Railway Web-Seminar Series
Powerful interfaces for high-speed data transmission
ON-DEMAND WEB-SEMINAR
With your registration you can join the full Railway Web-Seminar Series which takes place from January to April 2021. You are free to join a single Web-Seminar or all four sessions. You may also register if you do not have time to attend live. You will receive an e-mail after each Web-Seminar with a link to the video recording.
The amount of data communication required in rail vehicles is increasing. Passengers want to keep in touch with their families, friends and colleagues by using Wi-Fi. At the same time, passenger information and entertainment systems (PIES) provide data about the route, the weather and offer news, entertainment or advertisements.
In order to meet these communication demands, rail vehicles need powerful network and data interfaces according to the special requirements of rail transport. The connectors must be surrounded by robust housings and, just as the cables, shielded against electromagnetic interference (EMC).
In this Web-Seminar you will discover:
- Solutions for future proofed data transmission in rail vehicles
- Out of the box high-performance Ethernet cabling (including fiber optics)
- Outlook into future technologies such as Single Pair Ethernet (SPE)
Web-Seminar details
- Language: English
- Duration: 30 minutes + 15 minutes Q&A
- Video available on-demand after your registration for the Railway Web-Seminar Series
Experts
Matthias Wiehe
Director Global Project Engineering
HARTING Technology Group
Malte Hofmann
Global Industry Segment Manager Transportation
HARTING Technology Group
Joachim Finke
Head of Product Management Network Interface Connectors
HARTING Technology Group
With your registration you can join the full Railway Web-Seminar Series which takes place from January to April 2021. You are free to join a single Web-Seminar or all four sessions. You may also register if you do not have time to attend live. You will receive an e-mail after each Web-Seminar with a link to the video recording.
