Content last revised on April 2, 2026
ET104S0M-N16 BOE 10.4-inch SVGA TFT-LCD | Industrial Display Module
The ET104S0M-N16 by BOE is a robust 10.4-inch SVGA display designed to streamline industrial HMI integration through its standardized LVDS interface and durable anti-glare design. Delivering a resolution of 800×600 SVGA, a brightness of 350 cd/m², and an operating temperature range of -20 to 70 °C, it simplifies system wiring while ensuring readability in harsh ambient lighting. For engineers needing a reliable direct replacement, this panel offers drop-in compatibility and a 30,000-hour backlight longevity. For factory automation HMI systems requiring stable visual performance under bright factory lights, this anti-glare 350-nit display is the optimal choice.
Key Parameter Overview
Decoding the Specs for Environmental and Integration Reliability
| Functional Group | Parameter | Value / Specification |
|---|---|---|
| Optical Characteristics | Resolution | 800×600 SVGA |
| Optical Characteristics | Brightness & Contrast | 350 cd/m² | 800:1 |
| Optical Characteristics | Viewing Angle & Surface | 80/80/65/75 (L/R/U/D) | Antiglare (Haze 25%) |
| Electrical & Interface | Signal Interface | LVDS (1 ch, 6/8-bit), 20 pins |
| Electrical & Interface | Input Voltage | 3.3V (Typ.) |
| Environmental & Mechanical | Operating / Storage Temp | -20 to 70 °C / -30 to 80 °C |
| Environmental & Mechanical | Backlight Life | WLED, 30,000-hour |
Application Scenarios & Value
Enhancing Visibility and Reliability in Factory Automation HMIs
Engineers often face significant obstacles when designing PLC interfaces and HMI panels for modern factory automation environments. In a typical stamping plant or machining center, intense overhead lighting causes screen glare, while heavy electrical noise from motors disrupts sensitive data signals. The ET104S0M-N16 is explicitly constructed to mitigate these operational hazards. By utilizing an Antiglare (Haze 25%) surface treatment, this 10.4-inch module effectively suppresses harsh reflections, guaranteeing that operators can rapidly read critical machine states.
Furthermore, deploying an LVDS (1 ch, 6/8-bit) interface ensures superior common-mode noise rejection, preserving signal integrity even when the display is mounted near powerful servo drives. This configuration supports dense NEMA 4 enclosures by minimizing EMI and reducing cable bulk. Operators interacting with the system can rely on a consistent color depth of 262K/16.7M, preventing misinterpretation of automated warnings. While this model is perfect for standard automation panels, for applications requiring a different form factor or optical tuning within the same dimensional class, the related G104SN03 V5 offers an alternative 10.4-inch solution.
Technical Deep Dive
A Closer Look at LVDS Signaling and Optical Resilience
The fundamental architecture of the ET104S0M-N16 centers on maximizing data fidelity and optical clarity in demanding settings. Utilizing an LVDS Interface shifts the data transmission from a parallel, single-ended approach to a low-voltage differential structure. What is the primary benefit of its LVDS interface? It ensures robust noise immunity and minimizes wiring complexity in industrial environments. You can think of this differential signaling like a balanced pair of shock absorbers on a heavy-duty vehicle; it actively cancels out external electrical bumps and interference, guaranteeing a smooth and uninterrupted flow of visual data from the mainboard to the screen. This is especially crucial when integrating displays into systems that demand strict EMI shielding, as the reduced voltage swing inherently generates fewer radiated emissions.
Optically, the panel's Antiglare (Haze 25%) coating works synergistically with the 350 cd/m² backlight and the elevated 800:1 contrast ratio. This surface treatment functions similarly to a light diffuser on a professional photographer's flash. Instead of allowing ambient light to bounce back as a localized, blinding spot, the microscopic texture of the display scatters the incoming light rays. This diffusion preserves color accuracy while maintaining a stable image across the specified 80/80/65/75 viewing angles. For those looking to master display integration, understanding these foundational principles is essential, as detailed in our guide to TFT-LCD basics and industrial applications.
Frequently Asked Questions
Addressing Common Engineering Queries
- How does the LVDS (1 ch, 6/8-bit) interface of the ET104S0M-N16 simplify HMI panel design?
By employing low-voltage differential signaling, it drastically reduces the number of physical interconnects required compared to legacy parallel TTL interfaces. This minimizes EMI emissions and conserves valuable space inside compact industrial control enclosures. - What makes the Antiglare (Haze 25%) surface critical for industrial environments?
In facilities with intense overhead lighting, standard glossy screens suffer from severe specular reflection. The 25% haze rating scatters incident light, maintaining the module's 800:1 contrast ratio and ensuring operators can view the screen accurately without shifting positions. - Can this 10.4-inch BOE TFT-LCD be utilized in unconditioned storage facilities?
Yes, the display is highly resilient to thermal cycling. It supports a storage temperature of -30 to 80 °C and an operating temperature of -20 to 70 °C, making it suitable for environments lacking active climate control.
Contact our sales and engineering team today to verify stock availability, review detailed integration documents, and request a quote for your next industrial HMI project.