Project Cases
How new optical splitters can significantly reduce ODN expansion costs?
In the above article “How the new optical splitter doubles the access capability of the Combo port”, the current resource usage of the Combo port
In the above article “How the new optical splitter doubles the access capability of the Combo port”, the current resource usage of the Combo port
Combo port resource usage status With the development of fixed gigabit services, XG-PON is gradually taking a dominant position in broadband access networks. In order
Traditional ODN usually use balanced split ratio PLC splitter, the optical power of each output port is the average distribution ratio of that of input ports,
The main reasons for ONU weak light are two aspects: equipment reasons and excessive attenuation of ODN link. Because equipment issues are easy to detect
Since the promotion of 5G, everyone knows a fact, that is, compared with 4G, since 5G uses a higher frequency of electromagnetic waves, it attenuates
In the article “What Is Unbalanced Splitter And Application in ODN Networking?” (hereinafter referred to as “Unbalanced splitter”), it is introduced that due to the
Optical splitter is the core optical device in passive optical network (PON) system, widely used in fiber-to-the-home (FTTH), which has two different distribution methods in
The main reasons for ONU weak light are two aspects: equipment reasons and excessive attenuation of ODN link. Because equipment issues are easy to detect and eliminate them from the network management system
ODN link downlink attenuation is generally abnormal The GPON network uses 1490nm/1310nm wavelengths for both downstream and upstream, while the ODN (Optical Distribution Network) mainly
Note: The following is an example of Huawei products. Our company does not sell Huawei products. If necessary, please purchase directly from Huawei. Our company
This article discusses three solutions to improve the XG-PON resource utilization of the Combo user board. The solutions can be implemented independently or in combination.
This article discusses three solutions to improve the XG-PON resource utilization of the Combo user board. The solutions can be implemented independently or in combination.
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