ANRITSU MU196020A, PAM4 PPG, MU196040A, PAM4 ED, MU196040B Operation Manual

MU196020A

Operation Manual

●

For safety and warning information, please read this

●

Additional safety and warning information is provided

before using

●

PAM4 PPG

MU196040A

PAM4 ED

MU196040B

PAM4 ED

Sixth Edition

manual before attempting to use the equipment.

within the MP1900A Signal Quality Analyzer-R Operation Manual. Please also refer to it the equipment.

Keep this manual with the equipment.

ANRITSU CORPORATION

Document No.: M-W3976AE-6.0

Safety Symbols

DANGER

WARNING

CAUTION

To prevent the risk of personal injury or loss related to equipment malfunction, Anritsu Corporation uses the

following safety symbols to indicate safety-related information. Ensure that you clearly understand the meanings of

the symbols BEFORE using the equipment. Some or all of the following symbols may be used on all Anritsu

equipment. In addition, there may be other labels attached to products that are not shown in the diagrams in this

manual.

Symbols used in manual

This indicates a very dangerous procedure that could result in serious injury or death if not performed properly.

This indicates a hazardous procedure that could result in serious injury or death if not performed properly.

This indicates a hazardous procedure or danger that could result in light-to-severe injury, or loss related to equipment malfunction, if proper precautions are not taken.

Safety Symbols Used on Equipment and in Manual

The following safety symbols are used inside or on the equipment near operation locations to provide information

about safety items and operation precautions. Ensure that you clearly understand the meanings of the symbols and

take the necessary precautions BEFORE using the equipment.

This indicates an obligatory safety precaution. The obligatory operation is

This indicates a warning or caution. The contents are indicated symbolically in or

This indicates a note. The contents are described in the box.

These indicate that the marked part should be recycled.

This indicates a prohibited operation. The prohibited operation is indicated symbolically in or near the barred circle.

indicated symbolically in or near the circle.

near the triangle.

MU196020A PAM4 PPG MU196040A PAM4 ED

MU196040B PAM4 ED Operation Manual 1 December 2018 (First Edition) 30 September 2020 (Sixth Edition)

Copyright © 2018-2020, ANRITSU CORPORATION. All rights reserved. No part of this manual may be reproduced without the prior written permission of the publisher. The operational instructions of this manual may be changed without prior notice. Printed in Japan

ii

Equipment Certificate

Anritsu Corporation certifies that this equipment was tested before shipment using calibrated measuring instruments with direct traceability to public testing organizations recognized by national research laboratories, including the National Institute of Advanced Industrial Science and Technology, and the National Institute of Information and Communications Technology, and was found to meet the published specifications.

Anritsu Warranty

Anritsu Corporation will repair this equipment free-of-charge if a malfunction occurs within one year after shipment due to a manufacturing fault, and software bug fixes will be performed in accordance with the separate Software End-User License Agreement, provide, however, that Anritsu Corporation will deem this warranty void when:

●

The fault is outside the scope of the warranty conditions separately

described in the operation manual.

●

The fault is due to mishandling, misuse, or unauthorized modification or

repair of the equipment by the customer.

●

The fault is due to severe usage clearly exceeding normal usage.

●

The fault is due to improper or insufficient maintenance by the customer.

●

The fault is due to natural disaster, including fire, wind or flood,

earthquake, lightning strike, or volcanic ash, etc.

●

The fault is due to damage caused by acts of destruction, including civil

disturbance, riot, or war, etc.

●

The fault is due to explosion, accident, or breakdown of any other

machinery, facility, or plant, etc.

●

The fault is due to use of non-specified peripheral or applied equipment

or parts, or consumables, etc.

●

The fault is due to use of a non-specified power supply or in a

non-specified installation location.

●

The fault is due to use in unusual environments

●

The fault is due to activities or ingress of living organisms, such as

insects, spiders, fungus, pollen, or seeds.

In addition, this warranty is valid only for the original equipment purchaser. It is not transferable if the equipment is resold.

Anritsu Corporation shall assume no liability for damage or financial loss of the customer due to the use of or a failure to use this equipment, unless the damage or loss is caused due to Anritsu Corporation’s intentional or gross negligence.

(Note)

.

iii

Note: For the purpose of this Warranty, "unusual environments" means use:

●

In places of direct sunlight

●

In dusty places

●

Outdoors

●

In liquids, such as water, oil, or organic solvents, and medical fluids, or

places where these liquids may adhere

●

In salty air or in place chemically active gases (sulfur dioxide, hydrogen

sulfide, chlorine, ammonia, nitrogen dioxide, or hydrogen chloride etc.) are present

●

In places where high-intensity static electric charges or electromagnetic

fields are present

●

In places where abnormal power voltages (high or low) or instantaneous

power failures occur

●

In places where condensation occurs

●

In the presence of lubricating oil mists

●

In places at an altitude of more than 2,000 m

●

In the presence of frequent vibration or mechanical shock, such as in

cars, ships, or airplanes

Anritsu Corporation Contact

In the event of this equipment malfunctions, please contact an Anritsu Service and Sales office. Contact information can be found on the last page of the printed version of this manual, and is available in a separate file on the PDF version.

iv

This product and its manuals may require an Export License/Approval by

the Government of the product's country of origin for re

country.

Before re-exporting the product or manuals, please contact us to confirm

whether

When you dispose of export

to be broken/shredded so as not to be unlawfully used for military

purpose.

Notes On Export Management

-export from your

they are export-controlled items or not.

-controlled items, the products/manuals need

v

Crossed-out Wheeled Bin Symbol

Equipment marked with the Crossed-out Wheeled Bin Symbol complies with

council directive 2012/19/EU (the “WEEE Directive”) in European Union.

For Products placed on the EU market after August 13, 2005, please contact

your local Anritsu representative at the end of the product's useful life to

arrange disposal in accordance with your initial contract and the local law.

vi

Software End-User License Agreement (EULA)

Please carefully read and accept this Software End-User License Agreement (hereafter this EULA) before using (includes executing, copying, installing, registering, etc.) this Software (includes programs, databases, scenarios, etc., used to operate, set, etc., Anritsu electronic equipment, etc.). By using this Software, you shall be deemed to have agreed to be bound by the terms of this EULA, and Anritsu Corporation (hereafter Anritsu) hereby grants you the right to use this Software with the Anritsu specified equipment (hereafter Equipment) for the purposes set out in this EULA.

Article 1. Grant of License and Limitations

1. You may not to sell, transfer, rent, lease, lend, disclose, sublicense, or otherwise distribute this Software to third parties, whether or not paid therefor.

2. You may make one copy of this Software for backup purposes only.

3. You are not permitted to reverse engineer, disassemble, decompile, modify or create derivative works of this Software.

4. This EULA allows you to install one copy of this Software on one piece of Equipment.

Article 2. Disclaimers

To the extent not prohibited by law, in no

event shall Anritsu be liable for direct, or any incidental, special, indirect or consequential damages whatsoever, including, without limitation, damages for loss of profits, loss of data, business interruption or any other commercial damages or losses, and damages claimed by third parties, arising out of or related to your use or inability to use this Software, unless the damages are caused due to Anritsu’s intentional or gross negligence.

Article 3. Limitation of Liability

1. If a fault (bug) is discovered in this Software, failing this Software to operate as described in the operation manual or specifications even though you have used this Software as described in the manual, Anritsu shall at its own discretion, fix the bug, or replace the software, or suggest a workaround, free-of-charge, provided, however, that the faults caused by the following items and any

of your lost or damaged data whatsoever shall be excluded from repair and the warranty.

i) If this Software is deemed to be used

for purposes not described in the operation manual or specifications.

ii) If this Software has been used in

conjunction with other non-Anritsu-approved software.

iii) If this Software or the Equipment has

been modified, repaired, or otherwise altered without Anritsu's prior approval.

iv) For any other reasons out of Anritsu's

direct control and responsibility, such as but not limited to, natural disasters, software virus infections, or any devices other than this Equipment, etc.

2. Expenses incurred for transport, hotel, daily allowance, etc., for on-site repairs or replacement by Anritsu engineers necessitated by the above faults shall be borne by you.

3. The warranty period for faults listed in Section 1 of this Article shall be either 6 months from the date of purchase of this Software or 30 days after the date of repair or replacement, whichever is longer.

vii

Article 4. Export Restrictions

You shall not use or otherwise export or

re-export directly or indirectly this Software except as authorized by the laws and regulations of Japan and the United States, etc. In particular, this Software shall not be exported or re-exported (a) into any Japan or US embargoed countries or (b) to anyone restricted by the Japanese export control regulations, or the US Treasury Department's list of Specially Designated Nationals or the US Department of Commerce Denied Persons List or Entity List. In using this Software, you warrant that you are not located in any such embargoed countries or on any such lists. You also agree that you will not use or otherwise export or re-export this Software for any purposes prohibited by the Japanese and US laws and regulations, including, without limitation, the development, design and manufacture or production of missiles or nuclear, chemical or biological weapons of mass destruction, and conventional weapons.

