Fiber Inspection Probe Microscopes

Contamination — The #1 Reason for Fiber Network Failures

• Dirty connectors cause 80% of field test failures
• Microscopic debris degrades signal performance and can cause permanent damage to connectors and the equipment they are plugged into
• Mating dirty connectors can break apart debris, spreading it across the fiber end face

INX 760 Probe Microscope

The INX™ 760 Inspection Probe Microscope (INX 760) offers unparalleled efficiency in ensuring pristine single fiber, duplex-fiber, or multifiber connections.

Optimized for field use and VIAVI TPA™ (Test Process Automation) enabled, the INX 760 microscope enables automation of every step of the inspection process, including test setup, tip configuration, image panning and focus, end-face analysis testing, and data storage.

INX 760 is

Faster – Get results faster with true automated operation in seconds

Simpler – Simplify fiber inspection with easy automated inspection of multi-fiber, single-fiber, and duplex connectors

Stronger – Ensure performance you can depend on with a strong and durable microscope that delivers excellence in the field

Smarter – Achieve inspection excellence with trusted results

• True Automated Inspection delivers the industry’s fastest workflow for user applications that automates every step of the inspection process.
• AutoID Inspection Tips eliminate mistakes of error-prone manual or RFID configuration when changing tips.
• PanOptic Imaging Engine ensures edge-to-edge field-of-view without compromising magnification and resolution quality.
• The INX 760 is VIAVI TPA Enabled, ensuring alignment, efficiency, and accuracy at every stage of a job with Test Process Automation.

Live fibre identifiers

FI-60
Live Fiber Identifier with Integrated Optical Power Meter

• SafeChek easy-pull trigger system ensures repeatable engagement with fiber cable
• LFI head accepts multiple cable diameters (250μm to 3mm jacketed fibers)
• Durable metal input adapters (2.5 and 1.25mm) for OPM
• Measure both absolute (dBm) and relative (dB) power
• Store and recall up to 100 OPM readings

FID-30R

Optical Fibre Identifier with OPM and ONU detection

• The fibre identifier can be used for UV-coated fibre, 0.9mm diameter tight buffered fibre, fibre cord up to 3mm in diameter, and fibre ribbon with up to 12 fibres.
• World’s highest signal detection sensitivity
• ONU signal detecting function
• Trigger lock / Robust Body design
• 2.4″ color touch screen with backlight
• Adjustable settings as :
• Result retaining / Buzzer Volume /Backlight brightness / Auto dimming / Auto power OFF

Visual fault locators

Attenuation measurement

Contractor series

Contractor Series Light Sources and Power Meters are rugged test instruments designed with a simple user interface and backed by an industry-leading warranty. Both single-mode and multimode kit options provide tools for measuring network insertion loss, continuity checks, and fibre identification.

CSM1 Power Meter

• Four models provide wide wavelength and power level ranges
• Stores optical references for each calibrated wavelength
• Auto-detects Test Tones for use in fibre identification
• Optical input port accepts a variety of thread-on adapter caps

CSS1-SM Laser Source

• 1310 nm and 1550 nm LASER output from single test port
• Output port accepts UCI threaded adapters (FC, SC, ST, LC) for flexibility and access to launch fibre for cleaning and inspection

CSS1-MM LED Source

• 850 nm and 1300 nm LED output from single test port
• 50 μm and 62.5 μm mandrels included
• Test Tones (2000, 1000, 330, 270 Hz) for fibre identification
• Use power meters when technician has fibre end access

Attenuation measurement

VIAVI SmartPocket™ V2 Family

The VIAVI SmartPocket™ V2 is family of pocket-sized and low-cost optical light sources, broadband power meters, optical test kits and PON Power meters for the installation and maintenance of single mode and multimode fibre optic networks.

