The latest converter generation is capable of providing media conversion of 24 Fast Ethernet ports on one height unit (1 HU). These port densities are achieved not only with small form factor plug connectors (SFF) such as MT-RJ and VF-45, but also, for the first time, with the widely used ST and SC fibre optic plug connectors.

The MICROSENS converters are designed as 19 inch, 1 HU assemblies. The compact design of the converters enables high port densities within the switching cabinet. Clustered plugs have to be deployed in many cases in order to achieve optimum utilisation of the port density in central switching components. These so-called TELCO cables connect 12 twisted-pair ports via one connection, and provide for more flexible and simplified installations.

The multiport converters provide suitable plug connectors and can be linked to matching switching systems. In addition to the TELCO versions, the Fast Ethernet multiport converters are also available with RJ45 sockets. This enables copper-based switches to be connected directly to the converter via standard RJ45 patch cables. The implemented AutoCrossing function eliminates the distinction between 1:1 and crossed connections.

Converters can be integrated into an existing SNMP management environment via an optional card module. The standardised Management Information Base (MIB-2) ensures compatibility with commonly used network management platforms. The web-based management also enables visualisation by means of an Internet browser.

A special feature is provided by Management Stacking, which enables one management agent to monitor several multiport converters. The multiport converters to be monitored are interconnected with the management agent via a slave module and a standard RJ45 patch cable. The converters also have an RPSU interface for connecting a redundant power supply unit (RPSU). This optional component provides for additional security of the power supply to multiport converter systems. If the internal power supply fails, then the external RPSU provides the entire power requirements.