Industrial I/O Mini-ITX Motherboards

Industrial Mini-ITX Motherboard with LVDS and eDP

Direct embedded-panel integration for industrial HMI, panel PC, and compact display systems.

Select the board together with the LCD panel, cable, backlight, touch controller, BIOS configuration, and enclosure. A matching connector alone does not confirm panel compatibility.

  • LVDS + eDPEmbedded panel interfaces
  • Mini-ITX170 × 170 mm footprint
  • Panel PowerVoltage and current by panel
  • Backlight ControlEnable and PWM by design
Review My Panel Requirement Explore HMI Panel Systems

Confirm the exact panel model and cable assembly before hardware release.

Industrial Mini-ITX motherboard platform with LVDS and eDP panel interfaces

Panel Compatibility Data

LVDS and eDP Configuration for Embedded Panels

LVDS and eDP support define the platform focus. The panel model determines the electrical, firmware, cable, and power details.

Panel datasheetInterface, native resolution, timing, lane or channel count, and voltage.
Cable drawingConnector family, orientation, pin assignment, length, shielding, and bend direction.
Backlight dataSupply, current, enable polarity, PWM level, frequency, and dimming range.
Touch controllerUSB or I²C interface, cable, driver, calibration, and operating-system support.
Platform and Panel-Interface Status
Form Factor
Mini-ITX, 170 × 170 mmStandard
Embedded Display
LVDS and eDP panel integrationProduct feature
Processor Platform
Selected by workload, operating system, lifecycle, and thermal targetBy board
LVDS Configuration
Channel count, mapping, timing, voltage, and connector pinoutPanel-specific
eDP Configuration
Lane count, link settings, AUX behavior, timing, and connectorPanel-specific
Panel Power
Voltage, current capacity, sequencing, and protection matched to the LCDValidate
Backlight Control
Backlight supply, enable, PWM voltage, frequency, and polarityValidate
Touch Interface
Separate USB or I²C path according to the touch controllerBy panel
Other Board I/O
Memory, storage, LAN, USB, COM, external display, and power input by modelBy board

Match the Motherboard to the Exact LCD Panel

Send the panel datasheet, touch controller, cable drawing, enclosure depth, operating system, and expected quantity.

Review My Panel Integration Check System Clearance
Signal and control path from graphics hardware through the motherboard and cable to the LCD panel, backlight and touch controller

End-to-End Display Path

From Graphics Output to Panel, Backlight, and Touch

Each layer must match the same approved panel assembly.

01
Graphics and BIOS

Confirm display priority, timing, resolution, lane or channel assignment, and boot behavior.

02
Motherboard Connector

Verify interface type, pinout, panel voltage, backlight signals, and control method.

03
Cable Assembly

Control mating connectors, wire mapping, orientation, length, shielding, and strain relief.

04
Panel Assembly

Test LCD logic, backlight, touch controller, enclosure fit, and power-cycle recovery together.

Signal MappingLane or channel assignment and polarity.
Power SequencePanel rail, enable, backlight, and shutdown timing.
Mechanical RouteConnector direction, cable bend, and lid clearance.
Software StateBIOS profile, touch driver, brightness, and recovery.

Application Fit

Systems That Benefit from Direct Panel Interfaces

Choose integrated LVDS or eDP when the LCD is part of the product rather than an external monitor.

Operator Interface

Industrial HMI and Panel PC

Integrate the LCD, touch controller, industrial I/O, and enclosure as one controlled assembly.

Explore HMI panel systems
Equipment Display

Embedded Control and Instrumentation

Connect a service or operator panel directly to machinery, test equipment, or control systems.

See industrial control systems
Use an external display interface when

the monitor must be replaced freely in the field, long detachable cables are required, or standard HDMI/DisplayPort compatibility matters more than a controlled embedded panel assembly.

Project Configuration

Panel Mapping, Power Sequencing, and Cable Customization

Control the panel assembly as a released combination of motherboard, cable, LCD, touch, BIOS, and enclosure.

Discuss LVDS or eDP Board Customization
LVDS Mapping and Voltage

Define channel count, mapping, timing, connector assignment, and panel supply.

eDP Link Configuration

Define lanes, link settings, AUX behavior, panel timing, and BIOS display priority.

Backlight and Touch

Match backlight power, enable, PWM, touch interface, driver, and calibration.

Cable and Mechanical Fit

Control connector orientation, cable length, shielding, bend radius, mounting, and service access.

Specification LibraryReference Platform Specifications

Review documented platform information before selecting a production configuration.

Browse specification resources Platform PlanningReference Platforms

Use system-level examples as a starting point for panel, enclosure, and I/O planning.

View reference platforms ValidationEngineering Validation

Plan boot, image, backlight, touch, power-cycle, and environmental verification.

Review the validation process Technical LibraryEngineering Whitepapers

Browse practical guidance for embedded displays, power, thermal design, and lifecycle decisions.

Browse engineering whitepapers

Panel Selection Questions

LVDS and eDP Panel Integration FAQ

Confirm the panel-specific decisions that can change the final board, cable, and firmware release.

Can one motherboard connector accept both LVDS and eDP panels?

No. LVDS and eDP are different interfaces. Use the connector and pinout assigned to the selected interface, then match the panel timing, power, backlight, cable, and BIOS configuration.

Can the LVDS and eDP outputs operate at the same time?

Simultaneous operation depends on the processor display engine, board routing, multiplexing, BIOS, and the selected panel configuration. Confirm the required display combination on the exact board revision.

Can the motherboard power the LCD panel and backlight directly?

Only when the available panel rail and backlight path match the required voltage, current, sequencing, enable polarity, and PWM control. External power circuitry may be required for some panels.

How is the touchscreen connected?

Touch is usually a separate interface from the video link. Confirm whether the controller uses USB or I²C, plus the cable, driver, calibration, orientation, and operating-system support.

What must be rechecked when the LCD panel model changes?

Recheck the interface, resolution, timing, mapping, lane or channel count, panel voltage, backlight requirements, connector, cable pinout, touch controller, BIOS profile, and enclosure fit.