Moxa's ToughNet

Moxa has announced a new series of EN50155 Ethernet switches which satisfy the strictest railway industry standards. To deliver the tough performance required by complex railway and road communication systems, ToughNet series products have rounded M12 connectors to endure and withstand persistent and frequent vibration or shock. The company says the design concept emphasises the highest level of reliability and availability by offering strong EMI immunity, a -40 to +75°C operating temperature range, IP54/67
March 12, 2012 Read time: 2 mins
97 Moxa has announced a new series of EN50155 Ethernet switches which satisfy the strictest railway industry standards. To deliver the tough performance required by complex railway and road communication systems, ToughNet series products have rounded M12 connectors to endure and withstand persistent and frequent vibration or shock. The company says the design concept emphasises the highest level of reliability and availability by offering strong EMI immunity, a -40 to +75°C operating temperature range, IP54/67 housing, and redundant features such as bypass relay, Turbo Ring (which guarantees fast network fault recovery) and isolated dual power inputs. In addition, the ToughNet series has a rotary switch for configuring IP addresses built onto its housing, making it easier to configure new devices or replace existing devices.

According to Moxa, one of the most important features is that the series supports Power-over-Ethernet which means that network builders can benefit from reduced field wiring and installation costs, while the Gigabit bandwidth enables real-time performance for passenger comfort and security.

"Because of bandwidth and component standardisation issues, conventional train communication networks are limited by this inability to support multiple services. Industrial Ethernet is now leading the way to enable high-bandwidth backbone to satisfy the increased passenger comfort and security requirements," says Andy Cheng, Product Manager of Moxa's Power and Transportation Division. "There are more than 100 ToughNet models to choose from and each model is designed and developed to fit a specific communication infrastructure. The product line covers Fast Ethernet, Gigabit Ethernet, Power-over-Ethernet and DIN-rail or panel mounting options. In addition, ToughNet products are also compliant with NEMA TS2 and eMark for road traffic control and onboard vehicle applications."
Networking & Communication Systems

For more information on companies in this article

Related Content

  • Allied unveils Prosilica cameras
    January 23, 2020
    Allied Vision has launched Prosilica GT Large Format cameras with Sony Pregius CMOS sensors which it says can be used for traffic and transportation surveillance.
    Read More
  • In-car electronics and user demand for connectivity make case for automotive Ethernet
    January 22, 2014
    According to Frost and Sullivan, the use of Ethernet technology in automotive is gaining pace in Europe and North America. The paradigm shift towards connected cars and associated services such as automotive app stores and connected location-based services is fuelling the uptake. Along with the need to integrate multiple consumer electronic devices, the importance of offering prioritised, personalised services and maintaining brand identity are compelling automotive OEMs (original equipment manufacturers) t
    Read More
  • EDI’s advanced transportation controller delivers new benefits
    April 11, 2023
    Traffic control has evolved dramatically over the past century, and it’s reinventing itself once again as cities become more connected and environmental sustainability, multimodal transportation, autonomous vehicles, and Big Data take hold.
    Read More
  • Driver aids make inroads on improving safety
    November 12, 2015
    In-vehicle anti-collision systems continue to evolve and could eliminate some incidents altogether. John Kendall rounds up the current developments. A few weeks ago, I watched a driver reverse a car from a parking bay at right angles to the road, straight into a car driving along the road. The accident happened at walking pace, no-one was hurt and both cars had body panels that regain their shape after a low speed shunt.
    Read More

Highlighted Content