Passive Components for Fiber Optic Networks

Fixed In-Line Loopbacks Terminators

Passive components are the foundation stone of optical network systems. OPTOKON began manufacturing its extensive range of passive optical network components over 30 years ago; many of these components can now be found in today’s data networks and FTTH applications. To meet the ever increasing requirements of passive optical networks (PON), OPTOKON designs, develops and manufacturers innovative and customized solutions that comply with international standards and meet the ever increasing demands of passive optical networks (PON) for the highest optical and mechanical specifications.

Thanks to the experience of our employees and high end production and testing technology, we are able to produce the necessary pigtails, patch cords and other passive components according to your requirements of connector types, optical fibers, cable types and lengths, etc. Contact our sales department. which will advise you and prepare an offer immediately.

LBA series Loopback Attenuator

The Loopback Attenuators are designed to meet low reflection requirement to optimize performance. Our revolutionary production process allows us to manufacture the most precise fixed Attenuators in the market place, by employing a special packaging process that improves thermal stability of insertion loss.

LBA series MTP Loopback module

The MTP Loopback module is designed for testing of MTP/MPO parallel links and for device burn-in. By creating a loop of signal from transceiver to receiver within one MTP/MPO plug it forms optical link which allows testing of optical network segment by segment. MTP/MPO connector Loopback is suitable solution for datacom centers and telecom operators. The Loopback modules are designed to meet low reflection requirement to optimize performance. Our revolutionary production process allows us to manufacture the most precise fixed Loopback module in the market place, by employing a special packaging process that improves thermal stability of insertion loss.