Anritsu OTDRs

8/11/2019 Anritsu OTDRs

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Slide 1

Anritsu Master series OTDR

Presents:

The next generation inOTDRs

TheACCESS Master

MT9083A / B / C

TheNetwork Master

MT9090A

Slide 2


OTDR 101

Before we start, lets review key

OTDR principles and terminology


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Slide 3


OTDR Operation

Bloc k Diagram

Slide 4


d = distance

t = elapsed time

c = speed of light in a vacuum

n = Index of Refraction

Test pulse fired

Test pulse returned

d

d=t C

2 n If n is incorrect, thenthe distance measuredwill also be wrong!!

Must divide by

two to get one

way elapsed time.

DistanceMeasurements


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Slide 5


Fiber PhenomenaBackscattering

Transmitted Light

Random scattering

Backscattering

Fresnel Reflection

Slide 6


Fiber Type

Multimode Fiber

Wavelength: 850nm and 1300nm

Short distance application such as in-building Ethernet

connection Graded-Index support higher data speed than Step-index

Singlemode Fiber

Wavelength: 1310 and 1625nm

High data speed over long distance application. Metro

Network, Long-haul network.


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Slide 7


Fiber Type

Slide 8


Fiber Parameter

IOR (Index Of Refraction) obtain from fiber manufacturer, enter into OTDR

Affecting the measured cable distance

Backscatter coefficient obtain from fiber manufacturer, enter into OTDR

Affecting the measured reflectance.


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Slide 9


OTDR BasicsTypical OTDR trace with events

Slide 10


OTDR Basics

Deadzones Why event deadzone matters

Verification of two close reflections

Provides ability to verify which

connector is bad (high reflectance)

With 80 cm deadzone, MT9083A can

detect two connectors at 1 m apart.

Why backscatter deadzone matters

Verification of a second event after areflective event

Provides ability to test vault splices

Average MT9083A spec

is 5 m (15 ft)

EDZ

ADZ

Mechanical connectors

Mechanical connectors

Fusion

splice


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Slide 11


OTDR BasicsEvent Deadzone

Connectors less than 80cm apart Connectors more than 1m apart

Slide 12


OTDR BasicsBackscatter Deadzone

Connector Splice

5m backscatter deadzone

Undetectable splice

Connector Splice

5m backscatter deadzone

Detectable splice


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Slide 13


OTDR Basics

10m (33)Actual Splice Location

Measured Splice Location

Actual End Location

Measured End Location

Low Density (wider Data Point Sampling)

Resolution

Slide 14


OTDR Basics

3m (10)Actual Splice Location

Measured Splice Location

Actual End Location

Measured End Location

High Density (narrow Data Point Sampling)

Resolution


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Slide 15


OTDR BasicsDynamic Range: How far can you measure.

Dynamic Range OK to measure

entire fiber.

Insufficient Dynamic Range

events near the end of the fiber

cannot be measured.

Slide 16


OTDR BasicsHow far can our modules test?

Converting Dynamic Range into Distance

Can only be done on a straight piece of glass (no events)

Need to know the db/Km loss for each wavelength

Need to know the dynamic range at each wavelength.

Distance = Dynamic Range = 38dB/0.20dB/km = 190km

dB/km

Wavelength Typical Loss

850nm multimode 3.0dB/km

1300nm multimode 1.0 dB/km

1310nm single mode 0.35 dB/km

1550nm single mode 0.20 dB/km

1625nm single mode 0.25dB/km


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Slide 17


OTDR BasicsPulse Width

The single most important parameter Use the pulsewidth which still provides sufficient dynamic range

Too short

(short deadzonesbut insufficient DR)

Too long

(good DR

but large

deadzones)Just right

(good DR, short

deadzones)

Slide 18


Pulse Width (PW), what does it effect, Smaller PW = Smaller Dead Zones,

Able to see close events,Not able to see longer distances. OTDRs specification deadzone is tested at the smallest PW.

Larger PW = Larger Dynamic Range,Able so large distances,Not able to see close events. OTDRs specification Dynamic Range is tested at the largest PW.

