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The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
The FiberPlex <b>TD-OADM</b> is an optical add/drop mux used in WDM (wavelength-division multiplexing) systems for multiplexing and routing different channels of light into or out of a single mode fiber (SMF). A dedicated wavelength is assigned to any kind of voice, video or network traffic.<br /> <br />Each optical channel (light wave) is completely transparent to traffic type, protocol and compression scheme. OADMs are commonly used in point-to-point, linear, ring, star, and mesh topologies for a large variety of applications. This device is ideal for secure networking, including SCIF communications infrastructure.</p><p><b>Primary applications:</b><br /><li>Metro Area Networks (MANs)</li><li>Mobile Fronthaul & Backhaul</li><li>Audio/Video Distribution</li><li>Broadcast Audio</li><li>Campus Networking</li><li>Video Surveillance</li></p>
Zero 600CP-2B 14x114 Aluminum Cover Plate - Both Edges Beveled
Zero 600CP-2BD 14x114 Aluminum Cover Plate - Both Edges Beveled & Drilled