A TFT LCD (Thin-Film Transistor Liquid Crystal Display) is an active-matrix display in which each pixel is driven by its own thin-film transistor. Compared with passive matrix LCDs, TFT modules deliver faster response, higher contrast and more accurate color, making them the standard choice for industrial HMIs, medical instruments, automotive dashboards and smart home control panels.
• SPI — minimal pin count and low cost, ideal for small panels under 3.5 inch and MCUs with limited I/O
• RGB (TTL) — simple parallel interface, easy to drive, the common choice for 3.5 to 7 inch modules
• LVDS — differential signaling with strong noise immunity, for long cable runs and resolutions up to 1080p
• MIPI DSI — high speed with low EMI, the standard for compact, mobile and battery-powered designs
• eDP — Embedded DisplayPort for high resolution panels (FHD and above); fewer lanes than LVDS, lower power and better EMI performance, suited to industrial PCs, medical monitors and large HMIs
• HDMI — plug-and-play via our converter board (HDMI to MIPI / LVDS), ideal for rapid prototyping with PCs, Raspberry Pi and single board computers
> Not sure which interface fits your host? Send us your board's interface spec — we will recommend a direct-match module or a converter board.
2. Panel type — TN for cost-sensitive projects, IPS for wide viewing angles and accurate color
3. Brightness — 300 to 500 cd/m² for indoor use, 800 cd/m² and above for sunlight readable outdoor equipment
4. Operating temperature — -20°C to +70°C as standard, -30°C to +85°C for harsh environments
5. Touch — resistive (RTP) or capacitive (CTP) with custom cover glass and bonding
Victronix has been designing and manufacturing TFT LCD modules for 20 years, supplying standard and custom displays to customers in industrial control, medical, automotive and smart home markets.
Every module is tested for brightness, contrast, viewing angle and response time before shipment, and validated against thermal shock, humidity and vibration requirements. Our management systems are certified to ISO 9001, ISO 14001 and IATF 16949 within the scope of the applicable certificates.
Standard samples ship in 15 working days. Engineering support covers datasheet, 3D drawing, interface definition and driver reference code. Low MOQ for prototypes, scalable capacity for volume production.