Article 5. Change of Terms

Anritsu may change without your approval

the terms of this EULA if the changes are for the benefit of general customers, or are reasonable in light of the purpose of this EULA and circumstances of the changes. At the time of change, Anritsu will inform you of those changes and its effective date, as a general rule 45 website, or in writing or by e-mail.

days, in advance on its

Article 6. Termination

1. Anritsu may terminate this EULA immediately if you violate any conditions described herein. This EULA shall also be terminated immediately by Anritsu if there is any good reason that it is deemed difficult to continue this EULA, such as your violation of Anritsu copyrights, patents, etc. or any laws and ordinances, or if it turns out

that you belong to an antisocial organization or has a socially inappropriate relationship with members of such organization.

2. Yo u and Anritsu may terminate this EULA by a written notice to the other party 30 days in advance.

Article 7. Damages

If Anritsu suffers any damages or loss,

financial or otherwise, due to your violation of the terms of this EULA, Anritsu shall have the right to seek proportional damages from you.

Article 8. Responsibility after Termination

Upon termination of this EULA in

accordance with Article 6, you shall cease all uses of this Software immediately and shall as directed by Anritsu either destroy or return this Software and any backup copies, full or partial, to Anritsu.

Article 9. Negotiation for Dispute

Resolution

If matters of interpretational dispute or

items not covered under this EULA arise, they shall be resolved by negotiations in good faith between you and Anritsu.

Article 10. Governing Law and Court of

Jurisdiction

This EULA shall be governed by and

interpreted in accordance with the laws of Japan without regard to the principles of the conflict of laws thereof, and any disputes arising from or in relation to this EULA that cannot be resolved by negotiation described in Article 9 shall be subject to and be settled by the exclusive agreed jurisdiction of the Tokyo District Court of Japan.

Revision History:

February 29th, 2020

viii

CE Conformity Marking

Anritsu affixes the CE conformity marking on the following product(s) in

accordance with the Decision 768/2008/EC to indicate that they conform to

the EMC, LVD and RoHS directive of the European Union (EU).

CE marking

1. Product Model

Plug-in Units: MU196020A PAM4 PPG

MU196040A PAM4 ED

MU196040B PAM4 ED

2. Applied Directive and Standards

When the MU196020A PAM4 PPG, MU196040A PAM4 ED and

MU196040B PAM4 ED are installed in the MP1900A, the applied directive

and standards of this unit conform to those of the MP1900A main frame.

PS: About main frame Please contact Anritsu for the latest information on the main frame

types that MU196020A, MU196040A and MU196040B can be used with.

ix

RCM Conformity Marking

Anritsu affixes the RCM mark on the following product(s) in accordance with

the regulation to indicate that they conform to the EMC framework of

Australia/New Zealand.

RCM marking

1. Product Model

Plug-in Units: MU196020A PAM4 PPG

MU196040A PAM4 ED

MU196040B PAM4 ED

2. Applied Directive and Standards

When the MU196020A PAM4 PPG, MU196040A PAM4 ED and

MU196040B PAM4 ED are installed in the MP1900A, the applied directive

and standards of this unit conform to those of the MP1900A main frame.

PS: About main frame

Please contact Anritsu for the latest information on the main frame

types that MU196020A, MU196040A and MU196040B can be used with.

x

Configuration of Signal Quality Analyzer-R Series Operation

Describes the basic operations, panel details, and maintenance of the MP1900A, as well as the steps from module installation to the start of use.

indicates this document.

Describes the panel details, how to operate, performance test, maintenance, and troubleshooting of the

Operation Manual

Describes the panel details, how to operate, performance test, maintenance, and troubleshooting of the MU181000A

Describes the panel details, how to operate, performance test and maintenance of the MU181500B.

Describes the panel details, how to operate, performance test, maintenance, and

Operation Manual

Describes the panel details, performance test, maintenance, and troubleshooting of

Describes the panel details, performance test, maintenance, and troubleshooting of the

About This Manual

A testing system combining an MP1900A Signal Quality Analyzer-R, module(s), and control software is called a Signal Quality Analyzer-R Series. The operation manuals of the Signal Quality Analyzer-R Series consist of separate documents for the MP1900A, module(s), and control software, as shown below.

MP1900A Signal Quality Analyzer-R Operation Manual

Module Operation Manual

MU195020A 21G/32G bit/s SI PPG MU195040A 21G/32G bit/s SI ED

MU195050A Noise Generator Operation Manual

module to be installed on the MP1900A.

MU196020A PAM4 PPG MU196040A PAM4 ED MU196040B PAM4 ED

Operation Manual

MU196020A, MU196040A, and MU196040B.

MU181000A 12.5GHz Synthesizer MU181000B 12.5GHz 4 port Synthesizer

and MU181000B.

MU181500B Jitter Modulation Source Operation Manual

MU183020A 28G/32G bit/s PPG MU183021A 28G/32G bit/s 4ch PPG

the MU183020A and MU183021A.

MU183040A 28G/32G bit/s ED MU183041A 28G/32G bit/s 4ch ED

MU183040B 28G/32G bit/s High Sensitivity ED

MU183041B 28G/32G bit/s 4ch High Sensitivity ED Operation Manual

troubleshooting of the MU183040A, MU183041A, MU183040B, and MU183041B.

I

Describes the setup and operating procedure of MX183000A.

Describes the operation of the extended application for the Signal Quality Analyzer-R Series.

Configuration of Signal Quality Analyzer-R Series Operation Manuals (Cont’d)

indicates this document.

MX190000A Signal Quality Analyzer-R Control Software Operation Manual

Describes the operation of the software that controls the Signal Quality Analyzer-R Series

.

Extended Application Operation Manual

MX183000A High-Speed Serial Data Test Software Operation Manual

II

2 3 4

Combination of MU196020A and MU195050A Noise Generator (hereinafter, MU195050A) supports generation of data which common mode noise, differential mode noise and white noise are applied to and which is optimal for signal integrity evaluation of up to 32.1 Gbaud. Various option configurations are available for the MP1900A modules. This module is therefore useful for research, development, and production of various types of digital communication equipment, modules, and devices. The features of the MP1900A modules are as follows:

MU196020A features

Capable of generating one channel of NRZ or PAM4 signal at up to 64.2

•

Gbit/s or 64.2 Gbaud. (MU196020A-003)

Capable of independently adjusting the amplitude of each eye of PAM4

•

signal.

Capable of generating signals of PRBS pattern, DATA pattern and

•

various PAM4 patterns.

Capable of signal integrity evaluation using 4TAP Emphasis

•

(MU196020A-x11)

Capable of adding intersymbol interference (ISI) using 4TAP Emphasis.

•

(MU196020A-x40)

Capable of generating patterns and inserting errors, which support

•

RS-FEC(544,514) and RS-FEC(528,514). (MU196020A-x42)

Capable of synchronizing operations among channels using multiple

•

MU196020As that are installed in MP1900A.

This function allows generating synchronous data supported by the

application that requires Multi Channel. (MU196020A-x50)

1-2

Overview

1.1 Product Overview

MU196040A features

Supporting symbol measurement of one channel of PAM4 signal at up

•

to 32.1 Gbaud using the built-in PAM4 Decoder circuit.

Capable of measuring signals of PRBS pattern, DATA pattern and

•

various PAM4 patterns.

Long user-programmable patterns (256 Mbits, 256 Msymbol)

•

Capable of evaluating serial communication by selecting

•

MU196040A-001 that has one data input channel each for NRZ (32.1 Gbit/s) and PAM4 (32.1 Gbaud).

Having the input sensitivity (typical values) of NRZ 23 mV (32.1 Gbit/s,

•

Eye Height) and PAM4 23 mV (32.1 Gbaud, Eye Height, per eye) and optimal for signal evaluation.

Capable of clock recovery on 25.5 to 32.1 Gbaud signals by installing

•

MU196040A-x22.

Capable of evaluating PAM4 signals by Symbol Error Rate (SER) by

•

installing MU196040A-x41.

MU196040B features

Supporting symbol measurement of one channel of PAM4 signal at up

•

to 58.2 Gbaud using the built-in PAM4 Decoder circuit.

Capable of measuring signals of PRBS pattern, DATA pattern and

•

various PAM4 patterns.

Long user-programmable patterns (256 Mbits, 256 Msymbols)

•

Capable of capturing the data pattern of up to 8 Mbits or 4 Msymbols.

•

Capable of capturing the data pattern, in which RS-FEC Symbol

•

Error(s) occurred, and counting FEC Symbol Errors.

Capable of evaluating serial communication by selecting

•

MU196040B-002 or x12 that has one data input channel each for NRZ (64.2 Gbit/s) and PAM4 (58.2 Gbaud).

