The DBT150HEN60L100C is a 15-inch high brightness TFT LCD display designed for applications that require a wide-format display, high luminance, reliable operation, and a compact mechanical structure. With a native resolution of 1920 × 720, 1000 nits typical brightness, Dual 4-Lane LVDS interface, and a wide operating temperature range, this LCD module is suitable for professional equipment, embedded display systems, transportation equipment, digital information terminals, industrial control interfaces, and other applications where a conventional low-brightness display may not provide sufficient visibility.
Unlike a standard 15-inch 4:3 or 16:9 LCD panel, this model uses an ultra-wide 8:3 aspect ratio, providing a large horizontal viewing area within a relatively compact display height. This format can be useful when system designers need to display dashboards, control information, timelines, process data, multiple status windows, or wide-format graphical content.
The module uses amorphous silicon TFT technology and features a transmissive active matrix LCD structure with RGB stripe pixel arrangement. It supports 16.7 million colors and provides a normally black display mode for stable image performance. The active display area measures 355.68 × 133.38 mm, while the overall module dimensions are 366.78 × 146.18 × 9.05 mm, excluding the FPC structure. The product specification also lists a full viewing direction and a high brightness LED backlight system.
For equipment manufacturers and system integrators, selecting an LCD module involves more than simply comparing screen size and resolution. Interface compatibility, mechanical dimensions, brightness, viewing angle, power requirements, environmental operating conditions, and long-term reliability all affect the final system design.
The DBT150HEN60L100C combines a 1920 × 720 resolution with a 15-inch ultra-wide active area. The resulting pixel pitch is 0.18525 × 0.18525 mm, allowing the display to present detailed graphical interfaces and text-based information across a long horizontal layout.
The display uses a Dual 4-Lane LVDS interface based on the VESA standard, making it suitable for integration with compatible embedded computing platforms, LCD controller boards, industrial computers, and custom display systems. The module operates with a 3.3V logic power supply.
The standard version described in the specification does not include a touch panel. However, depending on project requirements, display solutions may be developed with additional integration options such as a custom touch panel, protective cover glass, controller board, cable assembly, or mechanical housing.
15.0-inch color TFT LCD display
Native resolution: 1920 × 720
Ultra-wide display format
16.7 million colors
1000 nits typical luminance
High brightness LED backlight
Dual 4-Lane LVDS interface
VESA interface configuration
3.3V logic power supply
Normally black display mode
RGB stripe pixel arrangement
Full viewing direction
Typical contrast ratio up to 1000:1
80% minimum brightness uniformity
50,000-hour specified backlight lifetime
Wide operating temperature capability
Compact 9.05 mm module thickness
Standard configuration without touch panel
| Parameter | Specification |
|---|---|
| Model Number | DBT150HEN60L100C |
| Display Size | 15.0 inch |
| LCD Type | Color TFT-LCD |
| Display Technology | Transmissive active matrix |
| Resolution | 1920 × 720 |
| Color Depth | 16.7M |
| Pixel Arrangement | RGB Stripe |
| Pixel Pitch | 0.18525 × 0.18525 mm |
| Display Mode | Normally Black |
| Active Area | 355.68 × 133.38 mm |
| Module Dimensions | 366.78 × 146.18 × 9.05 mm |
| Viewing Direction | Full |
| Viewing Angle | Typical 85° |
| Brightness | 1000 nits typical |
| Contrast Ratio | 700:1 minimum, 1000:1 typical |
| Brightness Uniformity | 80% minimum |
| Response Time | 25 ms maximum G-to-G |
| Color Gamut | 60% minimum, 70% typical |
| LCD Driver IC | HX82102-F |
| IC Package | COG |
| Interface | Dual 4-Lane LVDS |
| LVDS Standard | VESA |
| Logic Power Supply | 3.3V |
| Touch Panel | Without touch panel |
| Backlight Structure | 10 series × 5 parallel LEDs |
| LED Forward Voltage | 27–34V |
| LED Forward Current | 540mA |
| Backlight Power Consumption | 16.2W reference |
| Backlight Lifetime | 50,000 hours |
| Operating Temperature | -30~+80℃ |
| Storage Temperature | -30~+85℃ |
The product datasheet specifies 1000 nits luminance, up to 1000:1 typical contrast ratio, 80% minimum brightness uniformity, and a 50,000-hour reference backlight lifetime. These characteristics make the module suitable for applications requiring stronger image visibility than conventional low-brightness LCD displays.
