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This Victronix 4.3 inch 480x272 with Touch Screen TFT Module is a high-performance 4.3 inch TFT LCD module engineered for demanding industrial applications. This robust display solution integrates a vibrant color panel, capacitive touch interface (CTP), and LED backlight into a compact, reliable package. As a professional manufacturer and supplier of TFT modules in China, Victronix 4.3 inch TFT Module is fully compliant with ROHS environmental standards, ensuring superior application performance. We offer a customized service to meet the needs of our customers.

The VXT350MSGV-01 is a 3.45-inch TFT module with 640 x 480 pixels — standard VGA in the classic 4:3 shape — over an active area of 70.08 x 52.56 mm. At 232 PPI it is the highest-density module in this size class, carrying four times the pixels of the 320 x 240 modules that share this identical active area: 307,200 against 76,800. Small text becomes readable, fine graphics render as drawn, and pixels are exactly square at 0.1095 mm so circles need no correction. It runs 24-bit RGB for video and 3-wire SPI for configuration on one 40-pin connector driven by an NV3052C, with DE and SYNC timing charts both provided. Contrast is given as a 600:1 minimum, and viewing angle is 80° in all four directions with viewing direction ALL, so mounting orientation is a mechanical decision only. The backlight is six LEDs in series at just 20 mA — half the current of most modules this size, at 0.36 W. Reliability covers nine tests including vibration, random vibration and 100 G shock.

The VXT430GWH-02 is a 4.3-inch IPS TFT module in portrait orientation: 480 x 800 pixels over an active area of 56.16 x 93.60 mm, taller than wide, with a diagonal of 4.2975 inches. It is the only portrait module and the only IPS module in our 4.3-inch range. Being IPS means viewing angle is 80° typical in all four directions with no preferred direction and no gray scale inversion to design around — decide orientation on mechanical grounds alone. Pixel pitch is 0.117 mm square, giving 217 PPI, so small text stays legible and circular graphics need no correction. It runs 24-bit RGB over a 42-pin connector driven by an HX8369A, with a serial port on the same connector for configuration. Brightness is 310 minimum, 350 typical and 390 maximum cd/m² — the lowest in the family and intended for indoor and handheld use, published as a complete range you can design and inspect against. At 2.15 mm it is also the thinnest 4.3-inch module we offer.

The VXT430MPIA-03 is a 4.3-inch TFT module with a 480 x 272 RGB panel, an ILI6485D driver and a 5S2P white LED backlight, and no touch panel. It is the display-only member of a pair: the VXT430MPIA-03C is the same module with five-point capacitive touch bonded on. Comparing the two gives something most suppliers cannot show — a measured figure for what adding touch actually costs. This module is rated 500 cd/m² and the touch version 400, on otherwise identical hardware: same panel, same driver, same backlight, same timing, and CIE colour coordinates matching to four decimal places. That difference is the touch panel, and it works out at about 20 per cent of your brightness. Beyond that it is a well-documented module: 800:1 contrast minimum, a published logic current of 22 mA giving a calculable total of about 0.67 W, and full timing tables for three operating modes.

The VXT350FPQI-01 is a transflective, sunlight readable 3.5-inch TFT module for equipment that moves between indoor and outdoor light. Outdoors it reads by reflected light, and the backlight can be switched off entirely rather than merely dimmed, removing the largest load in the module. It is the third transflective panel in our range and the only one you can drive over a 3-wire SPI from an ordinary microcontroller — 240x320 portrait, square pixels, ILI9341V, 0.384 W backlight. Rated -20 to +70°C with ±8 kV air ESD.

The VXT700IXN-06C3 combines a compact color display with 10-point capacitive touch and chemically strengthened cover glass. Its glass-on-glass touch structure, LVDS input and I2C touch connection suit space-conscious equipment interfaces.