Having the input sensitivity (typical values) of NRZ 23 mV (32.1 Gbit/s,

•

Eye Height) and PAM4 23 mV (32.1 Gbaud, Eye Height, per eye) and optimal for signal evaluation.

Capable of using the Equalizer function by adding the

•

MU196040B-x11.

Capable of clock recovery on 2.4 to 29.0 Gbaud signals by installing

•

MU196040B-x21.

Capable of clock recovery on 2.4 to 32.1 Gbaud signals by installing

•

MU196040B-x22.

Capable of clock recovery on 51.0 to 58.2 Gbaud signals by installing

•

MU196040B-x23.

Capable of evaluating PAM4 signals by Symbol Error Rate (SER) by

•

installing MU196040B-x41.

1

1-3

Mainframe

MU196020A

PAM4 PPG

1

Accessories

J1632A

Terminator

4

Clock Output,

Gating Output

V210

Terminator

2

Data Output × 2

J1341A

Open

2

Ext Clock Input, AUX Input

J1359A

Coaxial Adaptor (K-P.K-J, SMA)

1

Clock Output

J1717A

Coaxial Adaptor (SMA-P, SAM-J)

5

Ext Clock Input,

Mainframe

MU196040A

PAM4 ED

1

Accessories

J1632A

Terminator

2

Aux Output × 2,

J1341A

Open

2

Ext Clock Input, AUX Input

J1359A

Coaxial Adaptor (K-P.K-J, SMA)

1

Ext Clock Input

J1717A

Coaxial Adaptor (SMA-P, SAM-J)

3

Aux Output × 2, AUX Input

When the MU196040A-001 is installed:

J1341A

Open

2

Data Input × 2

J1359A

Coaxial Adaptor (K-P.K-J, SMA)

2

Data Input × 2

Mainframe

MU196040B

PAM4 ED

1 Accessories

V210

Terminator

2

Data Input × 2

J1341A

Open

2

Ext Clock Input, AUX Input

J1359A

Coaxial Adaptor (K-P.K-J, SMA)

1

Ext Clock Input

J1632A

Terminator

2

Aux Output × 2,

J1717A

Coaxial Adaptor (SMA-P, SAM-J)

3

Aux Output × 2, 41V-6

Precision Fixed Attenuator

2

Data Input × 2

Chapter 1 Overview

1.2 Product Configuration

1.2.1 Standard configuration

Table 1.2.1-1 and Table 1.2.1-2 below show the standard configurations of the three MP1900A modules respectively.

Table 1.2.1-1 Standard Configuration of MU196020A

Item Model Name Product Name Q'ty Remarks

Aux Output × 2,

Aux Output × 2, Gating Output, AUX Input

Table 1.2.1-2 Standard Configuration of MU196040A

Item Model Name Product Name Q'ty Remarks

Table 1.2.1-3 Standard Configuration of MU196040B

Item Model Name Product Name Q'ty Remarks

1-4

AUX Input

Overview

1.2.2 Options

MU196020A-001

32G baud

*1

MU196020A-002

58G baud

*

MU196020A-003

64G baud

*1

MU196020A-y12

32G to 58G baud Extension Retrofit

*2,*

MU196020A-y13

32G to 64G baud Extension Retrofit

*2,*3

MU196020A-y23

58G to 64G baud Extension Retrofit

*2,*4

MU196020A-x11

4Tap Emphasis

*5

MU196020A-x30

Data Delay

*5

MU196020A-x40

Adjustable ISI

*

MU196020A-x42

FEC Pattern Generation

*5

MU196020A-x50

Inter-Module Synchronization

*

Indicates function.

Anritsu management number.

MU196020A-x x x

1.2 Product Configuration

Table 1.2.2-1 and Table 1.2.2-2 show the options for the MP1900A modules. All options are sold separately.

Note:

Option name format is as follows:

This value is recognized by the MP1900A.

This value is not recognized by the mainframe. 0: Factory-installed option 1: Retrofit option.

(Must be returned to Anritsu (Japan) when installing.)

2: Retrofit option.

(Must be returned to Anritsu Service and Sales office when installing.)

3: Software option.

License registration is required when installing

1

Model Name Product Name Remarks

Table 1.2.2-1 Options of MU196020A

1

3

5, *6

5, *7

*1: Factory-installed hardware option. Select one from among them.

*2: Hardware retrofit options, which can be selected after shipping from

our factory. (y = 1 or 2)

*3: It can be retrofitted when the Option 001 is installed.

*4: It can be retrofitted when the Option 002 is installed.

1-5

MU196040A-001

32.1G baud Decoder

*1

MU196040A-x22

25.5G to 32.1G baud Clock Recovery

*2,*

MU196040A-x41

SER Measurement

*2,*4

MU196040B-001

32G baud

*1,*2

MU196040B-002

58G baud

*1,*2 MU196040B-z11

Equalizer

*2,*11

MU196040B-y12

32G to 58G baud Extension

*2,*5,*6

MU196040B-x21

29G baud Clock Recovery

*3,*4,*7,*8

MU196040B-x22

32G baud Clock Recovery

*3,*4,*7,*8

MU196040B-x23

58G baud Clock Recovery Extension

*2,*4,*9

MU196040B-y24

32G baud Clock Recovery Extension

*3,*5,*10

MU196040B-z41

SER Measurement

*2,*11

Chapter 1 Overview

Model Name Product Name Remarks

*5: Software option (x = 0, 1, or 2)

*6: It can be retrofitted when the Option x11 is installed.

*7: It can be retrofitted when the Option x30 is installed.

Table 1.2.2-2 Options of MU196040A

3

*1: Factory-installed hardware option

*2: x = 0, 1, or 2

*3: Hardware option

*4: Software option

Table 1.2.2-3 Options of MU196040B

Model Name Product Name Remarks

*1: Factory-installed

*2: Software option

*3: Hardware option

*4: x = 0, 1, or 2

*5: y = 1 or 2

*6: MU196040B-001 must be installed.

1-6

*7: This option can be installed together with MU196040B-x23.

*8: One of MU196040B-x21 and MU196040B-x22 can be installed.

*9: MU196040B-002 or MU196040B-y12 must be installed.

MU196040B-x21 or MU196040B-x22 must be installed.

*10: MU196040B-x21 must be installed.

*11: z = 0, 1, 2, or 3

Overview

1.2.3 Optional Accessories

34VFK50

Precision Adapter

Conversion connector (V-F K-M)

34VKF50

Precision Adapter

Conversion connector (V-M K-F)

41KC-3

Precision Fixed Attenuator 3 dB

K connector

41KC-6

Precision Fixed Attenuator 6 dB

K connector

41KC-10

Precision Fixed Attenuator 10 dB

K connector

41KC-20

Precision Fixed Attenuator 20 dB

K connector

41V-3

Precision Fixed Attenuator 3 dB

V connector

41V-6

Precision Fixed Attenuator 6 dB

V connector

41V-10

Precision Fixed Attenuator 10 dB

V connector

41V-20

Precision Fixed Attenuator 20 dB

V connector

J1342A

Coaxial Cable 0.8 m

APC3.5 connector

J1359A

Coaxial Adaptor (K-P.K-J, SMA)

J1439A

Coaxial Cable 0.8 m (K connector)

J1510A

Pick OFF Tee

K connector

J1624A

Coaxial Cable 0.3 m (SMA connector)

J1625A

Coaxial Cable 1 m (SMA connector)

J1632A

Terminator

SMA connector

J1678A

ESD Protection Adapter-K

K connector

J1679A

ESD Protection Adapter-V

V connector

J1728A

Electrical Length Specified Coaxial Cable (0.4 m, K connector)

1.2 Product Configuration

Table 1.2.3-1 shows the optional accessories for the MP1900A modules. All optional accessories are sold separately.

Table 1.2.3-1 Optional Accessories

Model Name Product Name Remarks

1

1-7

J1748A

Power Splitter (1.5G-18GHz)

J1758A

ISI Board

J1789A

Electrical Length Specified Coaxial Cable (0.4m, V connector)

J1790A

Electrical Length Specified Coaxial Cable (0.8m, V connector)

J1792A

Skew match pair semirigid cable (V-K connector, Data Input1)

For connecting to the Data Input1 connector of MU195050A

J1793A

Pick OFF Tee

V connector

J1800A

ISI Board V

V connector

K240C

Precision Power Divider

K connector

V210

Terminator

V connector

V240C

Precision Power Divider

V connector

W3976AE

MU196020A/40A/40B Operation Manual

Printed version, English

Z0306A

Wrist strap

Z1964A

Torque Wrench (Right Angle)

Chapter 1 Overview

Table 1.2.3-1 Optional Accessories (Cont’d)

Model Name Product Name Remarks

1-8

Overview

1.3 Specifications

Operating Baud/Bit Rate

When the Option 001 is installed.

output) is common. Only the baud rate is described hereafter.