Its not possible to test close events with a large PW or largedistances with a small PW. Using the Autofunction on your OTDR sets the PWto the cable

length.Pulse width Dead Zone Dynamic Range

10ns 2 - 3m 6 - 9 dB

100ns 10 - 15m 11 - 14dB

500ns 50m 1821dB

1us 100m 2225dB

4us 400m 29 - 32 dB

OTDR BasicsPulse Width


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Slide 19


Presents:

The next generation inOTDRs

TheACCESS Master

MT9083A / B / C

Slide 20


Historical Fiber Optic SystemBasic point to point deployment

OP-AMP/RegenerationStations

City A

City B

City A

City B

Splice points

Yesterdays

networks werevery simple and

most test

equipment was

adequate.


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Slide 21


But networks are evolvingCurrent Situat ion with Op tical Netwo rks

Increased complexity

Shift from long-haul to access installations

Increase in Metro and FTTx installations

Triple play (including sensitive video applications)

And

Budget reductions have forced service providersto get the job done with less people, equipment,

knowledge and time

Shouldnt your test equipment evolve too?

Slide 22


Introduce the all- in-one concept

Power Meter

and Light Source

High Performance OTDR

MT9083 Series

ACCESS Master

Visible LD

IP Test function

Less equipment to carry and maintain!


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Slide 23


Introducing the MT9083 seriesdesignedwith the features that matter most.

Dual mode design (HR/ER mode) Compact

Lightweight

Fool-proof ease of use

All day battery operation

Quick boot-up

High resolution, but also goodrange

Quick testing time

Reliable

Rugged Complete testing tool

Inexpensive

Slide 24


MT9083B/C: Dual Circuit Design Standard, high resolution (HR)

Current operation

All pulsewidths

Use for best deadzone

Enhanced Range (ER) Optimized for PON

Optimized for range

50ns-2us

User selectable


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Slide 25


MT9083B/C: FTTx/PON Measurement Using ER

In ER mode, MT9083B/C allows

user to measure entire span Up to a 64/128-branched splitter!

Section A Section CSection

B

MT9083B/C can detect

fault location beyond

splitter very accurately.

Slide 26


Best Technical specs where it counts Small Dead Zone to allow

measurement of near endconnectors. Within CO In riser cables Premise

5cm Resolution Event plotted accurately Up to 150,001 sampling

points

dB Range also allows for over100km measurement range. Up to 45dB (1310/1550nm) Most Telco long haul links

are from 70km to 100km.


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Slide 27


Best Technical specs where it counts One touch Fault Locate mode,

Automatically sets all the Opticalparameters after a single touchthe user has the results.

Will offer a result with theminimum required averages.

When in Standard OTDR mode, By pushing the Start (Green)

button all optical parameters willbe configured.

Lost Test Mode, Allow for simple interface to

Power Meter and Light Sourcemeasurements.

High power meter option of+30dBm

Slide 28


Other Technical specs Battery life

8hours of use battery life.

Boot-up time Ready to use in 15sec

Engineers dont waste time on thejob.

Easy file transfer Simple drag and drop file transfer via

USB.

Latest OTDR file format SR-4731 (issue 2).

PC Emulation software available, Multiple version of PC software

available included reporting softwaredownloadable from the web.

System upgrade software available fromthe web. Download the latest software from the

Anritsu web site.Your OTDR is never out of date.


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Slide 29


High Performance, Field Tested Hardware

Dedicated keys

SetupsSave/recall

Contrast

Number pad

Rotary encoder

Precise marker placement

Easy menu navigation

START button

True one-button fault

location

All parameters selected

Perfect for novice users

Dedicated softkeys

Quick, easy operation

ParametersWavelength

Display modes

Rugged Protector OptionSide bumpers

Rigid display cover

Shoulder strap

Easy to read, TFT color

displayStandard display or enhanced

indoor/outdoor display

LRUD keypad(left,

right, up, down) for

easy operation

User Friendly

Rugged Small

Lightweight

Easy to use

Impressive Battery

operation

8 hour typical

6 hour continuous

LiIon no memory

Slide 30


Dedicated Testing Interfaces Clearly labeled Integrated dust caps A true all-in-one for optical fiber

construction and maintenance

OTDR ports

Low cost, interchangeable

adapters

Built-in light source (std)

Integrated power meter (std)

SM/MM

Optional power meters

Interchangeable adapters

For loop-back testing

+3 to -70 dBm (SM/MM)

+23 to -50 dBm (SM)

+30 to 43dBm (SM)

Visible laser diode

option

~0 dBm output

2.5mm universal

~5 km (3 mile) range

CW or modulated

Dual USB ports

Plug & play

mass storage

IP testing Option

RJ45 electrical

10/100MB

1000MB upgrade

Ping, download test,

throughput, frame loss


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Slide 31


MT9083B/C: Waveform Comparison Using ER Mode

MT9083B/C can capture

waveform accurately using

short pulse for entire fiberpath through PON splitter.

