Fiber Optic Network test
Optical Backscatter Reflectometer, OBR
- Ultra-high resolution (10 μm sampling) reflectometer with “zero dead zone”.
- Measure RL, IL, distributed loss, length, polarization states, phase derivative and group delay
- 80 dB dynamic range
- Backscatter-level sensitivity (-130 dB)
- Manufacturing test of fiber optic assemblies
- Aerospace and avionics fiber optic testing
- Fiber optic latency testing
Applications
Portable Optical Backscatter Reflectometers
- Fully portable and rugged OBR
- Track and analyze return loss (RL) and insertion loss (IL) versus length
- Measure length and latency with high precision
- Spatial sampling resolution down to 80 μm
- Available with IP65 and MIL-STD certifications
- Manufacturing test of fiber optic assemblies
- Aerospace and avionics fiber optic testing
- Fiber optic latency testing
Applications
Optical Component test
Optical Vector Analyzer, OVA
- Single measurement, all-parameter analysis
- Full characterization of components in less than 3 seconds
- Complete polarization response
- With single scan, simultaneously measure loss, polarization, dispersion, phase and time domain response
- Available for C and L band, or O band
- Photonic integrated component (PIC) testing
- Polarization performance testing of coherent receivers
- Manufacturing test of fiber optic assemblies and components
Applications
Lightwave Component Analyzers, LCA
- Accurate return loss (RL) and insertion loss (IL) analyzer
- Track and analyze return loss (RL) and insertion loss (IL) versus length
- Analyze components in both reflection and transmission
- Spectral analysis of IL and RL
- Automatic RL/IL event detection
- Measurement length to 500 m (in reflection, with Luna 6435)
- Remote control via SCPI commands
- Photonic integrated component (PIC) testing
- Polarization performance testing of coherent receivers
- Manufacturing test of fiber optic assemblies and components
Applications
Polarization Dependent Loss (PDL) Multimeter
- 30 ms measurement speed
- Wide wavelength range
- High PDL accuracy
- OLED display and analog output
- Photonic integrated component (PIC) testing
- Polarization performance testing of coherent receivers
- Manufacturing test of fiber optic assemblies and components
Applications
Power Measurement
Muti-channel Power Meter
- Relative accuracy of 0.02dB
- Measurement display resolution down to 0.001dB
- Variable sampling rate via software
- Can be controlled remotely via USB
- Integrated temperature monitoring
- Convenient 19-inch rackmount frame
- Easy to Use
- Long-Term Testing
- Discontinuity and Fluctuation
- High Channel Count
- High Variability Production
- Stability Measurement
- Transceiver Testing and Validation
Applications
Multi-channel Insertion Loss Meter
- Configurable for harsh environment connectors such as 29504 or 38999
- High speed USB Interface for communication
- Cable test software OPL-MAX available for writing measurement data directly into a spreadsheet
- Interface to custom applications via DLL
- Fully automated, single wavelength, dual wavelength or quad wavelength insertion loss measurement
- Multimode source with controlled launch condition available for underfill, full-fill or overfill
- Various detector options for single fiber, duplex fiber, or ribbon fiber cables
- Ideal for MTP/MPO ribbon cables
Applications
Optical Return Loss and Insertion Loss Meters
- Faster Return Loss & Insertion Loss Testing Speeds
