With traveler demands becoming increasingly challenging these years, the railway industry is undergoing a significant transformation to meet the changing expectations of modern passengers. They need not only speed and convenience but also safety and reliable communication throughout their journey. To hop on the trend, railway operators are starting to invest in advanced technologies to enhance station and onboard experiences. From real-time monitoring of rail tracks to comprehensive information systems, these innovations are shaping a more efficient, safe, and passenger-friendly environment.
Rail Track Monitoring for Enhanced Safety and Efficiency
Real-time rail track monitoring systems can minimize risks and elevate safety to a new level. The integration of machine vision, AI, and IoT technology can help to realize the monitoring systems. With certified onboard edge AI systems, the data collected from sensors and cameras can be processed and analyzed immediately, enabling continuous monitoring of track conditions in real time. By delivering real-time data, they empower operators to take immediate action, reducing delays, minimizing accidents, and ensuring a smoother journey for passengers.
12th Gen Intel® Core™ for Real-time Processing
Powered by the efficient Intel® Core™ processor, the tBOX520 delivers the outstanding computing and graphic power necessary for real-time data processing and analysis. This enables continuous monitoring of rail tracks, allowing for immediate detection of anomalies like track deformation or obstructions.
Extensive Connectivity with Modular Expansion
The tBOX520 offers flexible connectivity options, including multiple Ethernet ports, USB interfaces, and serial connections. The A-coded VAM701 can connect with IP cameras for real-time high-quality video transmission, and the X-coded AM706 can connect with routers and other sensors. This modularity allows for seamless integration with various devices used in rail tracks, fulfilling customers’ diverse needs.
Compliance with Railway Standards
Meeting stringent railway industry standards like EN 50155 and EN 45545-2, the tBOX520 ensures safety, reliability, and fire protection. To ensure smooth operation in harsh conditions, it can withstand a wide operating temperature range of -40°C to +70°C meeting EN 50155 OT4 conformity, and supports a wide power input range of 24 to 110 VDC. Additionally, it satisfied the standard of EN 61373 (Category 1 Class B) shock and vibration, ensuring a steady connection in the train.
Onboard Broadcasting Systems for Seamless Communication
Clear communication with passengers is essential in creating a positive travel experience, making onboard broadcasting systems necessary for railway operators. These systems can be synchronized with real-time data from the control center, ensuring that passengers are always informed of the latest updates. With the support of Axiomtek’s onboard box PC, the operators can realize multi-language broadcasting and great wireless connection accessibility for the passengers.
GOT710A: Ultra-Flat Driver Machine Interface for Railway Control and Broadcasting
Rugged Design with EN Certification
The GOT710A is market-ready with EN 50155 and EN 45545-2 certification, making it compliant with railway safety and fire protection standards. To operate smoothly in the demanding rail environment, it features a wide operating temperature range of -40°C to +70°C which meets EN 50155 OT4 conformity, a full power input range of 24 to 110 DC with 20ms power interruption protection (EN 50155 Class S3) to protect it from power fluctuation.
Rich I/O Interface with Flexibility
The GOT710A features an extensive range of I/O interfaces, including two COM, one USB, one DIO, two LAN, and one CAN. To further enhance versatility for our customers, it offers one flexible I/O window, allowing easy connection with additional devices to meet application requirements.
Sunlight-Readable TFT LCD with High Brightness
The GOT710A features a high-brightness TFT LCD that ensures visibility even in direct sunlight, making it ideal for outdoor and high-exposure applications. This feature ensures railway operators can easily monitor and control broadcasting systems regardless of external lighting conditions, ensuring uninterrupted communication with passengers.
tBOX500-510-FL+ VAM600: Comprehensive Solution for Multilingual Railway Broadcasting Systems
High-Performance Intel® Processor
The tBOX500-510-FL is powered by a 7th Gen Intel® Core™ processor, ensuring fast and efficient processing. This enables real-time data processing for the multilingual broadcasting system, resulting in fast and accurate broadcasts.
Value-Added Slots for Enhanced Peripheral Integration
Equipped with a variety of I/O interfaces, the tBOX500-510-FL can connect to a wide range of peripheral devices and sensors. The VAM600 is equipped with two full-size Rev. 1.2 PCI Express Mini Card slots, supporting additional audio output. This allows customers to implement a cost-effective Public Address System, delivering both flexibility and affordability for their railway communication needs.
Designed for Rolling Stock with EN Certificate
The tBOX500-510-FL is designed to operate in extreme conditions, with a wide temperature range of -40°C to +70°C meeting EN50155 OT4 conformity and a wide power input range of 24V to 110V. Its fanless design also ensures it operates quietly and reliably, even in dusty or vibration-heavy environments commonly found in railway applications. It also meets EN 50155 and EN 45545-2 certifications, ensuring full compliance with railway safety standards.
Onboard Passenger Information Systems (PIS)
One of the key elements in enhancing the passenger experience is the Onboard Passenger Information System (PIS). This system delivers real-time updates on train schedules, arrival times, and any potential delays, keeping passengers well-informed throughout their journey. By integrating PIS with the onboard rail track monitoring and broadcasting systems, rail operators can ensure that passengers are aware of any changes in service due to track maintenance or delays.
tBOX110-APL-MR2: Compact Embedded System for Passenger Information Systems
Power-efficient Intel® Atom® Processor
The tBOX110-APL-MR2 is powered by the Intel® Atom® x5-E3940 processor, which features 4 cores and a TDP lower than 10W. It can handle real-time data from various PIS components with low-power, efficient processing.
Rich I/O Connectivity for Seamless Integration
The tBOX110-APL-MR2 has multiple I/O interfaces, including M12 GbE LAN, USB, COM ports, and HDMI, providing seamless connectivity to the P7180 display and other PIS components. This flexibility is essential for integrating video feeds, audio announcements, and data inputs into a unified passenger information system.
Designed for Harsh Railway Environments
Designed to meet EN 50155 and EN 45545-2 railway standards, the tBOX110-APL-MR2 operates in extreme temperatures from -40°C to +70°C which meets EN 50155 OT4 conformity and reaches EN 61373 (Category 1 Class B) shock and vibration standard, ensuring uninterrupted operation on moving trains. Its fanless, compact design is ideal for space-constrained installations while maintaining reliable performance in tough conditions.
P7180: High-Brightness Railway Monitor with EN Certificate
18.5-Inch Full HD Display with Wide Viewing Angle
The P7180 features a Full HD TFT LCD display with a resolution of 1920 x 1080 and 500 nits of brightness, ensuring clear visibility even in bright outdoor environments. Its wide viewing angle allows passengers to view the information from any position in the train, improving accessibility and overall user experience.
Multiple Video Input Options for Flexible Connectivity
With support for HDMI, DVI-D, and VGA video inputs, the P7180 offers flexible connectivity options, making it easy to integrate into existing Passenger Information Systems. Whether displaying station information, emergency alerts, or promotional content, the monitor ensures compatibility with various media formats and sources.
EN 50155 Compliant for Vibration and Shock Resistance
The P7180 is EN 50155 compliant for railway applications, meaning it can withstand the vibrations and shocks common in demanding railway environments. With a temperature range of -25°C to +55°C, it provides reliable performance under harsh conditions, ensuring uninterrupted display of critical passenger information.
