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Boston Applied Technologies,
Inc. (BATi)'s Nanona ultra-fast optical switch redirects the optical
signal from one channel to another at speeds faster than 60ns to 250ns,depending on wavelength regime.
The switch utilizes the breakthrough OptoCeramic&electro-optic material
developed by BATi researchers for a variety of light-control applications.
Combining the solid-state operation inside a free space propagation architecture
which eliminates the moving parts and organic materials, the switch enables
ultra-fast, reliable switching with low insertion loss and simple driver. The typical center wavelengths
include 780, 850, 980, 1064, 1310, 1550 and 2000nm, with some other center wavelengths upon request.
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Attributes1,2 |
Performance |
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Wavelength
Range3 |
1310nm/1550nm (S,C,L) |
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Insertion
Loss |
<
1.5dB,1.0dB typical |
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Polarization
Dependent Loss (PDL) |
<0.2dB |
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Cross
Talk |
>
18dB,20dB typical |
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Polarization
Mode Dispersion |
<
0.1ps |
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Response Time
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<
60ns |
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Repetition
Rate |
Up
to 1MHz |
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Input
Power |
<
300mW |
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Return
Loss |
>45dB,50dB typical |
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Dimension |
81 x 8x 7mm |
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Operating
Temperature Range |
10oC
to 70 oC |
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Storage
Temperature Range |
-40oC
to 85oC |
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