- Simple and Touch-Free Return Loss Measurements
- Bigger and Sharper Touchscreen
- Built-in Ethernet Capability
- Manufacturing Testing
- R&D Testing
Applications
Optical Switch
- Compact, slim-line, ultra thin all optical switch
- MEMS technology, high reliability, long life
- USB powered, no external power supply needed
- Bright organic OLED for channel display
- Interface to custom applications via OPL-SDK
- High speed USB Interface for communication
- 2×2 configuration available for bi-directional testing
Tunable Laser
- Optical characterization of components and modules:
- Tunable Filters, Interleavers, Fiber Bragg Gratings, Couplers, Splitters, Isolators, Switches, etc
- WSS and Wavelength Blockers
- DWDM components
- Silicon photonic waveguide characterization, including micro-cavity ring resonators
- Spectroscopy
- Interferometry
Applications
Tunable Filter
- 100 Gb/s, 400 Gb/s transmission test
- Adjustable and adaptive DWDM, OFDM channel filtering
- ASE noise filtering
- Next generation bundle wavelength OXC
Applications
Polarization Extinction Ratio Meter
- Full band 1260 to 1630 nm
- Simultaneous display of extinction ratio, optical power, and polarization angle
- 50 dB dynamic range for PER measurement
- Wide dynamic input power range
- (- 40 to + 10 dBm/Normal power), (- 25 to + 20 dBm/High power)
- Direct PD analog output
- Real-time (up to 10 Hz) measurement
- Interchangeable connectors: FC, SC or LC
- Alignment of polarization axis of optical devices
- Connectorized PMF patch cord evaluation
- PMF pigtailed laser diode evaluation
- PM fiber fusion splicing
Applications
Optical Coherence Tomography System, OCT
- High-resolution skin imaging for cosmetic research
- Industrial imaging with high resolution and accuracy
- In-vivo cancer imaging
Applications
Sweep Source
- Intraoral & dental imaging
- Anterior chamber ophthalmic imaging
- Cardiovascular and endoscopic imaging
- Laser-weld monitoring
- In-line inspection for industrial products
Applications
Spectrum Analyzer
HIGH RESOLUTION OSA
- optical resolutions from 250 GHz to 140 MHz, 100 MHz/0.8 pm, 20 MHz/0.16 pm, 5 MHz/0.04 pm
- 3 models : C Band / L Band / C&L Band
- Dynamic range 78 dB
- Rectangular-shape resolution filters
- 2 channels, one per polarization axis
- Built-in tunable laser source
- Component transmission/reflection analysis
- Fast sweep OSA (optional)
- Advanced modulation format analysis
- Comb generator measurement
- Laser characterization
- OSNR measurement
- OFDM analysis
- Optical sensor/component characterization
Applications
OPTICAL COMPLEX SPECTRUM ANALYZER
(Optical Modulation Analyzer)
- Resolution from 250 GHz to 140 MHz, 100 MHz/0.8 pm, 20 MHz/0.16 pm, 5 MHz/0.04 pm
- Available for C+L Band / extended C+L Band / O Band
- Dynamic range 87 dB for C+L Band, 79 dB for O Band
- Close-in dynamic range >60 dB @ +/-0.4 pm
- Rectangular-shape resolution filters
- 2 channels, one per polarization axis
- Built-in tunable laser source
- Component transmission/reflection analysis
- Advanced modulation format analysis
- Comb generator measurement
- Modulator characterization
- Comb generator temporal and spectral measurement
- Optical sensor/component characterizatio
Applications
Test Platform
Multiple Application Platform, MAP-300
- On-board 3.5-inch touch screen
- Graphic User Interface features intuitive dashboard with configurable widgets
- Multi-user access supported by web based interface.