Electrical noise

Bad

Bad

Bad

Good!

Competitor

A

Competitor

B

Competitor

C

Slide 32


MT9083B/C: Waveform Comparison Using ER Mode Competitor may be able to

see waveform beyond

splitter by using long

pulse. However

Zoom in

Very sharp waveform even

between close splitters

OK

?

Undefined waveformdue to poor dead zone

performance

Not

OK

OK! CompetitorA

Competitor

B


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Slide 33


MT9083B/C: Longest Distance Using ER Mode

MT9083B/C providessuperior range (100km) at100ns with excellent deadzone performance.

100km

100km

100km

100km

(with 100ns

Pulse)

Competitor

A

Competitor

B

Competitor

C

Slide 34


MT9083B/C: Best Dead Zone Using HR Mode

There are faults our competitors can not see.

MT9083B quickly identifies location of faults at the installationand reduces risk of future trouble.

ANRITSU

15m

25m30m

MT9083B/C is the only

OTDR that can detect a

fault in this zone.

Competitor

B

Competitor

C


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Slide 35


Access Master MT9083[ ] Lineup

Opt Wavelength MT9083A MT9083B MT9083C

053 1310/1550 42/41 45/45

055 1310/1550/1650 37.5/36/33.5 42/41/35

056 1310/1490/1550 36/34.5/34.5 40/39/39

057 1310/1550/1625 36/34.5/31.5 40/39/38 45/45/43

058 1310/1490/1550/1625 38/37/37/36

059 1310/1383/1550/1625 38/37/37/36

063 M850/1300/S1310/1550 28/27/38/36.5 29/28/42/41

064 MMF850/1300 28/27

073 1310/1550 38/36.5

A = 35dB class

B = 40dB class

C = 45dB class

Slide 36


Easy to use, task-oriented top menu

Dedicated testing

modes simplify

operation

1. Select the testing

to be performed

2. The GUI is then

optimized to

perform it

3. Saves time,

increases

productivity

Upon boot-up or whenthe Top Menu key ispushed, the Top Menuwill appear. A testingfunction to be performedcan be chosenimmediately.


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Slide 37


Fault Locate Mode for novice users

True one-button fault location

Quick test for cable damage

Perfect for CO fault locationReduces MTTR

Ideal for inexperienced users

Launch condition verified

Test parameters automatically selected

Quick data averageTypically less than 10 seconds

Easy to read results for even the most

inexperienced user

Includes break/end location, span loss Full trace view if desired

Slide 38


Perform a Fault Locate test (1/2)1. Clean and connect fiber

2. Highlight fault locate using the

arrow keys & press enter

3. Connection check immediately

verifies connection

1. Press continue to begin test if

status bar is black

2. Clean & reconnect if red

3. User can not start test i f f iber is

conn ected incorrect ly nochance of incorrect resul ts

4. Automatically test sequence begins

1. longest wavelength is selected

2. testing parameters selected

3. Fiber test begins

1

SM OTDRMM OTDR

2


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Slide 39


Perform a Fault Locate test (2/2)

1. Results displayed in seconds1. End/fault location2. Event/loss3. Total span loss

4. Full event table with end fault

highlighted

2. Select view trace for more

information (if desired)1. Full event table2. Full trace

3. Or connect next fiber and

press

Slide 40


Standard OTDR Modefor any task

Flexible operation for any skill level or task

Customize the unit Units of measure File save format File save location Reflectance calculation

Complete event table control Break/end threshold Loss specification Reflectance specification End to end loss

Full functionality OTDR testing Multiple trace comparison Automated or manual parameter

selectionyour choice Selectable display modes - from A, B,

Origin or Anywhere (zoom box)


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Slide 41


Run a quick test Press f1 and

All parameters are automatically selected

+

=

Complete analysislocation, type,

loss, pass/fail in seconds!

