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The ModCon Mode Controller is designed to ensure that whatever source you use to test the loss and bandwidth of your multimode optical fiber network, LED, Laser, OTDR or white light, you launch the same distribution of modes into the fiber. As a result you can eliminate the variations due to the widely different modal characteristics ...
  • Max Power Throughput : 10 mW
  • Mode Control: 62.5 - 125 um
Data Sheet
Measurements of loss and bandwidth in multi-mode fibers are highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. These widely different modal characteristics between ...
  • Max Power Throughput : 10 mW
Data Sheet
Measurements of loss and bandwidth in multi-mode fibers are highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. These widely different modal characteristics between ...
  • Max Power Throughput : 10 mW
Data Sheet
Measurements of loss and bandwidth in multi-mode fibers are highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. These widely different modal characteristics between ...
  • Max Power Throughput : 10 mW
Data Sheet
Measurements of loss and bandwidth in multi-mode fibers are highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. These widely different modal characteristics between ...
  • Max Power Throughput : 10 mW
  • Mode Control: 62.5 - 125 um
  • Light Source: 850 - 1300 nm
Data Sheet
Measurements of loss and bandwidth in multi-mode fibers are highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. These widely different modal characteristics between ...
  • Max Power Throughput : 10 mW
  • Mode Control: 50 - 125 um
  • Light Source: 850 - 1300 nm
Data Sheet
Measurements of loss and bandwidth in multi-mode fibers are highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. These widely different modal characteristics between ...
  • Max Power Throughput : 10 mW
  • Mode Control: 62.5 - 125 um
  • Light Source: 850 - 1300 nm
Data Sheet
Measurements of loss and bandwidth in multi-mode fibers are highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. These widely different modal characteristics between ...
  • Max Power Throughput : 10 mW
  • Mode Control: 50 - 125  um
  • Light Source: 850 - 1300 nm
Data Sheet
Measurements of loss and bandwidth in multi-mode fibers are highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. These widely different modal characteristics between ...
  • Max Power Throughput : 10 mW
  • Mode Control: 62.5 - 125 um
  • Light Source: 850 - 1300 nm
Data Sheet
Measurements of loss and bandwidth in multi-mode fibers are highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. These widely different modal characteristics between ...
  • Max Power Throughput : 10 mW
  • Light Source: 850 - 1300 nm
  • Mode Control: 50 - 125 um
Data Sheet
Measurements of loss and bandwidth in multimode fibers are known to be highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. Now there is a way to dramatically improve ...
  • Max Power Throughput : -- mW
  • Modal Launch: 62.5 um
  • Light Source: 850 - 1300 nm 
Data Sheet
Measurements of loss and bandwidth in multimode fibers are known to be highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. Now there is a way to dramatically improve ...
  • Max Power Throughput : -- mW
  • Modal Launch: 50 um
  • Light Source: 850 - 1300  nm
Data Sheet
Measurements of loss and bandwidth in multimode fibers are known to be highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. Now there is a way to dramatically improve ...
  • Max Power Throughput : -- mW
  • Light Source: 850 - 1300 nm
  • Modal Launch: 62.5 um
Data Sheet
Measurements of loss and bandwidth in multimode fibers are known to be highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. Now there is a way to dramatically improve ...
  • Max Power Throughput : -- mW
  • Light Source: 850 - 1300 nm
  • Modal Launch: 50 um
Data Sheet
Measurements of loss and bandwidth in multimode fibers are known to be highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. Now there is a way to dramatically improve ...
  • Max Power Throughput : -- mW
  • Modal Launch: 62.5 um
  • Light Source: 850 - 1300 
Data Sheet
Measurements of loss and bandwidth in multimode fibers are known to be highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. Now there is a way to dramatically improve ...
  • Max Power Throughput : -- mW
  • Modal Launch: 50 um
  • Light Source: 850 - 1300 
Data Sheet
Measurements of loss and bandwidth in multimode fibers are known to be highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. Now there is a way to dramatically improve ...
  • Max Power Throughput : -- mW
  • Modal Launch: 62.5 um
  • Light Source: 850 - 1300 nm
Data Sheet
Measurements of loss and bandwidth in multimode fibers are known to be highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. Now there is a way to dramatically improve ...
  • Max Power Throughput : -- mW
  • Light Source : 850 - 1300 nm
  • Modal Launch: 50 um
Data Sheet