Ortustech COM50H5M98ULY Product Overview:
The Ortustech COM50H5M98ULY is a 5" industrial LCD display panel featuring 800x480 resolution with 400 cd/m2 brightness and 900:1 contrast ratio. With LVDS interface and WLED backlight, this display is engineered for reliability in industrial control, medical devices, and automotive applications.
Ortustech COM50H5M98ULY LCD Display Panel Specifications:
| Brand | Ortustech |
| Model | COM50H5M98ULY |
| Size | 5" |
| Resolution | 800x480 |
| Brightness | 400 cd/m2 |
| Contrast Ratio | 900:1 |
| Viewing Angle | 80/80/80/80 |
| Display Colors | 262K/16.7M |
| Interface | LVDS |
| Backlight | WLED |
Ortustech COM50H5M98ULY LCD Display Panel Applications
Industrial control systems
Medical devices
Automotive displays
HVAC control panels
Point-of-sale terminals
Why Choose Zhiyan?
Zhiyan is a professional industrial LCD display supplier with years of experience in sourcing and distributing genuine Ortustech panels. We provide competitive pricing, fast shipping, and reliable after-sales service.
FAQ:
Q1: What is the difference between COM50H5M98ULY and the same series COM50H5N01ULC, COM50H5N25ULC?A1: The core parameters of the three are basically the same, the main differences are in brightness, contrast ratio and vibration resistance level: COM50H5M98ULY: 400cd/m² brightness, 900:1 contrast ratio, 2.0G vibration resistance, standard industrial grade
COM50H5N01ULC: 430cd/m² brightness, 900:1 contrast ratio, 2.0G vibration resistance, high brightness version
COM50H5N25ULC: 420cd/m² brightness, 700:1 contrast ratio, 6.8G ultra-high vibration resistance, for high-vibration environments
Q2: What is the interface type of this screen? Does it require a driver board?A2: COM50H5M98ULY adopts a 30-pin single-channel 6/8-bit LVDS interface, not MIPI or TTL interface. The WLED backlight requires an external driver board, the screen itself does not contain a backlight driver circuit. We can provide supporting IF420-00 driver board solution (with integrated LED converter). Q3: What is the difference between a transflective screen and a regular high-brightness screen?A3: A transflective screen has both transmissive and reflective display modes: it uses backlight transmissive display in low-light environments and ambient light reflective display in strong light environments, with lower power consumption; a regular high-brightness screen only relies on backlight display, requiring increased brightness in strong light, resulting in significantly higher power consumption.

