The new Turbotest 400 Series Fibre Optic Certification Test Sets are designed to quickly test either multimode or singlemode fibre links, and generate certification reports based on the latest fibre standards.

• Measure loss and length on multimode or singlemode fibre links 850/1300nm (LED) and 1310/1550nm (laser) models available
• Selectable certification standards providing PASS/FAIL results
• Store test results for up to 1,000 fibres in user-defined files
• Transfer data to a PC and generate certification reports using supplied Windows 95, 98 and NT 4.0 compatible software

Turbotest 400 Series

Noyes

Certification Test Set - Turbotest Series 400

OFS 300 Optical Fibre Inspection Scope - VFS 2 Video Fibre Inspection Scope

OFS 300 Optical Fibre Inspection Scope

• Rugged Hand held Design
• 200X, 400X, or 200-400X Zoom
• Universal Adapter Interface
• Laser Safety Filter Installed
• Tripod Mount
• Battery or AC Operated

VFS 2 Video Fibre Inspection Scope

• Easy To Inspect Small Form Factor Connectors
  
• In-place Inspection Of Fibre Optic Connectors
  
• Active Matrix Display
  
• 0° or 60° Probe-Arm Angle
  
• Portable and Workstation Models Available
  
• Battery or AC Power
  

Noyes

Fiber Inspection Microscopes

Fibre Optic Talk Sets from Noyes Fiber Systems are an inexpensive solution to meet your multimode or singlemode fibre optic communication needs.

Designed for voice communications over spare fibres, the FTS series provides full duplex, single fibre operation for voice links with varying distances.

Fibre optic talk Set

• Single fibre, full duplex
  
• Multimode and singlemode models
  
• Field portable, hands free operation
  
• Automatic Connection
  
• Multiparty communication
  
• Digital technology with the FTS 2

Noyes

Fiber Optic Talk Set

The HiLite and VFI 2 are compact but powerful visible red laser sources designed to troubleshoot faults on fiber optic cables. Light generated by these units will escape from sharp bends and breaks in jacketed or bare fibers.

They can identify faults in fiber optic jumper cables, distribution frames, patch panels, and splice trays.
The HiLite and VFI 2 are an excellent complement to an OTDR because they locate faults inside the OTDR's dead-zone. Other applications include end-to-end continuity checks, identifying connectors in patch panels and fibers during splicing operations. The universal connector interface provides fast operation with many connector styles without changing an adapter.

HiLite & VFI 2 - Visible Fault Identifiers

Noyes

HiLite & VFI 2 - Visible Fault Identifiers

The ORL 3 has been designed to test reflections from connectors and components in high speed digital and analogue systems such as Telco, CATV, and WAN's.The TURBOTEST 500 offers the most sophisticated loss and return loss testing.

Model ORL 3

The ORL 3 provides the ability to perform both return loss (ORL mode), and loss measurements (OLTS mode) at 1310nm, 1550nm, and 1625nm. The selectable threshold function is available for each wavelength when measuring in the ORL mode. When measurements exceed the set threshold level then PASS will appear in the liquid crystal display.

• 1310/1550nm Return Loss
• Measures up to +23dBm in OPM Mode
• Store up to 900 Loss Readings
• Field Portable, Battery Operated
• Selectable Threshold
• AC Charger

TurboTest 500B

Designed specifically for high fibre count systems, the TURBOTEST 500 provides the ability to perform single fibre bi-directional tests on fibre optic cables and components.

• Tests Insertion Loss and Return Loss
  
• Single Fibre Bi-directional Testing
  
• 1310 / 1550 / 1625nm Single Port
  
• Dedicated Voice Port (optional)
  

Noyes

Loss / Return Loss Test Set

Optical Time domain Reflectometer M600 Mini-OTDR provides complete, low cost, solutions for measuring, testing, and documenting the performance of your fibre network.

The unit can be configured to suit your testing needs for an array of applications with demanding requirements. Designed to accept both multimode and singlemode modules for testing flexibility, the M600 combines ease of use with powerful time saving features. Available in multimode (850/1300nm), singlemode (1310/1550nm), or four wavelength configurations.


M600 Series

• Automatic or manual testing
• Real-time testing
• Large, backlit, colour display
• Trace storage on 3.5" diskettes and internal memory
• Trace Analysis Software for Windows 95, 98 and NT 4.0.

Noyes

Mini OTDR -Serie M600

OFI 200B Optical Fiber Identifier

Model OFI 200B Optical Fiber Identifier

• Accepts 250um, 900um, 3mm Jacketed and
• Ribbon Fibre with no Head Swapping or CAM
• Adjustments
• Identifies Light Carrying Fibre
• Low Cost, Easy to Use
• Hand-held, 9V Battery Operated
• Low Insertion Loss - Traffic Remains
• Uninterrupted
• Indicates 2 kHz Tone Visually and Audibly
• Indicates Direction of Traffic

Noyes

Optical Fiber Identifier

The optical loss test kits include a light source, power meter, carry case, adapter cap and operations manual. Other test kit configurations are available on request.

