R&S®RCMS II Management Software

Remote control and monitoring system for Rohde & Schwarz radios

General Information

The R&S®RCMS II is a software application suite for the management of Rohde & Schwarz radios that is specially designed to meet the needs of the air traffic control (ATC) sector. The R&S®RCMS II covers remote control (RC) and fault management (FM).

The R&S®RCMS II shows the current status of all equipment in the system. It not only provides a hierarchical representation of a nationwide system but also forwards equipment alarms to higher levels in the display hierarchy. This combination makes it possible to visualize individual equipment alarms in a manner in which they will not be overlooked and to access individual pieces of equipment quickly. While this is being done, messages and alarms of monitored devices are stored in a database.

The R&S®RCMS II provides access to equipment messages that were sent by monitored equipment in the past. Current equipment information in combination with access to equipment messages received in the past contribute to lower upkeep and maintenance costs. The historical equipment messages can be exported for statistical analysis.

Operational radio parameters can be displayed and set in the R&S®RCMS II. A user management system tailored to the needs of ATC operators ensures that only authorized personnel is granted access to the equipment and operational parameters.

The R&S®RCMS II can be scaled from small systems (e.g. for a small regional airport) up to nationwide systems with a high number of radios.

Architecture

Architecture of the R&S®RCMS II

Architecture

The R&S®RCMS II is a client/server application. Remote control and fault management can be carried out simultaneously from multiple workstations connected to the server.

The R&S®RCMS II clients and servers are operated in the control centers. The system does not require a station controller at the radio site. This allows very small radio sites to be economically installed and operated.

The radio sites are directly linked to the control center by means of Internet Protocol (IP) technology.