Setting Range / Step

The setting range of the baud rate is determined by the linking module

When linking with

2.400 000 to 25.000 000 Gbaud, 0.000 002 Gbaud step*1, *2, *3

50.000 008 to 64.200 000 Gbaud, 0.000 008 Gbaud step*3

When linking with

2.400 000 to 3.125 000 Gbaud, 0.000 002 Gbaud step*1, *2, *3

51.200 008 to 64.200 000 Gbaud, 0.000 008 Gbaud step*3

1.3.1 Specifications for MU196020A

Table 1.3.1-1 Operating Baud/Bit Rate

Item Specifications

PAM4: 2.4 to 32.1 Gbaud NRZ: 2.4 to 32.1 Gbit/s

When the Option 002 or y12 is installed.

PAM4: 2.4 to 58.2 Gbaud NRZ: 2.4 to 58.2 Gbit/s

When the Option 003, y13, or y23 is installed.

PAM4: 2.4 to 64.2 Gbaud NRZ: 2.4 to 64.2 Gbit/s

The setting range of the baud rate (PAM4 output) and bit rate (NRZ

1.3 Specifications

1

MU181000A/B *4

MU181000A/B and MU181500B *

4

(valid only when installing to the same frame as MU196020A) and the Frequency in

25.000 004 to 32.100 000 Gbaud, 0.000 004 Gbaud step*1, *2, *3

25.000 004 to 50.000 000 Gbaud, 0.000 004 Gbaud step*

50.000 008 to 58.200 000 Gbaud, 0.000 008 Gbaud step*

3.200 002 to 6.250 000 Gbaud, 0.000 002 Gbaud step*1, *2, *3

6.400 002 to 12.500 000 Gbaud, 0.000 002 Gbaud step*

12.800 002 to 25.000 000 Gbaud, 0.000 002 Gbaud step*

25.600 004 to 32.100 000 Gbaud, 0.000 004 Gbaud step*

25.600 004 to 50.000 000 Gbaud, 0.000 004 Gbaud step*

51.200 008 to 58.200 000 Gbaud, 0.000 008 Gbaud step*

*1: When the Option 001 is installed.

*2: When the Option 002 or y12 is installed.

*3: When the Option 003, y13, or y23 is installed.

Linking is not available when Unit Sync is ON.

*4:

Table 1.3.1-12 Clock Output.

2, *3

2

1, *2, *3

2, *3

2

1-9

When linking with

external clock

Clock Output Rate Full

Clock Output Rate Half

2.4 to 15.0 Gbaud*1,*2,*3

2.4 to 15.0 GHz

1/1 Clock Input

15.0 to 30.0 Gbaud*1,*2,*3

7.5 to 15.0 GHz

1/2 Clock Input

25.0 to 32.1 Gbaud*1,*2,*3

6.25 to 8.025 GHz

1/4 Clock Input

2.4 to 30.0 Gbaud*1,*2,*3

1.2 to 15.0 GHz

1/2 Clock Input

30.0 to 32.1 Gbaud*1

7.5 to 8.025 GHz

1/4 Clock Input

30.0 to 58.2 Gbaud*2

7.5 to 14.55 GHz

1/4 Clock Input

30.0 to 60.0 Gbaud*3

7.5 to 15.0 GHz

1/4 Clock Input

60.0 to 64.2 Gbaud*3

7.5 to 8.025 GHz

1/8 Clock Input

Chapter 1 Overview

Item Specifications

MU181500B and using

Table 1.3.1-1 Operating Baud/Bit Rate (Cont'd)

Rate

Rate, Quarter Rate

Baud Rate Setting Range

Input Clock

Frequency

Input Clock

Frequency

Relationship Between Baud Rate and Input

Clock Frequency

Relationship Between Baud Rate and Input

Clock Frequency

1-10

Overview

Table 1.3.1-1 Operating Baud/Bit Rate (Cont'd)

External Clock

When the Output Clock

Offset Setting Range / Step

–1000 to +1000 ppm, 1 ppm step

25.000 000 Gbaud, 50.000 000 Gbaud

2.4 to 16.05 Gbaud*1,*2,*3

2.4 to 16.05 GHz

1/1 Clock Input

16.05 to 32.1 Gbaud*1,*2,*3

8.025 to 16.05 GHz

1/2 Clock Input

25.0 to 32.1 Gbaud*1,*2,*3

6.25 to 8.025 GHz

1/4 Clock Input

2.4 to 32.1 Gbaud*1,*2,*3

1.2 to 16.05 GHz

1/2 Clock Input

25.0 to 32.1 Gbaud*1

6.25 to 8.025 GHz

1/4 Clock Input

25.0 to 50.0 Gbaud*2,*3

6.25 to 12.50 GHz

1/4 Clock Input

32.1 to 58.2 Gbaud*2

8.025 to 14.55 GHz

1/4 Clock Input

32.1 to 64.2 Gbaud*3

8.025 to 16.05 GHz

1/4 Clock Input

50.0 to 58.2 Gbaud*2

6.25 to 7.275 GHz

1/8 Clock Input

50.0 to 64.2 Gbaud*3

6.25 to 8.025 GHz

1/8 Clock Input

1.3 Specifications

Item Specifications

Rate is set to Full Rate

Rate is set to Half Rate, Quarter Rate

Baud Rate Setting

Range

Baud Rate Setting

Range

Input Clock

Frequency

Input Clock

Frequency

Relationship Between Baud Rate and Input

Clock Frequency

Relationship Between Baud Rate and Input

Clock Frequency

1

This is available only when linking with MU181000A/B. The setting range is, however, –1000 to 0 ppm when the bit rate is set as follows: Clock Output Rate Full Rate

12.500 000 Gbaud, 25.000 000 Gbaud

Clock Output Rate Half Rate, Quarter Rate

1-11

SJ1 Setting Range

When SJ2 switch is the built-in SJ2, the settable Jitter Amplitude is halved.

SJ1 Clock Output Rate

30 < Baud rate ≤ 32.1 Gbaud, 15 < Baud rate ≤ 17 Gbaud

10 to 100k

0 to 2000

100.1k to 1M

0 to 200

1.001M to 10M

0 to 16

10.01M to 150M

0 to 1

17 < Baud rate ≤ 30 Gbaud

10 to 100k

0 to 2000

100.1k to 1M

0 to 200

1.001M to 10M

0 to 16

10.01M to 250M

0 to 1

10000

Chapter 1 Overview

Item Specifications*

At Full Rate

Table 1.3.1-2 Jitter Setting Range

1000

100

1

10

Jitter Amplitude [UI p-p]

1

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

1000

100

10

Jitter Amplitude [UI p-p]

1

Modulation Frequency [Hz]

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

*1: When linking with MU181000A/B and MU181500B

1-12

Modulation Frequency [Hz]

Overview

Item Specifications*

SJ1 Clock Output Rate

8.5 < Baud rate ≤ 15 Gbaud

10 to 100k

0 to 1000

100.1k to 1M

0 to 100

1.001M to 10M

0 to 8

10.01M to 250M

0 to 0.5

4 < Baud rate ≤ 8.5 Gbaud

10 to 100k

0 to 1000

100.1k to 1M

0 to 100

1.001M to 10M

0 to 8

10.01M to 150M

0 to 0.5

10000

At Full Rate (Cont'd)

Table 1.3.1-2 Jitter Setting Range (Cont’d)

1000

100

1.3 Specifications

1

10

Jitter Amplitude [UI p-p]

1

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

1000

100

10

Jitter Amplitude [UIp-p]

1

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

1-13

SJ1 Clock Output Rate

2.4 ≤ Baud rate ≤ 4 Gbaud

10 to 100k

0 to 500

100.1k to 1M

0 to 50

1.001M to 10M

0 to 8

10.01M to 100M

0 to 0.5

10000

Chapter 1 Overview

Item Specifications*

At Full Rate (Cont'd)

Table 1.3.1-2 Jitter Setting Range (Cont’d)

1000

100

1

10

Jitter Amplitude [UIp-p]

1

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

1-14

Overview

Table 1.3.1-2 Jitter Setting Range (Cont’d)

SJ1 Clock Output Rate

60 < Baud rate ≤ 64.2 Gbaud,

10 to 100k

0 to 2000

100.1k to 1M

0 to 200

1.001M to 10M

0 to 16

10.01M to 150M

0 to 1

34 < Baud rate ≤ 60 Gbaud, 17 < Baud rate ≤ 30 Gbaud

10 to 100k

0 to 2000

100.1k to 1M

0 to 200

1.001M to 10M

0 to 16

10.01M to 250M

0 to 1

10000

Item Specifications*

1.3 Specifications

1

At Half Rate, Quarter Rate

30 < Baud rate ≤ 34 Gbaud, 8 < Baud rate ≤ 17 Gbaud

1000

100

10

Jitter Amplitude [UIp-p]

1

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

1000

100

10

Jitter Amplitude [UI p-p]

1

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

Modulation Frequency [Hz]

1-15

SJ1 Clock Output Rate

2.4 < Baud rate ≤ 8 Gbaud

10 to 100k

0 to 2000

100.1k to 1M

0 to 200

1.001M to 10M

0 to 16

10.01M to 100M

0 to 1

Baud rate 2.4 Gbaud

10 to 100k

0 to 2000

100.1k to 1M

0 to 200

1.001M to 10M

0 to 16

10.01M to 50M

0 to 1

10000

Chapter 1 Overview

Item Specifications*

At Half Rate, Quarter Rate (Cont'd)

Table 1.3.1-2 Jitter Setting Range (Cont’d)

1000

100

1

10

Jitter Amplitude [UIp-p]

1

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

1000

100

10

Jitter Amplitude [UIp-p]

1

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

1-16

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

Overview

Table 1.3.1-2 Jitter Setting Range (Cont’d)

SJ2 Setting Range

The SJ2 via MU181000 Clock and the Built-in SJ2 can be set exclusively.

