The FUT0686HD06B-LCM-A0 is a 6.86-inch stretched bar IPS TFT LCD module designed for embedded products requiring an elongated display within limited installation space.
Featuring a 480 × 1280 resolution, MIPI interface and slim portrait structure, the module provides a practical solution for narrow control interfaces, smart appliance displays, embedded information terminals and compact HMI applications.
With a 60.19 × 160.51 mm active area, the display provides a long visual workspace for vertically organized information without requiring a conventional wide display housing.
Conventional rectangular TFT displays may occupy too much horizontal space in narrow equipment structures.
The 6.86-inch stretched bar format features a compact module width of only 66.60 mm, making it suitable for equipment with narrow front panels or vertically oriented display openings.
For product designers, this format offers greater flexibility when integrating a screen into a slim housing.
Small display areas can make menus, operating information and status indicators difficult to organize.
The 480 × 1280 resolution provides a long display canvas for vertically arranged content, including:
The elongated format helps designers organize information according to the shape and available space of the finished product.
Embedded displays may be installed at different heights and viewing positions.
This module provides 85° typical viewing angles in four directions, allowing users to view information from different positions.
The IPS Normally Black display offers a 1500:1 typical contrast ratio, helping text, icons and graphical information remain visually distinct.
The module adopts a MIPI 4-lane interface with the ST7703 driver IC.
This interface is suitable for compatible embedded processors and helps engineers integrate the stretched display into systems that support MIPI display output.
The specification provides detailed pin definitions, power sequencing and interface timing information for hardware development.
The module measures 66.60 × 181.00 × 4.7 mm, making it suitable for slim equipment enclosures.
Its 4.7 mm thickness allows designers to evaluate installation within space-constrained product structures.
Mechanical compatibility, FPC routing and interface matching should be verified during sample evaluation.
| Parameter | Specification |
|---|---|
| Model | FUT0686HD06B-LCM-A0 |
| Display Size | 6.86 Inch |
| Display Type | Stretched Bar IPS TFT LCD |
| Display Mode | Normally Black |
| Resolution | 480 × 1280 |
| Interface | MIPI 4-Lane |
| Driver IC | ST7703 |
| Brightness | 280 cd/m² Typ. |
| Contrast Ratio | 1500:1 Typ. |
| Viewing Angle | 85° Typ. (L/R/U/D) |
| Outline Dimensions | 66.60 × 181.00 × 4.7 mm |
| Active Area | 60.19 × 160.51 mm |
| Backlight | 24 White LEDs |
| Touch Panel | Not included |
| Operating Temperature | -20°C to +70°C |
| Storage Temperature | -30°C to +80°C |
| Compliance | RoHS |
Problem 1: Standard screens do not fit narrow equipment designs.
A conventional display may require a wider front panel than the product can accommodate.
Solution: The stretched bar structure provides a long display area while maintaining a compact 66.60 mm module width.
Problem 2: Limited screen space makes information difficult to organize.
A compact product may need to display several operating parameters, status indicators and menu options.
Solution: The 480 × 1280 resolution supports vertically organized interface layouts and information presentation.
Problem 3: Viewing positions vary during daily operation.
Displays installed in smart appliances and embedded devices may be viewed from different angles.
Solution: IPS technology provides 85° typical viewing angles in four directions.
Problem 4: Engineering integration can delay product development.
Incorrect interface matching, power sequencing or FPC layout can increase debugging time.
Solution: The module provides a defined MIPI interface, ST7703 driver information and detailed timing specifications to support engineering evaluation.
The module specification includes the following reliability tests:
These tests help evaluate product stability under specified operating, storage and transportation conditions.
The elongated display format can be considered for:
Final suitability depends on the equipment’s brightness, mechanical, interface and environmental requirements.
Future Electronics supports OEM display projects requiring assistance with mechanical integration, FPC routing, interface matching and display module selection.
Contact our engineering and sales team to discuss your application, interface requirements, sample evaluation and project specifications.