China 5 inch LCD panel Manufacturer, Supplier, Factory

This Victronix 3.5inch 320*240 IPS TFT Module is a high-quality 3.5 inch TFT LCD module engineered for reliability in industrial, medical, and embedded systems. Featuring a 320 × 240 resolution with a sharp 70.08 × 52.56 mm active area, this Normally Black display delivers crisp visuals with a pixel pitch of 0.219 × 0.219 mm. As a professional manufacturer and supplier of TFT modules in China, Victronix 3.5 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.

This Victronix 4.3 inch 480x272 with Touch Screen TFT Module is a high-performance 4.3 inch TFT LCD module engineered for demanding industrial applications. This robust display solution integrates a vibrant color panel, capacitive touch interface (CTP), and LED backlight into a compact, reliable package. As a professional manufacturer and supplier of TFT modules in China, Victronix 4.3 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.

This Victronix 3.5'' 480x800 IPS Resistive Touch TFT Module is a robust 3.5 inch TFT LCD module engineered for demanding industrial applications. Combining exceptional optical performance with reliable resistive touch technology, this module delivers a premium visual interface solution. As a leading manufacturer and supplier of TFT modules in China, the Victronix 3.5 inch TFT module strictly complies with ROHS environmental standards to ensure excellent 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 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.

Where a display can be mounted is usually decided by mechanics, then corrected in software. The Victronix VXT700KWSA-01 removes that second step. Two dedicated pins — L/R on pin 33 and U/D on pin 34 — flip the image horizontally and vertically in hardware, so the same module works upright, upside down, behind a mirror, or viewed through a periscope without touching a line of framebuffer code or paying the performance cost of software rotation. The 7.0-inch 800x480 panel runs on an ST7277 driver over single-channel LVDS on a 40-pin connector, brightness is controlled by a dedicated LED_PWM pin, and STBYB puts the panel into standby for power-sensitive products.