The Perle MCR1900 Media Converter Chassis is the most reliable high density media converter solution available today. It is ideal for enterprise and campus environments where multiple points of fiber integration are essential. An end-to-end fiber to Ethernet solution can be achieved by pairing media converter modules in this high density chassis with another Perle MCR1900 chassis or standalone media converters.
MCR1900 Media Converter Chassis Features
High Density Media Converter Platform
Insert up to 19 media converter modules into a single 2U chassis. The media converter modules share a common power source.
Rugged Chassis Design
U-channeled card cage provides high torsional rigidity
Unified design between chassis slot and and media converter module faceplates provide additional chassis strength
Redundant vertical supports ensure that slot alignment remains accurate enabling easy card insertion and removals over time
Advanced card guide design along with 32 pin DIN 41612 connectors offer better card mating accuracy for reliable module additions and changes
Made with zinc coated cold-rolled steel offering excellent corrosion resistance
Extra ventilation slots on module face plates provide cooler operation and longer life
Multi channel air flow for improve card cooling
Auto-Thermal Shutdown Protection should internal temperature threshold be exceeded
Hot-Swappable modules
Media converter modules can be inserted and removed with no impact to the rest of the system. Upon insertion the module will automatically be powered up and begin functioning. Modules can be placed in any slot and in any order.
Power Supply Failover
On dual power supply configurations, the load sharing power supplies provide instant failover should a power supply or power source fail. A single power supply can provide more than sufficient power for a fully loaded system.
Intelligent Alarm Relay
A backplane controller provides continuous monitoring of vital chassis resources. The built-in, normally open/closed, dry contact relay will engage on the following fault conditions:
