LCD Screen Selection and Solution for Highway Toll Machines — In-depth Analysis and Application of BOE DV150X0M-N10

Report Provided By: Hangzhou LEEHON Technology Co.,Ltd. LEEHON's Role: Authorized supplier and agent for brands including BOE, AUO (AU Optronics), KYOCERA, INNOLUX (Innolux Corporation), TIANMA (Tianma Microelectronics), and IVO (InfoVision Optoelectronics).

Introduction

The Key to Modernizing Highway Toll Systems: The Role and Importance of Display Technology

With the rapid advancement of technology, highway toll systems are undergoing a profound transformation from traditional manual toll collection to semi-automated and even fully automated Electronic Toll Collection (ETC). In this modernization process, display technology plays a crucial role. Whether it's clearly displaying toll fees, vehicle categories, and transaction statuses to drivers, or providing real-time monitoring data and system alerts to toll station management personnel, high-performance display screens are indispensable core components. They are not only key interfaces for human-computer interaction but also vital carriers for ensuring smooth toll collection processes, improving traffic efficiency, and guaranteeing accurate information transmission. Particularly in the variable and harsh outdoor environment of highway toll stations, extremely high demands are placed on the reliability, clarity, and durability of display screens. Effective visual information transmission is of decisive significance for traffic management, fee auditing, and overall operational efficiency.

Hangzhou LEEHON Technology Co.,Ltd.: Your Professional Partner for Industrial Display Solutions

Hangzhou LEEHON Technology Co.,Ltd. (LEEHON), established in 2009, is a professional company specializing in the supply and technical services of industrial-grade Liquid Crystal Display (LCD) modules. As an authorized supplier and agent for globally leading LCD panel manufacturers such as BOE, AUO, Kyocera, Innolux, Tianma, and IVO, LEEHON is committed to providing customers in various industries with high-quality, high-performance industrial display products and professional selection and technical support services. With profound expertise in the display field and a deep understanding of industry applications, LEEHON particularly focuses on sectors like transportation that have stringent requirements for display equipment, striving to offer customers the most suitable display solutions.** **

Objectives and Outline of This Report

This report aims to achieve a dual objective:

1. To provide a detailed selection guide for LCD screens for highway toll machine equipment manufacturers and system integrators, focusing on analyzing the special requirements of highway toll environments for display screens and offering technical parameters and solutions for reference.
2. To highlight and promote the BOE DV150X0M-N10 model LCD screen, which, with its advantages of wide temperature operation, outdoor suitability, stable supply, and high cost-effectiveness, is an ideal choice for highway toll machine applications. Concurrently, this report will also cover relevant products from other brands represented by LEEHON, offering customers a broader selection reference [User Query].

This report will start by examining the special requirements of the highway toll environment, then delve into an in-depth analysis of the core specifications and application advantages of the BOE DV150X0M-N10. It will explore its integration solutions in toll machines and provide a comparative analysis of related products from other brands represented by LEEHON. Through detailed data, clear charts, and professional analysis, this report aims to furnish users with a reliable basis for decision-making.

Part One: Special Requirements for Display Screens in Highway Toll Environments

Highway toll machines are typically installed in outdoor or semi-outdoor environments and must withstand various complex and even extreme environmental factors year-round. Therefore, the selection of their core component—the LCD screen—must fully consider its environmental adaptability and operational reliability.

• Harsh Environmental Challenges: Wide Temperature, Sunlight Readability, and Durability

  • Wide Temperature Operation: Highway toll machines face a wide range of temperatures, from sub-zero cold in winter to scorching heat in summer, compounded by heat generated by the equipment itself and additional temperature increases from direct sunlight. This necessitates that the internal LCD screen must operate stably within a broad temperature range. For instance, the BOE DV150X0M-N10 has an operating temperature range of -20°C to +70°C, capable of adapting to outdoor temperature variations in most regions. The transportation industry typically has explicit requirements for the operating temperature of display devices to ensure reliability under various climatic conditions.

  • Sunlight Readability: Direct sunlight and strong ambient light in outdoor environments pose another significant challenge for display screens, often making screen content difficult to discern and affecting the effective transmission of information. To ensure drivers can clearly read screen information under all lighting conditions, the display screen needs sufficient brightness (measured in nits, cd**/m2**). Generally, for outdoor applications potentially exposed to direct sunlight, a brightness of 1000 nits or higher, even 2500 nits or more, is recommended. For toll booths not in direct sunlight or with some form of shading, a brightness of 700 to 1500 nits might be suitable. Furthermore, employing anti-glare (AG) or anti-reflective (AR) surface treatment technologies, such as the AG25 (haze 25%) surface treatment used in the DV150X0M-N10, is crucial for reducing glare and enhancing visual comfort. In some high-end applications, optical bonding technology is also used to further enhance sunlight readability.** **

