BIDISFP Gigabit Light Module and Gigabit Switch Match Solution.sfp fiber optic transceivers Processing

Below is a solution for Zhuo'an Communication BIDISFP Gigabit Light Module and S3900-24T4S Gigabit Swap. Like the SFP Gigabit Light Module and Gigabit Switch Plan, only two of the same BIDISFP Gigabit Light Module must be connected to the two same gigabit switches, and then a LC single -module multi -mode OS2 optical fiber is connected in the middle. The tail fiber can complete the solution of the BIDISFP Gigabit Light Module and Gigabit Exchange.

DWDMSFP Gigabit Light Module and Gigabit Swap Solution

Below is DWDMSFP Gigabit Light Module, Ethernet Interface Gigabit Switch and DWDM Gathering Polying Port Detulator & Recombinter. Two the same DWDMSFP Gigabit Light Module successively connects two the same gigabit switches. Then each light module must be equipped with a DWDM clustering wave division. The device & relievable use device connects a fiber fiber fiber, and then connects with optical cables in the middle to complete the DWDMSFP Gigabit optical module and the Gigabit switch transmitted data to transmit data.

CWDMSFP Gigabit Light Module and Gigabit Switch Match Solution

Below is CWDMSFP Gigabit Light Module, Ethernet interface Gigabit Switch and CWDMOADM coarse wave sparkling replication. In the planning plan, two of the same CWDMSFP Gigabit Light module are connected to the two same gigabit switches. Then each light module must be equipped with a CWDM rough wave sparkling division. Finally, each CWDM rough sparkling sparkling sparkling The split and multiplexing device connects a fiber fiber tail fiber, and then connects with optical cables in the middle to complete the solution of the CWDMSFP Gigabit light module and the Gigabit switch transmission data.

It can also be seen from the various solutions to you from Zhuo'an Communication to you. The matching of different types of Gigabit light modules and Gigabit exchanges is obviously more appropriate. The type of light module, the reasonable matching of the highest use rate, and the construction of a low and efficient network layout.