BBN International Ltd

The AFL M710 OTDR from AFL combines ease of use (Touch and Test) and functionality in a field-rugged, hand-held package. With single-mode dynamic ranges up to 40 dB and multimode dynamic ranges of 26 dB, the M710 OTDR is ideal for testing and troubleshooting LAN/WAN, metro, FTTx and long haul networks. Industry leading dead zones of less than 1.0 m enhance users' ability to locate and measure events. Testing at 1310 and 1550 nm is normally sufficient to certify point-to-point or FTTx PON fibers and allows the detection of macrobends.Features

• TruEventTM advanced event analysis
• Inspection capable with DFS1 Digital FiberScope
• Live fiber detection prevents damage to network equipment
• Up to 13 hours battery life
• Dynamic range up to 44 dB for long range testing
• Automatic Pass/Fail analysis
• Large 6.5 inch full color touchscreen display
• Integrated Optical Power Meter (OPM) and Visual Fault Locator (VFL)
• Front Panel and First Connector Check features ensures accurate measurements

Applications

• Test and certify campus & central office networks and Distributed Antenna Systems (DAS) fibreinfrastructure
• Tier 1 and Tier 2 testing and certification of SM and MM networks
• Document and create standards compliant acceptance reports with TRM® 2.0, companion PC software
• Inspection of fibre end-faces using DFS1 Digital FiberScope
• Real-Time OTDR - fault location and splice verification

Based on a proprietary thin film cavity filter technology, Agiltron offers Tuneable Optical Filter with central wavelengths ranging from 450 nm to 2000 nm. It is tuneable continuously over a wide spectral range up to 80nm. Agiltron further offers high optical power handling up to 10 W(CW) while maintaining the transmission spectral shape polarisation-insensitive over the whole tuning range. Agiltron's unique high reliability and low insertion loss design presents a most cost-effective solution for OEM applications from fibre optic networks to fibre sensing interrogation.Features

• Compact and Low Cost
• High Power Handling
• Wide Tune Range
• Wide Wavelength Coverage
• Low IL, PDL & WDL
  

Applications

• DWDM networks
• Fiber Sensing
• ASE control
• Tuneable Fibre Laser sources

The Fibre-Fibre series Manal VOA is based on fibre to fibre coupling with a micro self align technology, featuring ultra-low loss, broadband, high power, compact size, and low cost. It can accommodate to all type of fibres.
Features

• Low insertion loss
  
• High reliability
  
• Low cost
  
• Low power consumption
  
• Super compact
  

Applications

• Dynamic gain equalisation
  
• Variable MUX/DEMUX
  
• Instrumentation
  

Based on a proprietary thin film cavity filter technology, Agiltron offers PM Fiber Optic Tuneable Filter with central wavelengths ranging from 450 nm to 2000 nm. It is tuneable continuously over a wide spectral range up to 80nm. Agiltron further offers high optical power handling up to 10 W(CW) while maintaining the transmission spectral shape polarisation-insensitive over the whole tuning range. Agiltron's unique high reliability and low insertion loss design presents a most cost-effective solution for OEM applications from fibre optic networks to fibre sensing interrogation.Features

• Compact and Low Cost
• High Power Handling
• Wide Tune Range
• Wide Wavelength Coverage
• Low IL, PDL & WDL

Applications

• DWDM networks
• Fiber Sensing
• ASE control
• Tunable Fiber Laser sources

• 1060nm, 1310nm, 1550nm, 1600nm, 2000nm center wavelengths
• Thin film filter (TFF), diffraction grating and etalon based filters
• Narrowband, wideband and bandwidth adjustable versions
• Single mode and polarisation maintaining

The Lightwaves2020 wideband tuneable optical filter module is a new released manually tuneable optical filter, in which the tuning is achieved by rotating the TFF filter. A wide variety of wavelength tuning range and profile is available from selecting the thin film based filter.Features

• 40 nm wavelength tuning range
• Operating wavelength: C, L or S band
• Low insertion loss
• Low PDL
• Cost-effective

Applications

• Tuning components for tunable laser and white light source
• Optical testing
• Sensor source
• Channel selection in WDM network

Wideband Tunable Filters of WLTF-WM- & WLTF-WE- series are built based on free-space optical Fourier transformation combing with diffraction grating. Unique optics design produces an access of selecting spatially desired spectral ingredients of input light and offers flat-top transmission spectral shape with flexible bandwidth and unprecedented low insertion loss and polarization dependent loss (PDL). Precise tuning mechanism enables filters to provide high wavelength resolution and excellent wavelength repeatability.Features

• Unprecedented low insertion loss and polarization-dependent loss (PDL)
• Flat-top transmission spectral shape
• Sharp filter edge roll-off slop
• High power handling
• Up to 120nm wavelength tuning range
• Up to tuning range bandwidth
• Spectral range available over X-, O-, S-, C- and L- bands
• High out-band suppression

Applications

• ASE noise suppression
• CWDM channel filtering
• Pulse shaping
• Signal filtering

Wideband Tunable Filters of WLTF-WM- & WLTF-WE- series are built based on free-space optical Fourier transformation combing with diffraction grating. Unique optics design produces an access of selecting spatially desired spectral ingredients of input light and offers flat-top transmission spectral shape with flexible bandwidth and unprecedented low insertion loss and polarization dependent loss (PDL). Precise tuning mechanism enables filters to provide high wavelength resolution and excellent wavelength repeatability.
Features

• Unprecedented low insertion loss and polarization-dependent loss (PDL)
• Flat-top transmission spectral shape
• Sharp filter edge roll-off slop
• High power handling
• Up to 120nm wavelength tuning range
• Up to tuning range bandwidth
• Spectral range available over X-, O-, S-, C- and L- bands
• High out-band suppression

Applications

• ASE noise suppression
• CWDM channel filtering
• Pulse shaping
• Signal filtering

Reference (master) cable assemblies are necessary for component test procedures. These can come in single?side master version or both?side master version. Single?side master version is the most commonly used in component test procedures. Master side provides connection to device under test (DUT), while equipment side provides connection to the equipment's output or input port. Ferrules or master connectors are specially selected for lowest achievable concentricity, ovality and triangularityFeatures

• Ultra Low Insertion Loss
• Suitable for Component Test
• Telcordia GR.326?CORE Issue4 Compliant
• Uses Seikoh Giken Ì? s High Quality Connectors
• E2000/APC Style Master Connectors Available

Applications

• Data centres
• Optical networks

Features

• Plug type polishing holder
• Various capacity types are available
• IPC (Independent Pressure Control) based holders and work with existing SFP-550 series polishing machines and also new SFP-560A