  • Durability and Protection: The complex environment of highway toll collection demands that display screens and their entire enclosures possess good durability and protection capabilities to cope with dust, rain, moisture, vibrations from passing vehicles, and even potential accidental impacts or vandalism. The LCD panel itself, like the DV150X0M-N10, typically has a certain physical strength, featuring a 3H hardness surface coating and a 1.2G anti-vibration rating. However, achieving effective protection against dust and liquids (usually measured by an IP protection rating, e.g., IP65) relies more on the structural design and sealing process of the toll machine enclosure. An IP65 rating signifies that the device is completely dust-tight and can withstand low-pressure water jets from any direction, which is a common and necessary protection standard for outdoor toll equipment. The infrastructure design of the toll booth, such as drainage systems, also positively impacts the long-term stable operation of the equipment.

    It is important to note that while the wide temperature and anti-vibration characteristics of the LCD panel are fundamental to achieving outdoor reliability for the entire machine, the final IP rating and sunlight readability under extreme conditions depend on the overall structural design, material selection, heat dissipation solution, and possible optical enhancement treatments (such as higher brightness backlights, optical bonding, etc.) of the toll machine. This highlights the close relationship between component selection and system integration. LEEHON Technology not only provides high-quality display panels but also leverages its professional knowledge to offer consultation and support at the system integration level, helping customers balance performance, cost, and reliability.

• Uninterrupted Operation Requirements: 7x24 Reliability, Long Lifespan, and Clear Information Delivery

  • 24/7 Operation: Highway toll systems require year-round, 24/7 uninterrupted operation. This demands that their display screens possess extremely high reliability and durability to withstand prolonged continuous work. The BOE DV150X0M-N10 explicitly supports 7x24 hour continuous use. In transportation applications, the Mean Time Between Failures (MTBF) for display devices is typically required to be tens of thousands of hours, such as 70,000 hours or longer, to ensure system stability and low maintenance frequency.
  • Backlight Lifespan and Maintenance: The backlight system is a critical component of an LCD screen, and its lifespan directly affects the overall service life and maintenance costs of the display. WLED (White Light Emitting Diode) backlights have become the mainstream choice for industrial display screens due to their high efficiency, long lifespan, and good color performance. The DV150X0M-N10 uses a WLED backlight with a designed lifespan (typically the time until brightness decays to 50% of its initial value) of no less than 50,000 hours. Long-life backlights significantly reduce the frequency of replacing display modules due to backlight failure, thereby decreasing maintenance workload and operational costs.** **
  • Information Clarity and Viewing Angles: Toll information must be quickly and accurately identifiable by drivers approaching the toll booth from different positions and angles. Therefore, the display screen needs to have wide viewing angles and high contrast. The DV150X0M-N10 employs ADS (Advanced Super Dimension Switch) technology, an advanced IPS-type technology, which provides ultra-wide viewing angles of 89 degrees both horizontally and vertically (CR≥10), ensuring that drivers can clearly see the screen content from a wide range of angles with minimal color distortion. Its typical contrast ratio of 1000:1 also helps to present clear and sharp images under various ambient light conditions. Transportation display applications generally require full viewing angles (e.g., 89°/89°/89°/89°) and high contrast characteristics.

• Key Performance Indicators for Display Selection in Toll Applications
  Based on the analysis above, when selecting LCD screens for highway toll machines, the following key performance indicators should be prioritized:

  • Operating Temperature Range: Must cover local extreme climate conditions, such as -20°C to +70°C or wider.
  • Brightness: Selected based on the light intensity of the actual installation location, typically no less than 350 cd**/m2**, and may require 1000 cd**/m2** or higher in direct sunlight.
  • Contrast Ratio: Typical value of 1000:1 or higher to ensure image clarity.
  • Viewing Angles: Wide viewing angle technologies (such as IPS, ADS) are preferred to ensure readability from multiple angles.
  • Resolution: The XGA (1024x768) resolution of the DV150X0M-N10 is generally sufficient for displaying toll amounts, simple characters, and graphic information.
  • Backlight Lifetime: At least 50,000 hours to reduce maintenance costs.
  • Power Consumption: Affects heat dissipation design and operational costs; should be as low as possible while meeting brightness and other performance requirements.
  • Interface Type: LVDS is a common stable interface in the industrial field, which the DV150X0M-N10 utilizes.
  • Physical Robustness: Including anti-vibration, surface hardness, etc.
  • Compliance: Such as RoHS environmental certification.

