China 12.1 inch TFT LCD module 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 5 inch 800x480 TFT Module is a high-quality 5 inch TFT LCD module engineered by Victronix Tecenstar for industrial, medical, and embedded systems. Featuring an 800×480 resolution, 16.7M color depth, and RGB 24-bit interface, it delivers sharp visuals with wide viewing angles. Designed to withstand harsh environments, this module combines optical excellence with military-grade durability.

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.

The VXTA10BXH-01C is a 10.1-inch 1280x800 TFT with an integrated capacitive touch panel, driven over 4-lane MIPI DSI. Against our 10.4-inch 800x600 module it carries 2.1 times the pixels through 35% fewer pins — 39 instead of 60, and 32 functional instead of 43 — because four differential pairs move the whole image. Touch is on the module with an FT5426, so there is no separate flex to route. The backlight has PWM in and PWM out, so dimming is handled on the module rather than in your firmware. It is 16:10 at 150 PPI, anti-glare, with 80° viewing in all four directions and no gray scale inversion — together the signature of an IPS cell. Contrast is 700 minimum. The document has real problems, listed here: an active-area figure that does not reconcile, a touch controller with no I2C pins, and a brightness figure with no minimum.

The VXT016VCSA-01 is a 1.6-inch round TFT module with a QSPI interface — the only module in our range with a four-lane serial pixel bus. Small round displays usually want a serial interface because pins are scarce, but 400x400 is 160,000 pixels and single-lane SPI struggles to move a full frame; QSPI carries four bits per clock, roughly four times the throughput at 62.5 MHz, while still using only four data pins. It is also the smallest and densest panel we make at 1.6 inches and 255 PPI with square pixels. ST77903, 16.7M colours, 3.0 V backlight needing no boost, -20 to +70°C.

The CTP-VX156B5544-GG is a 15.6-inch capacitive touch panel in G+G construction, built for laptop-class and portable equipment rather than fixed kiosks. Note for buyers: at 15.6 inches it is inspected in the 10.1–17 inch cosmetic tier, which is about 25% stricter than the tier used for 21.5-inch and larger panels. Transmittance is at least 85% with ≥6H hardness, response is ≤12 ms, and it draws just 12–14.5 mA — low enough for battery-powered devices. Suited to portable terminals, medical carts, industrial laptops and handheld HMI.

The VXT350HQS-01X-W is a 3.5-inch TFT LCD module with 320x240 QVGA resolution and an anti-glare top polarizer — the only module in our range that specifies one. Combined with all-direction viewing and no grayscale inversion, it stays readable wherever the operator stands and wherever the light comes from, without spending brightness or backlight life on the problem. Rated -30 to +85°C, with 24-bit RGB for video and a separate SPI channel for configuration.