LAN WDM - LAN Wavelength Division Multiplex

(Total 4 Products)

1×4 LAN WDM Wavelength Division Multiplex Device

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Brand:XDK
Model No:GL-LAN-4
Transportation:Ocean,Air
Packaging:100pcs in one carton
Supply Ability:100000/Month
Place of Origin:China
Productivity:100000/Month

1×4 LAN WDM What is a brief introduction to LAN WDM? LWDM is based on the Ethernet channel wavelength division multiplexing (LAN WDM), and some people call it fine wavelength division multiplexing. It is expanded from the existing 8 waves to 12...

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1×4 LAN WDM 800GHz Fiber Optical Device

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Brand:XDK
Model No:GL-LAN-4
Transportation:Ocean,Air
Packaging:100pcs in one carton
Supply Ability:100000/Month
Place of Origin:China
Productivity:100000/Month

1×4 LAN WDM 800GHz What is the detailed introduction of LAN WDM? LWDM is a solution derived from 100G and 400G CWDM and Lan-WDM. It makes full use of the reuse of the optical communication industry chain and defines 12 LWDM wavelengths with low...

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1×4 800GHz LAN WDM Fiber Optical Device

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Brand:XDK
Model No:GL-LAN-4
Transportation:Ocean,Air
Packaging:100pcs in one carton
Supply Ability:100000/Month
Place of Origin:China
Productivity:100000/Month

1×4 800GHz LAN WDM Device What are the wavelength bands of the LWDM module? Channel 0: The wavelength is 1332.41nm, which reuses the DML-1330 wavelength in 100G CWDM applications. Note that its wavelength interval is different from other...

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1×4 800GHz LAN WDM Devices

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Brand:XDK
Model No:GL-LAN-4
Transportation:Ocean,Air
Packaging:100pcs in one carton
Supply Ability:100000/Month
Place of Origin:China
Productivity:100000/Month

1×4 800GHz LAN WDM Devices How to use 25G SFP28 LWDM transceiver in the network? The connection of the 25G SFP28 LWDM transceiver is similar to the connection of the CWDM / DWDM module, and it needs to be used with the LWDM...

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LWDM is a wavelength division multiplexing Lan-WDM technology based on Ethernet channels. Its channel interval is 200~800GHz, this range is between DWDM (100GHz, 50GHz) and CWDM (about 3THz). LWDM uses 12 wavelengths in the O-band (1260nm~1360nm) range from 1269nm to 1332nm, with a wavelength interval of 4nm (1269.23, 1273.54, 1277.89, 1282.26, 1286.66, 1291.1, 1295.56, 1300.05, 1304.58, 1309.14, 1313.73 , 1318.35nm).

Lan Wdm 2

The characteristic of LWDM working wavelength is that it is located near zero dispersion, with small dispersion and good stability. At the same time, LWDM can support 12-wave 25G, the capacity is increased, and the Optical Fiber can be further saved.

Lan Wdm 1

Channel 0: The wavelength is 1332.41nm, which reuses the DML-1330 wavelength in 100G CWDM applications. Note that its wavelength interval is different from other wavelengths, and it belongs to a wavelength specially selected for reuse in the industry chain;
Channel 1: Wavelength 1313.73nm, reuse the DML-1310 wavelength in 100G CWDM applications. Starting from this wavelength, the channel spacing of the wavelengths is about 4.5nm;
Channel 2: Wavelength 1309.14nm, which reuses the DML wavelength in 100G LanWDM applications;
Channel 3: Wavelength 1304.58nm, reuse the DML wavelength in 100G LanWDM application;
Channel 4: Wavelength 1300.05nm, reuse the DML wavelength in 100G LanWDM applications;
Channel 5: Wavelength 1295.56nm, which reuses the DML wavelength in 100G LanWDM applications;
Channel 6: Wavelength 1291.10nm, reuse the DML-1290 wavelength in 100G CWDM applications;
Channel 7: wavelength 1286.66nm, reuse the EML wavelength in 400G LanWDM applications;
Channel 8: wavelength 1282.26nm, reuse the EML wavelength in 400G LanWDM applications;
Channel 9: The wavelength is 1277.89nm, which reuses the EML wavelength in 400G LanWDM applications;
Channel 10: wavelength 1273.54nm, reuse the EML wavelength in 400G LanWDM applications;
Channel 11: The wavelength is 1269.23nm, which reuses the DML-1270 wavelength in 100G CWDM applications.