AUO's m185xtn01.2 (alias: m185xtn01 V2) is an 18.5-inch LCD module with a-Si TFT-LCD technology. It is equipped with WLED backlight, no backlight drive and no touch. The typical features of the screen library are summarized as follows: white LED backlight, front mounted terminals, foggy surface, es7.0 from 97.18m03.20c. Its working temperature is 0 ~ 50 ° C and storage temperature is - 20 ~ 60 ° C. This model is recommended for computer monitor. According to the information of screen library, the product was mass produced in Q4 in 2012 and stopped in Q3 in 2020. The current production status is stopped. At present, m185xtn01.2 has 41 pieces of spot information and 48 suppliers' information on the screen library, which is the main model product in the screen library market. The screen library established parameters for this model for the first time on December 7, 2012, and finally updated the parameters on December 3, 2020. As a TN, constant white display and transmission liquid crystal module, m185xtn01.2 can provide 250 CD / m2 display brightness, 1000:1 transmission contrast, and 85 / 85 / 80 / 80 (typ.) (CR ≥ 10) (L / R / U / D) viewing angle. Its response time is 3.6 / 1.4 (typ.) (TR / TD) Ms. Because each pixel uses 6-bit + hi FRC gray-scale signal, the product can display 16.7M colors, and its color saturation reaches 72% (NTSC). In terms of backlight, this product adopts 7s4p WLED side entry light source (right side). The service life of the light source is 30K hours, without backlight driving. M185xtn01.2 adopts LVDS (1 ch, 8-bit) signal interface, with a total of 30 pins, terminal connection and screen driving voltage of 5.0V (typ.). Its typical vertical refresh rate FV is 60Hz. If you want to use m185xtn01.2 LCD module in the development of new products, screen library recommends that you ask AUO or its agent for the latest production status and technical information about m185xtn01.2. The panel parameters displayed on the screen library are all entered by the electronic engineer of the screen library according to the specification. The error has been reduced as much as possible, but the parameters are not completely correct. Please refer to the specification!