High-Brightness TFT LCD Solutions for Outdoor and Strong-Ambient-Light Applications

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.

This Victronix 5.0 inch Multi Touch IPS TFT Module with CTP is a robust 5.0-inch TFT LCD module designed for demanding applications. It has a sharp 800×480 resolution and a vibrant 16.7M color display, delivering exceptional visual clarity from all viewing angles. As a professional TFT module manufacturer and supplier in China, this Victronix 5inch TFT Module integrates capacitive touch support to enable smooth 5-finger multi-touch interaction through its hardened (≥6H) cover glass to provide superior application performance.

This Victronix 3.5 inch 320x480 IPS TFT Module with CTP is a high-performance 3.5 inch IPS TFT LCD module with integrated capacitive touch panel (CTP), designed and manufactured by Victronix Tecenstar. The Victronix 3.5inch TFT module combines a 320×480 pixels resolution display and a 16.7M full-color display with IPS technology, it ensures crisp visuals optimized for a full 80° viewing angle viewing angle. As a professional TFT module manufacturer and supplier in China, this Victronix 3.5inch TFT Module uses ILI9488 display controller and GT911 touch controller support RGB interface and I²C touch communication to meet customers' requirements.

The VXT101MBAE-01ND is a 10.1-inch TFT LCD module with 1024x600 widescreen resolution and a true 24-bit RGB interface driven by EK79001 and EK73215 controllers. It is the only module in our range with a 12 o'clock viewing direction rather than all-round, so it is built to be read from above and mounted accordingly. A 42-LED backlight and -20 to +70°C operation suit industrial HMIs, control panels, POS and kiosk terminals, and medical carts.

The VXT700B1YI-03 is a 7-inch TFT module built in portrait: a 103.60 x 162.27 mm outline, 94.2 x 150.72 mm active area, and 800 x 1280 resolution at 216 PPI. Two figures set it apart. The first is orientation — most 7-inch modules are landscape, and this one is tall, which suits forms, lists and scrolling content. The second is brightness: 800 cd/m² minimum and 1000 typical. That minimum is the highest guaranteed brightness in our range, four times the 200 cd/m² minimum of our 10.1-inch module, and it is a floor you can hold a supplier to rather than an average. It runs MIPI DSI on the widely used ILI9881 driver, has an anti-glare top polarizer, 80° minimum viewing in all four directions, and a 20-LED backlight at 1.28 W with 30,000 hours minimum life. One contradiction in the document needs resolving before layout, and we state it rather than pick the reading that looks better.

The VXT121QXHA-01 is a 12.1-inch TFT module with 1024 x 768 pixels, and it is the only 4:3 panel in our 12.1-inch range — the other two are 1280 x 800. That matters because XGA in a 4:3 layout is what a very large installed base of industrial controllers, medical instruments and test equipment was designed around, and it remains the usual target when a display in existing hardware has to be replaced. The active area is 245.76 x 184.32 mm with pixels that are square to ten decimal places, so circles and dial scales stay true. Brightness is 1000 cd/m², the highest figure we publish in this size, and the viewing angle is 85° in all four directions with no stated best direction. The interface is 4-lane LVDS on a 20-pin connector, and it runs from a single 3.3 V rail — no separate gate or analogue supplies to generate. We are equally direct about what this module demands and what is not yet documented: the backlight draws about 14 W, which is over 90% of the module's total power and needs a real thermal plan; brightness and viewing angle are given as typical values without stated minimums; and the driver IC, outline dimensions and LVDS data mapping are not in the file we hold.