a catalogue model and change from there. Where OEM stops and ODM begins, which decisions get expensive once tooling is cut, and how the sample-to-production cycle really runs.

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Capacitive vs resistive touch: choosing a panel for industrial HMI
Selection Guide

Capacitive vs resistive touch: choosing a panel for industrial HMI

Resistive panels read pressure, capacitive panels read a change in an electric field. Gloves, liquids, cleaning agents and the gestures your interface needs decide which one belongs on the machine.

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IP65, IP66 and IP69K: choosing the right ingress rating for an HMI panel
Selection Guide

IP65, IP66 and IP69K: choosing the right ingress rating for an HMI panel

IP67 does not guarantee survival under a wash-down hose. What IEC 60529 and ISO 20653 actually test, and how to match the rating to cleaning method and mounting style.

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Windows vs Android for Industrial HMI Panels: How to Choose the Right OS
Technical

Windows vs Android for Industrial HMI Panels: How to Choose the Right OS

Existing Windows code, per-device license fees, boot behaviour and who patches the OS for five years decide this choice before UI preferences do. A practical Windows vs Android comparison for integrators specifying an industrial HMI panel.

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7-Inch vs 10.1-Inch HMI Panel: Which Screen Size Fits Your Project?
Selection Guide

7-Inch vs 10.1-Inch HMI Panel: Which Screen Size Fits Your Project?

Cabinet sized, CPU picked — now the call: 7-inch or 10.1-inch panel? The decision turns on five things: information density, viewing distance, cabinet cutout, software budget, lead time. 10.1-inch usually keeps one richer screen with less navigation code; 7-inch keeps the panel compact for arm's-length work. We size both into HMI projects every week across the P, M and G series. Send us your brief and we will come back with a recommendation and a quote within one business day.

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How to Choose the Right Touchscreen Size for Your HMI Panel
Selection Guide

How to Choose the Right Touchscreen Size for Your HMI Panel

From a 4.3-inch room controller to a 21.5-inch lobby display — here is how to match panel size to viewing distance, enclosure depth and interaction density.

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Open-Frame vs Enclosed Touch Panels: Understanding the S Series
Product Guide

Open-Frame vs Enclosed Touch Panels: Understanding the S Series

Open-frame touch panels give product designers full control over the enclosure. Here is how the S Series fits into custom hardware and why it matters.

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Android vs Linux for Industrial HMI: Which OS Fits Your Project?
Technical

Android vs Linux for Industrial HMI: Which OS Fits Your Project?

Android brings polished UI and fast development; Linux brings long-term stability and real-time control. Here is a practical comparison for HMI teams.

AOYU TECH ·
HMI Panels for Smart Home and Hotel Room Automation
Application

HMI Panels for Smart Home and Hotel Room Automation

Room controllers, lighting scenes and climate control all converge on a single wall panel. Here is how to pick the right HMI for residential and hospitality projects.

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What Is an Industrial Edge HMI? Introducing the B Series
Product Guide

What Is an Industrial Edge HMI? Introducing the B Series

Edge HMIs move processing closer to the machine for faster decisions and less cloud dependency. The B Series is built for that role.

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P Series vs M Series: Choosing the Right Panel for Your Commercial Project
Comparison

P Series vs M Series: Choosing the Right Panel for Your Commercial Project

The P Series is built for rich commercial interactivity; the M Series is a lean, economical IoT workhorse. Here is how to choose between them.

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