Powerful interfaces for the growing data stream
The amount of cable-based communication in rail vehicles is growing. Passengers use WLAN during their travel. Passenger information systems carry more and more messages, e.g., about the course of the route, the nearest stations or the weather. In addition, these systems also contain news and advertising.
Camera monitoring of train, track and platform further increases the data streams. To allow for the necessary communication, wagons and railcars need a powerful network infrastructure. Inside, they are equipped with appropriate network cables. Jumper cables provide for the data flow between the vehicles, with connectors attached to their ends. They are plugged on the outside walls of the vehicles.
Space is scarce in rail vehicles
Space is scarce in rail vehicles. HARTING plug & play connectors for the transmission of data, power and signals occupy only limited space. At the same time, these connectors must be surrounded by robust housings and, just as the cables, shielded against electromagnetic interference (EMC).
The Han® Megabit and Han® Gigabit modules are elements of the HARTING portfolio for maximum data transmission rates in limited space. They enable a 360-degree-shielded transmission in a modular connector. Enclosed in large hoods/housings for outdoor use, e.g., they achieve highest data and power transmission rates per space unit.
Up to 12 Han-Modular® modules fit into the Han® 34 HPR housing. HPR stands for the High Pressure Railway series. Made of die-cast aluminum, these hoods and housings meet all requirements in the railway sector. They are especially protected against corrosion, shock and vibration – with the highest degree of tightness (IP 68 / 69K) – and fulfil the requirements concerning fire resistance according to EN 45545-3.
New business opportunities due to clever marketing systems
The use of plug-in connectors with high transmission rates supports new business opportunities. High transmission rates e.g. allow for the integration of clever marketing systems, video-on-demand entertainment, and real time passenger information. At the same time, the security of data transmission on board is maintained and increased. Shielded transmission is provided by the Han® Gigabit module in conjunction with Han® HPR housings that are perfectly protected against electromagnetic interference.
Best practice of a successful expansion of data networks
A modern, high-performance Ethernet cabling is an important argument for operators, wagons and/or railcars to lease. HARTING supports the high bandwidth Ethernet network with EMC shielded Han® Gigabit modules, jumper cable housings and Cat. 7A cable assemblies.
What our customers say:
Our requirement was to provide high-performance Ethernet. The pain point were 2 x 10 Gbit backbones both using ring topology networks to be fitted into one jumper cable and into another environment with limited space. The Han-Modular® Hinged Frame in combination with the data transmission modules and the M12 connector are the ideal solution for this application.”
We are using HARTING connectors in different applications. In the last few years, they have made great technical advance in the areas of high-speed transmission and miniaturized packaging. HARTING have increasingly optimized these aspects in their product range over years. That is why they have continued to be linked to our products for several years.
HARTING is among the leading manufacturers of heavy-duty connectors for train vehicles. The company attaches particular importance to robust and long-lasting solutions that enable an easy and secure handling e.g. by using coding options. Finally, the respective cabling solution must be part of an overall concept, i.e., the data connectors should be considered as a part of the overall data infrastructure of the rail vehicle.
The concept enables a smooth integration of electronic systems such as displays, monitoring cameras (equipped e.g. with M12 circular connectors) and sensors.
Your benefits at a glance:
- Powerful interfaces for the growing data stream
- Robust and longstanding solution
- Efficient transmission of high definition multimedia
- Optionaly shielded data transmission (electromagnetic radiation)