OPTICAL SUB-ASSEMBLY

The LuxNet L-AR-EM99-03 5-pin low optical return loss LC-ROSA (Receiver Optical Sub-Assembly) is designed for high-speed, high?Vperformance video application. This device integrates our high-speed 1310/1550 nm PIN detector with an 12Gbps video trans-impedance amplifier (TIA) and a capacitor into a TO-46 5-pin header with cap window and LC port. The product is designed for 12G-SDI data rates, where low optical return loss is required. The LC-type optical port with fiber stub transmits light into the PIN detector with high coupling efficiency and low optical return loss.
 

This Luxnet L-AT-ID31-09 5pin 25Gbps DFB Laser LC-TOSA (Transmitter Optical Sub Assembly) is designed for 25Gbps fiber optic data communication. The application requirements are used to perform through single mode optical fiber. A flex provides to interconnect from header, which leads to transceiver PCB with control impedance. The device integrates DFB Laser diode with InGaAs PD as laser power monitor which located in the To-can. The product contains low threshold current.

The LuxNet L-AR-IA99-x is designed for high-speed, high?Vperformance 25G Ethernet applications. This device integrates our high-speed 1310nm APD detector with a 25G trans-impedance amplifier (TIA) and capacitors into a TO-46 header with cap window. The APD-TIA assembly can be integrated with a fiber receptacle housing to receive light from fiber through a receptacle into the PIN detector with high coupling efficiency.

The LuxNet 1310nm 10G LC-ROSA (Receiver Optical Sub-Assembly) is designed for 10Gbps data communication performance requirements through single mode optical fiber. This device integrates with 10G high speed InGaAs PIN chip and trans-impedance amplifier (TIA) into a TO-46 cap, 5-pin header and LC plastic port. A flex provides interconnects from header leads to transceiver PCB with controlled impedance. This product is designed for the application of 10G SONET/SDH.

The Luxnet L-AT-EF31-00 4pin 10G FP Laser LC-TOSA (Transmitter Optical Sub Assembly) is designed for 10G fiber optic data communication applications. The requirements are used to perform through single mode optical fiber. The flex board interconnects the header to the transceiver PCB using control impedance. The device integrates an FP Laser diode with an InGaAs monitor which is located in the TO-can. The product has a low threshold current, and performs well even at high temperatures.