Product Description Test, Troubleshoot and Certify cabling faster with the FiberMASTER OTDR. The FiberMASTER OTDR is available in 4 options, Quad, multimode, singlemode and PON. The OTDRs feature both high dynamic range and small dead zones providing the precision required for installation and troubleshooting alike. The software simplifies certification of cabling to meet TIA/ISO/IEC/IEEE requirements with simple pass/fail results. Additionally custom test parameters are easily set to accommodate any application. OTDRs can be complicated to configure and achieve accurate results. FiberMASTER automates testing and steps you through the process as shown below. For FTTx/FTTH applications the PON OTDR identifies split ratios for easy testing and troubleshooting of inactive and active networks. The 1625nm wavelength allows in-service testing of networks without interrupting existing subscribers. Product features Why do I need a FiberMASTER? It depends how important speed and accuracy are to you. FiberMASTER – size, simplicity and value without compromise, made in the USA, tested in Germany. The new FiberMASTER series of fiber optic testers will make it easier and faster to verify, troubleshoot and certify fiber optic cabling.The OTDR, PON OTDR, Power Meter and Light Source, and Inspection Probe will enable cable installers to get the dependable test results needed, while saving thousands of dollars.As one of the smallest OTDRs in the world you will find them easier to carry and operate while the ruggedised housing will protect your investment. The simplified setup options makes them easy to use, saving you time on training and reducing the likelihood of errors. Our New York Research and Development centre of excellence has over 30 years experience designing OTDRs providing you with the most advanced, compact optical test systems available. Download Specifications: FibreMASTER Brochure Kit Contents: FiberMASTER Multimode OTDR (850/1300) with SC connector, Inspection port, Power meter, Visual Fault Locator, Power Adapter (1), USB Cable (1), Stylus (2), Carry Case (1), Hang. Strap (1), Cleaning Pen 1.25mm (1) and 2.5mm (1), MM 2m Cable LC-SC (1), MM 2m Cable SC-SC (1), Power Meter Connectors (LC,SC,FC,ST,1.25mm UNIV, 2.5mm UNIV), Quick Ref. Guide (1)

FEATURES •10Gb/s serial optical interface compliant to 802.3ae 10GBASE-SR • 850nm VCSEL transmitter, PIN photo-detector • Duplex LC connector • Metal enclosure, for lower EMI • Electrical interface compliant to SFF-8431 • specifications for 10 Gigabit SFP plus • 2-wire interface for management • specifications compliant with SFF 8472 • Single 3.3V power supply •Operating case temperature range: -5°C to 70°C   APPLICATIONS • 10GBASE-SR at 10.3125Gbps • 10GBASE-SW at 9.953Gbps • 10G Fibre Channel • Data Centers • Switches and Routers • Other optical links   STANDARD • Compliant with SFF-8472 SFP+ MSA. • Compliant to SFP+ SFF-8431 and SFF-8432. • Compliant to 802.3ae 10GBASE-SR. • RoHS Compliant.   For additional information please click on the link below http://www.cnoptcore.com/uploadfile/20110729161304519.pdf    

Features ● Compliant with SFP MSA standard ● Compliant with IEEE 802.3z ● 3.3V DC power supply ● 850nm, VCSEL, 1250Mbps, 550m ● Difference LVPECL inputs and outputs ● Duplex LC connector ● Compliant with SFF-8472 ● Hot Pluggable ● ROHS compliant ● Operating Temperature: Standard 0~70ºC Industrial: -40~85ºC   Applications ● Gigabit Ethernet data link ● Data storage networks ● Fiber Channel Switch Infrastructure ● Optical access network ● Other optical links   Description Optcore 1.25Gb/s SFP SX is a high performance and cost effective optical transceiver. This SFP SX fibre optical transceiver module is designed to meet Gigabit Ethernet application. The 1.25Gb/s SFP SX optical transceiver module consists of two sections: the transmitter section consists of a high reliability 850nm VCSEL with monitor photo detector (MPD) in eye safety; the receiver section consists of a high-speed GaAs PIN photodiode (PD) and trans-impedance preamplifier. The output of the PD drives the post-amplification, quantizing, and optical signal detection circuits. The receiver is built in the LOS monitoring function. For further information, please see SFP MSA and SFF-8472 standard.