Viavi OSA-4100 Manuel utilisateur

OSA-4100 / OCV-4100

User manual

BN 2332/91.11

2021.04

English

Please direct all enquiries to your local Viavi sales company.

The addresses can be found at:

www.viavisolutions.com/en-us/contact-sales-expert

The description of additional features of the device can be found at:

www.viavisolutions.com/en-us/products/network-test-and-certiﬁcation

Copyrights

This product or parts of this product are based on recommendations and/or

standards from the standardization section of the International Telecommuni-

cation Union – ITU-T and/or the European Telecommunications Standards

Institute – ETSI.

These recommendations and standards are subject to the proprietary rights of

these organizations.

It is not permitted to copy ITU-T recommendations or ETSI standards fully

or in part and/or to pass them on to third parties without prior written

permission from ITU-T and/or ETSI.

Viavi and the Viavi logo are trademarks of Viavi Solutions Inc.

All other trademarks and registered trademarks are the property of their

respective owners.

Viavi Solutions Deutschland GmbH

Arbachtalstraße 5, D-72800 Eningen u. A.

Order number: BN 2332/91.11

Issue: 2021.04

Previous issue: -.-

Notes

Changes may be made to speciﬁcations, designations and delivery information.

Contents

1 Introduction 5

Nano-OSA module ............................ 5

Symbols used in this user manual .................... 7

2 Safety Information 8

Intended and proper use ......................... 8

General laser safety ............................ 9

Speciﬁc laser safety ............................ 10

General warning symbol ......................... 11

Ventilation ................................ 12

Maintenance ............................... 12

3 Getting started 13

Starting the OSA application ...................... 13

4 Conﬁguration 14

Auto-set mode .............................. 14

Manual conﬁguration ........................... 15

Measurement parameters ........................ 16

Splitter Compensation .......................... 20

Grid . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

OSNR ................................... 22

Display .................................. 23

Alarms ................................... 24

Link Discription ............................. 26

File Conﬁguration ............................ 27

SFP Settings ............................... 28

5 Measurement 29

6 Result display 31

Overview ................................. 31

Using the cursor ............................. 33

The zoom function ............................ 34

The shift function ............................ 35

The measurement function ....................... 35

Multiple traces (Overlay) ........................ 37

Adjusting the y axis .......................... 38

Displaying the diﬀerence of two curves ................ 39

7 Table display 40

Overview ................................. 40

Table contents .............................. 41

Table statistics .............................. 42

Result colors ............................... 42

8 Drift measurement 44

9 Reports 47

Fast report ................................ 47

PDF File system report ......................... 48

10 File Management 49

Storing OSA measurements ....................... 49

Recalling OSA ﬁles ............................ 49

11 Maintenance 50

Cleaning the instrument ......................... 50

Optical surfaces .............................. 51

12 Speciﬁcations 52

13 Ordering Information 54

14 Product Regulatory Compliance 55

Viavi Environmental Management Program ................ 55

EU WEEE and Battery Directives ................... 56

EU REACH ................................ 57

California Proposition 65 ........................ 57

RoHS ................................... 58

Introduction

1INTRODUCTION

This user manual is an addition to the MTS / 5800 Base

Unit user manual. For all questions not covered in this

user manual – particularly concerning safety – please

refer to the Base Unit user manual.

Nano-OSA module

Figure 1.1: Nano-OSA module

The Nano-OSA is Viavi’s new generation of DWDM

analyzer modules. It scans the full C-band wavelength

range between 1260 and 1650 nm for commissioning,

upgrade, and trouble shooting of DWDM networks. The

Nano-OSA oﬀers the functionality and speed of an optical

spectrum analyzer in a handheld form at a fraction of the

price of an conventional OSA. The measurement result

is displayed in a graphical (trace) and numerical (table)

format providing detailed information of the power level

and the wavelength of DWDM channels.

Nano-OSA user manual 5/59

Introduction

SFP Slots

The Nano-OSA oﬀers 1 integrated SFP slot for mounting

one SFP transceiver module or tunable laser (to be

ordered separately). These SFP+ modules can be used

as a DWDM stimulus to check DWDM networks together

with the DWDM analyzer.