The 1920 × 720 resolution provides a different layout compared with conventional Full HD or 16:9 displays. Instead of increasing vertical screen area, the display provides an extended horizontal workspace.
This can be valuable in applications where the user interface is naturally arranged from left to right. For example, an equipment dashboard may display operational status, real-time data, alerts, control functions, and graphical information simultaneously.
A wide-format display can also reduce the need to install multiple smaller LCD panels in a single system. Depending on the user interface design, one ultra-wide display can simplify mechanical installation and create a more unified visual interface.
The 15-inch size also provides a balance between display area and installation space. With an overall module height of only 146.18 mm, the DBT150HEN60L100C can be considered for systems with limited vertical mounting space.
Brightness is an important consideration when selecting an LCD display for professional equipment. A display installed in a bright indoor environment may require higher luminance to maintain readable images and text.
The DBT150HEN60L100C provides 1000 nits typical brightness according to its specification. This higher brightness level can improve visibility in environments with strong ambient lighting.
However, brightness alone does not guarantee outdoor sunlight readability. Actual performance depends on multiple factors, including installation angle, direct sunlight exposure, cover glass, surface reflection, optical bonding, enclosure design, and the overall system environment.
The datasheet specifically states that the LCD should not be exposed to strong light such as direct sunlight because display characteristics may be affected. Therefore, system designers should evaluate the actual installation environment before using the module in direct outdoor exposure.
This 15-inch LCD module uses a Dual 4-Lane LVDS interface with a VESA configuration.
LVDS remains a commonly used display interface for many embedded and professional display systems because it supports high-speed differential signaling and can be integrated with compatible LCD controller boards and computing platforms.
The module uses a 60-pin interface connector for the display electronics. The pin configuration includes LVDS data channels, LVDS clock channels, 3.3V power input, grounding connections, standby control, reset, detection output, LED power connections, and NTC connections.
Before integrating the display into a new system, engineers should verify:
LVDS channel configuration
Output mapping and VESA compatibility
Timing parameters
Supply voltage
Connector type
Cable length
Electromagnetic compatibility requirements
Backlight driver requirements
Power-on and power-off sequence
The pin descriptions in the product specification should be used as the engineering reference during hardware design and system integration.
The module has an overall size of 366.78 mm × 146.18 mm × 9.05 mm, excluding the FPC.
Its active area measures 355.68 mm × 133.38 mm, allowing system designers to calculate the required opening size for front-panel installation.
When designing a housing or mounting structure, engineers should consider the following factors:
Mechanical tolerance
LCD mounting position
PCB and FPC clearance
Backlight heat dissipation
Cable routing
Vibration conditions
Front glass integration
Touch panel requirements
Environmental sealing requirements
The module should not be excessively bent, twisted, or subjected to mechanical stress during installation. The datasheet also recommends careful handling to avoid damage to the polarizer, glass, driver IC, and flexible circuit components.
The wide display format can support equipment dashboards, process visualization, machine status information, production data, and multi-window control interfaces.
The 1920 × 720 resolution can be useful for wide-format information displays, passenger information systems, monitoring terminals, and embedded transportation equipment where a horizontal user interface is preferred.
Please note that the product specification restricts use in aircraft navigation control systems and other applications where product failure could create life-threatening or catastrophic consequences.
Control consoles often require operators to view multiple types of information simultaneously. The extended horizontal display area can support custom graphical interfaces, system status indicators, charts, alarms, and operational controls.
The 1000-nit brightness can make the display suitable for information terminals installed in brightly lit indoor environments. Applications may include service terminals, public information systems, commercial equipment, and specialized display devices.
Test instruments and measurement systems often require clear presentation of waveforms, charts, parameter values, and operational information. A wide-format LCD can provide an effective layout for displaying multiple information sections at the same time.
