The 90S+ is a core alignment fusion splicer, setting a new standard in the market for fusion splicing. The 90S+ is packed with a whole host of new and enhanced features, specifically developed to enable faster splice cycle times with higher precision.

The CT50 offers enhanced drop impact resistance compared to other existing cleavers and allows workers to replace the cleaving blade, providing customers with a drastic reduction in handling time and maintenance costs. The CT50 changes the position of the cleaving blade automatically and in accordance with the condition of the cleaving state of optical fibers on a fusion splicer through wireless communication. In addition,the CT50 can complete cleaving works including scrap collection, with a single-step.

1-CONDUCTOR : IEC-60228; DIN VDE 0295; EN 60228 CLASS-5 STRANDED ELECTROLITIC COPPER 2-INSULATION: HFFR COMPOUND 3-COLOUR CODE: DIN VDE 0293;TS EN 50334;BLACK INSULATED CORES WITH WHITE NUMBER IMPIRINTED 4-STRANDING: IN LAYERS OF OPTIMUM PITCH 5-INNER SHEATH:HFFR COMPOUND 6-SCREEN: TINNED COPPER BRAIDING(85 % COVERAGE) 7-SHEATH: HFFR COMPOUND 8-SHEATHV COLOUR: RAL 7001 GREY

The 4.3-10 series is a low PIM (Passive Intermodulation) system for frequencies up to 12 GHz for use in mobile communication applications. It is designed to meet the growing performance needs of mobile network equipment, when connecting, for example, RRUs to antennas. Features include compact connector sizes, best electrical performance, low PIM and coupling torque as well as easy installation. Offering three different coupling mechanisms – screw, quick-lock/push-pull and hand-screw – the universal jack design is mateable with all plug types.

OTDR and insertion loss test and reporting Fast, accurate Pt-to-Pt and PON verification and troubleshooting Locate faults exceeding industry or user pass/fail thresholds Visually pinpoint location of macrobends or breaks

This type of optical cable is aimed to be used for voice, data, broadband and CATV transmission in Long Distance, Backbone and Local Area Networks with Underwater installation method for Swamp, Lake and River Crossings.

Rosenberger, as a dependable development partner of highly accurate industrial measurement technology, develops and produces a comprehensive range of calibration kits for a variety of standard and precision interfaces for vector network analyzers (VNAs).

Fujikura's large core optical fibers are made of silica glass, thus have excellent transmission characteristics over the selected wavelength range, one is from UV to VIS, the other is from VIS to NIR. Moreover with its large core size it also can transmit high energy density of laser beam, which is demanded for applications of laser processing, laser therapy, optical sensors and spectral analyzers of weak light.

The AQ2200-642 reduces the complexity and cost of 10G optical transceiver testing by combining bus and power control features into the same mainframe that performs Signal Generation, BERT and Optical testing. This allows a single programming interface to control all aspects of the transceiver test, simplifying test setup, decreasing test time and increasing productivity. The wiring complexity and test bench size are reduced by replacing separate Digital Multi-Meters, Programmable Power supplies and Serial I/F controllers with a single module.

The AQ6370D is the latest iteration of the most popular Telecom class OSA from Yokogawa. It offers a versatile wavelength range of 600 nm to 1700 nm ideally suited for both Telecommunications and general purpose applications. The unique free space input design allows testing of both DWDM class singlemode and VCSEL sourced multi-mode fibers in one single model. Newly added functions include data logging, gate sampling,resolution calibration, an advanced marker function and an enhanced auto-sweep mode.

The AQ7280 is the most flexible OTDR in our lineup due to a modular platform to create a variety of systems from a basic unit to units with filtered ports to test live traffic networks in applications from long haul, to metro, core and FTTH. 35+ years of OTDR expertise has enabled us to offer a unique multi-tasking feature that allows four distinct fibers to be tested simultaneously. Its intuitive icon-based touchscreen lets users perform measurements with ease, and the 15-hour battery life ensures uninterrupted usage in the field where the data can be conveniently transferred wirelessly.

The CT-102 is designed for cleaving silica fiber with 80 to 250mm cladding diameter, specially for its angle cleaving capability.

1-CONDUCTOR : IEC-60228; DIN VDE 0295; EN 60228 CLASS-5 STRANDED ELECTROLITIC COPPER 2-INSULATION: HFFR COMPOUND 3-COLOUR CODE: DIN VDE 0293;TS EN 50334;BLACK INSULATED CORES WITH WHITE NUMBER IMPIRINTED 4-STRANDING: IN LAYERS OF OPTIMUM PITCH 5-INNER SHEATH:HFFR COMPOUND 6-SCREEN: TINNED COPPER BRAIDING(85 % COVERAGE) 7-SHEATH: HFFR COMPOUND 8-SHEATHV COLOUR: RAL 7001 GREY

The CT50 offers enhanced drop impact resistance compared to other existing cleavers and allows workers to replace the cleaving blade, providing customers with a drastic reduction in handling time and maintenance costs. The CT50 changes the position of the cleaving blade automatically and in accordance with the condition of the cleaving state of optical fibers on a fusion splicer through wireless communication. In addition,the CT50 can complete cleaving works including scrap collection, with a single-step.

Fujikura's single-mode optical fiber with high temperature resistant acrylate coating protects the optical fiber up to 200°C (short term). The fiber is applied to harsh environments like Oil & Gas industry. Figure1 shows the results of attenuation variation in 200°C. We obtained not more than 0.01 dB/km variations at both 1310 nm and 1550 nm. Table shows the specification of the fiber.

2-Hole Fiber Optic Stripper