Manage traffic and logistics

Mobile network technology for provision of information and controlling of systems

Whether for passenger information at bus stops; controlling of traffic lights or transmission transmitting data for traffic monitoring and traffic density measurement, there is often no line available over which this data can be transmitted. LTE modems allow wireless connection to the control center, autonomously monitor the connection and therefore avoid additional costs for a DSL line and corresponding installation work.

Passenger information systems

Flexible LTE technology enables cost-effective, secure connectivity of information displays. No cost-intensive excavation work or DSL lines are required at bus stops or railway stations, allowing even remote locations to be equipped with modern display units showing actual departure times or providing special information.

Traffic monitoring

Traffic monitoring systems – whether speed monitoring devices, distance measurement or traffic density measuring systems – are often installed in locations with no wired communications paths available. LTE technology with encrypted communication allows a protected connection for example to a traffic control & guidance system.

Application examples

MC Technologies traffic and logistics

Public transport information display units

The MC100 allows transmission of information such as departure times, disruptions or roadworks to bus and train passenger information displays. Announcements – i.e. audio files – can also be transmitted via mobile communictation. Thanks to the LTE connection civil works for DSL lines are required at the passenger stops. This delivers a significant time and cost saving in comparison to wired communications systems.

MC Technologies traffic and logistics

Traffic control and traffic monitoring

MC100 series devices allow simple, flexible, programmable controlling of traffic guidance systems such as traffic lights, barriers, access systems, etc. The LTE technology is suitable both for stationary use away from DSL connections and for temporary use, e.g. at construction sites. In addition to this, the MC100 modem and, most recently, also the MC92 are ideal for data transmission in speed monitoring and traffic counting systems. Depending on the sensor system the technology can also be used to transmit messages informing about malfunction or vandalism as well as actual data.

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Products

MC MRL2 router

4G LTE
2-Port Ethernet
RS232
Optional GPS
Alarm Capability

MC92 Terminal - MC Technologies

MC92 Terminal

4G LTE / 450 MHz
RS232
Various interfaces as option
Metal housing
Mounting on top‐hat rail
AT commands

MC100 GPIO Terminal - MC Technologies

MC100 GPIO Terminal

4G LTE
Ethernet 10/100MBit/s
Various digital IOs
OpenWrt Linux
Node‐RED™

MC-MRLQ Router

MC‐MRLQ Router

4G LTE
Ethernet 10/100, GPIOs
2x SIM Card
Linux Operating System
IPsec & OpenVPN
Integrated Firewall
Metal Housing
Mounting on top‐hat rail

MC100 wM‐Bus Terminal - MC Technologies

MC100 wM‐Bus Terminal

4G LTE
Ethernet 10/100MBit/s
Wireless M‐Bus 868MHz (optional 169/433MHz)
Selective filters and amplifiers
OpenWrt Linux
Node‐RED™

MC100 SensT2 Terminal - MC Technologies

MC100 SensT2 Terminal

4G LTE
Ethernet 10/100MBit/s
Various digital IOs
PT100/PT1000
OpenWrt Linux
Node‐RED™

MC89 Terminal - MC Technologies

MC89 Terminal

4G LTE
RS232
GPS optional
Hardware watchdog
Java™
AT commands

MC100 Terminal - MC Technologies

MC100 Terminal

4G LTE
Ethernet 10/100MBit/s
OpenWrt Linux
Node‐RED™

MC100 Gateway - MC Technologies

MC100 Gateway

4G LTE
Ethernet 10/100MBit/s
RS232/485, digital IOs, CAN, USB
OpenWrt Linux
Node‐RED™