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Single Wavelength Metro EDFA Gain Module
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TTC`s Single Wavelength Metro EDFA Gain Module/ Gain Block can be integrated with Metro network architecture. Our Metro EDFA uses 980 nm pump laser coordinates with special erbium doped fiber to reac
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Single Wavelength Metro EDFA Gain Module
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TTC`s Single Wavelength Metro EDFA Gain Module/ Gain Block can be integrated with Metro network architecture. Our Metro EDFA uses 980 nm pump laser coordinates with special erbium doped fiber to reac
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Single Wavelength Mid-Stage EDFA
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TTC`s Single Wavelength Mid-Stage EDFA provides two stage amplification and use DCF or fiber grating at middle stage access for dispersion compensation. The compact module provides convenient and fas
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Single Wavelength Mid-Stage EDFA
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TTC`s Single Wavelength Mid-Stage EDFA provides two stage amplification and use DCF or fiber grating at middle stage access for dispersion compensation. The compact module provides convenient and fas
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Single Wavelength Narrow Band EDFA
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Besides the applications in C/L/C+L Band. TTC also provides Single Wavelength Narrow Band EDFA. The precise design makes the EDFA produce output power economically and efficiently with low noise figu
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Single Wavelength Narrow Band EDFA
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Besides the applications in C/L/C+L Band. TTC also provides Single Wavelength Narrow Band EDFA. The precise design makes the EDFA produce output power economically and efficiently with low noise figu
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Standalone DWDM EDFA
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The EDFA1000-D, which uses state-of-the -art 980/1480nm pump laser diodes and advanced gain flatness control technology, is designed specially for DWDM. The EDFA1000-D can help to transmit the multi-
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Standalone DWDM EDFA
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The EDFA1000-D, which uses state-of-the -art 980/1480nm pump laser diodes and advanced gain flatness control technology, is designed specially for DWDM. The EDFA1000-D can help to transmit the multi-
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Standalone EDFA for CATV
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TTC`s Standalone EDFA for CATV uses state-of-the-art single/ dual stage 980nm and 1480nm pump laser diodes and high quality erbium-doped fiber. The Standalone EDFA is designed to provide high optical
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