  When evaluating these indicators, it's important to recognize the trade-off that often exists between brightness and power consumption. Typically, higher brightness displays consume more power, leading to greater heat generation. Therefore, for enclosed or semi-enclosed toll machine housings, heat dissipation design must be thoroughly considered to prevent performance degradation or shortened lifespan of the display due to overheating. Customers need to balance desired display brightness, system power budget, and cooling capabilities. LEEHON Technology can provide product options with different brightness and power consumption combinations based on specific customer needs and assist in assessing their impact on the overall system design.

Part Two: In-depth Analysis of BOE DV150X0M-N10 LCD Screen

BOE, as a leading global supplier of semiconductor display products, offers the DV150X0M-N10 model, a 15.0-inch LCD module specifically designed for industrial applications. With its balanced performance, reliable quality, and good cost-effectiveness, this model has garnered attention from numerous industries, including highway toll systems.

• Core Specifications and Technical Advantages of BOE DV150X0M-N10
  The core specifications of the DV150X0M-N10 are detailed in the table below:
  Table 2.1: Detailed Specifications of BOE DV150X0M-N10

This table provides comprehensive technical parameters for the DV150X0M-N10, allowing technical personnel to quickly assess its suitability for specific application needs and laying the foundation for subsequent comparative analysis.

The ADS (Advanced Super Dimension Switch) technology employed by BOE DV150X0M-N10 is one of its key advantages. ADS, a wide-viewing-angle technology independently developed by BOE, is similar to IPS (In-Plane Switching) technology. It delivers excellent color performance and extremely wide viewing angles (typically 178 degrees horizontally and vertically, defined as the range where the contrast ratio is greater than 10:1). This is crucial for application scenarios like highway toll booths where the screen needs to be viewed from various angles and distances.[5, 6, 8, 9, 10, 11, 13, 26] Compared to traditional TN (Twisted Nematic) technology, ADS technology shows significant improvements in aspects like color shift and viewing angle limitations. Its "Normally Black" display mode means that when no voltage is applied, liquid crystal molecules block light transmission, causing pixels to appear black. This contributes to a higher contrast ratio and deeper black levels, thereby enhancing the overall visual appeal of the image.

Furthermore, the DV150X0M-N10 integrates an LED driver [5, 6, 7, 8, 9, 10, 11, 12, 13, 26, 24], which means customers do not need to configure and debug additional backlight driver circuits during system design. This simplifies integration complexity, reduces the number of external components, and helps ensure optimal matching between the backlight system and the panel, thereby guaranteeing the stability and lifespan of the backlight performance. For toll machine system development pursuing high efficiency and reliability, this is a practical advantage that should not be overlooked.
​

• Applicability Analysis for Outdoor and Wide Temperature Applications
  The DV150X0M-N10's wide operating temperature range of -20°C to +70°C is a core element enabling its suitability for outdoor toll machine applications. This feature ensures stable operation of the display screen in both low winter temperatures and high summer heat. Its typical brightness of 350 nits, combined with AG25 anti-glare surface treatment, allows it to provide clear and readable display effects in most industrial environments and outdoor toll booth scenarios that are not exposed to direct sunlight or have some form of shading. BOE's own product classification categorizes 15-inch 350-nit displays under "Wide Temperature Outdoor OC Modules" and "Transportation Displays," indicating that their design intent considered such applications. However, for environments requiring resistance to strong, continuous direct sunlight, higher brightness models or additional optical enhancement measures might need to be considered.** **
• Discussion on Supply Stability and Cost-Effectiveness
  Another important reason for customers to choose the DV150X0M-N10 is its "stable supply and high cost-effectiveness" [User Query]. As a giant in the global display panel industry, BOE possesses vast production capacity and a mature supply chain system, providing strong support for the stable supply of its products. The DV150X0M-N10 has been in mass production since the second quarter of 2020 , making it a technologically mature and market-proven product. The continuous updates to its specification sheet up to 2023 also demonstrate BOE's ongoing support for this product. Given that its performance meets application requirements, the cost advantages brought by its large-scale production make it a highly cost-effective choice for large-scale deployments, such as highway toll networks.** **
• Considerations for Power Consumption and Thermal Management
  The typical total power consumption of the DV150X0M-N10 is approximately 10.8W, with a maximum power consumption of about 13.2W. It should be noted that minor discrepancies may exist between different data sources or specification sheet versions; for example, the DV150X0M-N10 specification sheet version indicates a typical total power consumption of 8.72W and a maximum of 10.1W. Such differences might arise from varying test conditions or minor product version iterations. Hangzhou LEEHON Technology commits to providing customers with the latest and most accurate official specification data. In practical applications, power consumption directly translates into heat. For display screens integrated into relatively enclosed toll machine casings, effective thermal management is crucial. System integrators must design appropriate cooling solutions (e.g., using natural convection, adding ventilation holes, using fans or heat sinks) based on the heat generated by the display and the external ambient temperature. This ensures that the display's operating temperature is consistently maintained within the rated range of -20°C to +70°C, thereby safeguarding its long-term operational reliability and service life.** **

Part Three: Application and Enhancement Solutions for BOE DV150X0M-N10 in Highway Toll Machines

Successfully applying the BOE DV150X0M-N10 LCD screen in highway toll machines requires not only focusing on the panel's performance itself but also carefully considering its integration with the overall system. Simultaneously, exploring brightness enhancement solutions for specific high ambient light conditions is also essential.

