Products

The VXT397IWI-01P is a 3.97-inch 480 x 800 portrait TFT LCD module with a 4-wire resistive touch panel, and the touch is what distinguishes it from the other 480 x 800 panel in this size.Resistive sensing responds to pressure rather than to a finger's conductivity, so it works with gloves, wet hands, a stylus or a tool tip, which is why it is still the choice for industrial and medical equipment. The optical table is also unusually well specified: luminance carries a stated minimum of 240 and a stated maximum of 420 alongside the 300 typical, and contrast carries a 300 minimum, so there are figures you can hold us to at incoming inspection - which is not the case on several modules in this size. Two things need settling before you commit. This is a TN panel: the specification states a 6 o'clock viewing direction, grey-scale inversion at 12 o'clock, and vertical viewing angles of 50 degrees one way and 25 the other, so mounting orientation has a right answer - if your product is handheld and the orientation is not under your control, the IPS panel also in this size is the better buy.

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 3.5 inch Tianma Panel RTP TFT module is a durable 3.5 inch TFT LCD module designed for demanding embedded applications. Combining a bright transmissive display with integrated resistive touch technology, this module delivers exceptional optical performance and reliability in a compact form factor (76.90 × 63.90 × 4.15 mm).

Victronix VXT350QHI-19: a 3.5 inch portrait TFT LCD module with 320x480 pixels and 262K colors over a 48.96 x 73.44 mm active area. All viewing direction with free grey-scale inversion and 80 degrees at 3, 6, 9 and 12 o'clock alike, so there is no wrong mounting orientation. RGB, MCU and SPI interfaces on one 50-pin FPC selected by IM0, IM1 and IM2, ILI9488 controller, VCI 2.8 V and IOVCC 1.8 V rails so 1.8 V logic drives it directly, 6-LED backlight, 2.25 mm thin, -20 to +70 C operating. For handheld instruments, portable monitors, smart home control panels, POS terminals, medical devices and industrial HMI.

The VXT350PNO-01P is a 3.5-inch 480 x 272 TFT LCD module with a 4-wire resistive touch panel, Resistive sensing responds to pressure rather than to a finger's conductivity, so it works with gloves, wet hands, a stylus or a tool tip - which is why it remains the choice for industrial and medical equipment. The backlight is the most trustworthy figure in the document, because it is confirmed three independent ways: the block diagram states the circuit as 1 * 6LED, six in series; 19.2 V over six gives exactly 3.20 V per LED, which is the typical forward voltage the electrical table states; and the connector carries one cathode and one anode, which is what a single string looks like. Reliability is equally solid - nine tests, all at 240 hours, with a stated 50,000-hour MTBF.

The VXT350MLH-03P is a 3.5-inch 320 x 240 TFT LCD module with a 4-wire resistive touch panel, and resistive sensing works with gloves, wet hands or a stylus. The brightness 200 cd/m2 minimum with the touch panel fitted, contrast 300 minimum and NTSC 50% minimum - and because brightness is also published without the touch panel at 300 cd/m2

Victronix 3.5 inch Capacitive Touch TFT Module，its IPS technology provides consistent color and clarity across wide 80-degree viewing angle in all directions (3/6/9/12 o'clock), 250 cd/m² typical brightness, 16.7M colors and a high typical contrast ratio of 800:1. Secondly, it supports both 24-bit parallel RGB (6-8MHz DCLK) and 8-bit serial RGB (15-21MHz DCLK) interfaces, It features a capacitive touch interface with an on-board FT5346 CTP controller, enabling responsive touch input through a standard I²C connection (SCL, SDA, INT, RESET). This 3.5 inch LCD display by Victronix is perfect for industrial HMIs, medical devices, portable instrumentation, smart home controllers, kiosks, and any application requiring a reliable, high-quality touch display interface in tight spaces.