China 320x240 TFT LCD display Manufacturer, Supplier, Factory

The Victronix VXT700WHA-02P​ is a 7.0-inch 800 × 480 TFT LCD module with a touch panel, driven by MOS_CHIP_G424A​ over an 18-bit parallel RGB interface on a 40-pin 0.5 mm Hirose FH19-40S-0.5SH connector. The reason to look at it is the interface freedom.​ A MODE pin selects between DE mode and SYNC mode, so it works with hosts that emit DE and hosts that emit only HS and VS. L/R and U/D give hardware scan inversion.​ And full numeric timing is published​ — 860 clocks by 528 lines at 27.2 MHz, which is exactly 60 Hz.

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.

This Victronix 2.7 inch 240x320 TFT Module is a compact 2.7 inch TFT LCD module engineered for reliable performance in demanding applications. Featuring a sharp 240×(RGB)×320 resolution across a 40.5×54.0mm active area, this transflective display delivers vibrant 262K-color visuals with exceptional clarity.

The VXT500BWS-03C0 is a 5.0-inch TFT LCD module with 800 x 480 pixels and a projected capacitive touch panel. Three things decide whether it suits your product. Brightness is 800 cd/m² minimum against 1000 typical — a stated floor you can hold us to, and roughly three times what our touchless 5-inch panel delivers. Viewing angle is 80° minimum in all four directions with no preferred orientation and no grey-scale inversion, so how you mount it is a mechanical decision rather than an optical one. And it shares an active area, resolution, pixel pitch and outline with our touchless 5-inch module, so an existing 5-inch 800x480 design takes it without recutting the enclosure. The display runs 24-bit RGB on a 40-pin FPC from a single 3.3 V rail, with touch on its own 10-pin I2C connector carrying reset and interrupt.

The CTP-VX121B5563-GG is a 12.1-inch capacitive touch panel in G+G construction with a 1.8 mm cover glass — the thickest in our range, about 1.6 times the usual 1.1 mm — bonded to the sensor with 0.2 mm SCA rather than a foam gasket. That combination is built for unattended and high-abuse installations. Transmittance is at least 85% with ≥6H hardness, and the total stack is 2.7 mm. Suited to industrial HMI, outdoor kiosks, transport terminals and medical equipment.

The Victronix VXT700SWHW-01 is rated to +85°C, and down to -30°C — a 15°C wider window at the top and 10°C at the bottom than the usual industrial range. That difference is what lets a display live in a sealed enclosure under a hot roof, next to a power stage, or in a vehicle parked in direct sun, without a heater or a fan. Helping it along is a genuinely low power draw: just 100 mA typical at 3.3 V, about 0.33 W for the panel logic, so the module adds little heat of its own to an already hot box. The 800 x 480 panel uses square 0.1905 mm pixels for undistorted graphics, connects over single-channel LVDS on a compact 20-pin I-PEX or JAE connector, and offers MODE (6/8-bit) and SC (scan direction) control pins plus a separate 6-pin backlight connector with BLEN enable and VPDIM PWM dimming.