• Best Practices for Integration in Toll Machine Environments

  • Mounting and Fixation: The DV150X0M-N10 panel is designed with side mounting holes (4-M3 specification) , facilitating its attachment to the internal structural components of the toll machine. Installation should ensure firmness and reliability to withstand vibrations that may be caused by daily vehicle traffic.** **
  • Interface and Cabling: The connection of LVDS signal lines and power cables should be secure, and proper wiring should be implemented to avoid signal interference and loosening due to vibration. High-quality shielded cables are recommended.
  • Heat Dissipation and Ventilation: Within the toll machine enclosure, sufficient space should be allocated for heat dissipation for the display screen and its driver board, and unobstructed airflow paths should be ensured. If necessary, active cooling measures, such as small fans, can be considered, especially in high-temperature environments.
  • System Interfacing: The display screen needs to be connected to the core controller of the toll system to receive display commands. Ensure that the LVDS signal format output by the controller matches the input requirements of the DV150X0M-N10.

• Addressing High Ambient Light Challenges: Brightness Enhancement Options and Alternatives
  Although the 350-nit brightness of the DV150X0M-N10 performs well in many industrial and some outdoor scenarios, toll stations exposed to prolonged, intense direct sunlight may require higher brightness display solutions to ensure optimal readability. Hangzhou LEEHON Technology, as a key partner of BOE, can offer higher brightness models from the BOE DV150X0M series as alternatives:** **

  • BOE DV150X0M-N16:
    • Brightness: 600 cd**/m2** (Typ.)
    • Operating Temperature: -20 ~ 70 °C
    • Interface: LVDS (1 ch, 8-bit), 20 pins
    • Backlight Lifetime: 50,000 Hours (Min.)
    • Total Power Consumption: Typical value approx. 13.64W. (Note: indicates Typ./Max. as 11.68W/11.71W, which might be a different revision or test condition. LEEHON will provide the latest official data.)** **
    • Other Features: ADS display technology, normally black mode, anti-glare (Haze 25%), hard coating (3H).
  • BOE DV150X0M-N17:
    • Brightness: Up to 1500 cd**/m2** (Typ.), ideal for direct sunlight environments.
    • Operating Temperature: -30 ~ 80 °C, a wider range than N10 and N16.
    • Interface: LVDS (1 ch, 8-bit), 20 pins.
    • Backlight Lifetime: 50,000 Hours (Min.).
    • Total Power Consumption: Specific total power consumption figures need to be confirmed from the latest official datasheet. Its high brightness characteristic usually implies relatively higher power consumption.
    • Other Features: ADS display technology, normally black mode, anti-glare (Haze 25%).

  By offering these products from the same series with different brightness levels, LEEHON can help customers flexibly choose the most suitable BOE display screen based on the specific lighting conditions of the toll station, thereby ensuring information readability while balancing cost and power consumption.
  Table 3.1: Brightness and Key Parameter Comparison of BOE DV150X0M Series

*Note: For the total power consumption of DV150X0M-N17 and precise figures for DV150X0M-N16, please refer to the latest official datasheets provided by Hangzhou LEEHON Technology.*

In addition to selecting higher brightness panels, Optical Bonding is an effective technology for enhancing outdoor readability. It involves filling the gap between the display screen and the protective glass with optical adhesive, which reduces internal reflections and improves contrast and light transmission. Although the aforementioned BOE models do not explicitly come standard with optical bonding, LEEHON can discuss the possibility of providing such value-added services based on customer requirements or recommend other display solutions that integrate this technology.
​

• Achieving Necessary Ingress Protection (IP Rating) through Enclosure Design
  It is crucial to emphasize that the LCD panel itself (like the DV150X0M-N10) typically does not possess an independent IP rating. The IP rating pertains to the protective capability of the final device (i.e., the entire highway toll machine). The IEC 60529 standard defines IP ratings, which measure the degree of protection an enclosure provides against the ingress of solid foreign objects (like dust) and liquids (like water). For outdoor-installed highway toll machines, an IP55 or IP65 rating is generally recommended. An IP65 rating signifies that the device can completely prevent dust ingress and withstand low-pressure water jets from any direction, which is sufficient for most outdoor weather conditions.

