 High-performance high-density switch
The optical fiber cabling scheme for high-speed data center network transmission that promotes enterprise information construction can realize network direct connection applications. In high-density 40G network transmission applications, in addition to jumpers, adapter panels can also be used. In order to realize the upgrade from 10G network to 40G network, in the transmission of integrated wiring applications, 40G optical modules are usually used with network components such as jumpers and duplex jumpers to speed up data transmission performance and realize network upgrades. --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Structured wiring scheme High-density cabling management in data centers and telecommunication rooms. The horizontal cable management frame has a reasonable bending radius and flexible line clamps or pull rings, which can manage a large number of cables and provide post-maintenance. The vertical cable management frame application in the copper network, patch panel and vertical cable management frame can reduce wiring costs, improve network reliability and flexibility, and provide an intelligent and orderly network wiring solution for data centers and telecommunication rooms. --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Transmission solution Using 4x10G branch fiber jumpers and panels can realize the wiring of 40G optical modules to 4x10G optical modules. One end of the backbone fiber jumper is connected to the switch through the optical module, and the other end is connected to the panel, and then split into 4x10G ports through the panel. Realize 40G to 4x10G optical fiber transmission. High-density optical fiber distribution box, applied to high-speed network transmission, can effectively reduce system wiring. The optical fiber distribution box can be installed in the cabinet or placed near the network device to reduce the extra connection process. Wiring scheme for data transmission The fiber-to-the-home wiring scheme of the coupler optical splitter and the distribution box. The coupler optical splitter has low additional loss and good polarization separation. The network wiring scheme provided is cost-effective and efficient. It provides customers with TV, telephone and Internet Three-in-one service of the service. The fiber-to-the-home wiring scheme of optical splitter and fiber optic splice box. Optical splitter allows a network interface to be shared by multiple users and provides bandwidth-intensive applications for service providers. Transmission solution Using 4x10G branch fiber jumpers and panels can realize the wiring of 40G optical modules to 4x10G optical modules. One end of the backbone fiber jumper is connected to the switch through the optical module, and the other end is connected to the panel, and then split into 4x10G ports through the panel. Realize 40G to 4x10G optical fiber transmission. High-density optical fiber distribution box, applied to high-speed network transmission, can effectively reduce system wiring. The optical fiber distribution box can be installed in the cabinet or placed near the network device to reduce the extra connection process. --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- The role of optical fiber attenuator Reduce the optical power within a certain range to assist the long-distance transmission of digital signals. The function of the optical fiber attenuator is to reduce the optical signal power in the optical fiber communication system. In single-mode applications, the important characteristic is the return loss or reflectivity after the normal loss value. The optical fiber attenuator makes it more convenient to test the received power before and after the attenuation or to adjust the power of the receiver at the same time with a power meter. Any reflections added will be attenuated and return to the light source along the original path. High-performance high-density switch The optical fiber cabling scheme for high-speed data center network transmission that promotes enterprise information construction can realize network direct connection applications. In high-density 40G network transmission applications, in addition to jumpers, adapter panels can also be used. In order to realize the upgrade from 10G network to 40G network, in the transmission of integrated wiring applications, 40G optical modules are usually used with network components such as jumpers and duplex jumpers to speed up data transmission performance and realize network upgrades. Wiring scheme for data transmission The fiber-to-the-home wiring scheme of the coupler optical splitter and the distribution box. The coupler optical splitter has low additional loss and good polarization separation. The network wiring scheme provided is cost-effective and efficient. It provides customers with TV, telephone and Internet Three-in-one service of the service. The fiber-to-the-home wiring scheme of optical splitter and fiber optic splice box. Optical splitter allows a network interface to be shared by multiple users and provides bandwidth-intensive applications for service providers. --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Structured wiring scheme High-density cabling management in data centers and telecommunication rooms. The horizontal cable management frame has a reasonable bending radius and flexible line clamps or pull rings, which can manage a large number of cables and provide post-maintenance. The vertical cable management frame application in the copper network, patch panel and vertical cable management frame can reduce wiring costs, improve network reliability and flexibility, and provide an intelligent and orderly network wiring solution for data centers and telecommunication rooms. Long distance metropolitan area network transmission Overcoming the distance limitation, optical fiber is not a perfect waveguide for light, so when the optical signal is transmitted along the optical fiber, attenuation and distortion will occur. Erbium-doped fiber amplifier supplied by optical fiber The device can be used with 40-channel link equipment to achieve long-distance transmission. And the semiconductor fiber amplifier can be placed between the 1310nm port and the optical module to amplify the 1310n m spectrum. --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- The role of optical fiber attenuator Reduce the optical power within a certain range to assist the long-distance transmission of digital signals. The function of the optical fiber attenuator is to reduce the optical signal power in the optical fiber communication system. In single-mode applications, the important characteristic is the return loss or reflectivity after the normal loss value. The optical fiber attenuator makes it more convenient to test the received power before and after the attenuation or to adjust the power of the receiver at the same time with a power meter. Any reflections added will be attenuated and return to the light source along the original path. |
