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MEMS Optical Switches

Due to their high reliability, MEMS optical switches are ideal for applications that require continual switching. MEMS switches are often combined with embedded monitoring modules such as optical channel monitors or optical time domain reflectometers to continuously switch around the network points being monitored.

Features

  • Low insertion loss
  • Fast switching time
  • High number of switching cycles over life

Applications

  • 5G Optical Access Networks
  • Multi-point optical monitoring
  • Multicast switching
Multicast Switches

Multicast switches help route optical channels between the wavelength selective switches and add/drop ports in reconfigurable optical networks. Multicast switches have a unique broadcast and select architecture that enable ROADMs to be “contentionless”. Multicast switches can be custom designed from 2 to 16 channel ports and from 2 to 16 degree ports. Each multicast switch is manufactured using qualified building blocks such as MEMS optical switches, PLC splitters and photodiodes for channel-port monitoring. Multicast switches integrated with EDFA-arrays are also available.

Features

  • Low insertion loss per port
  • High insertion loss uniformity
  • No thermal dissipation required

Applications

  • 5G Optical Access Networks
  • Contentionless ROADM switching
  • 4x4, 4x8, 8x12, 8x16 or other ROADM configurations
  • Integrated MCS/EDFA-Array
Opto-Mechanical Switch Modules

Opto-mechanical switch modules include one or multiple opto-mechanical switches in one assembly. They provide a convenient digital interface to actuate the optical switches to the desired state. Modules are available configured as 1x2, 2x2, dual 2x2, dual 2x4, 1x4 and 1x8 optical switches.

Features

  • Fast switching speeds
  • Low insertion loss
  • Latching and non-latching

Applications

  • 5G Optical Access Networks
  • Configurable OADM
  • Optical protection switching & restoration
  • Test & measurement equipment
Opto-mechanical Switches

Opto-mechanical switches are small and highly reliable. They are based on a moving prism mechanism. They are available configured as 1x1, 1x2 or 2x2 for add/drop applications. They are also often used in optical network protection switching applications due to their latching capabilities.

Features

  • Fast switching speeds
  • Low insertion loss
  • Latching and non-latching

Applications

  • 5G Optical Access Networks
  • Configurable OADM
  • Optical protection switching & restoration
  • Test & measurement equipment
Twin 1x4/1x5 Edge WSS

II-VI’s Twin 1x4/1x5 Edge Wavelength Selective Switch (WSS) modules feature dynamic switching of up to 48 channels on 100 GHz of channel spacing. In the Nx1 switch configuration, the WSS can direct any wavelength from any one of the N colorless input ports to the common output port. In the 1xN configuration, the WSS can direct any of the wavelengths from the common port to any of the N output ports. The 1xN and Nx1 configurations are field selectable. Each wavelength can be independently switched, attenuated or blocked.

The WSS enables dynamic wavelength routing for optical path protection, reconfigurable add-drop multiplexing (ROADM), and optical cross connect (OXC) applications. The WSS module can also be designed into a 1xN optical drop applications.

Based on our proprietary LightFlow™ technology, the WSS modules feature low insertion loss, wide dynamic range, high channel counts, low polarization dependent loss and exceptionally low power consumption. The lightFlow™ liquid crystal technology platform is highly reliable and the WSS modules are Telcordia compliant.

 Key Features

  • Up to 48 channels on 100 GHz channel spacing
  • Integrated channel equalization and blocking
  • Hitless switching of any channels to any port
  • Remote software configurability
  • Low insertion loss, wide bandpass & block bandwidth
  • Ultra-low power consumption
  • No moving parts and highly reliable

 Applications

  • 5G Optical Access Networks
  • Reconfigurable optical add/drop multiplexing (ROADM)
  • Dynamic wavelength switching and provisioning
  • Network interconnection, protection and restoration
MEMS Optical Switches
Due to their high reliability, MEMS optical switches are ideal for applications that require continual switching. MEMS switches are often combined with embedded monitoring modules such as optical channel monitors or optical time domain reflectomet... Read More
Multicast Switches
Multicast switches help route optical channels between the wavelength selective switches and add/drop ports in reconfigurable optical networks. Multicast switches have a unique broadcast and select architecture that enable ROADMs to be “contenti... Read More
Opto-Mechanical Switch Modules
Opto-mechanical switch modules include one or multiple opto-mechanical switches in one assembly. They provide a convenient digital interface to actuate the optical switches to the desired state. Modules are available configured as 1x2, 2x2, dual 2... Read More
Opto-mechanical Switches
Opto-mechanical switches are small and highly reliable. They are based on a moving prism mechanism. They are available configured as 1x1, 1x2 or 2x2 for add/drop applications. They are also often used in optical network protection switching applic... Read More
Twin 1x4/1x5 Edge WSS
II-VI’s Twin 1x4/1x5 Edge Wavelength Selective Switch (WSS) modules feature dynamic switching of up to 48 channels on 100 GHz of channel spacing. In the Nx1 switch configuration, the WSS can direct any wavelength from any one of the N colorless ... Read More
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