  Achieving the required IP protection level hinges on the meticulous design and manufacturing of the toll machine enclosure:

  • Material Selection: Choose materials with good corrosion resistance, such as stainless steel or specially treated aluminum alloy.
  • Structural Sealing: Use high-quality sealing strips, waterproof connectors, and cable glands at joints, door seams, cable entries, etc., of the enclosure to ensure sealing integrity.
  • Balancing Heat Dissipation and Protection: If ventilation for heat dissipation is necessary, design clever ventilation structures, such as labyrinth vents or install waterproof breathable membranes, to allow heat dissipation while preventing rain and dust ingress.
  • Ease of Maintenance: While ensuring the protection level, the convenience of equipment maintenance should also be considered, such as designing easily openable and lockable access doors.

  LEEHON Technology understands customers' pursuit of overall system reliability. Although we primarily supply core display components, we are pleased to share empirical data regarding display installation, heat dissipation, and other aspects to assist customers in better integrating display modules into their overall machine design, thereby co-creating toll equipment that meets stringent outdoor usage requirements. For example, Winmate's R15L100-IPA3WT is a 15-inch industrial display whose front panel achieves an IP65 protection rating, demonstrating that achieving high protection at the system level is entirely feasible.

Part Four: LEEHON's Represented Brands: Selection Reference for 15-inch Industrial-Grade Wide Temperature High-Brightness Screens

Hangzhou LEEHON Technology, as an authorized agent for several globally leading industrial LCD screen brands, offers a rich selection from AUO (AU Optronics), Innolux (Innolux Corporation), Tianma (Tianma Microelectronics), Kyocera, IVO (InfoVision Optoelectronics), and Litemax, in addition to its primary BOE product line. This caters to diverse project needs regarding performance, cost, and special functionalities. This chapter will provide an overview of 15-inch XGA (or similar specification) industrial-grade wide-temperature high-brightness LCD panels from these brands suitable for highway toll machine applications.** **

• Overview of 15-inch XGA Industrial Panels from AUO, Innolux, Tianma, Kyocera, IVO, Litemax, etc.
  Below are some representative models and their key parameters:
  • AUO (AU Optronics):
    • G150XTN05.1: 15-inch, XGA (1024x768), brightness up to 1200 cd**/m2**, operating temperature -30~85°C, LVDS interface, typical power consumption 28.3W, backlight lifetime 50,000 hours. This model offers excellent high brightness and an extremely wide operating temperature range, making it very suitable for harsh outdoor applications.
    • G150XTN06.B: 15-inch, XGA (1024x768), brightness 800 cd**/m2**, operating temperature -30~70°C, LVDS interface. This product also performs excellently in terms of brightness and operating temperature.
    • Other models like G150XTN06.0 (450 nits, -30~85°C) and G150XTN06.2 (300 nits, -30~85°C) offer different brightness options.
  • Innolux (Innolux Corporation):
    • G150XNE-L01: 15-inch, XGA (1024x768), brightness 500 cd**/m2**, operating temperature -30~80°C (storage temperature -40~85°C), LVDS interface, typical total power consumption 12.8W, backlight lifetime up to 70,000 hours, uses IPS/NPVA technology, featuring wide viewing angles. This product has outstanding advantages in lifespan and wide temperature range.
    • G150XNE-L02: 15-inch, XGA (1024x768), brightness 350 cd**/m2**, operating temperature -30~70°C, LVDS interface, contrast ratio 2500:1, NPVA technology, backlight lifetime 70,000 hours. Excellent contrast performance.
    • Other models like G150XGE-L07 (350 nits, -30~70°C) are also available.
  • Tianma (Tianma Microelectronics):
    • TM150XDHG01: 15-inch, UXGA (1600x1200) resolution (note this is higher than XGA), brightness 1000 cd**/m2**, operating temperature -30~70°C, LVDS (2-channel) interface, typical total power consumption approx. 18.7W (panel approx. 3.3W + backlight approx. 15.5W), backlight lifetime 30,000 hours. This model has high brightness and higher resolution, suitable for scenarios requiring finer content display.
    • TM150TDSG71: 15-inch, XGA (1024x768), brightness 450 cd**/m2**, operating temperature -20~70°C, LVDS interface.
  • Kyocera:
    • MCG150XGLAAHNN-AN20: 15-inch, XGA (1024x768), brightness 500 cd**/m2**, operating temperature -30~80°C, LVDS interface, uses AWV (Advanced Wide View) technology, providing wide viewing angles. This is a well-balanced industrial-grade product. Its specific power consumption and backlight lifetime need to be checked in the detailed specification sheet.** **
  • IVO (InfoVision Optoelectronics):
    • M150GNN2 R3: 15-inch, XGA (1024x768), brightness 420 cd**/m2**, operating temperature -10~65°C, LVDS interface, typical total power consumption 8.8W, backlight lifetime 30,000 hours, TN type panel. This model has lower power consumption, but its operating temperature range is relatively narrow, and being a TN panel, its viewing angle performance may not be as good as IPS/ADS type products.
  • Litemax:
    • ULF1505-I (Ubipixel Series): 15-inch, XGA (1024x768), brightness up to 1000 cd**/m2**, operating temperature -20~70°C, LVDS interface, typical power consumption only 9.2W, backlight MTBF up to 100,000 hours. This product performs exceptionally well in high brightness, low power consumption, and long lifespan, making it a strong contender for outdoor applications.
    • ULH1505-I is the monitor version of the same series with integrated VGA/DVI/HDMI interfaces, with a power consumption of 13.2W.
• Table 4.1: Comparative Selection Table for 15-inch XGA Industrial Wide-Temp High-Brightness LCDs