SJ2 via MU181000

15.000 001 ≤ Baud rate ≤ 32.1 Gbaud

10 to 1M

0 to 50

1.001M to 10M

0 to 10

10.01M to 250M

0 to 0.4

6.400 001 ≤ Baud rate ≤ 15 Gbaud

10 to 1M

0 to 40

1.001M to 10M

0 to 6

10.01M to 250M

0 to 0.4

Item Specifications*

1.3 Specifications

1

Clock Output Rate At Full Rate

100

10

1

Jitter Amplitude [UIp-p]

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

100

10

1

Jitter Amplitude [UIp-p]

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

1-17

SJ2 via MU181000

3.200 001 ≤ Baud rate ≤ 6.25 Gbaud

10 to 1M

0 to 20

1.001M to 10M

0 to 3

10.01M to 150M

0 to 0.2

2.4 ≤ Baud rate ≤ 3.125 Gbaud

10 to 1M

0 to 10

1.001M to 10M

0 to 1.5

10.01M to 150M

0 to 0.1

Chapter 1 Overview

Item Specifications*

Table 1.3.1-2 Jitter Setting Range (Cont’d)

1

Clock Output Rate At Full Rate (Cont'd)

100

10

1

Jitter Amplitude [UIp-p]

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

100

10

1

Jitter Amplitude [UIp-p]

0.1

0.01

10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

1-18

Overview

Table 1.3.1-2 Jitter Setting Range (Cont’d)

SJ2 via MU181000

60.000 001 ≤ Baud rate ≤ 64.2 Gbaud

10 to 1M

0 to 50

1.001M to 10M

0 to 10

10.01M to 250M

0 to 0.544

30.000 001 ≤ Baud rate ≤ 60.0 Gbaud

10 to 1M

0 to 50

1.001M to 10M

0 to 10

10.01M to 250M

0 to 0.548

Item Specifications*

1.3 Specifications

1

Clock Output Rate At Half Rate, Quarter Rate

100

10

1

Jitter Amplitude [UIp-p]

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

100

10

1

Jitter Amplitude [UIp-p]

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

1-19

SJ2 via MU181000

12.800001 ≤ Baud rate ≤ 30.0 Gbaud

10 to 1M

0 to 50

1.001M to 10M

0 to 10

10.01M to 250M

0 to 0.55

6.400001 ≤ Baud rate ≤ 12.5 Gbaud

10 to 1M

0 to 50

1.001M to 10M

0 to 10

10.01M to 150M

0 to 0.4

Chapter 1 Overview

Item Specifications*

Table 1.3.1-2 Jitter Setting Range (Cont’d)

1

Clock Output Rate At Half Rate, Quarter Rate (Cont'd)

100

10

1

Jitter Amplitude [UI p-p]

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

100

10

1

Jitter Amplitude [UIp-p]

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

1-20

Overview

Table 1.3.1-2 Jitter Setting Range (Cont’d)

SJ2 via MU181000

3.600001 ≤ Baud rate ≤ 6.25 Gbaud

10 to 1M

0 to 25

1.001M to 10M

0 to 5

10.01M to 150M

0 to 0.2

3.200001 < Baud rate ≤ 3.6 Gbaud

10 to 1M

0 to 25

1.001M to 10M

0 to 5

10.01M to 100M

0 to 0.2

Item Specifications*

1.3 Specifications

1

Clock Output Rate At Half Rate, Quarter Rate (Cont'd)

100

10

1

Jitter Amplitude [UIp-p]

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

100

10

1

Jitter Amplitude [UIp-p]

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

1-21

SJ2 via MU181000

2.4 ≤ Baud rate ≤ 3.125 Gbaud

10 to 1M

0 to 12.4

1.001M to 10M

0 to 2.5

Chapter 1 Overview

Item Specifications*

Table 1.3.1-2 Jitter Setting Range (Cont’d)

1

Clock Output Rate At Half Rate, Quarter Rate (Cont'd)

100

10

1

Jitter Amplitude [UIp-p]

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz ]

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

1-22

Overview

Table 1.3.1-2 Jitter Setting Range (Cont’d)

Built-in SJ2 Clock

15 < Baud rate ≤ 32.1 Gbaud

33k

0 to 1000

87M

0 to 0.5

100M

0 to 0.5

210M

0 to 0.2

4 < Baud rate ≤ 15 Gbaud

33k

0 to 500

87M

0 to 0.25

100M

0 to 0.25

210M

0 to 0.1

2.4 ≤ Baud rate ≤ 4 Gbaud

33k

0 to 500

87M

0 to 0.25

100M

0 to 0.25

Built-in SJ2 Clock

8 < Baud rate ≤ 64.2 Gbaud

33k

0 to 1000

87M

0 to 0.5

100M

0 to 0.5

210M

0 to 0.2

2.4 < Baud rate ≤ 8 Gbaud

33k

0 to 1000

87M

0 to 0.5

100M

0 to 0.5

Baud rate 2.4 Gbaud

33k

0 to 1000

Item Specifications*

1.3 Specifications

1

Output Rate At Full Rate

Output Rate At Half Rate, Quarter Rate

Modulation Frequency (Hz) Jitter Amplitude (UIp-p)

1-23

Number of Inputs

1 (Single-Ended)

Input frequency range

1.2 to 16.05 GHz

Input amplitude

0.3 to 1.0 Vp-p (–6.5 to +4.0 dBm)

Termination

50

AC Coupling

Connector

SMA connector (f.)

Number of Inputs

1 (Single-Ended)

Variation

Error Injection, Burst, Unit Sync

Minimum Pulse Width

1/256 of data rate

Input level

● 0/–1 V (H: −0.25 to 0.05 V, L: −1.1 to −0.8 V)

Select one of the above.

Termination

50 Ω, GND

Connector

SMA connector (f.)

Number of Outputs

2 (Differential output)

Output control

ON/OFF switching

Variation

1/n Clock (n = 8, 12, 16, 20...1020, 1024), Pattern Sync, Burst Out2

Pattern Sync

PRBS, PRGM

Position: 1 to {(Least common multiple of Pattern Length' and

length as an integer multiple so that it becomes 1024 bits or more.

Burst Out2

Burst Trigger Delay

0 to (Burst Cycle – 256) bits, 8 bits step

Pulse Width

16 to (Burst Cycle – 256) bits, 8 bits step

Output level

0/–0.6 V (H: –0.25 to 0.05 V, L: –0.80 to –0.45 V)

Termination

50 Ω, GND

Connector

SMA connector (f.)

Chapter 1 Overview

Item Specifications

Table 1.3.1-3 External Clock Input

Ω,

Table 1.3.1-4 Aux Input

● 0/–0.5 V (H: −0.05 to 0.05 V, L: −0.55 to −0.45 V)

● Vth 0 V (Input amplitude: 0.5 to 1.0 Vp-p)

Table 1.3.1-5 Aux Output

Item Specifications

256) –263}, in 8 steps

When the pattern length is 1023 bits or less, Pattern Length' is the

1-24

Overview

Table 1.3.1-6 Gating Output

Number of Outputs

1 (Single-Ended)

Output control

ON/OFF switching

Variation

Burst, Repeat

Burst

Burst Output

Burst Trigger Delay

0 to (Burst Cycle – 256) bits, 8 bits step

Enable Pulse Width

16 to (Burst Cycle – 256) bits, 8 bits step

Output Level

0/–1 V (H: –0.25 to 0.05 V, L: –1.25 to –0.8 V)*

Repeat

Timing Signal Output

Timing Signal Cycle

Timing Signal Delay

0 to {(Least common multiple of Pattern Length' and 256) –256}

length as an integer multiple so that it becomes 1024 bits or more.

Timing Signal Pulse

256 to {(Least common multiple of Pattern Length' and 256) –256}

length as an integer multiple so that it becomes 1024 bits or more.

