Reliable Ethernet communication is of utmost importance for stable operation and the use of IP65/67-rated Ethernet switches, as well as the future integration of Single Pair Ethernet (SPE) in new commercial vehicles, offers immense advantages. This article explores the technical application of camera and sensor systems in commercial vehicles and emphasizes the significance of reliable Ethernet communication in this context.

The integration of cameras and sensors in commercial vehicles allows for improved safety, efficiency, and monitoring. Camera systems provide enhanced visibility for drivers and operators, especially in areas that are typically challenging to observe. Sensors enable real-time collection and analysis of crucial vehicle data. The networking of these systems requires reliable Ethernet communication, ensuring stable data and image transmission, seamless integration, and enhanced vehicle safety and efficiency.

IP65/67-rated Ethernet switches

In demanding industrial environments where reliability, robustness, and protection against environmental influences are paramount, IP65/67-rated Ethernet switches play an increasingly important role. These specially designed switches offer a range of advantages that make them an ideal choice for various industrial applications.

IP65/67 certification indicates that Ethernet switches are dust-tight and provide high protection against the ingress of dirt particles. This is particularly critical in harsh industrial environments where dust and dirt present constant challenges. Waterproofing is another essential advantage. The switches are protected against water jets or temporary submersion, making them suitable for high-humidity environments, outdoor applications, or situations requiring regular water cleaning.

Future: SPE in commercial vehicles

With technological advancements, Single Pair Ethernet (SPE) offers promising possibilities for networking in commercial vehicles.

Through weight and space savings, easy installation, and robustness, SPE can further enhance the performance and flexibility of vehicle networking. The implementation of SPE in new commercial vehicles allows for optimized integration of cameras, sensors, and other systems. SPE is based on the Ethernet standard, which is continuously evolving, ensuring high future-proofing and compatibility with new technologies and applications. Commercial vehicles equipped with SPE are well-prepared to benefit from future innovations in vehicle communication.

One of the primary benefits of SPE is its ability to drastically cut down on investment costs. Traditionally, complex cabling systems were required to support communication in automation systems. However, SPE streamlines this by using just a single pair of wires.

Additionally, SPE simplifies installation efforts. With fewer cables to manage, the setup process becomes more straightforward, saving valuable time and labour. Space constraints are a common challenge in many industrial settings. SPE addresses this issue by minimizing space requirements. Its compact design and simplified cabling systems free up valuable floor space that can be better utilized for other purposes.

Weight is another critical consideration, especially in applications involving mobile autonomous systems. SPE’s lightweight infrastructure reduces the overall weight of vehicles, which can contribute to improved energy efficiency and performance. Perhaps the most transformative aspect of SPE is its support for completely digital, IP-based networking.

Conclusion

The networking of cameras in commercial vehicles, such as construction and agricultural machinery, requires reliable Ethernet communication to ensure clear visibility of the working environment and improved safety. IP65/67-rated Ethernet switches provide the necessary environmental protection and enable stable real-time image and data transmission. The implementation of Single Pair Ethernet in new commercial vehicles promises a multitude of benefits that once again elevate efficiency, safety, and flexibility in vehicle communication.

Technology report by TERZ