*Note: "TBC" (To Be Confirmed) parameters should be verified with Hangzhou LEEHON Technology for the latest official data. Tianma TM150XDHG01 has UXGA resolution, differing from other XGA models.*

This comparison table clearly showcases the diverse product portfolio LEEHON can offer, enabling customers to intuitively compare key parameters of different brands and models, thus making informed choices based on their specific needs. This not only reflects LEEHON's supply capability as a multi-brand agent but also highlights its professional commitment to providing customers with optimal solutions.
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• Matching Specific Needs: Trade-offs in Brightness, Power Consumption, and Operating Temperature Range
  When selecting display screens for highway toll machines, it is often necessary to make trade-offs between key parameters such as brightness, power consumption, and operating temperature range. The following charts are intended to help customers more intuitively understand these trade-off relationships:
  (Chart Generation Area - LaTeX code will be provided in the final output)
  Chart 4.1: Bar Chart: Brightness Comparison of Key Models
  代码段

  egin{figure}[h!]
  centering
  egin{tikzpicture}
  egin{axis}
  ddplot table [x=brightness, y=model_idx] {
      model_idx brightness labeltag
      0         350        N10
      1         600        N16
      2         1500       N17
      3         1200       G150XTN05.1
      4         500        G150XNE-L01
      5         1000       TM150XDHG01
      6         1000       ULF1505-I
  };
  end{axis}
  end{tikzpicture}
  caption{Brightness Comparison of Key Models}
  label{fig:brightness_comparison_en}
  end{figure}
  ​

  Chart 4.2: Diagram: Operating Temperature Range Comparison of Key Models​*(As a line chart is not suitable for representing ranges, a range description or the clear presentation in Table 4.1 is used here.)* Operating temperature ranges are clearly listed in Table 4.1 for direct comparison. For example, DV150X0M-N17 and G150XTN05.1 offer wide ranges of -30~80°C and -30~85°C, respectively.

  Chart 4.3: Scatter Plot: Brightness vs. Power Consumption of Key Models

  代码段

  egin{figure}[h!]
  centering
  egin{tikzpicture}
  egin{axis}
  ddplot [
      scatter,
      only marks,
      point meta=	hisrow{labeltag},
      nodes near coords*={labeltag},
      visualization depends on={value 	hisrow{labeltag} s labeltag},
      scatter src=explicit symbolic
  ] table [meta=class] {
      x       y       class labeltag
      10.8    350     a     N10
      13.64   600     b     N16
      28.3    1200    c     G150XTN05.1
      12.8    500     d     G150XNE-L01
      18.7    1000    e     TM150XDHG01
      9.2     1000    f     ULF1505-I
      8.8     420     g     M150GNN2R3
  };
  legend{BOE DV150X0M-N10, BOE DV150X0M-N16, AUO G150XTN05.1, Innolux G150XNE-L01, Tianma TM150XDHG01, Litemax ULF1505-I, IVO M150GNN2 R3}
  end{axis}
  end{tikzpicture}
  caption{Brightness vs. Power Consumption of Key Models (Labels are model abbreviations or features)}
  label{fig:brightness_power_scatter_en}
  end{figure}
  ​

  Through these visual charts and detailed parameter comparisons, customers can clearly see:

  • Pursuing extreme brightness (e.g., 1000 cd**/m2** or higher) is often accompanied by higher power consumption (e.g., AUO G150XTN05.1 at 28.3W, Tianma TM150XDHG01 at approx. 18.7W).
  • Litemax ULF1505-I achieves an excellent balance between high brightness (1000 cd**/m2**) and low power consumption (9.2W).
  • BOE DV150X0M-N10 (350 cd**/m2**, 10.8W) and IVO M150GNN2 R3 (420 cd**/m2**, 8.8W) perform well in terms of standard brightness and power consumption control.
  • Regarding operating temperature range, models like AUO, Innolux, and BOE DV150X0M-N17 can offer wider tolerance intervals.