Output Level

0/–1 V (H: –0.25 to 0.05 V, L: –1.25 to –0.8 V)*

Unit Sync Output

Outputs the timing signal when Unit Sync is set to ON.

Termination

50 Ω, GND

Connector

SMA connector (f.)

Pattern length'

256

1.3 Specifications

Width

Item Specifications

INT ( ) × 256

The maximum settable number is 68 719 476 480, in 8-bit steps When the pattern length is 1023 bits or less, Pattern Length' is the

1

*: L: Output Enable, H: Output Disable

1-25

PRBS

Pattern Length

2n–1 ( n = 7, 9, 10, 11, 13, 15, 20, 23, 31)

Mark ratio

1/2 (1/2INV is supported by a logical inversion.)

PRBS generator

n = 7: 1 + X6 + X7

n = 31: 1 + X28+ X31

PRBS Inversion

This is available in PAM4 mode only. Logical inversion of PRBS can be set independently for MSB and LSB.

Zero-Substitution

This is available in NRZ mode only.

Additional bit

0 bit, 1 bit

Pattern Length

2n (n = 7, 9, 10, 11, 15, 20, 23) 2n–1 (n = 7, 9, 10, 11, 15, 20, 23)

Start position

Bit after the longest run of zero bits

Length of Consecutive

1 to (Pattern Length – 1) bits

“1”.

Data

Data Length

NRZ: 2 to 268 435 456 bits, 1 bit step PAM4: 2 to 268 435 456 symbols, 1 symbol step

Bit Shift

This is available in PAM4 mode only.

steps).

PAM4 Standard Pattern

Standard-compliant PAM4-mode patterns

CEI

QPRBS13-CEI, QPRBS31-CEI

IEEE

IEEE802.3bs/cd: PRBS13Q, PRBS31Q, SSPRQ, Square Wave IEEE802.3bj: QPRBS13, JP03A, JP03B, Transmitter Linearity

InfiniBand

PRBS13Q (InfiniBand), PRBS23Q, PRBS31Q (InfiniBand)

Fibre Channel

PRBS31Q (Fibre Channel)

RS-FEC

When the MU196020A-x42 is installed.

RS-FEC Scrambled Idle 400G 8Lanes

NRZ Standard Pattern

Standard-compliant NRZ-mode pattern

CEI

SSPR

RS-FEC

When the MU196020A-x42 is installed.

RS-FEC Scrambled Idle 100G 4Lanes

Chapter 1 Overview

Item Specifications

Table 1.3.1-7 Generated Pattern

polynomial

Zero Bits

n = 9: 1 + X5 + X9

7

n = 10: 1 + X n = 11: 1 + X n = 13: 1 + X + X n = 15: 1 + X n = 20: 1 + X n = 23: 1 + X

+ X10

9

+ X11

2

+ X12 + X13

14

+ X15

3

+ X20

18

+ X23

If the bit coming after Zero-substitution is “0”, then it is replaced with

Bit shift of MSBs can be controlled in the range of ±256 bits (in 1-bit

RS-FEC Scrambled Idle 50G 1Lane, RS-FEC Scrambled Idle 100G 1Lanes, RS-FEC Scrambled Idle 100G 2Lanes, RS-FEC Scrambled Idle 200G 4Lanes, RS-FEC Scrambled Idle 400G 4Lanes,

RS-FEC Scrambled Idle 25G 1Lane,

1-26

Overview

Table 1.3.1-8 Pattern Sequence

Sequence

Repeat, Burst

Repeat

Continuous Pattern

Burst

This is available only when Coding is NRZ.

Source

Internal, External-Trigger (Aux Input), External-Enable (Aux Input)

Data Sequence

Restart, Consecutive, Continuous

Enable period

Internal: 12 800 to 2 147 483 136 bits, 256 bits step Ext Trigger/Enable: 12 800 to 2 147 483 648 bits, 256 bits step

Burst Cycle

25 600 to 2 147 483 648 bits, 1 024 bits step

Coding

NRZ, PAM4

NRZ

Normal, Invert

PAM4 Gray Coding

ON, OFF

PAM4 Precoding (1/(1 + D) mod 4)*

ON, OFF

Type

Bit, Error on MSB, Error on LSB, Error on LSB&MSB, RS-FEC Symbol Error*

Bit

This is available only when Coding is NRZ.

Source

Internal, External-Trigger (Rise edge trigger), External-Disable (L: Disable)

Error Variation

Repeat, Single (Cannot be selected when Source is External-Trigger.)

Error Rate

*E–n (* = 1 to 9, n = 3 to 12), Upper limit: 3.0E–3

Error Route

Select 1 to 32, Scan

Bit/Burst

Switching between Bit and Burst

Burst Length

1 to 256, 1 step

RS-FEC Symbol Error*

This is available whether Coding is NRZ or PAM4.

PAM4: An error is inserted every 10 or 20 PAM4 symbols.

Source

Internal, External-Trigger (Rise edge trigger), External-Disable (L: Disable)

Error Variation

Repeat, Single (Cannot be selected when Source is External-Trigger.)

Symbol error per codeword

1 to 20 (When Coding is NRZ and PAM4.)

1.3 Specifications

Item Specifications

Table 1.3.1-9 Coding

Item Specifications

*: (1/(1+D) mod 4) is a generator polynomial defined in the IEEE802.3.

Table 1.3.1-10 Error Addition

1

Item Specifications

When Coding is PAM4, an error is inserted to make the PAM4 signal change by one level only. NRZ: An error is inserted every 10 bits.

*: When the MU196020A-x42 is installed.

1-27

RS-FEC Symbol Error* (Cont’d)

Error Rate

*E–n (* = 1 to 9, n = 3 to 12), Upper limit: 3.0E–3

Error Addition Method

Type1:

Level 2 Level 3, Level 3 Level 2

Error on MSB

Adds the specified symbol error.

The set error is added to MSB only.

Source

Internal, External-Trigger (Rise edge trigger), External-Disable (L: Disable)

Error Variation

Repeat, Single (Cannot be selected when Source is External-Trigger.)

Symbol Error Rate

*E–n (* = 1 to 9, n = 3 to 12), Upper limit: 3.0E–3

Symbol/Burst

Switching between Symbol and Burst

Burst Length

1 to 256, 1 step

Error on LSB

Adds the specified symbol error.

The set error is added to LSB only.

Source

Internal, External-Trigger (Rise edge trigger), External-Disable (L: Disable)

Error Variation

Repeat, Single (Cannot be selected when Source is External-Trigger.)

Symbol Error Rate

*E–n (* = 1 to 9, n = 3 to 12), Upper limit: 3.0E–3

Symbol/Burst

Switching between Symbol and Burst

Burst Length

1 to 256, 1 step

Chapter 1 Overview

Item Specifications

Table 1.3.1-10 Error Addition (Cont’d)

Level 0 Level 1, Level 1 Level 2, Level 2 Level 3, Level 3 Level 2

Type2:

Level 0 Level 1, Level 1 Level 2, Level 2 Level 1, Level 3 Level 2

Type3:

Level 0 Level 1, Level 1 Level 0, Level 2 Level 1, Level 3 Level 2

MSB Only:

Level 0 Level 2, Level 1 Level 3, Level 2 Level 0, Level 3 Level 1

LSB Only:

Level 0 Level 1, Level 1 Level 0,

This is available only when Coding is PAM4.

1-28

Overview

Table 1.3.1-10 Error Addition (Cont’d)

Error on LSB&MSB

Adds the specified symbol error.

An error is inserted to make the PAM4 signal change by one level only.

Source

Internal, External-Trigger (Rise edge trigger), External-Disable (L: Disable)

Error Variation

Repeat, Single (Cannot be selected when Source is External-Trigger.)

Symbol Error Rate

*E–n (* = 1 to 9, n = 3 to 12), Upper limit: 3.0E–3

Symbol/Burst

Switching between Symbol and Burst

Burst Length

1 to 256, 1 step

Error Addition Method

Type1:

Level 2 Level 1, Level 3 Level 2

FEC Standard

When Coding is NRZ:

4Lanes

When Coding is PAM4:

Scrambled Idle 400G 8Lanes

1.3 Specifications

Item Specifications

This is available only when Coding is PAM4.