- The industry’s largest selection of hot swappable modules
- Backward compatible with MAP2xx series cassettes and remote-control support
- Tunable Laser Source Module
- C+L Band Optical Light Source Module
- Erbium Doped Fiber Amplifier Module
- Variable Back Reflector Module
- Variable Optical Attenuator Module
- Multiport Tunable Filter Module
- Polarization Control Module
- Optical Switch Module
- Optical Power Meter
- Optical Spectrum Analyzer Module
- Insertion Loss (IL) and Return Loss (RL) Test Modules
- General purpose fiber-optic lab use
- Manufacturing test automation
- DWDM/WSS test
- Connectivity IL/RL
- Polarization scrambling and OSNR
Applications
Optical MultiTest Platform AP1000-8
- Accepts up to 8 Modules
- GPIB and ethernet remote control
- 5.7 inch touch screen
- Optical Tunable Laser Source
- DFB Laser
- Power Meter
- EDFA
- Optical Variable Attenuator
- Optical Tunable Filter
- Optical Switch
- Optical Polarimeter
- General purpose fiber-optic lab use
- Manufacturing test automation
- DWDM/WSS test
- Connectivity IL/RL
- Polarization scrambling and OSNR
Applications
RF & Microwave Fiber Optic Transport System, Optiva Platform
- RF Fiber Optic Links, 1 MHz – 60 GHz transmission
- Passive Devices, Switching, Signal Distribution
- Monitoring & Control, NMS
- Erbium Doped Fiber Amplifiers (EDFA)
- Enclosures & Power Supplie
- Fiber Optic Transport Solutions for
- Satellite & Microwave Communications
Applications
Fiber Dianogsis
Interferometric end face inspection for fibers, VFI
- 3D Map – a three-dimensional view of the fiber, allowing the user to immediately visually analyse the surface profile of the fiber end face Height Map – a false colour map of the end face, with customisable scale, very useful in showing the change in cleave angle across the face of the fiber
Fiber and Array Geometry Measurement, FGC-GA
- Measures the widest range of fiber sizes and types – single unit solution means less bench space, reduced training
- Standards compliant – calibrated to international standards, ensuring confidence in its accuracy
- Production ready – reliable, repeatable, operator-independent results in seconds
Refractive Index Profiler, nPA-400
- Measurement in seconds
- Very quick and easy fiber preparation – just cleave and insert the fiber
- Highly user-friendly software
- Measures fibers up to 400 µm in diameter
- Measures non-circularly symmetrical fibers – good for PM; octagonal, multicore
- Traceable calibration
Wavefront Sensor
Kaleo Kit
- Versatile: available from UV to IR, modules compatible with stand-alone use
- UV (190 - 400 nm) VIS - NIR (400 - 1100 nm) SWIR (900 - 1700 nm) MWIR (3 - 5 μm)
- Powerful unique technology: high resolution, large dynamic range, nanometric sensitivity
- Easy-to-use: compact and easy to align
- Optics metrology and optical system alignment
Applications
SID4 UV HR
- 190 - 400 nm
- Sensitive down to 190 nm
- High sensitivity – 1 nm RMS
- Very high resolution (355 x 280 sampling)
- Laser testing, adaptive optics, and plasma diagnostics
- Optics metrology and optical system alignment
Applications
TeraHertz Gauging and Imaging
TeraMetrix’s T-Ray 5000
- TeraMetrix’s T-Ray 5000 measurement system is one of the fastest terahertz systems available on the market
- The T-Ray 5000 Intelligent Terahertz Control Unit is the heart of the system, monitoring and controlling all aspects of THz generation and detection
- The TCU is paired with one of a variety of T-Gauge Sensor heads to create a complete system
- The THz system can measure thickness down to 50 microns at a rate of 1,000 measurements per second without nuclear or ionizing radiation
- Thickness monitoring for process control
- Density measurement
- Process control and non-destructive test (NDT)
Applications
Next Generation Network & Infra Test
Spirent A2 400G Seven-Speed Appliance
- Native QSFP-DD Test Platform
- 8 and 16 port variants for 2U high appliance, delivers the highest density high speed Ethernet solution
- Each port supports following: - PAM4: 1x400G, 2x200G, 4x100G, 8x50G
- Available single port upgrades
- High density 64xQSFP28 port option—requires external accessory and license
- Support for Ethernet (FEC), and Auto Negotiation (AN) and Link Training (LT) for all supported speeds and full breakouts
- Protocol testing for L2/3 routing/ switching and data center test cases*
- NRZ: 1x200G, 2x100G, 4x50G, 2x40G, 8x25G, 8x10G
High Speed Ethernet - Be Ready for the Future
Ethernet speeds are increasing, networks are becoming more intelligent, with topologies
scaling to sizes never seen before. Our Ethernet portfolio allows you to quickly and
confidently launch products and services dependent on emerging cost-effective, high-
speed and high density 800/400/200/100/50/40/25/10/5/2.5/1G/100M technologies.
