8 channels wdm mux demux

1U 19 Rack Mount 8 Channel CWDM Mux Demux Module For Fiber Optical Amplifier 8 Channels 100GHz Mux Demux In 1U 19 Rack With LC UPC or APC Interface For FTTX CATV and Data Center is usually used for long-haul transmission where wavelengths are packed tightly together over the C-band, up to 48 wavelengths in 100GHz grid(0.8nm) and 96 wavelengths in 50GHz grid(0.4nm). It's protocol transparent and suit applications including 10/1G Ethernet, SDH/SONET, 16/8/4/2/1G Fibre Channel,

1x2 SC APC CWDM Mux Demux High Isolation 1270-1260 Wavelength Loose Tube Cable WDM Mux Demux introduction: 1x2 CWDM only has 3 connectors, this type of CWDM packing is a stainless steel tube. It has 3 kinds of packing for 1x2 CWDM: 5.5x L34(for 900um Loose tube), 5.5 x L30(for bare fiber ), and 90X20X10(for 900um Loose tube or 2.0/3.0 Cable). CWDM means coarse wavelength division multiplexer. The channel spacing is 20nm. Normally wavelengths have 1470nm, 1490nm, 1510nm,

1x2 FC CWDM Mux Demux High Isolation 1270-1610 Wavelength Loose Tube Cable WDM Mux Demux introduction: 1x2 CWDM only has 3 connectors, this type of CWDM packing is a stainless steel tube. It has 3 kinds of packing for 1x2 CWDM: 5.5x L34(for 900um Loose tube), 5.5 x L30(for bare fiber ), and 90X20X10(for 900um Loose tube or 2.0/3.0 Cable). CWDM means coarse wavelength division multiplexer. The channel spacing is 20nm. Normally wavelengths have 1470nm, 1490nm, 1510nm, 1530nm

1x2 FC CWDM Mux Demux High Isolation 1270-1610 Wavelength Loose Tube Cable WDM Mux Demux introduction: 1x2 CWDM only has 3 connectors, this type of CWDM packing is a stainless steel tube. It has 3 kinds of packing for 1x2 CWDM: 5.5x L34(for 900um Loose tube), 5.5 x L30(for bare fiber ), and 90X20X10(for 900um Loose tube or 2.0/3.0 Cable). CWDM means coarse wavelength division multiplexer. The channel spacing is 20nm. Normally wavelengths have 1470nm, 1490nm, 1510nm, 1530nm

1U Chassis Rack Mount 40CH 100G Athermal AWG Passive WDM Mux Demux C21 - C60 C band DWDM Mux/Demux Description 40CH 100G Athermal AWG DWDM Mux/Demux Module in 1U Rackmount is a highperformance DWDM mux/demux device operating on 100GHz/200GHz channel spacing without the need for temperature stabilization. The planar processed silica-on-silicon chips comprise arrayed channel waveguides to separate or combine multiple wavelengths. Athermal AWG s allow multiplexing and demultiple

1270nm-1610nm Fiber Optic 18 Channels CWDM/DWDM Mux Demux ABS Box with 2.0/3.0mm SC/APC CWDM technology provides the flexibility to increase capacity of existing fiber infrastructure by enabling multiple channels/wavelengths over the same fiber cabling. Each channel carries data independently from each other, allowing network designers to transport different data rates. It's protocol and rate transparent supporting such applications as 1G/10G Ethernet, SDH/SONET and 8/4/2/1G

Features Low Insertion Loss Wide pass band High Channel Isolation High Stability and reliability Epoxy-free on Optical Path Application: Line Monitoring WDM Network Telecommunication Cellular Application Fiber Optical amplifier Access Network Performance Specifications Remark:Specifications include connector. How to order WDM Mux Demux: Configuration Channel No. Channel Pigtail Type Fiber length Dimensio(mm) Connector M=Mux D=Demux 04=4 Channel 08=8 Channel 16=16 Channel N=N

Channel: 40CH Wavelength: C20~C60 Dimension: 1U 19Inch Connector: LC Operating Temperature: -5~65 Storage Temperature: -40~85 Fiber Type: SMF28e With 900um Loose Tube Fiber Operating Humidity: 5~95%RH Storage Humidity: 5~95%RH Certificate: CE, ROHS, REACH, ISO9001, ISO14001 Output Channels: 40 Channel Spacing: 100GHz Operating Band: C Band Insertion Loss: 5.5dB, Max : 6.0dB High Light: 40CH WDM Mux Demux , 40CH Wavelength Division Multiplexer , FTTX WDM Mux Demux 100GHZ AWG

Mini CWDM 8CH Mux Demux Micro WDM Compact Coarse Wavelength Division Multiplexer High Channel Isolation CCWDM Description CCWDM (Compact Coarse Wavelength Division Multiplexing) is the use of the Fiber Optical Multiplexer to different wavelengths of light signals multiplexed to a single optical fiber for transmission, at the receiving end of the link, with the Fiber Optical Multiplexer fiber mixed signal is decomposed into different wavelengths signal, connected to the