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Yes, keeping the fiber end faces clean is always recommended. Even small dust particles on the LC connector tip can cause signal loss or reflections. โดยผู้ดูแลระบบ
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The module is rated for up to 40km of transmission over standard single-mode fiber, provided the total optical loss of your fiber and patch panels stays within the link budget. โดยผู้ดูแลระบบ
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Yes, it has a hot-pluggable SFP+ footprint. You can safely swap modules on a live port without turning off the switch or interrupting adjacent connections. โดยผู้ดูแลระบบ
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This optical transceiver operates in the optical C-Band on the 100GHz ITU grid, centered at 1548.51nm (Channel 36), which is the standard transmission window for DWDM multiplexing systems. โดยผู้ดูแลระบบ
Running this DWDM SFP+ transceiver inside an indoor telecom cabinet. The metal casing stays cool under steady traffic and handles 10Gbps throughput easily :-).
Deployed for high-speed SAN interconnects in our computer center. DDM diagnostic data pulled straight into our SNMP monitoring server with zero setup headaches.
Installed this SFP+ DWDM optical module to bridge our secondary server room to our main storage area network over 30km of SMF. Insertion loss was minimal across the patch cords, and digital diagnostics give us clear visibility into real-time receiver power levels. Reliable, cost-effective fiber upgrade for production environments.
This 100GHz DWDM SFP+ module was a practical fit for a 10G aggregation link carrying office, server, and backup traffic. It ran steadily through our passive MUX/DEMUX path and matched the existing Duplex LC infrastructure.
We used these modules to expand bandwidth between dual enterprise colocation facilities. SFP+ MSA compliance made physical seating smooth, and the bail latch releases cleanly even in dense 48-port switch blocks. Tested under full line-rate traffic for 48 hours without a single CRC error or frame drop.
Deployed four of these LS-DW3610-40C DWDM transceivers for campus fiber interconnects between academic halls. The cooled EML laser provides dead-accurate 1548.51nm output into our passive mux. DOM readings matched our handheld power meter precisely, and case temperatures sat around 39°C well within the 0 to 70°C operating window.
Needed a reliable optic for cell tower base station backhaul over leased fiber. Link came online instantly and handles peak evening data loads cleanly.
The outer parcel was slightly crumpled in transit, but the anti-static packaging kept the module completely intact. It established 10G sync right away.
Excellent choice for enterprise data center interconnects needing DWDM expansion without pulling new fiber lines. The transmitter delivers stable optical power between -1 and +2dBm, pairing cleanly with our existing mux filters. Operating stability has been flawless through several high-density network stress cycles.
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