High-performance industrial displays utilizing Embedded DisplayPort (eDP) interface standards. Designed as the modern successor to legacy LVDS systems, our eDP panels transmit high-bandwidth video data up to 5.4 Gbps per lane over ultra-thin micro-coaxial cables. Supporting resolutions up to 4K, integrated panel power rails, low power states like Panel Self Refresh (PSR), and robust noise suppression (ASSR), these displays connect directly to high-end x86 and ARM processor boards.
Based on the DisplayPort protocol to support high refresh rates, rich pixel depth, and deep colors over 1, 2, or 4 lanes.
Uses high-shielded, flexible micro-coaxial ribbon cables with a 0.5mm pitch to reduce space and system weight.
Incorporates Alternative Scrambling Seed Reset (ASSR) and low voltage swings to minimize EMI fields.
Saves power during static display states by running the panel directly from the onboard PSR frame buffer.
Single micro-coaxial cable carries the eDP video lanes, auxiliary (AUX) control pins, logic power, and LED backlight rails.
Integrates Projected Capacitive (PCAP) multi-touch panels with direct USB-HID and I2C host communication.
Embedded DisplayPort (eDP) has become the standard internal display interface for modern computing boards. Legacy LVDS panels require up to 20 separate copper wires to transmit Full HD video, creating heavy cable runs and high EMI risks. In contrast, eDP transmits high-definition video over a single differential lane pair, allowing the entire system to use a thin, flexible micro-coaxial cable. By integrating power, backlighting controls, and AUX channel communication onto one 30-pin or 40-pin connector, Keetronics eDP modules offer cleaner routing, higher reliability, and massive power savings in advanced embedded HMIs.
Single integrated connection carrying high-speed differential eDP video, backlight power, and logic rails.
Bidirectional link handling EDID configuration tables and direct PWM backlight brightness registry commands.
USB 2.0 Type-B/DF13 connection routing PCAP touch coordinates directly to the host OS without custom drivers.
Constant-current step-up backlight driving circuit with built-in PWM thermal dimming safeguards.
Tailor the industrial monitor enclosure, cover glass, and video card configurations to your system.