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Hardware and software tools for optics development
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Measurement software / color
The AvaSoft Application Software - Color provides a precise way to perform color measurements using the basic principles and techniques defined by the International Commission on Illumination (CIE). The CIE 1976 L*a*b* color...
Measurement software / color
The AvaSoft Application Software - Color provides a precise way to perform color measurements using the basic principles and techniques defined by the International Commission on Illumination (CIE). The CIE 1976 L*a*b* color parameters are calculated, along with other parameters, like Hue, Chroma and X, Y, Z. The standard illuminant tristimulus values for Xn, Yn, and Zn are constant and depend only on the type of standard illuminant that has been chosen. The CIE tristimulus values X, Y and Z of the color of an object are obtained by multiplying the relative power P of a standard illuminant, the reflectance R (or the transmittance) of the object, and the 1931 or 1964 CIE standard observer functions xn, yn and zn (2 and 10 degree angles). The integral of these products over all the wavelengths in the visible spectrum (380 to 780 nm with a 5 nm interval) gives the tristimulus values.
Software / concentration determination - AvaSoft-CHEM
The AvaSoft-CHEM module by Avantes supports a good and high quality performance which allows an online concentration determination with a spectroscopy system.
The Lambert-Beers law states there is a linear relationship...
The Lambert-Beers law states there is a linear relationship...
Software / concentration determination - AvaSoft-CHEM
The AvaSoft-CHEM module by Avantes supports a good and high quality performance which allows an online concentration determination with a spectroscopy system.
The Lambert-Beers law states there is a linear relationship between absorbance and concentration, A (absorbance) = e (extinction) * c (concentration) * l (optical path length). In the actual use of the given law, the relation is only linear at absorbance levels that are less than 2 Au. There is a need for several samples with known concentration specifically to measure the absorbance. It is also critical to always measure it at the same or exact wavelength.
To achieve a better chemometric model, it is highly recommended to use numerous samples of several concentrations. The AvaSoft-CHEM also uses absorbance values mainly to create a linear calibration line, which is then used to measure the concentration of unknown samples.
The Lambert-Beers law states there is a linear relationship between absorbance and concentration, A (absorbance) = e (extinction) * c (concentration) * l (optical path length). In the actual use of the given law, the relation is only linear at absorbance levels that are less than 2 Au. There is a need for several samples with known concentration specifically to measure the absorbance. It is also critical to always measure it at the same or exact wavelength.
To achieve a better chemometric model, it is highly recommended to use numerous samples of several concentrations. The AvaSoft-CHEM also uses absorbance values mainly to create a linear calibration line, which is then used to measure the concentration of unknown samples.
OTDR module for fiber optic testing - 920XC-30P UPC SC
Up to 38 db dynamic range
Large backlight LCD display
Measure length...
Large backlight LCD display
Measure length...
OTDR module for fiber optic testing - 920XC-30P UPC SC
Up to 38 db dynamic range
Large backlight LCD display
Measure length and defectsof coiled fiber
Fiber analysis software for data management and report generation
RS-232/USB interface
Available in SC, FC, and ST for UPC Versions
Available in SC and FC for APC versions
Large backlight LCD display
Measure length and defectsof coiled fiber
Fiber analysis software for data management and report generation
RS-232/USB interface
Available in SC, FC, and ST for UPC Versions
Available in SC and FC for APC versions
Fiber optic visual fault locator - 170XL
Continuous wave output modefor steady fault location
Find breaks to 5km
Blinking output mode increases...
Find breaks to 5km
Blinking output mode increases...
Fiber optic visual fault locator - 170XL
Continuous wave output modefor steady fault location
Find breaks to 5km
Blinking output mode increases viewing contrast
Easy to use quick interface fits all 2.5mm connector interfaces (FC, SC, ST)
1.0mW output power
Ergonomic rotary switch permits easy one-handed operation
Rugged, compact and splash-proof aluminum design
Two AA batteries provide 48 hours continuous operation
Nylon belt holster included
Find breaks to 5km
Blinking output mode increases viewing contrast
Easy to use quick interface fits all 2.5mm connector interfaces (FC, SC, ST)
1.0mW output power
Ergonomic rotary switch permits easy one-handed operation
Rugged, compact and splash-proof aluminum design
Two AA batteries provide 48 hours continuous operation
Nylon belt holster included
Fiber optic inspection microscope - FVA
FVA Benchtop Microscope fully automates the inspection process and is used to detect scratches that technicians may miss. FiberChekPRO™ then provides Pass/Fail results.
