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Product Features COC chips are all produced in China, with independent process control Consistent with the structure and size of mainstream SOA manufacturers, strong compatibility Cost-effective, short lead time, fast delivery, customisation and rapid iteration Product Applications Replacement of acousto-optic modulators for optical switching in fiber optic sensing systems Compensation of optical light path losses in silicon photonic integration devices For generating high

Product Description Optical Amplifier Card JTN1800-OA1 is a single-stage optical amplifier card which can be inserted into JTN1800 chassis.it can extend the transmission distance of signals. Moreover, WDM transmission can be achieved by using DWDM multiplexer/de-multiplexer, which is especially suitable for long-distance backbone network, metro network and access network. JTN1800 platform is mainly used for optical network. It supports multi kinds of service cards, such as

Product Description Optical Amplifier Card JTN1800-OA1 is a single-stage optical amplifier card which can be inserted into JTN1800 chassis.it can extend the transmission distance of signals. Moreover, WDM transmission can be achieved by using DWDM multiplexer/de-multiplexer, which is especially suitable for long-distance backbone network, metro network and access network. JTN1800 platform is mainly used for optical network. It supports multi kinds of service cards, such as

Product Description 1U Rack EDFA JHBF's Rack EDFA consists of one or more EDFA modules in 1 RU unit. For intelligent network management and monitoring, both SNMP and RS232 communication interfaces are available, ensuring its interconnection and compatibility with any network management system. This rack EDFA is compatible with all kinds of EDFA modules, including fixed gain EDFA modules, variable gain EDFA modules and special gain spectra EDFA modules, to meet customized

Product Description High realiablity EDFA Module JHBF's mini EDFA module is widely used for fiber sensing system and DWDM system. It consists of a high performance pump laser and high-performance gain flatness filter to get stable and falttening output. It supports AGC, ACC or APC mode to control the gain and output power of EDFA flexibly. It features high output power(max=23dBm), and large variable gain range(>20dB). It can work across C-band and L-band meeting customers’

Product Description Optical Cable Identifier JHBF Optical Cable Identifier can accurately identify the specific cable from a bunch of aerial, duct, or direct buried cables by connecting it to one fiber with optical connector in the cable and knocking the cables. When knocking the specific cable,JHBF Optical Cable Identifier will transform mechanical vibration to video and sound signal, which will help find the target cable. Features * Multi-stage adjustable sensitivity to

Product Introduction The JHBF SFP+ is designed for the high-speed and bidirectional telecommunication system, supporting any data rates 10G ~25 Gbit/s, and the transmission distance is up to 120 km. The JHBF SFP series optical transceiver is designed by all metal case and standard LC interface, and have good EMI and ESD performance. It also supports Class 1 laser product safety standards. Moreover, JSP series optical transceiver complies with ITU-T and IEEE standards and

Products Description Dispersion Compensation module (DCM) JHBF DCM is a new type of single-mode fiber designed to solve the problem of fiber dispersion in high-speed and long-distance communication systems. It is used for dispersion compensation of G.652 & G.655 standard single-mode fiber. The DCM features slope compensation, which enables wideband dispersion slope compensation in the C-band for standard single-mode fiber (G.652), which optimizes system residual dispersion.

Products DescriptionDWDM SFP/SFP+JHBF DWDM SFP/SFP+ optical transceiver series support 100M -10Gbits/s and 40Km/80km/120km transmission. It adopts standard LC interface and standard SFP/SFP+ metal case and has good EMI/ESD performance. JHBF DWDM SFP/SFP+ optical transceiver series conform to the international standards (ITU-T and IEEE), and strictly follow the MSA(Multi-Source Protocol), which are compatible with the interfaces of all brands optical equipment manufacturers