SmartPocket V2 Optical Light Sources

The OLS-3xV2 are a range of small and rugged optical light sources (OLS) for quick, easy, and convenient field insertion loss measurement and continuity checks. SmartPocket V2 OLS are ideal tools to complement the OLP-3xV2 optical power meters for insertion loss and continuity testing in both single mode (SM) and multimode (MM) optical fibre networks. Robust and compact they fit perfectly in your pocket.

SmartPocket V2 OLP-35V2/-35SC/-38V2 Broadband Power Meters

The VIAVI OLP-3xV2 are a range of broadband power meters (PM) for quick, easy, and convenient measurement of optical power levels and loss in fibre networks. Easy-to-use for technicians at any skill level SmartPocket V2 broadband PM complement VIAVI optical light sources (OLS) for insertion loss and continuity testing in both single mode and multimode networks in all environments.

SmartPocket V2 OMK-35V2/-36V2/-38V2 Optical Test Kits

A family of pocket-sized and low-cost optical power meter plus optical light source kits for the installation and maintenance of single mode and multimode fibre optic networks.

SmartPocket V2 OLP-39 TruePON Testers

The VIAVI OLP-39 variants are the industry’s first wavelength selective Passive Optical Network (PON) power meter enhanced with TruePON data analysis for fast, simultaneous measurement of both G-PON and XGS-PON downstream power levels and loss in PON networks

SmartPocket V2 OLP-37XV2 Selective PON Power Meter

The VIAVI OLP-37XV2 is a wavelength selective Passive Optical Network (PON) power meter for fast, simultaneous measurement of both G/E-PON and XGS-PON/10G-EPON downstream power levels and loss in PON networks.

SmartClass Fiber OLTS-85/-85P Optical Loss Test Sets

OLTS from VIAVI: The fastest and easiest solutions for Tier 1 fibre certification

VIAVI Solutions SmartClass Fibre OLTS-85/85P lets installers and technicians work fibre smart by integrating industry-leading fibre inspection with Tier 1 testing. This efficient, easy-to-use solution promotes best practices while cutting testing and certification time in half. Have confidence in your network quality and optimize your workflow with a single solution – the OLTS-85 and 85P

Smart OTDR

Handheld Fibre Tester

The lightweight and compact SmartOTDR speeds and optimizes field testing of metro and access networks—with a tailored OTDR interface and automatic analysis that any technician can understand.

The SmartOTDR essential handheld fiber tester is an affordable, easy-to-use device for techs at any level, with robust wireless connectivity options that increase productivity anywhere. It integrates all the essential fiber test requirements into a single device with OTDR measurement, fiber end face analysis, optical loss testing and visual fault locator.

Ensures fast and easy measurements
One touch operation, automatic analysis, and tailored OTDR user interface for different skill level

Manage data from anywhere in the network
Several connectivity options (3G/4G smartphones via USB and optional Bluetooth/WiFi) enable remote control as well as data and work-order transfers to-and-from tablets, smartphones, and computers.

Reduces cost of ownership
Three year warranty as standard coverage

Optimizes field operations
Light, ultra compact, hands-free design and an extended autonomy up to 20 hours

Remotely coach and support field techs with Smart Access Anywhere (SAA)

Fibre monitoring

ONMSi Remote Fibre Test System (RFTS)

RFTS stands for “Remote Fibre Test System” which is a centralized system that combines strategically placed fibre optic test heads in key network locations to constantly sweep the fibre with an OTDR test signal to identify and locate fibre faults and degradations. The RFTS can switch across the fibre plant and/or test on demand. On-demand test use cases include construction verification and post-repair verification after a fibre break.

The RFTS from VIAVI, Optical Network Management System (ONMSi), increases workforce productivity and facilitates the management of fibre optic networks with fewer technicians through fibre remote testing and accurate fibre plant documentation. The system accurately detects and locates fibre degradation, alerting operators and managers with the details of faults. Measurement schedules allow network operators to assess long-term fibre performance to form the basis of efficient asset management.