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DWDM Bi-directional EDFA
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TTC`s DWDM Bi-directional EDFA is especially designed for bi-directional WDM systems enabling more efficient use of optical fiber networks and higher transmission capacities than unidirectional syste
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DWDM Bi-directional EDFA
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TTC`s DWDM Bi-directional EDFA is especially designed for bi-directional WDM systems enabling more efficient use of optical fiber networks and higher transmission capacities than unidirectional syste
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DWDM EDFA Gain Module
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TTC`s DWDM EDFA Gain Module uses state-of-the-art single/ dual stage 980nm and 1480nm pump laser diodes and high quality erbium-doped fiber. The precise design generates the most effective output pow
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DWDM EDFA Gain Module
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TTC`s DWDM EDFA Gain Module uses state-of-the-art single/ dual stage 980nm and 1480nm pump laser diodes and high quality erbium-doped fiber. The precise design generates the most effective output pow
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DWDM Metro EDFA Gain Block
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TTC`s Metro EDFA Gain Module Gain Block can be integrated with Metro network architecture. Our Metro EDFA uses 980nm pump laser and coordinates with special erbium doped fiber to reach the maximum ou
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DWDM Metro EDFA Gain Block
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TTC`s Metro EDFA Gain Module Gain Block can be integrated with Metro network architecture. Our Metro EDFA uses 980nm pump laser and coordinates with special erbium doped fiber to reach the maximum ou
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DWDM Metro EDFA Gain Module
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TTC`s Metro EDFA Gain Module / Gain Block can be integrated with Metro network architecture. Our Metro EDFA uses 980nm pump laser and coordinates with special erbium doped fiber to reach the maximum
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DWDM Metro EDFA Gain Module
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TTC`s Metro EDFA Gain Module / Gain Block can be integrated with Metro network architecture. Our Metro EDFA uses 980nm pump laser and coordinates with special erbium doped fiber to reach the maximum
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DWDM Mid-Stage EDFA
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TTC`s DWDM Mid - Stage EDFA provides two stage amplification and DCF or fiber grating at middle stage access for dispersion compensation. In DWDM application, it also monitors each wavelength in the
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