Facing a bottleneck in your Embedded Display Project?
Don’t let complex integration or supply chain issues slow your time-to-market. Book a free consultation with the RJY expert team for tailored design and manufacturing support.
Don’t let complex integration or supply chain issues slow your time-to-market. Book a free consultation with the RJY expert team for tailored design and manufacturing support.


Powering sports watches and rugged outdoor tracking equipment. Our high-impact screens and low-power hardware layouts handle multi-satellite GPS telemetry and continuous heart-rate monitoring under bright outdoor sunlight conditions.




RJY offers a portfolio of standard smart home computing modules and display kits perfectly suited for office HMI scenarios. All modules support full customization and ensure seamless compatibility with major automation brand architectures.

The RV013Z1P-300-26 is engineered for ultra-compact smart wearables and portable IoT devices, featuring premium full-viewing-angle (ALL O’clock) technology and a high-speed MIPI interface backed by the stable ST7785M driver IC.
This display module combines a precise 240×240 square format, vibrant 16.7M colors, and integrated capacitive touch integration. Operating reliably from -20°C to +70°C, it is perfect for smart rings, mini health-trackers, and smart home controllers.

The RV017FHD is engineered for compact smart wearables and high-efficiency portable IoT devices, featuring premium full-viewing-angle (Normally Black) IPS technology and a low-power SPI interface driven by the stable ST7789V2 IC.
This display module combines a clear 240×280 rectangle format, true 16.7M colors, and an industrial-grade wide temperature range (-20°C to +70°C). It integrates seamlessly into health-trackers, smartwatches, and smart home thermostats.
Leveraging our in-house design and robust supply chain capabilities, RJY can customize your display and embedded computing requirements to precisely fit your specific operational environment and application.

We deliver full optical bonding, circular/curved cover glass custom cutting, and specialized surface treatments including Anti-Fingerprint (AF) coatings. Our capacitive touch controllers are uniquely tuned to support smooth navigation under water, heavy sweat, or with thick sports gloves.

Our in-house engineering team provides extensive turnkey PCB space optimizations for compact wearable enclosures. We support custom hardware routing for Bluetooth BLE antennas, ultra-low power consumption standby tuning, integration of specialized biometric sensors, and prolonged component lifecycle sourcing for wearable terminals.