China VXT215AUOP-01C Manufacturer, Supplier, Factory

This Victronix Replace HTN Segment Varitronix LCD Module is a high-performance monochrome dot-matrix Liquid Crystal Display (LCM) module for industrial and embedded applications. Featuring a transflective HTN (High-Twist Nematic) panel with a positive display and optimal 6 o’clock viewing direction, this module delivers clear visibility across diverse lighting conditions.

The VXT350QHI-26C is a 3.5-inch 320 x 480 portrait TFT LCD module with a capacitive touch panel, driven by ILI9488, and what sets it apart is that three interface families sit on one 50-pin FPC - 24-bit RGB, MCU parallel in 8, 9, 16, 18 or 24-bit form, and SPI - selected by three IM strap pins. The touch is a mutual-capacitance sensor on its own separate 20-pin FPC carrying seven TX and five RX lines. An active area of 48.96 x 73.44 mm whose 2:3 aspect matches the dot matrix precisely, and a diagonal of 88.265 mm, or 3.4750 inches. Contrast is 700 typical, all four viewing angles are 80 degrees with an ALL viewing direction so the module mounts any way round, uniformity carries a floor of 75 per cent, NTSC is 69 typical, and all eight CIE coordinates are published. The backlight is six LEDs in parallel at 120 mA with a forward voltage from 2.7 to 3.3 V, so a 3.3 V rail leaves no headroom and the current is high for a parallel array.

Victronix 3.5'' 320×480 Capacitive Touch TFT Module offers 300 cd/m² brightness and an 80-degree viewing angle in all directions ensure vivid imagery. Secondly, it supports seamless compatibility with RGB888 (24-bit), SPI (3/4-line), MCU parallel interfaces for flexible integration, and offers a capacitive touch controller (I²C interface: SCL/SDA/INT/RST) for responsive interaction, and a 6S-LEDs white backlight with a lifetime of 50,000 hours, ensuring its long-term usability in various industrial applications. Additionally, it complies with RoHS standards and successfully passes rigorous reliability tests, including 96H high/low temperature operation/storage, temperature cycling, and 60°C/90 % RH humidity. This product operates efficiently in extreme temperatures ranging from -20°C to +70°C and can withstand severe storage conditions from -30°C to +80°C. This 3.5 inch TFT module from Victronix is designed for Industrial HMIs, medical devices, portable instruments, and IoT applications that demand durability, touch interactivity, and vivid visuals.

This Victronix 6.2 inch 800×480 TFT Module offers a typical brightness of 700 cd/m² and a contrast ratio of 600:1, ensuring excellent readability from various angles. Secondly, it integrates a backlight unit utilizing 18 white LEDs with a typical lifetime of 30,000 to 50,000 hours (to 50% initial brightness), ensuring clear visibility in all lighting conditions. Besides, it supports a 24-bit parallel RGB with DE/SYNC mode control interface and an ILI6123H + ILI5480 controller. In addition, it passes rigorous environmental testing, including thermal shock (-30°C ↔ +80°C cycles), humidity storage (60°C/90% RH), and mechanical vibration, ensuring it can operate seamlessly across an extended temperature range from -20°C to +70°C. This 6.2 inch TFT display by Victronix is commonly used in medical devices, vehicle displays, industrial control systems, and portable instrumentation where readability under varied lighting conditions is critical.

The Victronix VXT700QAEW-01C is a 7.0-inch TFT LCD module that ships as a finished touch assembly rather than a bare panel. A projected-capacitive sensor, G+G construction, 6H surface hardness, at least 85% light transmittance — so there is no second touch part to source, no alignment step and no bonding process in your build. Luminance is 1000 cd/m² typical with an 80/80/80/80 viewing angle, video arrives over 40-pin LVDS driven by EK79001HN and EK73215BCGA, with an ILI2130 touch controller. Rated -30°C to +85°C, RoHS compliant.

The VXT177SSI-02 brings color graphics to compact equipment with a 1.77-inch TFT display and an 8-bit MCU interface. Its small footprint provides an option for handheld instruments, portable devices and simple menu-based control panels.