Slide 42


Customize Test parameter(1/2) From the top menu, select

Press f4 Select 1km (3.3kft), low density, 3 ns

Press

Press Averaging Time, enter 10 sec, then


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Slide 43


Customize Test parameter (2/2) Press , then f1

Slide 44


Real Time Test Select 1550 or 1625 nm

Select 2.5 km, low density, 10 ns & press

Contract as shown using the arrow keys Comment on the screen update rate (0.15 sec)

While still in real time, bend the fiber near the OTDR The trace will drop out

Release the bend

Trace will restore instantly


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Slide 45


All fiber information is on a single screennoneed to flip through tabs Battery status (%

and time remaining)Current

testing mode

Axis scaling

A and B

measurement

cursors

Softkeys

Loss mode

type and

results

Complete event

table:

Event #

Location

Type

Loss

Reflectance

Segment dB/km

Cumulative loss

Key testing parameters:

Wavelength

Distance range

PulsewidthIndex of refraction

Resolution

Number or averages

Slide 46


Interpreting Event Table

1

2

3


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Slide 47


Construction OTDR Mode for cable instal lat ion

Automated testing of multiple fibers at multiple wavelength

Enter the information oncesaves times

Each fiber tested, named and saved automatically

Once the single page set-up is complete, the software becomes

the project manager

Identifies which fiber to connect

Verifies connection

Ensures consistency in filename and parameters

Eliminates user errors such as

missing files

Inconsistent naming Inconsistent parameter selection

Slide 48


Perform a Construction Mode Test (1/2)

1. Select file storage location

2. Determine base file order

(example shown in filename

field)

3. Enter test site locations

4. Use other field for cable

ID, project, customer, etc.

5. Select wavelengths

6. Select testing options

7. Enter number of fibers to

test

1 2 3 4

5

67


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Slide 49


Perform a Construction Mode Test (2/2)

Once set-up is complete, connect thefiber as instructed and press

continue

Connection level is verified

Optimize and press continue if

bar is black

Clean and reconnect if red

Sit back and watch up to four

wavelengths tested, analyzed and

savedwithout pressing a button

Connect next fiber and presscontinue

Slide 50


Software Overview Set-ups always available from front panel 5

Neatly arranged into categories

Notes explain each setting

Simply one-button

software upgrades via

USB!


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Slide 51


Loss Test Set Modefor opt ical bud get veri f icat ion

Stabilized light source standard More cost effective than buying stand-alone handheld

sources

CW, 1kHz or 2kHz output modes

Universal connector easily adapts to all connector

styles same port as the OTDR

High (-8 dBm) output provides exceptional dynamic

range for testing even the longest fibers (-8 dBm output) - (-65 dB sensitivity) = 57 dB of range

Integrated power meter standard

-5 to -50 dBm

High power CATV range (+20 to55 dBm) optional

Data table for easy storage of results

Slide 52


Perform Optical Loss Test Set (OLTS) function

Select same wavelength for

Power Meter and Light source

Set Reference Connect patch cord between power

meter and light source through an

adapter.

Turn on the light source and record

the power in the Reference field

Connect patch cord to cableunder test

Measure loss


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Slide 53


Reference Procedure for Loss Measurement

Use two short patch cable

for referencing

Connect the short patch

cable to both end of the fiber

under test.

Light Source Access Master in

Power Meter Mode

Slide 54


USB connection Can be used on PCs with USB

port

Fiberscope for x200/400

magnification

Adaptors for 1.25 & 2.5mm

patch cord.

Universe connectors including

APC

Image saving function

Video Inspection Probe (VIP)


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Slide 55


Visible Fault Locator Option

Integrated visible redlight fortroubleshooting within the OTDR dead

zone

Provides easy identification of a

particular fiber

Select output mode: CW or 2 Hz

modulated

Universal 2.5 mm connector fits all

standard size connectors

0dBm (1mW) max output

~5km (3 mile) range

Slide 56


Dedicated field test solution for installation and

maintenance of optical links

OTDR Tester.


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Slide 57


Introducing the MT9090A with

MU909014x/15x OTDR Module

A truly revolutionary OTDR!