Level 0 Level 1, Level 1 Level 2, Level 2 Level 3, Level 3 Level 2

Type2:

Level 0 Level 1, Level 1 Level 2, Level 2 Level 1, Level 3 Level 2

Type3:

Level 0 Level 1, Level 1 Level 0,

RS-FEC Scrambled Idle 25G 1Lane, RS-FEC Scrambled Idle 100G

1

RS-FEC Scrambled Idle 50G 1Lane, RS-FEC Scrambled Idle 100G 1Lanes, RS-FEC Scrambled Idle 100G 2Lanes, RS-FEC Scrambled Idle 200G 4Lanes, RS-FEC Scrambled Idle 400G 4Lanes, RS-FEC

1-29

Number of Outputs

2 (Data, XData) Cannot be varied independently

Waveform

NRZ, PAM4

NRZ Eye Amplitude

Setting Range

NRZ: 70 to 800 mVp-p, 2 mV step (Single-Ended)

Accuracy

When using the J1789A: ±35 mV ±12% (Single-Ended)*2 PAM4 Eye Amplitude

PAM4 (0/3 Level) Setting Range

PAM4(0/3 Level): 70 to 800 mVp-p, 1 mV step (Single-Ended)*6

PAM4 (0/3 Level)

When using the J1789A: ±35 mV ±12% of Amplitude*2, *7 When using the J1790A: ±35 mV ±12% of Amplitude*3, *4, *5, *7

PAM4 (0/1, 1/2, 2/3

variable

Provided, 20% to 50%, 1 mV Step (Eye amplitude conversion)

PAM4 (0/1, 1/2, 2/3

PAM4(0/1 Level): 23 to 266 mVp-p, 1 mV step (Single-Ended)

PAM4(2/3 Level): 23 to 266 mVp-p, 1 mV step (Single-Ended)

PAM4 (0/1, 1/2, 2/3

When using the J1789A: ±35mV ±12% of Amplitude* When using the J1790A: ±35 mV ±12% of Amplitude*9, *

Offset

Setting Range

–2.0–Eye Amplitude/2 to +3.3–Eye Amplitude/2 Vth, 1 mV step (Single-Ended)

Accuracy

±65 mV ±10% of offset (Vth) ± (Eye Amplitude Accuracy / 2)

equally to 33%.)

Cross Point

Typ. 50% (fixed)

Tr/Tf

When using the J1789A:

Typ. 8.8 ps (20-80%)*13

Chapter 1 Overview

Item Specifications*

Accuracy

Table 1.3.1-11 Data Output

1

When using the J1790A: ±35 mV ±12% (Single-Ended)*3, *4, *5

Level) Independently

Level) Setting Range

Level) Accuracy

(PAM4 Amplitude 0/3 level is assumed to be 100%.)

PAM4(1/2 Level): 24 to 268 mVp-p, 1 mV step (Single-Ended)

8

10, *11

(Except when Emphasis is turned On with the MU196020A-x11 installed.) (For PAM4, when setting each of PAM4 Amplitude (3/2, 2/1 and 1/0)

Typ. 9 ps (20-80%)*12 Typ. 8.5 ps (20-80%)*

13

When using the J1790A:

12

Typ. 9.5 ps (20-80%)*

*1: Unless otherwise specified, these are specified with the conditions of

PRBS2

31

–1, Mark ratio 1/2, and Cross Point 50%.

The values shall be observed by using an optional accessory, J1789A or J1790A, and a 70-GHz bandwidth sampling oscilloscope.

*2: Setting Range ≤ 700 mVp-p *3: Setting Range ≤ 700 mVp-p

(≤ 32.1 Gbit/s, when the Options 001, 002, y12, 003, y13 and y23 are installed)

*4: Setting Range ≤ 600 mVp-p

(≤ 58.2 Gbit/s, when the Options 002, y12, 003, y13 and y23 are installed

1-30

1.3 Specifications

Overview

*5: Setting Range ≤ 550 mVp-p

(≤ 64.2 Gbit/s, when the Options 003, y13 and y23 are installed)

*6: When PAM4 output signal is directly input to the ED, the lower limit

for the error-free amplitude depends on the performance of the ED used.

When using MP1862A as ED, the lower limit for the error-free

amplitude (reference data) is as follows: 125 mV (0/3 Level, ≤ 32.1 Gbaud, when the Option 001 is installed) 250 mV (0/3 Level, ≤ 58.2 Gbaud, when the Options 002, y12, 003, y13 and y23 are installed) Pattern: PRBS15, at a constant temperature between 20 and 30°C

*7: Single-Ended, PAM4 0/3 Level, and when setting each of PAM4

Amplitude (3/2, 2/1 and 1/0) equally to 33%

*8: Setting Range ≤ 234 mVp-p, Single-Ended, at each amplitude level

(Upper, Middle, Lower)

1

*9: Setting Range ≤ 234 mVp-p, Single-Ended, at each amplitude level

(Upper, Middle, Lower) (≤ 32.1 Gbit/s, when the Options 001, 002, y12, 003, y13 and y23 are installed)

*10: Setting Range ≤ 200 mVp-p, Single-Ended, at each amplitude level

(Upper, Middle, Lower) (≤ 58.2 Gbit/s, when the Options 002, y12, 003, y13 and y23 are installed

*11: Setting Range ≤ 184 mVp-p, Single-Ended, at each amplitude level

(Upper, Middle, Lower), when using the J1790A coaxial cable (0.8m) (≤ 64.2 Gbit/s, when the Options 003, y13 and y23 are installed)

*12: NRZ, 32.1 Gbit/s, Eye Amplitude 0.5 Vp-p (Single-Ended), only when

Coding is NRZ and Emphasis is Off.

*13: NRZ, 58.2 Gbit/s (when the Options 002 and y12 are installed), 64.2

Gbit/s (when the Options 003, y13 and y23 are installed), Eye Amplitude 0.5 Vp-p (Single-Ended), only when Coding is NRZ and Emphasis is Off.

1-31

Half Period Jitter

Setting Range

–20 to +20, 1 step

Accuracy

Typ. ±0.04 UI*14

Jitter

Measurement

NRZ,

than 200 fs (RMS).

Peak-to-Peak Jitter

Typ. 6 ps p-p (Count of measured jitters: 30)

Jitter RMS

Typ. 600 fs rms (Count of measured jitters: 30)

Intrinsic RJ (RMS)

Typ. 170 fs (Repeating pattern of 1,0) *15

Waveform Distortion (0-peak)

Typ. ±110 mV*16

PAM4 Level Separation Mismatch Ratio (RLM)

0.95 (min.) *17

Chapter 1 Overview

Item Specifications*

Table 1.3.1-11 Data Output (Cont'd)

1

conditions

Bit rate 32.1 Gbit/s (When the Option 001 is installed),

58.2 Gbit/s (When the Options 002 and y12 are installed),

64.2 Gbit/s (When the Options 003, y13 and y23 are installed) Eye Amplitude 0.5 Vp-p (Single-Ended)

At a constant temperature between 20 and 30°C, measure with a 70-GHz bandwidth sampling oscilloscope with residual jitter of less

*14: 2.4, 8, 16, 26.562 5, 32.1 Gbit/s (When the Option 001 is installed),

2.4, 8, 16, 26.562 5, 32.1, 40, 53.125, 58.2 Gbit/s (When the Options 002 and y12 are installed)

2.4, 8, 16, 26.562 5, 32.1, 40, 53.125 ,58.2 ,64.2 Gbit/s (When the Options 003, y13 and y23 are installed), Eye Amplitude 0.5 Vp-p (Single-Ended)

*15: NRZ, Bit rate 58.2 Gbit/s (When the Options 002 and y12 are

installed),

64.2 Gbit/s (When the Options 003, y13 and y23 are installed)

*16: NRZ, Bit rate 32.1 Gbit/s (When the Option 001 is installed),

*17: PAM4, 26.5625 Gbaud (When the Option 001 is installed),

1-32

58.2 Gbit/s (When the Options 002 and y12 are installed),

64.2 Gbit/s (When the Options 003, y13 and y23 are installed) Eye Amplitude 0.5 Vp-p (Single-Ended)

53.125 Gbaud (When the Options 002, y12, 003, y13 and y23 are installed),

1.0 Vp-p (Differential), refer to the IEEE P802.3bs for equation to calculate.

Overview

Table 1.3.1-11 Data Output (Cont'd)

PAM4 Signal to noise and distortion ratio (SNDR)

33 dB (min.) * Electrical TDECQ

0.9 dB*20

Output ON/OFF

ON/OFF switching available

Data / XData Skew

±1 ps

Cable error not included.

Termination

AC, DC switching

For DC: GND, –2V, +1.3V, +3.3V, Open (LVDS), 50 Ω

Connector

V connector (f.)

Offset Reference

Vth

Level Guard

Amplitude, Voh and Vol can be set.

External ATT Factor

–40 to 0 dB, 0.1 dB step

signal output via the fixed attenuator are displayed.

Emphasis

When the Option x11 is installed

Emphasis Tap

4 (1post-cursor, 2pre-cursor)

Lower Eyes cannot be controlled independently.

Cursor Setting Range /

–20 to +20 dB, 0.01 dB step

of emphasis peak voltage.

