Optical Switches
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Cost effective 1xN switches using self-aligning V-groove
technology provide high performance and large port counts.
- Up to 1x500
- Low cost
- Broadband
- Ultra low insertion loss
- High reliability
- Compact design
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Very High Speed Optical Switches
PLZT technology enables optical switch subsystems to switch at
nano-second speeds with low polarisation dependence. They are ideal
for optical packet switching, on-demand ROADMs and high speed
network switching.
- High-speed switching (< 5~10 ns)
- Low driving voltage (5V~10V)
- Low insertion loss
- Low polarization dependence
- Low power consumption
- Small size
- High reliability
- Environmentally stable
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1x1
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1x2
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1x16
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LightBend™ Opto-Mechanical Fibre Optic Switches
The LightBend™ Micro-Mechanical Fibre Optic Switch family offers
the most affordable high performance optical switch products. Based on
a patent-pending material technology that provides a robust method of
altering the light path, this series of products has a drastically
simplified platform configuration offering high reliability and low
production cost.
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CrystaLatch™ Magneto-Optical Fibre Optic Switches
The CrystaLatch™ Solid-State Fibre Optic Switch family features
fast response and ultra-high reliability exceeding 100 billion cycles.
These magneto-optical latching switches are designed to meet the most
demanding optical switching applications.
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NanoSpeed™ Electro-Optical Fibre Optics Switches
The NanoSpeed™ Fiber Optic Switch family features industrial
leading performance of ultra-fast response, ultra-low loss, and a wide
operating temperature range from -50oC to +90oC. The switches are also
highly reliable without organic materials in the light path. These
switches are designed to meet the most mission-critical optical
switching applications.
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Fiberer's MxN optical switch systems are modular and can be configured
to provide up to 128 channels (MxN: M≤4 & N≤64) and with a parallel TTL interface.
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Lightwaves2020's 1x2 optical switch is based on and opto-mechanical
approach and optimized in package size, insertion loss, and electronic
controls. The typical insertion loss over the temperature range of -5
~ 70°C is 0.6 dB. The switch is designed for latching or non-latching
operating mode. The small footprint makes it ideal for integration
onto circuit boards.
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Optical Switches
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