• LEEHON Technology's Professional Capability: Guiding Optimal Display Solution Selection
  Facing numerous product models and complex technical parameters, selecting the most suitable display screen for a specific application can be challenging. The professional team at Hangzhou LEEHON Technology, with its deep understanding of various brand product characteristics and industry applications, can provide customers with professional selection consulting services. LEEHON not only offers detailed product datasheets and samples for evaluation but also assists customers in analyzing specific needs, weighing various performance indicators, and ultimately determining the most cost-effective and technologically appropriate display solution. For detailed data such as the precise total power consumption of certain models (e.g., BOE DV150X0M-N17), LEEHON ensures the provision of the latest and most accurate information from manufacturers, helping customers eliminate uncertainties in the selection process.** **

Part Five: BOE's Leadership in the Industrial Display Field and LEEHON's Strategic Partnership

Choosing the right LCD screen supplier involves not only evaluating the product itself but also considering the manufacturer's industry standing, technological strength, and long-term support capabilities. BOE, as a leading enterprise in the global display industry, its investment and commitment in the industrial display sector, along with the value-added services provided by Hangzhou LEEHON Technology (LEEHON) as its important strategic partner, jointly offer a solid foundation for the successful implementation of customer projects.

• BOE's Commitment to Technological Innovation and the Industrial Display Market
  BOE holds a leading position in the global display panel market, with its LCD screen shipments ranking among the top globally in five major application areas: smartphones, tablets, laptops, monitors, and TVs. The company continuously invests heavily in R&D innovation (annual R&D investment accounts for about 7% of revenue), actively promoting the iteration and upgrading of display technologies, such as its proprietary ADS Pro wide-viewing-angle technology, f-OLED flexible display technology, and α-MLED high-end backlight technology. These technological achievements are widely applied in multiple niche markets, including industrial, medical, automotive, and commercial displays.

  BOE's "Screen of Things" strategy aims to deeply integrate display technology with the Internet of Things, artificial intelligence, and other fields, empowering thousands of industries. In the industrial sector, BOE not only provides standardized display modules but also actively expands solutions for scenarios such as smart factories and industrial automation, demonstrating its long-term strategic focus on the industrial market. The company has also established comprehensive systems in manufacturing, quality control, and sustainable development, committed to providing global customers with high-quality, high-reliability display products.

• Long-Term Product Support and Lifecycle Management for Industrial Applications
  Industrial equipment typically has a long service life, thus imposing strict requirements on the supply continuity and long-term technical support for its core components, such as display screens. When selecting display screens, customers need to consider the supplier's product lifecycle strategy and alternative solutions after discontinuation. BOE, as an industry leader, usually maintains a stable supply for its mainstream industrial-grade products (such as the DV150X0M-N10, which has been in mass production for many years) for an extended period.

  Hangzhou LEEHON Technology, as an important partner of BOE and other mainstream brands, plays a key role in product lifecycle management. LEEHON not only conveys the latest information from manufacturers regarding product status (such as mass production, last buy, discontinuation) but also leverages its multi-brand agency advantage to proactively find and recommend alternative models with similar performance and compatible interfaces when a certain model faces discontinuation risk. This ensures the continuity of customer projects and the stability of the supply chain. For instance, brands like Innolux explicitly promise a minimum supply period of 5 years from product launch for their industrial-grade TFT panels , providing additional assurance for industrial projects requiring long-term stable supply. LEEHON, by integrating the product lines and lifecycle information of various brands, is committed to providing customers with sustainable display solutions.** **

• LEEHON Technology's Advantages: Value-Added Services as a Key BOE Distributor
  Hangzhou LEEHON Technology is more than just a sales channel for BOE products; it serves as a bridge and technical service platform connecting BOE with end customers. LEEHON's value is reflected in:

  • Stable Supply Guarantee: Leveraging close partnerships with BOE and other original manufacturers, along with its own inventory management capabilities, LEEHON can provide customers with a continuous and stable supply, especially for high-demand models like the DV150X0M-N10 [User Query].
  • Professional Technical Support: LEEHON has an experienced technical team capable of providing customers with comprehensive technical support, from product selection, specification interpretation, and interface matching to application debugging.
  • Customized Consultation: For customers' special requirements, such as touchscreen integration or specific driver board configurations, LEEHON can offer professional consulting advice and coordinate resources to meet customized demands (LEEHON's product line includes touchscreen and driver board categories).
  • Efficient Logistics Services: LEEHON possesses a well-established warehousing and logistics system, enabling rapid response to customer needs and ensuring timely product delivery, thereby helping customers optimize their production plans.
  • In-depth Industry Experience: LEEHON has long served various industrial sectors, including intelligent transportation, accumulating rich industry application experience. This allows for a more precise understanding of customer pain points and the provision of solutions that better fit actual needs.

