Innovation in

REBROADCASTING SINCE 1962


Canam Technology, Inc.

Is the most vertically integrated company in the Transit and Highway Tunnel
Communications Sector. Pioneer in rebroadcast systems since 1962.


Innovation in

REBROADCASTING SINCE 1962

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NMS

Network Management System

Network Management System

The Network Management System monitors the health and controls the operation of active DAS radio equipment, such as Channelized RF Signal Boosters, Broadband BDAs, RF-over-Fiber links and RF switches, discrete digital I/O devices, and other equipment.

The NMS client Graphical User Interfaces (GUI) shows detailed information including alarm indicators, equipment controls, and other management information.

Standard Features


  • Monitor the functional and transmitting radio equipment status on the network, using standard protocols.
  • Alarm conditions can trigger automatic actions, response or notifications.
  • Control different equipment parameters from an integrated Graphical User Interface (GUI).
  • Different levels of alarm: Critical, Non-Critical, and Warning.
  • Detailed information on single equipment, including the description, location, status and serial number.
  • Control functional parameters of individual pieces of equipment.
  • Standard protocols: SNMP v1 & v2c, Modbus, TCP/IP.
  • Email notifications upon equipment alarms.
  • System events logging.
  • User profiles based access control.
  • Completely configurable to match radio system architecture.
  • NMS Servers runs on Linux���.
  • NMS Client GUI application runs on Windows��� and Linux���.
  • Single or dual server cluster configuration.

NMS Servers Architecture


Single Server:

Single server running server applications. In case of failure the system will be unavailable until the computer is repaired or replaced.

High Availability Cluster:

Two or more servers are deployed in an active/standby architecture, providing continued service when failure occurs.

Web browser interface



Hyperlink to control, configure and monitor the operational parameters of each RF device to access the web interface. Typical operational parameters are frequency configuration, gain, amplifiers control, alarm threshold, settings files, log files, general and RF meters.

User level-controlled access is also implemented on each Radio device for guest, operator, technician and administrator levels.