Optical Transmission Network

40CH DWDM MUX DEMUX Card IL

WDM MUX DEMUX Card low IL , CWDM or DWDM MUX DEMUX Multiplexing of 2~18 Channels over a Dark Fiber Network Fully Compatible with All ITU-T 1G/10G/25G/40G/100G optical transmission Support Metro, Regional, and Long Haul Optical Networks CWDM/ DWDM MUX DEMUX Card CWDM or DWDM MUX DEMUX Card card based on WDM technology launched by FIBERWDM, is mainly used in CWDM or DWDM systems to complete the multiplexing and demultiplexing functions of 1~18 optical wavelengths. Different

Optical Transmission Network System OTN1000 Huge capacity transmission Excellent 100G transmission performance Flexible and comprehensive service access capability Telecom Reliable protection Excellent structure, convenient and easy to maintain Optical Transmission Network System OTN1000 With the rapid development of the Internet, the bandwidth pressure caused by the spurt growth of data traffic makes it imperative to introduce a 100G system into the transmission network.

40G&100G Muxponder: 4*SFP28 To QSFP28 Supports 4*10G & 4*25G service optical signals to be multiplexed into one 40&100G rate WDM standard wavelength optical signal Supports one 40&100G service optical signal demultiplexed into 4*10G & 4*25G rate WDM standard wavelength optical signals 40G&100G Muxponder: 4*SFP28↔QSFP28 40G&100G muxponder service card launched by FIBERWDM, supports 4x10G↔40G or 4x25G↔100G electrical layer multiplexing/demultiplexing, and transform the

400G DCI Optical Service Conversion Subsystem DCI-FW1600 1U chassis can reach the data transmission capacity up to 1.6T Support 16x100G QSFP28 ports of client side Support 100G/200G/400G CFP2 line interface Support Web and SNMP management Support OSC out-of-band management 400G DCI Optical Service Conversion Subsystem DCI-FW1600 DCI-FW1600 optical service conversion subsystem is a service platform customized for data center interconnection (DCI) applications. It can achieve a

100G Transponder(OEO): 4*QSFP28 Supports two 100G service transparent transmissions, which can transform two 100G service optical signals into two WDM standard wavelength optical signals Supports two 40G services for transparent transmission, which can transform two 40G service optical signals into two WDM standard wavelength optical signals. 40G&100G Transponder (OEO) : 4*QSFP28 40G&100G Transponder(OEO) service card launched by FIBERWDM. supports two 40G or 100G service

200G Muxponder: 1*CFP2+2*QSFP28 The 200G Muxponder service card launched by FIBERWDM. supports 2x100G↔200G electric layer multiplexing / demultiplexing, and converted to a 200G WDM standard wavelength optical signal, so as to facilitate the wavelength division multiplexing of optical signals of different wavelengths by the wave combining unit, and realize the inverse process of the above process. The line side adopts DP-8QAM or DP-16QAM modulation mode, coherent reception and

25G Transponder(OEO): 4*SFP28 Supports transparent transmission of any type of service in four 16G~32G rate ranges, and converts four service optical signals into four WDM standard wavelength optical signals. 25G Transponder (OEO): 8*SFP28 25G Transponder (OEO) service card launched by FIBERWDM, supports four types of service access with 16 to 32G rates. Its main function is to finish the 2R re-generating and re-shaping of any 4-channel signals under any protocol within the

100G Transponder (Converter): 1*CFP+1*QSFP28 Support one 100G service transmission, transform one 100G service optical signal into one DWDM standard wavelength optical signal 100G Transponder (Converter): 1*CFP+1*QSFP28 100G Transponder (Converter) card launched by FIBERWDM. supports one 100G service access, adopts advanced technologies such as PDM-QPSK modulation and coherent reception, and overcomes the OSNR requirements, CD tolerance, and PMD tolerance of high-speed

Optical Line Protection Card OLP Optical line 1+1 protection Optical wavelength 1+1 protection Optical Line Protection Card OLP OLP optical protection card launched by FIBERWDM main function is to assist the wavelength division system to complete optical layer protection solutions such as optical line 1+1 protection and optical wavelength 1+1 protection. It can monitor the primary and backup routing optical paths in real time. In the event that the fiber core is blocked or