BPI's Add/Drop Multiplexers address the breadth of optical networking application requirements, with cost-effective fixed wavelength management modules solutions that offer unsurpassed flexibility, BPI has the technologies that meet the demands of today's optical network architectures. (read more)

New Fiber Optic Multiplexers from Weed Instrument Improve Reliability of Emission Monitoring Systems (read more)

Mode conditioning patch cord is utilized when the transceiver modules launch only singlemode (1300um) singnals but the existing network is built with multimode cables.

MCPs adopt an offset between the singlemode fiber and the multimode fiber to eliminate DMD(Differential Mode Delay) and make it allowed to use 1000BASE-LX over existing multimode fiber cable systems. (read more)

A new fiber optic multiplexer, designed for flexibility in accommodating various system configurations, has been introduced by Weed Instrument of Round Rock, Texas. The multiplexer sends and receives up to eight analog/digital signals. (read more)

aAM3104

ULTRA LOW POWER, 4-CHANNEL CMOS ANALOG MULTIPLEXER

General Description

The aAM3104 is a precision CMOS analog multiplexer offering low on-resistance of less than 4Ω, with better than 0.4Ω matching between channels and extremely flat resistance over the specified analog input voltage range of less than 1.2Ω.The aAM3104 has... (read more)

NOS offers a wide assortment of WDM, CWDM and DWDM devices with standard and non-standard wavelengths, special channel configurations, etc. Packaging is available to meet customer requirements and may include component, cassette, module or custom rackmount chassis units. (read more)

MPS Singlemode Coarse Wavelength Division Multiplexers(CWDM's) provide a cost effective solution, for increasing fiber optic network signal capacity. (read more)

The MC10E/100E157 contains four 2:1 multiplexers with differential outputs. The output data are controlled by the individual Select (SEL) inputs. The individual select control makes the devices well suited for random logic designs. (read more)

Fiberoptics Technology Inc. (FTI) announces the development of a proprietary process to fuse optical, leaded glass fibers at the input, eliminating epoxy to improve high temperature and transmission performance. The process will be used to manufacture high end medical light guides and industrial components. (read more)

Gain from the many new possibilities provided by optical sensor technology – and HBM's proven reliability. Determine stress in components and in environments where conventional technologies have reached their limits. (read more)