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Laser Link 1310nm Transmitters Laser Link 1310nm Transmitters

The Laser Link® Modular 1310 nm Optical Transmitters are part of an advanced transmission system designed to optimize network architectures and increase reliability, scalability, and cost effectiveness. The Laser Link III 1310 nm transmitters are designed to operate over a wide range of optical output powers and loss budgets, delivering both analog and digital signals.

The LLT III series of transmitters are half-width modules. Up to 14 modular LLT III transmitters can be housed in the Laser Link Mainframe or 4 modules in the Laser Link Mini-mainframe offering compact installation, improved system reliability and a telemetry interface for Network Management (status monitoring).

Laser Link 1550nm Transmitters Laser Link 1550nm Transmitters

The Laser Link® Modular 1550 nm Optical Transmitters are part of an advanced transmission system designed to optimize network architectures and increase reliability, scalability, and cost effectiveness.

The Laser Link 1550 nm Transmitter Family includes the Externally Modulated Transmitter (LEMT), Narrowcast Transmitter (LLNT), and Narrowcast Return Transmitter (LLNTR). These 1550 nm transmitters are designed to operate over a wide range of optical output powers and loss budgets, delivering both analog and digital signals.

The 1550 nm LEMT applications include supertrunking, hub interconnects, broadcast transmission portion of DWDM architecture and 1310/1550 nm overlays. The LLNT converts input RF narrowcast signal in the 50-870 MHz frequency range to an optical output with a discrete ITU grid wavelength. LEMT Transmitter Multiple outputs of LLNT products (20 currently) may then be transmitted over a single fiber through utilization of wave division multiplexing. The LLNTR converts RF signal inputs in the 5-210 MHz frequency range to an optical output with a discrete ITU grid wavelength. LLNTR outputs of differing wavelengths may then be combined for amplification and transport over a DWDM system.

Laser Link 1550 Optical Amplifier Laser Link 1550 Optical Amplifier

The Laser Link 1550 nm EDFA amplifies 1550 nm optical signals to increase the optical transmission reach of the system. This product offering is flexible enough to perform in numerous upstream and downstream applications, including DWDM architectures, supertrunk transmission, hub interconnects and 1310/1550 nm overlays.

Laser Link Forward Receivers Laser Link Forward Receivers

The Laser Link® Forward Receiver (LLFR) receives optical signals, then converts them to RF and transmits them into the network. Up to 7 modular forward path receivers can be housed in the Laser Link Mainframe, or 2 modules in the Laser Link Mini-Mainframe, offering compact installation, improved system reliability and a telemetry interface for Network Management (status monitoring).

The ELLRR-S Reverse Receiver (ELLRR-S) receives analog or data upstream signals from a node or a hub location. Up to 14 modular return receivers can be housed in the Laser Link Mainframe or 4 modules in the Laser Link Mini-mainframe, offering compact installation, improved system reliability and a telemetry interface for Network Management (status monitoring).