An activated transceiver module connected to the SFP+

slot emits optical radiation at the output “TX”. The

input “RX” of the transceiver module has no function.

The optical laser radiation is indicated by LEDs assigned

to the SFP slots. The SFP modules are hot pluggable

and can be changed during operation of the Nano-OSA.

6/59 Nano-OSA user manual

Introduction

Symbols used in this user manual

The following character formats are used in this user

manual:

Requirement

This requirement must be met ﬁrst; e.g.

XThe device is switched on.

◮

Instruction

Follow the instructions given (the numbers indicate

the order in which the instructions should be fol-

lowed); e.g.

◮Select mode.

Italics Result

Indicates the result of following an instruction; e.g.

The page opens.

Bold type

face

Pages, controls, and display elements

Screen pages, controls, and display elements are

indicated in bold type.

Text in blue Cross references

Cross references are indicated in blue type. When

using the PDF version, just click on the blue text to

skip to the cross reference.

[ MODE] Device keys

Device keys are indicated within square brackets.

Nano-OSA user manual 7/59

Laser safety

2SAFETY INFORMATION

Intended and proper use

The Nano-OSA devices are meant for professional use

only.

User must meet the the user requirements to operate the

device.(see next section)

Intended use also includes reading and following all user

information available for the devices. In particular, the

safety instructions in this book and in the user manual

of the device.

This instrument is intended for measurements on optical

ﬁber devices and systems.

◮The instrument is intended for indoor usage only.

◮

Please make sure the instrument is not operated

outside the permitted ambient conditions.

◮Observe the speciﬁed measurement range.

◮

Always make sure that the instrument is in proper

working order before switching it on.

◮

The module shall only be operated in VIAVI ap-

proved mainframes.

User requirements

OSA devices must be operated by skilled and trained

people only.

Skilled and trained people are those, who successfully

completed an appropriate training for handling laser

products or have been instructed in detail in handling

these products.

8/59 Nano-OSA user manual

Laser safety

General laser safety

Laser radiation can cause irreparable damage to

the eyes and skin.

The Nano-OSA SFP-Bay laser sources are Class 1 laser

products according to DIN EN IEC 60825-1:2014 or 60825-

1:2007. Class 1 lasers are safe under reasonably foreseeable

operating conditions, including the use of optical aids.

◮

Nevertheless, heed the normal precautions for working

with laser radiation and consider local regulations.

The laser class to be observed depends on the laser source

connected to the OSA module. This can reach up to laser

Class 4 for the high power versions. The beam as well as

reflections of a Class 4 laser can be dangerous for eyes and

skin, even without an optical instrument (magnifying glass,

microscope, binoculars) in front of the eye).

◮Always be aware of the hazard level of the device

to be connected!

To find out the appropriate laser

classification, associated wavelengths and optical power

levels, see the specifications in the operating manual of

the connected laser and follow the instructions given

there.

◮

Connect all optical fibers before switching on the radia-

tion source.

◮

Switch off the laser source before disconnecting the opti-

cal fibers.

◮

Never look directly into the output of a laser source or

into an optical fiber connected to it.

◮Do note expose skin to the beam.

◮Always cover unused ports.

◮

Heed the normal precautions for working with laser

radiation and consider local regulations.

Nano-OSA user manual 9/59

Laser safety

Speciﬁc laser safety

Laser classiﬁcation of the SFP module

SFP laser classification

Laser radiation can cause irreparable damage to

eyes and skin.

Always be aware of the laser classification of the device to be

connected! To find out the appropriate laser classification,

associated wavelengths and optical power levels, see: – the

label on the SFP module – the “Specifications” chapter in

the user manual of the SFP

◮Use only class 1 laser products in the SFP slots.

◮

However, the user is free to use any other SFP

transceiver compatible with the SFP Multi Source

Agreement (MSA).

◮

In this case you must observe the laser classifica-

tion of the inserted SFP transceiver and its safety

instructions!

Safety instructions for class 1

laser products

Invisible laser radiation

Class 1 laser products are defined as safe in normal

operation mode

◮

Although the laser radiation from a class 1 laser prod-

uct will not harm eyes or skin, follow the general

laser safety instructions (see General laser safety in-

structions) to ensure maximum safety when working

with laser sources.

10/59 Nano-OSA user manual

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