Fully Automated FVA Benchtop Microscope
The new FVA digital fiber microscope is a unique device that...
Fully Automated FVA Benchtop Microscope
The new FVA digital fiber microscope is a unique device that...
Fiber optic inspection microscope - FVA
FVA Benchtop Microscope fully automates the inspection process and is used to detect scratches that technicians may miss. FiberChekPRO™ then provides Pass/Fail results.
Fully Automated FVA Benchtop Microscope
The new FVA digital fiber microscope is a unique device that fully automates the inspection process, significantly reducing inspection time and simplifying workflow. The FVA microscope is used to inspect the polished surface of fiber optic connectors, and its high-resolution results are ideally suited for post-polish inspection of high quality end faces. It also detects scratches that technicians may miss, delivering the level of sensitivity long sought in the industry. The FVA is powered by a 12V adapter (included) and a PC via USB 2.0.
FiberChekPRO is an advanced application that determines the acceptability of optical fiber end faces through automated inspection and analysis. It identifies and characterizes defects and contamination and determines their location relative to the fiber core. It then provides a PASS or FAIL result according to a pre-configured failure criteria setting.
Fully Automated FVA Benchtop Microscope
The new FVA digital fiber microscope is a unique device that fully automates the inspection process, significantly reducing inspection time and simplifying workflow. The FVA microscope is used to inspect the polished surface of fiber optic connectors, and its high-resolution results are ideally suited for post-polish inspection of high quality end faces. It also detects scratches that technicians may miss, delivering the level of sensitivity long sought in the industry. The FVA is powered by a 12V adapter (included) and a PC via USB 2.0.
FiberChekPRO is an advanced application that determines the acceptability of optical fiber end faces through automated inspection and analysis. It identifies and characterizes defects and contamination and determines their location relative to the fiber core. It then provides a PASS or FAIL result according to a pre-configured failure criteria setting.
Fiber optic inspection microscope - FVD
Benchtop Microscope & Automated Inspection & Analysis Software
High-resolution bench-top inspection software
The FVD-series digital fiber microscope is used to inspect the polished surface or cleaved ends of fiber optic connectors. This high-resolution bench-top inspection microscope is ideally...
High-resolution bench-top inspection software
The FVD-series digital fiber microscope is used to inspect the polished surface or cleaved ends of fiber optic connectors. This high-resolution bench-top inspection microscope is ideally...
Fiber optic inspection microscope - FVD
Benchtop Microscope & Automated Inspection & Analysis Software
High-resolution bench-top inspection software
The FVD-series digital fiber microscope is used to inspect the polished surface or cleaved ends of fiber optic connectors. This high-resolution bench-top inspection microscope is ideally suited for post-polish inspection of high-quality end faces and can repeatedly detect scratches that may be missed by human technicians, delivering the level of sensitivity long sought in the industry. The FVD requires a connector adapter and PC to supply power to the unit through the USB 2.0 port. FiberChekPRO is an advanced application that determines the acceptability of optical fiber end faces through automated inspection and analysis. It identifies and characterizes defects and contamination and determines their location relative to the fiber core. It then provides a PASS or FAIL result according to a pre-configured failure criteria setting.
Applications
Inspect and analyze patch cords and jumper cables in manufacturing and quality assurance environments
Automatically capture and analyze fiber end face images, and obtain a PASS/FAIL result according to preconfigured criteria
Standardize fiber inspection and analysis process
High-resolution bench-top inspection software
The FVD-series digital fiber microscope is used to inspect the polished surface or cleaved ends of fiber optic connectors. This high-resolution bench-top inspection microscope is ideally suited for post-polish inspection of high-quality end faces and can repeatedly detect scratches that may be missed by human technicians, delivering the level of sensitivity long sought in the industry. The FVD requires a connector adapter and PC to supply power to the unit through the USB 2.0 port. FiberChekPRO is an advanced application that determines the acceptability of optical fiber end faces through automated inspection and analysis. It identifies and characterizes defects and contamination and determines their location relative to the fiber core. It then provides a PASS or FAIL result according to a pre-configured failure criteria setting.
Applications
Inspect and analyze patch cords and jumper cables in manufacturing and quality assurance environments
Automatically capture and analyze fiber end face images, and obtain a PASS/FAIL result according to preconfigured criteria
Standardize fiber inspection and analysis process
Fiber optic inspection microscope - P5000i
Automated Fiber Inspection & Analysis Probe provides PASS/FAIL capability to JDSU test solutions.
