Anne Fallon

  1. Measure Latency in Optical Networks with Picosecond Accuracy

    In optical networks where action on a message or signal is time critical, latency becomes a critical design element. Latency in communications networks is comprised of the networking and processing of messages, as well as the transmission delay through the physical fibre. Measuring and optimising this optical transmission delay can be critical in diagnosing latency issues in a data centre...
  2. Baumer wins the inspect award 2019 with its CX.I cameras

    The Baumer CX.I cameras with their outstanding performance convinced the expert panel and participants of the online poll on the inspect award 2019 and were awarded 1st prize in the Vision category. The prize that is annually awarded by Wiley-VCH publishers recognises special innovation in the area of industrial image processing. An expert panel selects the best 10 products each...
  3. Sofradir Electrophysics7215 “Electroviewer” Handheld IR Viewer to be Discontinued

    Sadly, after many decades of production Sofradir Electrophysics will be discontinuing the 7215 Electroviewer IR handheld viewer. Production of the intensifier tubes used in this design is being halted due to lack of global demand, and there is no alternative replacement. The 7215 has been a hugely popular product, especially in laser labs, and we thank all our customers for...
  4. NEW NorPix announces the launch of StreamTouch

    Norpix StreamTouch  digital video recording software comes with an easy to use interface that is compatible with touch screens or applications requiring a simple and easy to use GUI. StreamTouch is ideal for factory floor, airborne, or in vehicle applications requiring a simple point and click GUI. Compatible with either touch screen or mouse use. Easy to use GUI. Ideal for...
  5. Optical Reflectometers – How Do They Compare?

    Measuring the return loss along a fibre optic network, or within a photonic integrated circuit, is a common and very important technique when characterising a network’s or device’s ability to efficiently propagate optical signals. Reflectometry is a general method of measuring this return loss and consists of launching a probe signal into the device or network, measuring the reflected light...
  6. Lambda Photometrics are now the sole distributor for E.A. Fischione, Inc., for the UK and Ireland.

    A leading Manufacturer in the Electron Microscopy industry Eugene A. Fischione founded E.A. Fischione Instruments, Inc. in 1966. As a research machinist at the U.S. Steel Technical Centre (formerly U.S. Steel Research Centre) from 1956 to 1977, Eugene Fischione was involved with many of the early developments in electron microscopy. Today, Fischione strive to produce sophisticated electron microscopy sample preparation equipment...
  7. What is the Value of Shortwave Infrared?

    Sensing in the shortwave infrared (SWIR) range (wavelengths from 0.9 to 1.7 microns) has been made practical by the development of Indium Gallium Arsenide (InGaAs) sensors. Sensors Unlimited, Inc., part of UTC Aerospace Systems, is the pioneer in this technology and clear leader in advancing the capability of SWIR sensors. Founded in 1991 to create lattice-matched InGaAs structures, Sensors Unlimited...
  8. Vibration-Tolerant Interferometry

    QPSI™ Technology Shrugs Off Vibration from Common Sources When image stabilization became available on digital cameras, it vastly reduced the number of photos ruined by camera shake. The new technology eliminated the effects of common hand tremors, greatly improving image quality in many photo situations. Animated comparison of a PSI measurement with fringe print-through due to vibration, and the same...
  9. Dynamic Capability comes to (nearly) all new Zygo Verifire Interferometers

    DynaPhase® Dynamic Acquisition for Extreme Environments Confidence in metrology, no matter the conditions Fizeau Interferometry has become a trusted standard for precise metrology of optical components and systems. Traditionally, these instruments were required to be installed in lab environments, where conditions were carefully controlled, to ensure high precision measurements were not compromised. However, today a growing number of applications demand...
  10. What is an FFT Spectrum Analyser?

    FFT Spectrum Analysers, such as the SRS SR760, SR770, SR780 and SR785, take a time varying input signal, like you would see on an oscilloscope trace, and compute its frequency spectrum. Fourier's theorem states that any waveform in the time domain can be represented by the weighted sum of sines and cosines.The FFT spectrum analyser samples the input signal, computes...

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