The DBT150HEN60L100C can also be integrated into custom products that require a non-standard 15-inch display format. The combination of 1920 × 720 resolution and Dual 4-Lane LVDS provides flexibility for engineers developing specialized display solutions.
The product specification includes reliability testing covering high-temperature storage, low-temperature storage, high-temperature operation, low-temperature operation, high-temperature and high-humidity conditions, vibration testing, and electrostatic discharge testing.
The listed test conditions include high-temperature storage at 85°C, low-temperature storage at -30°C, high-temperature operation at 80°C, low-temperature operation at -30°C, and high-temperature/high-humidity testing at 60°C and 90% relative humidity for 240 hours. The specification also lists electrostatic discharge testing with ±8 kV contact discharge and ±15 kV air discharge under the stated conditions.
These test items can provide useful reference information for engineers evaluating the display for demanding operating environments. However, the final suitability of the module should always be validated through testing within the actual application.
A standard LCD module is often only one part of the final display solution. Depending on the application, additional components may be required to create a complete display assembly.
Aptus Display can support customers with display-related integration requirements, including:
Custom LCD solutions
Capacitive touch panel integration
Protective cover glass
Custom optical bonding solutions
LCD controller boards
LVDS display interface solutions
MIPI and eDP display solutions
Cable and connector customization
Backlight customization
Mechanical housing integration
Display accessories
Our engineering team can work with customers during the product selection and integration process to help evaluate interface compatibility, mechanical dimensions, brightness requirements, environmental conditions, and customization needs.
Aptus Display focuses on providing LCD display modules and customized display solutions for professional applications.
Our team can support customers from the early product selection stage through display integration and customization. Rather than selecting a display only according to screen size, our engineering approach considers the complete system requirements, including resolution, interface, brightness, mechanical structure, operating environment, touch requirements, and additional display components.
For OEM manufacturers, system integrators, engineers, distributors, and product development teams, working with a display solution supplier that understands both the LCD module and the surrounding integration requirements can help simplify product development.
Technical information is based on the current product specification, and customers should contact our engineering team for confirmation before starting a new project, particularly when operating conditions, interface configuration, or customization requirements differ from the standard specification.
The DBT150HEN60L100C has a native resolution of 1920 × 720 pixels. Its ultra-wide format is designed for applications that require extended horizontal display space.
The specification lists 1000 nits typical brightness. This makes it suitable for many bright indoor and professional display environments. Actual visibility will depend on ambient lighting, surface reflection, cover glass, and installation conditions.
The module uses a Dual 4-Lane LVDS interface with a VESA configuration. Engineers should verify compatibility with their controller board or embedded system before integration.
The standard specification lists the module as without a touch panel. For projects requiring user interaction, please contact Aptus Display to discuss available touch panel and cover glass integration options.
The module provides high brightness, but the datasheet states that it should not be exposed directly to strong light such as direct sunlight because display characteristics may change. For outdoor applications, the complete system should be evaluated, including enclosure design, thermal management, cover glass, anti-reflection treatment, and environmental protection.
The product specification lists a reference backlight lifetime of 50,000 hours under the specified conditions.
Depending on project requirements, customization may include touch panel integration, cover glass, controller boards, cable assemblies, backlight solutions, and other display-related components. Please provide your project requirements for engineering evaluation.
To help us recommend a suitable solution, please provide your required quantity, application, interface, brightness requirement, operating environment, mechanical installation requirements, touch requirements, and expected project timeline.
Looking for a 15-inch 1920 × 720 high brightness LCD display for your next project?
Contact Aptus Display with your application requirements and our team can help you evaluate whether the DBT150HEN60L100C is suitable for your design.
Please provide:
Required quantity
Application scenario
Required interface
Brightness requirements
Touch panel requirements
Mechanical installation information
Operating temperature requirements
Customization requirements
Our team can support LCD module selection and customized display integration for OEM projects, engineering development, and professional display applications.
Contact our sales team today to discuss specifications, pricing, and tailored solutions for your automotive display needs.
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