The P5000i makes it fast and easy to certify that every connection in your network is clear and optimized. This intelligent fiber microscope removes the guesswork from fiber inspection and provides...
The P5000i makes it fast and easy to certify that every connection in your network is clear and optimized. This intelligent fiber microscope removes the guesswork from fiber inspection and provides...
Fiber optic inspection microscope - P5000i
Automated Fiber Inspection & Analysis Probe provides PASS/FAIL capability to JDSU test solutions.
The P5000i makes it fast and easy to certify that every connection in your network is clear and optimized. This intelligent fiber microscope removes the guesswork from fiber inspection and provides...
The P5000i makes it fast and easy to certify that every connection in your network is clear and optimized. This intelligent fiber microscope removes the guesswork from fiber inspection and provides...
Fiber optic multi-test device / network - MAP-200
Optical test and measurement platform optimized for cost-effective development and manufacturing of optical transmission network elements.
The JDSU Multiple Application Platform (MAP-200) is an optical test and measurement...
The JDSU Multiple Application Platform (MAP-200) is an optical test and measurement...
Fiber optic multi-test device / network - MAP-200
Optical test and measurement platform optimized for cost-effective development and manufacturing of optical transmission network elements.
The JDSU Multiple Application Platform (MAP-200) is an optical test and measurement platform optimized for cost-effective development and manufacturing of optical transmission network elements. Today's rapidly changing optical market requires investment in productivity-enhancing technologies and tools, making the MAP-200 scalable test platform the right tool needed in even the most stringent environments.
Based on the previous-generation Multiple Application Platform (MAP), the MAP-200 builds on the differentiation of offering the broadest portfolio of modules in the densest and most configurable platform. The MAP-200 is optimized for test applications in lab and manufacturing environments ranging from insertion loss testing to dispersion penalty testing.
The JDSU Multiple Application Platform (MAP-200) is an optical test and measurement platform optimized for cost-effective development and manufacturing of optical transmission network elements. Today's rapidly changing optical market requires investment in productivity-enhancing technologies and tools, making the MAP-200 scalable test platform the right tool needed in even the most stringent environments.
Based on the previous-generation Multiple Application Platform (MAP), the MAP-200 builds on the differentiation of offering the broadest portfolio of modules in the densest and most configurable platform. The MAP-200 is optimized for test applications in lab and manufacturing environments ranging from insertion loss testing to dispersion penalty testing.
Fiber optic multi-test device / network - ONT
Highly configurable, multi-application and multi-port platform for system verification and acceptance testing.
High-speed testing for high-speed optical networks
The modular design of the ONT offers high flexibility and lets users operate multiple test modules...
High-speed testing for high-speed optical networks
The modular design of the ONT offers high flexibility and lets users operate multiple test modules...
Fiber optic multi-test device / network - ONT
Highly configurable, multi-application and multi-port platform for system verification and acceptance testing.
High-speed testing for high-speed optical networks
The modular design of the ONT offers high flexibility and lets users operate multiple test modules in one mainframe. The ONT-600 series, the next generation ONT family, replaces highly successful ONT-503/506/512.
Benefits
Allows users to uncover potential issues during development avoiding costly last minute changes
Saves test time and reduces cost of equipment with comprehensive test signal creation and intuitive GUI
Provides efficient use of hardware by allowing multiple users access to different modules simultaneously Offers low overall cost with multiple applications supported by single modules
Most comprehensive testing of OTN/SDH/Ethernet/Fibre Channel ensures the highest level of standards compliance and interoperability
Provides latest transport technology support with 40G/100G, ODU0, and ODUflex testing
Provides high-accuracy jitter and wander measurement results
High-speed testing for high-speed optical networks
The modular design of the ONT offers high flexibility and lets users operate multiple test modules in one mainframe. The ONT-600 series, the next generation ONT family, replaces highly successful ONT-503/506/512.
Benefits
Allows users to uncover potential issues during development avoiding costly last minute changes
Saves test time and reduces cost of equipment with comprehensive test signal creation and intuitive GUI
Provides efficient use of hardware by allowing multiple users access to different modules simultaneously Offers low overall cost with multiple applications supported by single modules
Most comprehensive testing of OTN/SDH/Ethernet/Fibre Channel ensures the highest level of standards compliance and interoperability
Provides latest transport technology support with 40G/100G, ODU0, and ODUflex testing
Provides high-accuracy jitter and wander measurement results