The Noyes optical light sources are designed to be used with optical power meters to perform loss measurements on fibre optic cables. The OLS series offers excellent stability and portability for accurate testing on singlemode or multimode fibre at 660, 850, 1300, 1310, 1550 and 1625nm. Our fibre optic loss test kits are ideal solutions for testing an assortment of multimode and singlemode systems. By joining the Noyes Fiber Systems power meters and light sources in a rugged carry case, measuring optical loss has never been easier. Combine an optical light source with an OPM 1 for basic loss testing, an OPM 4 to add the ability to set a reference, or the OPM 5 to store readings and create computer generated loss reports. For simultaneous loss measurement at dual wavelengths, choose the OLS 6 and OPM 6 test kits.

Optical Power Meters

Light Source

Noyes

Optical Lost Test Kits

The Noyes SVA 1 singlemode variable attenuator advances fibre optic field testing by offering superior performance in a low cost hand-held package. Utilizing a simplified, industry accepted attenuation technique.

The SVA 1 innovative design offers superior resolution across the entire 60 dB dynamic range.
Intended for field testing during installation, new equipment turn-ups or routine maintenance, the SVA 1 is a complete easy to use attenuator. The unique features of the SVA 1 design allows bi-directional signal transmission with no loss penalty.

• 1310 nm and 1550 nm Singlemode
• Coarse and Fine Adjustments
• 60 dB Dynamic Range
• Better than 60 dB Isolation Available
• FC, SC or ST Style Outputs
• Low Insertion Loss

Noyes

Variable Attenuators

This system provides a cost-effective solution for WDM and CWDM test applications including EDFA, SOA, and fibre optic component characterisation.

Front panel plug-in modules are offered at user-specified wavelengths from 1475-1625nm including service channels at 1310, 1480, 1510, and 1625nm.

Features:

• 8 channels of user-selectable laser source modules
  
• ±3pm wavelength stability with ±0.003dB power stability
  
• Customer specified WDM DFB sources covering S, C, and L-bands at up to 20mW per channel
  
• Internal synchronous modulation to 500kHz
  
• Dual power meter and fiber optic switch modules available
  
• GPIB/IEEE488 and RS-232 interfaces
  

ILX Lightwave

FOM-7900B

The FOS-79800E Series WDM DFB Fibre Optic Source Modules are designed for the most demanding WDM system and component test applications.

This reliable source module platform provides picometer resolution, high power, excellent stability, coherence control, optional source shutter, optional PM alignment and accurate attenuation. Choose maximum power levels from 9-20mW and select center wavelengths from 1475-1625 nm on ITU grid points or at your custom specifications.

Features:

• Center wavelengths from 1475–1625nm
  
• 1pm resolution
  
• Maximum output power range 9–20mW
  
• Output power stability <0.005 dB
  
• utput wavelength stability ±<3pm
  
• rence control for SBS suppression and power stability
  

ILX Lightwave

FOS-79800E Fibre Optic Source Module

Fibre Optic Switch Module - The FOS-79210 Fibre Optic Switch Module is designed for high return loss, low insertion loss, and excellent stability.

Transparent to signal formats and bandwidths, this optically-passive fibre optic switch is bi-directional in operation and offers a choice of timed, random, sequential, or triggered switching modes.

Features:

• Low insertion loss of 1.7dB maximum
  
• 1pm resolution
  
• Return loss better than 55dB
  
• Excellent repeatability of <0.03dB (random switching)
  
• High channel isolation, –80dB maximum crosstalk
  

ILX Lightwave

FOS-79710 Fibre Optic Switch Module

Dual Fibre Optic Power Meter Module. The DPM-79810 is a dual power meter module capable of two absolute power measurements or a synchronized differential power measurement.

The DPM-79810 offers these features without the use of an external head, making it truly useful for optical amplifier production test. It measures up to 1W of optical power. Not only does this module meet high power needs, ranging from -40dBm to +30dBm, it also delivers repeatable test results from user to user and from test to test.

Features:

• Fibre optic power measurement over 850-1650nm range
  
• High-power measurements to +30dBm without an external head
  
• Measurement repeatability of ±0.003dB
  
• ±0.002dB polarization dependent response
  
• Two independent channels of measurement
  
• FC, SC Connectors
  

ILX Lightwave

DPM-79810 Dual power meter module

The SSB-9200 is a high channel-density fibre-optic test and development system with up to 100 laser diode sources configured to your needs. This system provides a cost-effective, high-channel density solution for WDM and CWDM test applications including system test, EDFA, and Fibre Optic component characterization. Source modules are offered at user-specified wavelengths from 1475-1625nm including service channels at 1310, 1480, 1510, and 1625nm.

Features:

Up to 100 user-configurable laser diode source channels per mainframe

Up to 30mW optical power per channel

±3pm wavelength stability with 0.005dB power stability

User specified WDM DFB sources covering S, C, and L-bands

Adjustable Coherence Control

GPIB/IEEE-488 Interface, SCPI compliant

ILX Lightwave

SSB-9200