ON-BOARD NEXTSTOP LED DISPLAYS

On-Board Next Stop Displays – Technical Overview

Next stop displays are essential for modern public transportation systems, providing real-time stop information and service updates to passengers. These systems are designed for seamless integration with other vehicle communication networks, enhancing the overall passenger experience.

The Mobitec MobiSTOP is a next-stop LED display system designed for public transport vehicles, offering clear and reliable passenger information.

🔧 Technical Specifications

  • Display Technology: SMD-LED with options for amber or white LEDs.

  • Viewing Angle: 120° for optimal readability.

  • Resolution: Configurable up to 16 lines in height and 144 columns in width.

  • Brightness: Maximum of 2000 cd/m², ensuring visibility in various lighting conditions.

  • Operating Voltage: 12 VDC or 24 VDC (operational range: 9–36 VDC).

  • Operating Temperature: -40°C to +70°C, suitable for diverse climates.

  • Lifetime: Approximately 100,000 hours, depending on usage conditions.

  • Interfaces: Direct RS485 or IBIS; optional Ethernet connectivity.

  • Software: Compatible with MobiInfoEdit (MIE) for content creation and updates.

  • Data Updates: Manual via USB or automatic through IP/Ethernet interfaces.

  • Compliance: Meets EMC Directive 2006/28/EC and ECE-R118 flammability standards.

✅ Key Features

  • Adaptive Brightness: Automatically adjusts to ambient light conditions for consistent visibility.

  • Slim Design: With a depth of only 23mm, it allows for flexible installation, including back-to-back configurations.

  • Maintenance-Free: Robust construction with protective glass cover ensures durability and reduces upkeep.

  • Customizable Messaging: Supports permanent or alternating text displays, such as "Stop Requested" or "Next Stop."

🔧 Key Technical Features:

  1. Display Technology:

    • LED, LCD, TFT, or E-Paper options for clear, high-contrast visibility.

    • Available in monochrome or full-color variants, depending on the application.

  2. Real-Time Information:

    • Integration with GPS and vehicle tracking systems for accurate next-stop announcements.

    • Supports automatic updates based on vehicle position and speed.

  3. Communication Interfaces:

    • CAN, IBIS, RS485, Ethernet, Wi-Fi, or Bluetooth for flexible integration.

    • Compatible with popular public transport protocols like VDV, SIRI, and GTFS.

  4. Durability and Design:

    • IP65 or higher-rated enclosures for water and dust resistance.

    • Shock and vibration-resistant construction for long-term reliability.

  5. Power Management:

    • Low power consumption designs for efficient energy use.

    • Battery backup options for uninterrupted operation.

  6. Passenger Accessibility:

    • Multilingual message support.

    • Text-to-speech integration for visually impaired passengers.

    • High-contrast displays and adjustable text sizes for better readability.

  7. Customizable Content:

    • Flexible templates for route numbers, destination names, advertisements, and service messages.

    • Scrolling text, animated logos, and real-time service alerts.

  8. Centralized Management:

    • Remote control through cloud-based platforms for fleet-wide updates.

    • Advanced diagnostics and monitoring features to reduce maintenance costs.

🛠️ Installation Options:

  • Ceiling or Wall Mounting: Typically installed above doors or along the vehicle's side walls for maximum visibility.

  • Flush or Surface Mounting: Options for seamless integration into vehicle interiors.

  • Integrated Audio Systems: Can be paired with public address systems for synchronized audio-visual announcements.

📐 Common Applications:

  • City Buses and Trams: Next stop and route announcements, passenger information, and advertising.

  • Subways and Trains: Station information, emergency messages, and service updates.

  • Long-Distance Coaches: Passenger entertainment and journey progress displays.

Posted on:
12.05.2025