SLCD-N Embedded displays
Touchscreen Displays for Medical Devices
The SLCD-N Development Environment simplifies embedded touchscreen display integration using a serial LCD controller, enabling fast, reliable HMI development with minimal host system overhead.
SLCD-N Embedded Touchscreen Displays
Designed for embedded HMI applications, the SLCD‑N Development Environment provides a streamlined approach to integrating embedded touchscreen displays using a serial LCD controller. By enabling simple, reliable communication between your system microcontroller and the display, SLCD‑N reduces system complexity, minimizes host processor load, and shortens development cycles—helping engineering teams bring medical and industrial devices to market faster.
Explore Our SLCD-N Modules
SLCD‑N Modules are fully customizable, with base models tailored to customer requirements including display size, touch technology, viewing angles, and more. Contact us to discuss the details of your next embedded project.
4.3″ SLCD-N43 Resistive, Vertical
A compact 4.3″ intelligent serial display module built on the SLCD‑N controller platform, delivering predictable performance and simplified integration for space‑constrained embedded systems.
4.3″ SLCD-N43 PCAP, Vertical
A 4.3-inch PCAP serial LCD display with vertical mounting, designed for compact embedded HMI applications requiring reliable touch performance.
4.3″ SLCD-N43H Resistive
A compact 4.3″ intelligent serial display module with horizontal mounts built on the SLCD‑N controller platform, delivering predictable performance and simplified integration for space‑constrained embedded systems.
5.7″ SLCD-N5
Resistive
A 5.7″ serial touchscreen display powered by the SLCD‑N controller, designed to replace legacy SLCD5+E platforms with improved performance, modern connectivity, and long‑term availability.
7″ SLCD-N5 Resistive
A 7″ intelligent serial display module that integrates display, touch, and controller into a single solution for medical and industrial HMIs requiring reliability and lifecycle stability.
7″ SLCD-N5 PCAP
A 7‑inch PCAP serial LCD display module designed for embedded HMI applications, delivering simplified integration, responsive touch interaction, and dependable long‑term performance.
Speak to a Display Engineer
Explore how our embedded displays can streamline your workflows.
Explore Our Featured Applications
Embedded touchscreen displays for medical and industrial applications
Therapy Delivery & Monitoring Devices
Handles richer UI logic while clearly remaining a command and visualization interface, not the therapeutic engine.
Surgical Visualization & Navigation
Advanced imaging, vision processing, motion, display, and data capture technologies engineered for minimally invasive and robotic surgical environments.
Features of our SLCD-N Embedded Touchscreen Displays
Scalable Hardware
Real-Time Interface
Versatile Applications
Cost-Effective
Latest Insights on Medical Displays
FAQs
Yes—we offer complete development kits that include everything needed to prototype quickly, featuring an integrated touchscreen display, controller board, cables, documentation, and software tools. These kits are designed to get you up and running fast, with tutorials, videos, and full technical support available, plus a 30?day satisfaction guarantee.
Our display modules are built on a highly tuned embedded Linux environment and support multiple GUI frameworks, including Qt, GTK, WxWidgets, and LVGL. They also provide standard I/O interfaces such as USB, RS?232, RS?485, I²C, SPI, and CAN, along with web/IoT?ready tools like lighttpd, Node.js, Redis, and Mosquitto for connected applications.
Popular development kits typically ship within one business day, while others may be built to order, our team will contact you to confirm an expected ship date. This quick fulfillment process helps teams accelerate prototyping and move efficiently into production.
Contact Us
This consultative sales style, combined with our family of standard and customizable products, ensures that you always get the best product for your application.