Introducing our line of compact, industrial-grade MIPI DSI (Display Serial Interface) display modules, designed for ARM-based embedded controllers, handheld medical instruments, and IoT terminal panels. Utilizing high-speed differential D-PHY serial lanes with a low-voltage swing (200mV), our modules guarantee high-bandwidth data transmission up to 1.5 Gbps per lane with minimal EMI emissions. Connected via thin, space-saving flexible print circuits (FPC) with integrated capacitive touch overlays.
Employs a packet-based serial bus containing 2-lane or 4-lane data arrays alongside differential clock pins.
Uses low-power sub-1V differential swings (typically 200mV) to dramatically curb electrical noise and system power draw.
Features flexible flat ribbon cables that combine power, display, backlighting, and I2C touch into a single thin connection.
Pre-configured driver configurations for Raspberry Pi, NXP i.MX, NVIDIA Jetson, and Rockchip ARM system-on-chip platforms.
Integrates Projected Capacitive (PCAP) multi-touch and controller ICs directly onto the tail of the FPC cable.
Designed to withstand physical shocks, rapid temperature changes, and continuous battery-operated usage profiles.
The MIPI DSI protocol has revolutionized handheld and mobile display designs. Traditional RGB parallel displays require over 40 signal traces, leading to complex PCB routing and high EMI. MIPI DSI handles high resolution video over just a few differential D-PHY lane pairs on a thin FPC ribbon. Keetronics display modules integrate low-profile display assemblies, high-reliability touch sensors, and custom host connector adapter boards, making them ideal for spaces where every millimeter and milliwatt counts.
Thin, high-density connection combining DSI video lanes, I2C touch pins, and LED power rails.
High-speed serial receiver architecture providing low-latency pixel updates with high noise rejection.
Backlight step-up driver inputs supporting continuous PWM dimming control down to 1% brightness.
Low-speed serial bus (SDA/SCL) with dedicated interrupt (INT) pins for rapid coordinate updates.
Tailor the industrial monitor enclosure, cover glass, and video card configurations to your system.