Pocket-sized

Easy Operation

Excellent OTDR Performance

Unique Battery Operation

Priced Right

Slide 58


Overview. Product overview,

Operation, Performance and Options,

Specs,

Comparison to MT9083x,


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Slide 59


Value without compromise.

OCA

(Optical Channel

Analyzer for CWDM)

DCFL

(Drop Cable Fault Locator)

GiGE

(Gigabit Ethernet test)

Part of an ever-expanding platform!???

Modular platform ensures

maximum return on investment!

OTDR

Slide 60


For Highly Portable Field Use. Easily held with one hand,

Palm-size (190mm x 96mm x 48mm), Approximately 700g (1.54 lbs).

Battery operation, Up to 8 hour operation

(with STD Battery pack), 4 hour recharge

(with STD Battery pack), NiMH battery pack or AA Alkaline Dry Battery

operation.

Rugged/sealed design, No vents or fans, Wrist strap to prevent accidental drops.

Color indoor/outdoor display standard, 4.3 high resolution, Landscape format naturally fits OTDR trace.


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Slide 61


The Foolproof testing device.

Easy to use,

True one-button fault location,

Automatic testing parameters selection in

Full-automatic mode (Full-manual

operation also available),

Quick fiber evaluation,

Event analysis table and full Trace view.

Quick boot-up,

Ready to test in


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Slide 63


Complete Optical Fiber Testing. Excellent OTDR Performance,

Capable of,Full parameter selection (5ns-20us),125,000 data points,Up to 37dB Dynamic range,High resolution accuracy,Dual wave 1310/1550nm config,Complete testing from Access to Core.

Complete PON testing tool,High resolution and extremely shortdead zones ensure entire PON (1X32, 1X64 branches)network evaluation,ITU-T L.41 compliant - 1625nm/1650nmwavelength for in-service maintenanceof PONs without external filters.

Slide 64


1:32 Splitter

2km Fiber4km Fiber

2.2km Fiber

Complete PON Measurement for I&M.


33/45

Slide 65


Long Battery Life,

Up to 8 hours / 4 hour recharge,

with Standard NiMH Battery pack (Supplied with the original

unit),

Alkaline battery (AA)operation also available.

Batteries.

Available 4 x AA Type

NiMH

Or

Alkaline Dry Batteries

Slide 66


Additional Highlights.

Built-in 10m (30ft) launch fiber,

Measure front-end connection

without additional patchcords,

Can be enabled or disabled.

Complete data management,

Up to 1,000 traces internal/10,000+ with USB,

Easy drag and drop transfers to PC,

Reporting and printing with NETWORKS or

TraceView PC software.


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Slide 67


Optional Features. Visual Fault Locator Option,

Integrated 650nm laser,

Can also be used to identify a

particular fiber (in the splicing tray),

Can be used simultaneously with power meter or OTDR,

Up to 5km (3 mile) range.

Connector Inspection Option,

400x image displayed,

All software pre-loaded,

Eye-safe (Often an OH&S requirement),

Image save/recall,

Hardware includes probe/tips.

Slide 68


Different Applications. FTTx,

Full network testing: ONT to OLT (incl. splitter(s)), In service maintenance (filters installed).

General fiberinstallation/certification, Premise/CO, Access, Metro, Core/Long Haul.

Backhaul, FTTc (fiber to the cell site), DAS, RRH.

Optical Fiber(when used Ethernet)

BaseTerminalStation :NodeB

Antenna

Optical

Fiber

BTS

RRH

RemoteRadioHead

Optical Drop CableFault Locator,OTDR

Optical Fiber Test


35/45

Slide 69


MU909015B/B1-056/066 MU909014B/B1-056/066 MU909014A/A1-053/063 MU909014A/A1-054/064

1310/1550 20 nm * 1310/1550 20 nm * 1625 15 nm 1650 15 nm

PW=20sec 37/36dB 32.5/31dB 32.5dB*(1490/1550 cut filter included)

32.5dB*(1490/1550 cut filter included)

PW=500nsec 28/26dB 24.5/23dB 24.5dB*(1490/1550 cut filter included)

24dB*(1490/1550 cut filter included)