  By partnering with LEEHON, customers not only gain access to high-quality BOE display products but also enjoy professional, efficient, and comprehensive value-added services. This reduces project risks, shortens development cycles, and enhances market competitiveness.

Conclusion and Selection Recommendations

Highway toll machines demand LCD screens that offer environmental tolerance, continuous operational reliability, clear information display, and cost-effectiveness. Through an in-depth analysis of mainstream market products and the specific BOE DV150X0M-N10 model, this report aims to provide clear selection guidance for customers in related industries.

• Reaffirming the Core Advantages of DV150X0M-N10 in Highway Toll Applications
  The BOE DV150X0M-N10, with its wide operating temperature range of -20°C to +70°C, excellent display effects from BOE's mature ADS wide-viewing-angle technology, a WLED backlight lifespan of up to 50,000 hours, and stable supply and high cost-effectiveness obtained through Hangzhou LEEHON Technology, stands as a solid foundational choice for highway toll machine applications. Its 350-nit brightness combined with anti-glare treatment is suitable for most toll booth environments not exposed to direct sunlight or with some shading.** **
• Customized Selection Recommendations for Different Operational Scenarios
  Considering the diverse lighting and environmental conditions that highway toll stations may encounter, the following are selection recommendations for different scenarios:
  • Scenario 1: Standard Toll Booth (Controlled ambient light, no strong direct sunlight or well-shaded)
    • Recommended Model: BOE DV150X0M-N10 (350 nits)
    • Reason: In this scenario, the performance of DV150X0M-N10 is sufficient to meet the requirements. Its wide temperature characteristics, reliability, and cost-effectiveness make it an ideal choice.
  • Scenario 2: Toll Booth with Partial Sunlight Exposure or Stronger Ambient Light
    • Recommended Models: BOE DV150X0M-N16 (600 nits) or Innolux G150XNE-L01 (500 nits, wider operating temperature, longer backlight lifespan)
    • Reason: DV150X0M-N16 offers higher brightness to better cope with intermittent strong light. Innolux G150XNE-L01 provides a good balance of brightness, operating temperature, and lifespan. AUO G150XTN06.B (800 nits) is also a strong alternative.
  • Scenario 3: Toll Booth Exposed to Prolonged, Strong, Direct Sunlight
    • ​**Recommended Models: BOE DV150X0M-N17 (1500 nits)​, ​Litemax ULF1505-I (1000 nits, low power consumption)​, ​AUO G150XTN05.1 (1200 nits)**​, or Tianma TM150XDHG01 (1000 nits, UXGA resolution)
    • Reason: These models all feature ultra-high brightness of 1000 nits or more, specifically designed for sunlight readability. When selecting, the impact of their power consumption on the overall machine's heat dissipation design must be considered. Litemax ULF1505-I excels in power consumption control.
  • Scenario 4: Applications with Extreme Power Consumption Requirements and Moderate Brightness Needs
    • ​**Recommended Models: Litemax ULF1505-I (1000 nits @ 9.2W)​, ​IVO M150GNN2 R3 (420 nits @ 8.8W, but note its TN panel characteristics and narrower operating temperature)**​, or BOE DV150X0M-N10 (350 nits @ 10.8W)
    • Reason: While meeting basic display needs, these models can effectively reduce total system power consumption, simplify heat dissipation design, and potentially lower operational costs.
• Partnering with Hangzhou LEEHON Technology for a Brighter Display Future
  Selecting the most suitable LCD screen for your highway toll machine project is a decision that requires comprehensive consideration of technical parameters, application environment, supply chain, and cost-effectiveness. Hangzhou LEEHON Technology Co.,Ltd., with its years of professional expertise in the industrial display field and close partnerships with leading global manufacturers like BOE, AUO, Innolux, Tianma, Kyocera, IVO, and Litemax, can provide you with the most comprehensive product selection and the most professional technical consultation.
  We sincerely invite you to contact the sales and technical teams at Hangzhou LEEHON Technology for detailed specifications, sample requests, quotations, and customized solutions for the BOE DV150X0M-N10 and other related industrial-grade LCD screens. We are committed to creating a bright future for intelligent highway displays with you, through excellent product quality, reliable supply assurance, and comprehensive technical services.
  Contact Information:
  Additional Contact:
  Tel: 0086-15906639973
  Email: info@leehon.com
  Address: Rm B-4118, Golden Bull Building, No.8 Gaoshun Road Xixi Software Park, Yuhang District, Hangzhou city, Zhejiang, China
  Post code: 311122