The MPS 4500 series of Singlemode/Multimode Hybrid Wavelength Division Multiplexers (H-WDM) are three port devices designed to enable bi-directional optical communications between two Gigabit Ethernet transceivers that are sharing a single strand of 62.5um multimode optical fiber cable. The 4500 series of multiplexers include both the AC series and the TB series. The MPS 4500/TB is engineered to provide the Mux/DeMux functions for transceivers that transmit at the 1550 nm wavelength and receive at the 1310 nm wavelength. The TB 1550 nm transmit path integrates an Optical Mode Conditioner that optimizes the optical mode field of the transmit singlemode fiber to the multimode fiber port of the H-WDM. The use of mode field optimization minimizies the Bit Error Rate (BER) of the Gigabit Ethernet data as it is transported over the multimode fiber cable. The MPS 4500 has several key features that set it apart from ordinary wavelength division multiplexers that make them ideal for use in legacy multimode data communication systems that need to be upgraded to Gigabit Ethernet speeds. The key features of the MPS 4500 include:
Compact Package Size
Low Insertion Loss between Common Port and Input Mux and Output DeMux Ports
High Insolation between Mux and DeMux Ports
Integrated Optical Mode Conditioner Applications:
Network Sensors
High Speed Data Networks
Telecommunications
The MPS 4500 series of Singlemode/Multimode Hybrid Wavelength Division Multiplexers (H-WDM) are three port devices designed to enable bi-directional optical communications between two Gigabit Ethernet transceivers that are sharing a single strand of 62.5um multimode optical fiber cable. The 4500 series of multiplexers include both the AC series and the TB series. The MPS 4500/TB is engineered to provide the Mux/DeMux functions for transceivers that transmit at the 1550 nm wavelength and receive at the 1310 nm wavelength. The TB 1550 nm transmit path integrates an Optical Mode Conditioner that optimizes the optical mode field of the transmit singlemode fiber to the multimode fiber port of the H-WDM. The use of mode field optimization minimizies the Bit Error Rate (BER) of the Gigabit Ethernet data as it is transported over the multimode fiber cable. The MPS 4500 has several key features that set it apart from ordinary wavelength division multiplexers that make them ideal for use in legacy multimode data communication systems that need to be upgraded to Gigabit Ethernet speeds.
The key features of the MPS 4500 include:
- Compact Package Size
- Low Insertion Loss between Common Port and Input Mux and Output DeMux Ports
- High Insolation between Mux and DeMux Ports
- Integrated Optical Mode Conditioner
Applications:
- Network Sensors
- High Speed Data Networks
- Telecommunications
