China 1.2 inch AMOLED display Manufacturer, Supplier, Factory

Victronix is a professional TFT module manufacturer and supplier based in China. With 18 years of experience in this field, we have developed a variety of models. In addition to our standard products, we also offer customized services to meet our customers' specific needs. This Victronix Transflective Segment Color VA LCD Module is a sophisticated Color Vertical Alignment (VA) Liquid Crystal Display (LCD) Module, designed for applications requiring high segment count and advanced display capabilities. The module is centrally controlled by the UC2621c LCD driver IC, providing the necessary drive signals and interface management. This LCD module has 1/2D, 1/1B driver mode, and it operates from -30℃to +80℃. This Victronix VA Segment LCD Module is suitable for industrial instruments, meters, handheld devices, smart home, bicycle, motor and e-car manufacturers.

This Victronix VA Negative LCD Module is a high-performance Vertical Alignment (VA) LCD module featuring negative transmissive technology. Designed for industrial instruments, automotive, smart home, white goods, and medical equipment applications, this module optimizes for vertical viewing with a fixed 6 o'clock viewing angle. As a professional manufacturer and supplier of TFT modules in China, Victronix VA Segment LCD 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 VXT400MCCA-01 is a round TFT module: 720 x 720 pixels in a square array with a circular active area of 101.52 mm diameter. It is the largest round module we offer — the others are 1.6 and 2.1 inches — and at 720 x 720 the highest resolution, at 180 PPI. The round shape suits products whose face is already circular: instrument gauges, thermostats, rotary controls, speaker and hub covers, and automotive clusters. Designers should know that the circle covers only 78.5% of the pixel array, so the four corners are invisible and content must stay within about 45 mm of centre. It runs MIPI DSI with four data lanes, and the capacitive touch interface sits on the same 30-pin connector — interrupt, I2C, reset and two dedicated supply pins — so one flex and one socket cover display and touch. Separate 1.8 V and 3.3 V rails mean 1.8 V host logic connects directly with no level shifting. The module is 2.09 mm thick, the thinnest in this size class.

The VXT430MPIA-03C is a 4.3-inch TFT module with a five-point capacitive touch panel bonded on: a 480 x 272 RGB display and an I2C touch controller in one assembly. What sets it apart is practical rather than headline — this is the 4.3-inch module whose power you can actually budget, because it publishes a logic current of 22 mA where the sibling module rated identically leaves it as TBD. Total draw is about 0.67 W, the lowest of any 4.3-inch module we offer with touch. It is also unusually complete on the touch side: accuracy of ±1.5 mm at the centre and ±2.5 mm at the edge, surface hardness of at least 7H, and transparency of at least 85% are all given as numbers. Contrast is 800:1 minimum with 80° viewing in all four directions. Two things need attention before ordering, and both are stated here: the module matches a sibling part on every comparable figure apart from the driver IC, and its reliability programme is shorter than the rest of the range.

The CTP-T700GA-51 is a 7-inch capacitive touch panel in G+G construction, and the only panel in our range with true ten-point multi-touch — the other three 7-inch panels all stop at five. That matters for two-person operation, multi-finger gestures and collaborative interfaces. An Atmel maXTouch 641T controller drives a 16 by 28 channel grid, behind a 1.1 mm cover glass rated at 6H with impact energy of at least 0.35 J. Suited to collaborative terminals, education displays, industrial HMI and kiosks.

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.