Modulation: CW, 1Hz

* Please see detailed on Product brochure

Fiber Type 10m/125m SMF (ITU-T G.652)

Loss Measurement mode 2 point loss, Splice loss, dB/km Loss LSA, ORL, Event

Environment Operating temperature and humidity: -5 to +40C*10,


36/45

Slide 71


MU909011A Drop Cable Fault Locator Module

Slide 72


PURPOSE-BUILT FOR TESTING SHORT FIBERS

Uniqueonly true short-fiber tester available

Perfect solution for FTTX drop cables, CO,

MDU risers, wireless towers & premise

Integrated 10m launch cord standard

Dynamic range of >7dB (10dB typ)

For testing up to 10km (~6 miles)

Unit will display transmission power levels,

then fault locate with the press of a single

button

Testing parameters are fixed

Operation simplified

Ensures proper settings and valid results

658 feet!


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Slide 73


Additional Features Integrated power meter option for FTTx

maintenance For measuring power to ONT Connect to MT9090A/MU909011A Verify power level and classify

PASSfiber OK, ONT faultFAILfiber damaged, launch fault locate

Power meter and fault locate from same port

Complete breakdown as to failure and responsibilityONT, drop cable or feed fiber

General purpose power meter -5 to -45dB range

Slide 74


74

MT9090A SpecificationsMT9090A CONTROLLER SPECIFICATIONS

Display 4.3 inches TFT Color LCD (480 x 272 pixels, transmissive)

Interface USB (v1.1)

Battery type NiMH

Battery life time 3.5 hours (typ)

Battery charging time


38/45

Slide 75


CMA5000aOTDRProduct Introduction

Slide 76


CMA5000a The all-in-one, portable CMA5000a supports network

transmission and optical physical layer tests forinstallation and maintenance. Transmission

SDH/SONETEthernet

Optical physical layerFiber end testLoss test

OTDRChromatic dispersionPolarization mode dispersionSpectrum analysis


39/45

Slide 77


Modular Structure One mainframe supports full range of versatile

measurements by changing modules

Transmission systems (modules)SDH/SONET (UTA, XTA)

Ethernet (UTA, GigE II)

Optical physical layer (modules)Fiber end face check (VIP)

Loss test (OTDR)

Optical Time Domain

Reflectometer (OTDR)

Chromatic dispersion

(CD-OTDR)Polarization mode dispersion (PMD)

Spectrum analyzer (OSA)

Slide 78


Mainframe Types and Modules Two mainframes models allowing greater flexibility

SBA: Two bays up for up two modules

MBA: Four bays for up to four modules

Multiple measurement modules can be

set and operated simultaneously in

one mainframe.

1 bay used

GigE II

OTDR

CD-OTDR

SBA

2 bays used

UTA

XTA

Bays emptyUSB Connection

VIP

MBA

4 bays used

OSA

PMD


40/45

Slide 79


CMA 5000a OTDR Avai lable Modu les

Model

Number

Wavelengths Dynamic Range

5261 QUAD SM/MM:

850/1300nm (62.5um)/1310/1550nm

24/26dB

35/35dB

5262 QUAD SM/MM:

850/1300nm (62.5um)/1310/1550nm

24/26dB

40/40dB

5266 850/1300nm62.5um 24/26dB

5269 850/1300nm50um 24/26dB

5283 1310/1383/1550/1625nm 35dB

5491 1310/1490/1550nm 40/40/40dB

5493 1310/1490/1550/1625nm 37dB

Model

Number

Wavelengths Dynamic Range

5225 1310/1550nm 37/36dB

5235 1310/1550nm 40/40dB

5236 1310/1550/1625nm 40/40/40dB

5245 1310/1550nm 43/45dB

5246 1310/1550/1625nm 43/45/43dB

5254 1550nm 50dB

5260 QUAD SM/MM:850/1300nm (50um)

/1310/1550nm

24/26dB35/35dB

Slide 80


Key Features and B enefi ts

Unparalleled data sampling - Up to

256,000 data points

Twice as many as the nearest

competitor!

