DWDM-SFP10G-63.05 transceiver module integrates a cooled EML laser and a sensitive PIN photodiode to provide 10G DWDM connectivity at 1563.04nm (C18, 100GHz grid spacing). It achieves single-mode fiber reaches of up to 40km, fully supporting standard digital diagnostic monitoring to track operating temperature, optical power, supply voltage, and bias current in real time.
ใช้งานร่วมกับ Netgear DWDM-SFP10G-63.05 ได้ LINK-PP DWDM SFP+ module complies with strict international manufacturing and safety standards, holding ISO 9001, CE, RoHS, and FCC certifications to ensure environmental compliance and reliable commercial deployment.
Carefully remove the protective dust cap, align the DWDM-SFP10G-63.05 DWDM transceiver with the host SFP+ cage, and insert it firmly until latched. Connecting duplex LC single-mode patch cords delivers stable 10G optical transmission directly into long-reach campus rings for seamless cross-building aggregation.
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No, this module has a fixed C18 wavelength centered at 1563.04nm. It cannot be frequency-tuned and must be used specifically on Channel 18 ports. โดยผู้ดูแลระบบ
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Due to the high precision of 10G DWDM optics and narrow wavelength spacing, dust or oil on the LC ferrule can noticeably alter insertion loss. Inspecting and cleaning connector ends before plugging in is generally recommended to preserve expected receiver sensitivity. โดยผู้ดูแลระบบ
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It conforms to the standard 100GHz ITU-T frequency grid with a 0.8nm channel spacing. It works seamlessly with all matching 100GHz DWDM multiplexers and demultiplexers. โดยผู้ดูแลระบบ
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Yes. Standard 9/125µm OS2 single-mode fiber patch cords are suitable for this DWDM SFP+ module. For a complete link, make sure TX connects to RX at the far end and confirm that total fiber loss, connector loss, and splice loss remain within the optical link budget. โดยผู้ดูแลระบบ
This 1563.04nm DWDM transceiver solved a channel shortage on our metro-style fiber run. Stable EML transmitter performance, clean RX levels, and no unexpected link drops.
This was a practical replacement for an older C18 10G DWDM optic in our enterprise fiber network. It integrated with the existing DWDM channel plan and did not require changes to the passive layer.
Reliable choice for indoor 10G fiber aggregation. We tested it with long SMF patch routes and installed plant fiber, then monitored power through DOM after deployment. Everything remained consistent.
Spliced into our 32km campus distribution loop to link our server farm to a backup facility. The transmitter gave us a steady +0.8dBm output, hitting the remote receiver with ample headroom. CLI shows accurate real-time optical power and voltage readings, making remote maintenance totally hassle-free.
This 40km SFP+ DWDM optic is doing exactly what we needed: carrying 10GbE traffic over existing single-mode fiber without adding another fiber pair. Good for controlled indoor environments. :-)
Deployed for a remote surveillance storage site with heavy video traffic. The 10Gbps capacity gives us enough headroom, and the stable optical readings make troubleshooting much less stressful.
We tested the module over approximately 38km of single-mode fiber, including patch panels and several splice points. Received optical power stayed above sensitivity, and the connection remained clean during continuous traffic testing. = )
Needed a reliable C18 100GHz channel module for our regional data center interconnect. We ran an OTDR test on the 32km single-mode run first, inserted this transceiver into our core router, and link negotiation finished in seconds. Optical RX power sits comfortably around -11dBm, well above receiver sensitivity. Rock solid so far :-D
Our team used LS-DW1810-40C SFP+ modules in a DWDM ring test. The C18 wavelength fit our channel map correctly, while TX and RX diagnostic values were available through the switch interface.
For indoor DWDM transport projects, this is a dependable 40km option. The EML transmitter and PIN receiver combination delivered stable performance in our 10GbE backbone, with no CRC errors observed during the first month.
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