China stretched TFT LCD display Manufacturer, Supplier, Factory

The VXT140HSS-01 is a 1.4-inch 240 x 240 square TFT LCD module driven by ST7789V2, selectable between 8080 MCU parallel (8-bit, D0-D7) and 4-line SPI by a single IMX strap pin, on a 20-pin FPC at 0.5 mm pitch. It suits square and round wearable UI, compact instruments and small control panels. The active area is genuinely square at 25.20 x 25.20 mm, matching the 240 x 240 dot matrix exactly, Brightness 800-1100 cd/m2 , contrast is 900 typical, all four viewing angles are 80 degrees with an ALL viewing direction. The module is 30.00 x 35.00 x 2.20 mm with a 0.128 W backlight from two LEDs. Three things need settling first: the SDA pin description depends on IM3, which has no pin on the connector, and no pin is named SCL although 4-line SPI requires one; the timing chapter is images only, recovered here by OCR, and is specified against a VDDI rail that does not exist on the connector; and the packing table lists module dimensions of 105.5 x 67.2 x 3.0 mm against 30.00 x 35.00 x 2.20 in the general specification.

This Victronix 3.97 inch 480×800 IPS TFT Module is a high-performance 3.97 inch TFT LCD module designed by Victronix for industrial, medical, and embedded systems. It features a 480×480 resolution IPS panel, providing crisp visuals, wide viewing angles, and intuitive user interaction in a compact form factor of 51.84×86.40 mm. As a professional manufacturer and supplier of TFT modules in China, Victronix 3.97 inch 480x800 IPS 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 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 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 VXT500BWEF-01 is a 5.0-inch transflective TFT LCD module with 800x480 resolution — the only transflective panel in our range. It reads in sunlight by reflecting ambient light rather than outshining it, and the backlight can be dimmed or switched off outdoors, cutting power sharply. Brightness is 200 cd/m² with 60:1 contrast and a 15 ms response, the fastest we specify. The panel is a 6 o'clock type and the logic rail runs from 2.5 V to 3.3 V. Rated -20 to +70°C.

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.