Unparalleled waveform creation

Ultra-fast real time screen update - 0.1

sec

Great for optimizing

splices/connectors

Gives perception of fast testing

Fully configurable to your customers

needs

Over 20 different optics choices

single mode or multimode, 25 to

50dB, dual, tri- or quad wavelengths

State of the art platform

Powerful PC, all common I/O

Active productcontinued

development

Designed for simplicity and ease of use

Dedicated testing modesno macros

One button testing (AUTO-TEST)

Minimal set-up time, maximum testing time

A strength for all skill levels

Superior trace linearity0.04 dB/dB

Provides greater measurement accuracy

and consistency

Overlay up to 8 traces simultaneous

Compare between wavelengths to seestresses effecting the cable

Compare between fibers in a cable to see

inconsistencies


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Slide 81


Test ing Modes

Fault Locate One Button

Automated Testing Standard

Traditional OTDRTesting

Construction Automated Multi-

Wavelength Multi-Fiber Testing

Loss Test Set Integrated Power

Meter and LightSource

Visual Fault Locator Visible Red Light

Video Inspection Probe Connector

inspectionmicroscope

Slide 82


Fault Locate Mode One Button Au tomated Test ing

One-button break/end locator

Quick test for cable damage

Ideal testing mode forinexperienced users Launch condition verified Test parameters automatically

selected Data averaged just long enough

to produce valid results Easy to read results for even the

most inexperienced user Includes break/end location,

span loss and distance pastprior event


42/45

Slide 83


Standard OTDR Mode Tradi t ional OTDR Testing

Full functionality OTDR testing Multiple trace comparison Automated or manual parameter

selectionyour choice Selectable display modes - from A, B,

Origin or Anywhere (zoom box)

Customize the unit Units of measure File save format File save location Reflectance calculation

Complete event table control Break/end threshold Loss specification Reflectance specification

End to end loss

Slide 84


Construct OTDR ModeAu tom ated Mult i -Wavelength Testing

Automated testing of multiple fiber

cables

Test multiple fibers at multiple

wavelength quickly and easily

Enter the information once and

test/save each fiber with a single key

press

Ensures consistency in filename andparameters

Combines the best of CMA 4000

Construction and Multiple

Wavelength modes


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Slide 85


Loss Test Set ModeOptional Power Meter and Light Source

Adds a stabilized mode to the OTDRlaser for point to point testing More cost effective than buying

stand-alone handheld sources

CW, 1kHz or 2kHz output modes

Universal connector easily adapts toall connector styles Uses the same UC-130-XX

adapters as the OTDR

High (-8 dBm) output providesexceptional dynamic range fortesting even the longest fibers (8 dBm output) (65 dB

sensitivity) = 57 dB of range

High power CATV range +20 to 55 dBm Data table for easy storage of results

Slide 86


Visual Fault Locator ModeOptional Red Light Test

Visible redlight fortroubleshooting withinthe OTDR dead zone

Provides easyidentification of aparticular fiber

Select output mode: CW

or 2 KHz modulated

Universal 2.5 mmconnector fits allstandard sizeconnectors

0dBm (1mW) max output ~5km (3 mile) range


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Slide 87


NetWorks Data Processing UtilityThe ult imate data proc essing to ol

Integrated software utility for viewing,printing and analyzing OTDR data

Analyze data on any PC

Complete report generating tool

Uni- and Bi-directional splice loss

Exception

Fiber Acceptance

Trace Summary

Batch processing for high count fiber

cables Full analysis and Bellcore/Telcordia file

format processing


Slide 88


The New AnritsuWhy Choose Us?

Now includes Nettest

The portable OTDR market share leader

Over 30 years in the optical industry

Over 25 years OTDR experience

Stable and debt-free: your partner for thelong haul

Focused on core competencynot ajack of all trades

Solutions and support that enable you tobe more competitive and profitable

Superior sales and technical support:anytime, anywhere



45/45

Slide 89


The right productplus the support yo u deserve

Easy and always FREE software upgrades Simply, one time registration

https://www1.anritsu.co.jp/Download/MService/Login.asp

Dedicated, knowledgeable technical support Via our worldwide network.Email : [email protected]

Local service centers Via our worldwide network.Email : [email protected]


Anritsu Master series OTDRAnritsu Master series OTDR
https://www1.anritsu.co.jp/Download/MService/Login.aspmailto:[email protected]:[email protected]:[email protected]:[email protected]://www1.anritsu.co.jp/Download/MService/Login.asp

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