Neutrik Rolls Out Transceiver Adapter at AES
Neutrik is introducing an opticalCON transceiver adapter at AES 2008 to be held in San Francisco this weekend. The company says the opticalCON transceiver adapter seamlessly connects an opticalCON chassis and an LC SFP transceiver.
SFP transceivers are compact, optical transceivers used in fiber-optic communications and Neutrik’s opticalCON transceiver adapter is compatible with all LC SFP transceivers and enables use of Neutrik’s rugged opticalCON or conventional LC connectors. It features an automatic sealing shutter that avoids transceiver contamination on-site and also helps users avoid vandalism by “protecting” the transceiver.
Neutrik’s newest transceiver adaptor is available in several variations depending on signal mode. Each is designated a particular color for easy and instant identification on-site. Neutrik’s new receiver adaptors include a multimode transceiver adapter (NAO2M-SFP-LC) that features a black color coding, a single mode transceiver adapter (NAO2S-SFP-LC) with a blue color coding and a single mode APC transceiver adapter (NAO2SA-SFP-LC) with a color coding of green.
“At Neutrik, integration is the key to staying at the forefront of connectivity trends and needs,” says Jim Cowan, president of Neutrik USA. “Products such as the new opticalCON Transceiver Adapter enable us to offer our customers an optical solution from Neutrik, to seamlessly integrate with SFP transceivers.”
In order to create a simplified installation, one can connect a conventional LC-Duplex connector on the rear, which causes the chassis connector to act as a “feed-through.” The opticalCON cable connector comes pre-assembled with a choice of three mobile field cables, which can be ordered at almost any length.
Neutrik says the opticalCON also features a rugged connection, all metal housing and heavy-duty cable retention. It uses conventional LC connectors, which are easy to clean, and has a Push-Pull locking mechanism. In addition, the colored labeling plates are included to identify the fiber mode.