DV240FBM-NB0 BOE 24 Inch Stretched Bar LCD Panel 1920×360 LVDS 30Pin

DV240FBM-NB0 BOE 24 Inch Stretched Bar LCD Panel 1920×360 LVDS 30Pin

Product Overview

The DV240FBM-NB0 is a 24.0-inch stretched bar TFT-LCD module manufactured by BOE, cut from a 27.0-inch mother glass. It features an ultra-wide long strip form factor with resolution of 1920(RGB)×360 and aspect ratio greater than 3:1. Adopting BOE ADS normally black transmissive technology, it delivers 89° ultra-wide viewing angles on all four directions for consistent color viewing from different positions.

This stretched panel delivers 300 cd/m² typical brightness and 1200:1 contrast ratio. The surface is treated with matte haze 25% coating to reduce surface reflections. It supports 16.7M display colors with 72% NTSC color gamut and 30ms total response time, stable for long-time continuous display.

The backlight uses WLED with 30,000-hour lifespan and no built-in LED driver. The signal interface is dual-channel 8-bit LVDS, 30 pins with 1.0mm pitch, powered by 5.0V typical supply voltage. This non-touch module weighs 1.21Kgs. Its outline dimension is 612.7(H)×132.1(V)×13.3(D) mm. It operates within 0 ~ 50℃ and can be stored at -20 ~ 60℃, widely used for supermarket shelf digital signage, cabinet displays, kiosk auxiliary screens and special industrial long-bar display equipment.

Key Features

• 24.0-inch BOE stretched bar TFT-LCD, resolution 1920×360, aspect ratio >3:1
• 300 cd/m² typical brightness, 1200:1 contrast ratio, matte Haze 25% surface
• 89/89/89/89 full viewing angle (CR≥10), 16.7M colors, 72% NTSC
• WLED backlight, 30,000-hour lifetime, without LED driver
• LVDS (2 ch, 8-bit), 30 pins, 1.0mm pitch, non-touch
• Weight: 1.21Kgs, Outline: 612.7 × 132.1 ×13.3 mm
• Operating temperature: 0 ~ 50℃; Storage temperature: -20 ~ 60℃

Specification Table

表格

Application Scenarios

BOE DV240FBM-NB0 stretched bar LCD is ideal for retail shelf digital signage, cabinet displays, vending machines, kiosk secondary displays and custom long-strip industrial display systems.