The Remote Fiber Testing System is an intelligent system with powerful functions, high scalability and easy installation, use and maintainance. The RFTS2000 is designed to meet the needs of cable maintenance and management. TTC`s internalized design, manufacturing and control of crucial RFTS technology ensure that we can offer the best solution. We make use of highest quality, humanized technology and good service in order to provide the most advanced product : besides 24-hours network monitoring, offering fast and detailed fiber information and alarm location, the RFTS2000 also offers multiple test modes, such as on-line test, off-line test and real-time test. Moreover, the RFTS2000 exectues multiple test analysis, offers a GIS (Geographic Information System) for fiber test and alarm locations. Automated cable management and analysis assist the administrator in fully understanding the network status. Stability and scalability are not forgotten, as the RFTS2000 is built around a modular design allowing high stability as well as expansion and maintenance ease. In a word, the RFTS2000 is a complete, stable and powerful fiber management system, decreasing repair time and costs and improving communication quality. Key Features: 1.Complete set of functions for different need: long-haul, trunk, trre-type, star-type, ring-type..., etc 2.Modular design for easy maintenance and high scalability (up to 600 monitored cores) 3.High stability: high-density integral design, high quality power supply, auto-diagnosis & self-recovery 4.Precise fault localization 5.Multiple alert methods: network, phone, pager, fax, email..., etc
The Remote Fiber Testing System is an intelligent system with powerful functions, high scalability and easy installation, use and maintainance. The RFTS2000 is designed to meet the needs of cable ma
The Remote Fiber Testing System is an intelligent system with powerful functions, high scalability and easy installation, use and maintainance. The RFTS2000 is designed to meet the needs of cable ma
TTC`s single wavelength EDFA gain block 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 effectiv
TTC`s single wavelength EDFA gain block 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 effectiv
The MSA (Multi-Source Agreement) compatible EDFA gain module is designed for single-channel or banded channel amplification. It is a direct, low cost drop-in replacement for existing high cost EDFAs.
The MSA (Multi-Source Agreement) compatible EDFA gain module is designed for single-channel or banded channel amplification. It is a direct, low cost drop-in replacement for existing high cost EDFAs.
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
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
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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