China 7 inch industrial TFT display Manufacturer, Supplier, Factory

This Victronix 2.8 inch 2.8 inch 240x320 Resistive Touch TFT Module is a high-reliability 2.8 inch TFT display module engineered for demanding industrial, medical, and embedded applications. Combining a crisp 240×320 RGB resolution with integrated 4-wire resistive touch, this module delivers robust performance in compact dimensions (50.00 × 69.20 × 3.55 mm). As a professional manufacturer and supplier of TFT modules in China, Victronix 2.8 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 VXT350MHSA-08 is a 3.5-inch portrait TFT module: 320 x 480 pixels over an active area of 48.96 x 73.44 mm, in a true 2:3 shape. What distinguishes it is how many ways it can be driven — RGB parallel, 3-wire SPI, 4-wire SPI and 8080-style MCU parallel all sit on one 50-pin connector, selected by three pins, IM0, IM1 and IM2, read at power-up. That means the interface stops being a decision you must make before choosing a display: you can prototype on SPI and move to RGB when you need the refresh rate, without changing the module, the connector or the enclosure. Driven by an ST7796U, it also runs its 3.0 V backlight with no boost converter — no inductor, no switching noise — unlike the other 3.5-inch modules in the range which need 18 to 19 V. Contrast is given as an 800:1 minimum, viewing angle is 80° in all four directions with viewing direction ALL, and total consumption is about 0.41 W from a measured 19.51 mA of logic current.

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 VXTA10BXH-01 is the display-only version of our 10.1-inch 1280x800 MIPI panel. It shares the active area, resolution, 39-pin connector and 4-lane MIPI interface with the VXTA10BXH-01C but omits the capacitive touch layer — and what that buys is the point: 2.9 mm thick against 5.15 mm, and an outline of 229.6 x 149.3 mm against 238.60 x 160.6 mm. If touch is handled elsewhere or not needed, you are not paying for a layer you will not use. It is also the version with complete documentation: a luminance minimum of 200 cd/m², a ten-item reliability programme citing IEC and GB standards, an MTBF of 50,000 hours, and inspection to MIL-STD-105E at AQL 0.65. It runs -20°C to +70°C, ten degrees wider than the touch version, and states the active area as 216.96 x 135.6 mm, confirming the correction we derived on the sibling.

The VXT101BAHA-02C combines a 10.1 inch color TFT LCD with 5-point capacitive touch. Wide viewing angles, LVDS display input and USB or I²C touch interfaces support integration into embedded terminals and equipment control panels.

This 3.9-inch 480x128 TFT module is a bar display — a 3.75:1 stretched panel, the only one of its shape in our range — and the brightest module we make at 1000 cd/m² typical. A narrow strip suits a line of text, a row of readouts or a status bar, and 1000 cd/m² keeps it legible under strong light. It is transmissive with 16.7M colours, an ST7282A driver and an ALL viewing direction, so mounting can be decided mechanically. A full frame is only 120 KB, so most microcontrollers need no external RAM. Rated -20 to +70°C.