RFoG (RF over Glass) Solutions
A wide range of compact, high performance Optical Network Units (ONUs) is available from Lindsay.
XTENDR™ HFC Repeater
Lindsay’s XTENDR HFC repeater is designed for easy extensions of existing HFC networks. The XTENDR device provides a suitable migration path and cost-effective connection of
Optical Service Cable for XTENDR™ HFC Repeater (XT-SC Series)
Lindsay Broadband has specifically designed the XT-SC series of optical service cables for the XTENDR HFC repeater. The XT-SC series service cables use 6.2 mm
NoBI™ AC Power Distribution Panel
The NoBI-AC-DP series of products are AC power distribution panels designed to power the NoBI 1RU active splitter from an HFC coaxial cable plant power
NoBI™ OBI-Free Active Splitter
Optical Beat Interference (OBI) occurs when simultaneous optical upstream transmissions from multiple CPEs (RFoG mini nodes) interfere with each other – a condition that becomes
LBON820ACT 1.2 GHz 8-Port OBI-Free RFoG ONU (Fiber to the Tap – FTTT)
Lindsay’s LBON820ACT RFoG node is a new member to the family of bi-directional RFoG optical nodes using WDM transmission, the ideal platform for delivering upstream
LBON520ACT Customer Premise OBI-Free RFoG ONU (1.2 GHz) with 1G/10G PON Pass Through Port
Optical Beat Interference (OBI) occurs when simultaneous optical upstream transmissions from multiple CPEs (RFoG mini nodes) interfere with each other – a condition that becomes
LBON520AC Customer Premise RFoG ONU (1218 MHz) with 1G/10G PON Pass Through Port
Lindsay’s RFoG product family includes several optical network units (ONUs). The LBON520AC series is our third generation RFoG premise ONU with xPON pass through port,
LBON500AC Customer Premise RFoG ONU with 1G/10G PON Pass Through Port
Lindsay’s RFoG product family includes several optical network units (ONUs). The LBON500AC series is our third generation RFoG premise ONU with xPON pass through port,
LBON320ACT Customer Premise OBI-Free RFoG ONU (1.2 GHz)
Optical Beat Interference (OBI) occurs when simultaneous optical upstream transmissions from multiple CPEs (RFoG mini nodes) interfere with each other – a condition that becomes
LBON320AC 1.2 GHz Customer Premise RFoG ONU
Lindsay’s RFoG product family includes several optical network units (ONUs). The LBON320AC device is a 1218 MHz, DOCSIS® 3.1, compact, bi-directional optical node that provides
LBON300AC 1 GHz Customer Premise RFoG ONU
Lindsay’s RFoG product family includes several optical network units (ONUs). The LBON300AC device is a compact, bi-directional optical node that provides the ideal platform for