OCM14102-NX-OCP Uncategorized

The OCM14102-NX-OCP is an optical concurrent multiplexer/demultiplexer skillfully designed to provide a highly reliable means to concurrent multiplex and demultiplex multiple channels of digital signals. It enables the insertion of Ethernet networks over a single fiber channel while allowing the coexistence of the Ethernet traffic in the same fiber against other existing networks. For example, one link could be used to transport two independent Gigabit Ethernet networks along with singlemode and multimode IR versions.

The OCM14102-NX-OCP offers great flexibility in that it is suitable for different applications, including point-to-point, ring, and source/sink OCM applications. It can also be used in data center and data hub configurations, as well as in transport networks where Ethernet traffic needs to be carried independent of other network technologies. The OCM14102-NX-OCP also provides on-board intelligence which allows for individual channels to be selectively switched on/off using an onboard control command.

The OCM14102-NX-OCP has an array of features, including: an integrated thermal heating controller, for optimal temperature control in extreme climactic conditions; EMI/RFI suppression for improved signal quality; a routing table with up to 16 separate forwarding rules; configured error correcting capabilities (ECC), such as 8b/10b coding; built-in connector detection lines for link recovery monitoring; diagnostic monitoring and trouble shooting; and a simple “plug and play” installation.

In terms of its working principle, the OCM14102-NX-OCP utilizes a modified version of the WDM (wavelength-division multiplexing) technology. This allows it to transmit multiple concurrent signals on the same fiber link simultaneously and remain compatible with existing multiplexers and demultiplexers. OCM receivers contain special chipset components which allow for “time slicing” of the multiple Optical Carrier signals, while the transmitter utilizes a proprietary switching algorithm to maintain constant signal strength, regardless of what frequency channels are being carried.

The OCM14102-NX-OCP also employs an array of signal conditioning techniques, such as wavelength switching, CWDM (coarse wavelength division multiplexing), and FEC (forward error correcting), to ensure scalability and reliability. The on-board intelligence provides monitoring for channels which are out-of-service or in need of maintenance, as well as link reliability monitoring. Moreover, it helps to ensure that Ethernet traffic is rejected or temporarily blocked to prevent any contention or interference with other networks’ traffic.

In summary, the OCM14102-NX-OCP conveys one of the most reliable and versatile applications for multiple channel optical communications systems today. With its cutting-edge technology, it enables users to multiplex and demultiplex multiple channels of digital signals over a single fiber channel while guaranteeing scalability and reliability. The OCM14102-NX-OCP also offers a great level of flexibility, allowing users to choose between point-to-point, ring, and source/sink OCM applications depending on the different application requirements. Its various components and features, such as an integrated thermal heating controller, EMI/RFI suppression, a routing table, and error correcting capabilities, make it an efficient and flexible multiplexing and demultiplexing system.