China 4.3 inch 480x272 TFT 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 VA LCD Module provides reliable performance and versatile display capabilities, designed to meet particular customer integration requirements. It is suitable for automation equipment and digital measuring instruments, medical measuring devices (blood pressure monitors, infusion pumps, etc.), meters, handheld devices, car dashboards and car audio systems, audio systems, coffee makers, and microwaves.

This Victronix 1.77 inch 128x160 TFT Module is a high-quality 1.77 inch TFT LCD module designed for embedded applications requiring a compact, bright, and reliable display solution. Featuring a 128(RGB) × 160 pixel resolution and supporting 65K colors, this module delivers crisp visuals in a versatile form factor. As a professional manufacturer and supplier of TFT modules in China, Victronix 1.77 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 2.3 inch 320x240 Ili9342c TFT Module is a high-performance 2.3 inch TFT LCD module engineered for demanding industrial applications. Featuring a transmissive display with 320 × 240 RGB resolution, this module delivers sharp, vibrant visuals with 65K colors and a high 500:1 contrast ratio for excellent readability. As a professional manufacturer and supplier of TFT modules in China, Victronix 2.3 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.

The VXT800BYH-01 is an 8.0-inch 800 x 1280 portrait TFT LCD module driven by an HX8260 over a 4-lane MIPI DSI interface on a 24-pin FPC, and the reason a panel this size ships on 24 pins is the interface. Four differential data lanes plus one differential clock pair carry what a 24-bit parallel RGB bus would need fifty pins to carry, so a 1,024,000-pixel display fits a host with a DSI peripheral and almost no other pins to spare. It is the most portrait panel here - 800 x 1280 in a 16:10 column - with square 0.13455 mm pixels at 188.8 PPI, 16.7M colours stated outright, and a diagonal of 203.09 mm that lands within 0.05 per cent of the nominal 8.0 inch. And TE is brought out on pin 4, which is the tearing effect output: with a 2.0 MB frame buffer too big to double cheaply, being able to stay single-buffered and still write tear-free is the difference between a workable design and an expensive one. Three things need settling before you commit. The logic voltage is stated two ways and they do not agree: pin 7 is annotated IOVCC 1.8V while the electrical table's supply-voltage-for-logic row gives 2.8 V typical, and the thresholds are written as fractions of VDD without saying which rail, so a 1.8 V host is either comfortably inside or well outside depending on which figure holds. The storage temperature runs -30 to +70 against an operating range of -20 to +70, so the high end is not wider at all - storage should be wider at both ends and here it is not. And the backlight's seven-in-series array is derived rather than stated, and it puts 27 mA through each string against a 30 mA absolute maximum.

The VXT430CNH-07C is the capacitive-touch version of our 4.3-inch 480 x 272 panel, and the way it is put together is the reason to look at it. Touch is not squeezed onto the display FPC - it has its own 10-pin connector carrying I2C, reset and interrupt, so the 40-pin display bus stays clean and the two can be routed independently. The mechanical drawing documents the touch panel to a tenth of a millimetre, and the numbers show the touch view area sitting 0.40 mm outside the LCD active area on every side, so there is no dead band at the edges of the screen. Two things decide whether it suits your product. It is a TN panel: the specification states a 12 o'clock viewing direction, grey-scale inversion at 6 o'clock, and vertical viewing angles of 45 degrees one way and 60 the other, so mounting orientation has a right answer - and if your product is handheld or portable and the orientation is not under your control, a panel with no preferred direction is the better buy.

The VXT215AUOP-01C is a 21.5 inch HMI display module with Full HD resolution, 10-point capacitive touch and 250 cd/m² brightness. Dual-channel LVDS, USB touch and an aluminum-profile housing support integration into industrial equipment.