China 1024x600 display module Manufacturer, Supplier, Factory

This Victronix Replace HTN Segment Varitronix LCD Module is a high-performance monochrome dot-matrix Liquid Crystal Display (LCM) module for industrial and embedded applications. Featuring a transflective HTN (High-Twist Nematic) panel with a positive display and optimal 6 o’clock viewing direction, this module delivers clear visibility across diverse lighting conditions.

This Victronix 7 inch 800x480 Capacitive Touch TFT Module is a high-performance 7 inch TFT LCD module designed for industrial embedded systems. It features an 800×480 resolution screen, a capacitive touch panel (CTP), and a high-luminance backlight system within a compact form factor. As a professional manufacturer and supplier of TFT modules in China, this Victronix 7 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 VXT104QXHA-02-B is a 10.4-inch TFT LCD module with 1024 x 768 XGA resolution and an HDMI input — the first HDMI module in our range, and the difference is the point. Every other module we sell is a component you have to drive: your processor needs the right peripheral, your firmware needs an initialisation sequence, your board needs a frame buffer, and your power design needs the sequencing right. This one includes the driver PCBA, so it takes HDMI from a single-board computer, an industrial PC, a media player or a laptop and shows a picture. There is no display interface to design and no 1.5 MB of frame memory to find in your host. It is also the easy answer when an old XGA panel fails: you do not have to reproduce the original interface, just feed it HDMI from the new computer. Power comes from a 12 V DC jack or 5 V over the HDMI connector, with the jack recommended because no input current is published. Brightness is 600 cd/m² with contrast at 600 minimum and 800 typical, viewing angle 80° in all four directions, and pixels square to within 0.002% so circles need no correction. We are equally plain about what the document does not settle: no LED forward voltage or backlight power, no input current, brightness and viewing angle carry typical values with no minimums, the supported HDMI video modes are not listed, and the outline drawing is missing from the file.

The VXO-119AMA-044 is the first AMOLED module in our range, and that changes more than a specification line. Every other display we make is a TFT LCD with a backlight — an LED string, a driver, often a boost converter, and a brightness that fades. This panel has no backlight at all: each pixel makes its own light, so black is truly off. That gives 60,000:1 contrast, removes the largest power load in the module, and makes it thinner. It is a 1.19-inch round panel at 390x390 and 326 PPI, the sharpest we make, with four interface options — MIPI 2-lane, 3-wire SPI, 4-wire SPI and QAD-SPI — so you can bring it up on SPI and ship on MIPI. About 0.098 W at full white, 1 µA deep standby. RM69330, -20 to +70°C.

The VXT240FBQS-01 is a transflective, sunlight readable 2.4-inch TFT module — and the only one in our range that pairs transflective construction with an anti-glare polarizer. Transflective gives it a reflective path so it reads by ambient light outdoors with the backlight off; anti-glare stops the surface mirroring the sky. It also posts 1500:1 contrast, higher than any transmissive panel we make. The display is 240x320 portrait with square pixels, driven by an ST7789T3 over an 8- or 16-bit MCU bus selected by one pin. Rated -20 to +70°C.