Distributed FO Sensing
ODISI 6000 SERIES
- High-definition fiber optic sensing (HD-FOS) with sub-millimeter sampling resolution
- Multichannel measurements - up to 8 channels per system
- Up to 100 m of high-definition sensing per channel
- Complete system measures, acquires, logs and communicates real-time data
- Flexible, lightweight and easy-to-install fiber optic sensors reduce time to first measurement
- High fidelity model verification
- Temperature mapping for batteries
- Improving bonding & welding quality
- Embedded sensors for smart parts
Applications
Multipoint FO Sensing
HYPERION Interrogator
- Dynamic and absolute measurement of FBGs, LPGs, FP and MZ sensors
- Up to 16 parallel channels per system
- Data verification key guarantees only valid output; each data set is calibrated and verified against a permanent NIST traceable reference
- Proven reliability and longevity, with over 100 million hours logged since 2000
- Structural health monitoring - civil and geotechnical
- Structural health monitoring - energy systems
- Industrial temperature monitoring
Applications
FO Sensing
Distributed Acoustic Sensing
- Low phase noise, specially-developed RIO laser at the heart of the device
- Wider frequency range at all ranges – delivering 50% of ping rate – full Nyquist
- Up to 100km of quantitative data
- Long baseline seismology and tsunami monitoring
- Rail and road applications
- Static strain monitoring
- Pipeline integrity monitoring
- Subsea cable monitoring
- Advanced research applications
- Fenceless border surveillance
Applications
Distributed Temp./Strain Sensing (Raman-based)
- INDUSTRIAL TEMPERATURE MONITORING
- POWER TRANSMISSION MONITORING
- OIL & GAS SENSING
- LINEAR HEAT DETECTION
Applications
Distributed Acoustic Sensing Distributed Temp. & Strain Sensing (Brillouin-based)
- A range of instruments capable of detecting strain and temperature in single mode optical fibers and fiber optic cables
- Interrogator type:
- VISION: BOTDA - stimulated Brillouin technique providing a fast, precise and cost effective solution where access is available to both ends of the fiber.
- VISION Dual: BOTDA and BOTDR - stimulated BOTDA plus spontaneous BOTDR for when only one end of the fiber is available.
- Detect leaks, ground movement and deformation in pipelines
- Onshore & offshore power cables monitoring
- Flow assurance & condition monitoring in SURF subsea equipment
- Reservoir temperature and casing strain monitoring
- Test and measurement of optical fiber and cable
- Structural health monitoring
Applications
Rework
FINEPLACER pico rs
- Full hot air rework system
- One system for rework and micro assembly
- Industry-leading thermal management
- Placement accuracy better 5 µm
- In-situ process observation in HD
- Fully manual or semi-automatic machine versions
- BGA, CSP, QFN, DFN, QFP, PGA, SOT etc.
- Mini BGA and other miniaturized components
- Connectors & Sockets Small passives down to 008004
- LED and Mini LED arrays
- Contactless site cleaning / Solder removal
- Component removal / De-soldering
Applications
Die Bonder
FINEPLACER lambda2
(Manual or Semi-auto)
- Sub-micron placement accuracy
- Superior optical resolution
- Excellent price performance ratio
- Manual or semi-automatic machine versions
- Numerous bonding technologies (adhesive, soldering, thermocompression, ultrasonic)
- In-situ process observation in HD
- µLED (array) assembly
- VCSEL/photo diode/-array assembly
- Laser diode assembly
- Laser diode bar assembly
- Lens (array) assembly
Applications
FINEPLACER femto2
(Full auto)
- Placement accuracy of 0.3 µm @ 3 Sigma on small to large substrates
- Automatic placement accuracy calibration
- Wide range of controlled bonding forces
- UHD vision alignment system with FPXvisionTM
- Multi-chip capability
- Wide range of component presentation (wafer, waffle pack, gel-pak®)
- Large bonding area
- Numerous bonding technologies (adhesive, soldering, thermocompression, ultrasonic)
- Ultra low bonding force
- Various bonding technologies in one recipe
- Integrated scrubbing function
- In-situ process observation in HD
- Fully automatic and manual operation
- Automatic tool management
- High-power laser module assembly
- Laser diode assembly
- VCSEL/photo diode (array) assembly
- Laser diode bar assembly
- Optical sub assembly (TOSA/ROSA)
- Lens (array) assembly