Fleet management isn't just for the big players anymore; companies of all sizes are embracing this advancing technology. According to MarketandMarket, the fleet management market is projected to grow at a CAGR of 14.2% until 2028. The benefits are clear: fleet management systems can maximize efficiency, decrease costs, and improve productivity. With the advent of new technologies, fleet management can even enhance safety significantly.
Computer vision, video analytics, and IoT enable real-world applications, such as driver behavior management, fatigue monitoring, and blind spot detection. Video footage captured onboard can be analyzed locally and sent to control centers for further optimization. This comprehensive approach ensures fleets operate more safely and efficiently, providing tangible benefits for businesses of all sizes.
Driver Behavior Monitoring
Effective driver management is crucial for reducing accidents, injuries, and liability costs. Thanks to the new technology of the integration of IoT and computer vision, operators can now deploy advanced driver behavior monitoring systems that capture CANbus signals to analyze aggressive driving habits like speeding and harsh braking. At the same time, the systems leverage video analysis and computer vision to detect signs of driver fatigue, providing immediate alerts to prevent fatigue-related incidents. Comprehensive management systems enhance safety, boost driver performance, and ensure more reliable and efficient transit operations.
tBOX110-APL-TV: E-Mark Certified Fanless Embedded System Designed for Vehicle
Rugged Design for Onboard Use
The tBOX110-APL-TV is specifically designed for vehicle and railway applications. To ensure stable operation onboard, it features a wide operating temperature range of -40°C to +70°C and a wide power input range from 9 to 36 VDC. It also includes smart ignition for safe shutdown and vehicle battery protection. Moreover, it’s market-ready and has an E-Mark certificate.
Compact with Rich I/O
Measuring only 16.4 cm x 12.8 cm x 4.4 cm, the tBOX110-APL-TV fits seamlessly into space-constrained environments. For greater flexibility in deployment and integration, it offers extensive I/O options, including 2 x isolated CANBus, 2 x LAN, 2 x COM, and 2 x HDMI.
Energy and Cost Effectiveness
Powered by the Intel Atom® x5-E3940 with a TDP of less than 10W, the tBOX110-APL-TV is designed for energy and cost efficiency. This fanless embedded gateway enables customers to quickly deploy new applications onboard while minimizing budget and resource consumption.
Real-Time Tracking Management & Fare Collection Application
Real-time fleet management provides operators with a seamless, continuous view of vehicle locations through GPS technology. By leveraging GPS technology, the system offers precise, up-to-the-minute updates on the position of each vehicle in the fleet, allowing fleet managers to monitor routes, track stops, and ensure that vehicles are always in the right place and time. By integrating GPS technology with ticketing machines, the system ensures accurate fare calculations based on distance traveled, enhancing transparency and streamlining fare collection for a more efficient and reliable passenger experience.
UST210-83K-FL: Compact and Fanless In-Vehicle Embedded System for Real-Time Fleet Management
Great Expandability for GPS and Wireless Connectivity
The UST210-83K-FL is equipped with one full-size PCI Express Mini Card slot and one half-size Mini Card slot, enabling seamless integration with GNSS or GPS cards for reliable, continuous wireless connectivity. This ensures real-time updates on vehicle locations, facilitating precise monitoring and efficient route optimization.
Reliable Connectivity with Versatile I/O Ports
This embedded system provides versatile I/O options, including two USB 3.0 ports, one HDMI output, four LAN ports, and up to two COM ports, enabling seamless data transmission for tracking systems and ticketing machines while offering the flexibility to accommodate various customer applications.
Rugged and Reliable Design with E-Mark
The UST210-83K-FL is specifically designed for in-vehicle applications and certified by E-Mark for compliance. It includes smart ignition control and supports a wide power input range of 12V and 24V DC, ensuring stable performance while safeguarding vehicle batteries. With an extended operating temperature range from -40°C to +70°C, the system is built to deliver reliable operation even in the most demanding environments.
Blind Spot Detection
According to the U.S. Department of Transportation (DOT), most bus accidents occur because the bus drivers are not able to see pedestrians and vehicles. Even though drivers are all well-trained and highly attentive to their surroundings, the blind-spot zones make it extremely hard to avoid accidents thoroughly. By leveraging onboard panel PCs and cameras, we can significantly reduce these incidents. Cameras mounted on the bus body capture objects in blind spots and display the video feed on the panel, allowing drivers to easily detect obstacles or passersby, reducing the injuries caused by blind spots.
UST510-52B-FL: High-Computing Onboard Edge Computing Platform with E-Mark Certificate
High-Computing Power with Generous Storage Capacity
The UST510-52B-FL is powered by the powerful LGA1151 Intel® Xeon®, 9th/8th Gen Intel® Core™ i7/i5/i3, Celeron® or Pentium® processor, supporting up to 65W TDP. It accommodates up to four SATA drives with software RAID 0/1/5/10 support for better fault tolerance and performance.
Flexible I/O with PoE Manager Software
The UST510-52B-FL features two flexible I/O windows to meet diverse customer needs. It supports up to 16 PoE ports, making it an excellent choice for video surveillance applications. To simplify management, Axiomtek has AX PoE Manager software, allowing on-site monitoring of the status of each port without system reboots.
Rugged and Reliable Design with E-Mark
The E-Mark certified box PC operates reliably across a broad temperature range from -40°C to 70°C and withstands vibrations up to 3 Grms. Its wide power input range of 9 to 36 VDC with smart ignition ensures stable and safe in-vehicle operation.