Accuracy

Typ. ±1 dB

De-Emphasis, Pre-Cursor1 = 6 dB, Post Cursor1 = 3.5 dB)

Setting Range of

Voltage

70 to 800 mVp-p (Single-Ended)

Emphasis ON/OFF

ON/OFF switching

Item Specifications*

18, *19

When the fixed attenuator is connected, the amplitude and offset of the

1.3 Specifications

1

Step

Emphasis Peak

4 Tap parameter values for all eyes (Upper, Middle and Lower) become identical. This means that 4 Tap parameters for Upper, Middle and

(Post-Cursor: 20log10Va/Vb, Pre-Cursor: 20log10Vc/Vb)

Provided that the maximum amplitude is restricted by the setting range

(16 Gbaud, Amplitude 0.5 Vp-p (Single-Ended),

*18: PAM4, 26.5625 Gbaud (When the Option 001 is installed),

53.125 Gbaud (When the Options 002, y12, 003, y13 and y23 are installed),

1.0 Vp-p (Differential), refer to the IEEE P802.3cd for equation to calculate.

*19: 60-GHz bandwidth sampling oscilloscope

1-33

Channel Emulator*

uts the PPG Data signal whose waveform emulates the

Inverse: Outputs the PPG Data signal whose inverse characteristics

emulate the transmission line with the loaded S parameter.

Response

Normal, Inverse

S-Parameter file

S2P file (Extension: “*.s2p”), S4P file (Extension: “*.s4p”) Supports output files from the MS4640B Series Vector Network Analyzer.

Channel Emulator ON/OFF

ON/OFF switching

Gain Adjust

Adjusts the loss to emulate and loss of the loaded S parameter at the

0GHz, 1GHz, Nyquist Frequency switching

Adjustable ISI*21

Sets the loss of the channel which generates ISI and outputs the PPG data

Loss Channel

This is available for MU196020A in combination with the following.

MU195050A Noise: an MU195050A Noise Module

Frequency

Insertion Loss can be set at Nyquist or 1/2 Nyquist Frequency.

Insertion Loss

Displays the absolute loss that is sum of the loss selected for Loss Channel

Tuning Insertion Loss

The relative loss from the loss value of Loss Channel can be set.

–8.00 to 8.00 dB, 0.01 dB step, Nyquist Frequency –8.00 to 8.00 dB, 0.01 dB step, 1/2 Nyquist Frequency

Insertion Loss Accuracy

±1.0 dB Nominal @Nyquist Frequency 6 dB, Repeating pattern of “1,0”

*

±1.5 dB Nominal @Nyquist Frequency 6 dB, Repeating pattern of “1,0”

“1,1,0,0” *

Adjustable ISI ON/OFF

ON/OFF switching

Chapter 1 Overview

Item Specifications*

21, *22

*20: 26.5625 Gbaud (When the Option 001 is installed),

53.125 Gbaud (When the Options 002, y12, 003, y13 and y23 are installed), Using an equalizer, Single, Pattern: SSPRQ

Table 1.3.1-11 Data Output (Cont'd)

1

Normal: Outp

connected transmission line with the loaded S parameter.

specified frequency, when Response is Normal.

signal whose waveform emulates the setting.

Not Specified: an external loss channel board J1800A×1 Short Channel: one J1800A (optional accessory) J1800A×2 Middle Channel: two J1800As (optional accessory) J1800A×3 Long Channel: three J1800As (optional accessory) J1758A: a J1758A (optional accessory)

and the setting value of Tuning Insertion Loss at Nyquist Frequency and 1/2 Nyquist Frequency.

23, *25, *26

24, *25, *26

*

±1.0 dB Nominal @1/2Nyquist Frequency 3 dB, Repeating pattern of

“1,1,0,0” *

23, *25, *26

±1.5 dB Nominal @1/2Nyquist Frequency 3 dB, Repeating pattern of

24, *25, *26

1-34

*21: When the Option x40 is installed.

1.3 Specifications

Overview

0 5 10

15

20

0

200

400

600

800

Insertion Loss (dB)

Amplitude (mV)

0 0.1 0.2 0.3 0.4 0.5

0

1

2

3

4

5

6

7

Normalized Frequency

Insertion Loss (dB)

Setting

Ideal

Insertion Loss (dB)

Normialized Frequency

*22: It is assumed to use for the purpose of compensating the loss of the

transmission line.

The following graph shows typical limits for adjustable insertion loss.

However, it does not mean that all the responses emulated from the S-Parameter file are compensated as the graph shows.

1

*23: Baud Rate 26.6 Gbaud (when Option 001, 002, y12, 003, y13, and y23

installed)

*24: Baud Rate 53.1 Gbaud (when Option 002, y12, Option 003, y13, and

y23 installed)

*25: Eye Amplitude 0.5 Vp-p, at each spectrum, at a constant

temperature between 20 and 30°C

*26: The frequency characteristics of Insertion Loss Accuracy when

setting 6 dB@Nyquist Frequency and 3 dB@1/2 Nyquist Frequency are shown below.

1-35

Frequency

Full Rate

Operation Baud Rate = Clock Output Frequency

2.4 to 32.1 GHz (Option 001)

Half Rate

Operation Baud Rate = (Clock Output Frequency) × 2

1.2 to 32.1 GHz (When the Options 003, y13 and y23 are installed)

Quarter Rate

Operation Baud Rate = (Clock Output Frequency) × 4

0.6 to 16.05 GHz (When the Options 003, y13 and y23 are installed)

Number of Outputs

1

Amplitude

Min. 0.3 Vp-p, Max. 1.0 Vp-p

(Output Frequency > 16.05 GHz)

Output control

ON, OFF switching

Termination

50 Ω, AC Coupling

Connector

K connector (f.)

Phase variable range

–1000 to +1000 mUI, 2 mUI step

Accuracy

±50 mUIp-p*2,*3,*4 ±100 mUIp-p*2,*3,*5

mUI – ps switching

Available (internally converted into ps)

Calibration

Available (when jitter modulation is off)

Calibration indicator

This is displayed when one of the following conditions is met:

● Ambient temperature change by ±5°C.

Chapter 1 Overview

Item Specifications*

Table 1.3.1-12 Clock Output

1.2 to 16.05 GHz (Option 001)

1.2 to 29.1 GHz (When the Options 002 and y12 are installed)

0.6 to 8.025 GHz (Option 001)

0.6 to 14.55 GHz (When the Options 002 and y12 are installed)

(Output Frequency ≤ 16.05 GHz)

Min. 0.4 Vp-p, Max. 1.0 Vp-p

*: These values are monitored using an optional accessory (J1439A) at

a sampling oscilloscope bandwidth of 70 GHz.

1

Table 1.3.1-13 Data Delay*

Item Specifications

● 1/1 Clock frequency change by ±250 kHz.

*1: When the Option x30 is installed.

*2: Measured with a sampling oscilloscope with residual jitter of less

than 200 fs (RMS), at a constant amplitude setting.

*3: Typical value *4: Baud rate ≤ 32.1 Gbaud

*5: Baud rate > 32.1 Gbaud

1-36

Overview

Table 1.3.1-14 Jitter tolerance

Jitter tolerance

For NRZ output,

10

2 000

7 500

2 000

100 000

2 000

150

1 000 000

200

15

10 000 000

16

1

250 000 000 1 1

1.3 Specifications

Item Specifications

Bit rate: 32.1 Gbit/s (Option 001)

58.2 Gbit/s (When the Options 002 and y12 are installed)

64.2 Gbit/s (When the Options 003, y13 and y23 are installed)

Pattern: PRBS231–1 With MU181500B, SSC with frequency of 33 kHz and deviation of 5300

ppm can be applied simultaneously with RJ with amplitude of 0.3 UI. These specifications are defined assuming the following conditions: Loopback connection to MU196040A (32.1 Gbit/s) or MP1862A + MU183040B (58.2 Gbit/s, 64.2 Gbit/s), at a constant temperature between 20 and 30°C . When RJ + BUJ is bigger than 0.5 UIp-p or SJ1 + Built-in SJ2 + RJ + BUJ is bigger than the standard value + 0.3 UIp-p, “Overload” is displayed on the MU181500B screen. For details on the maximum modulation jitter that depends on the bit rate, refer to “Table 1.3.1-2 Jitter Setting Range”.

32.1 Gbit/s

10000

1000

1

Max. mod ulation amplitude

Specification

100

10

Jitter Amplitude [UI]

1

0.1

10 1 00 1k 10k 100k 1M 1 0M 100M 1000M

Modulation Frequency [Hz]

Modulation

frequency [Hz]

Max. modulation

amplitude [UIp-p]

Specification

[UIp-p]

1-37

Jitter tolerance mask

58.2 Gbit/s, 64.2 Gbit/s

10

2 000

1 000

7 500

2 000

1 000

100 000

2 000

75

1 000 000

200

7.5

10 000 000

16

0.5

250 000 000 1 0.5

Chapter 1 Overview

Item Specifications

Table 1.3.1-14 Jitter tolerance (Cont’d)

(Cont’d)

10000

1000

100

10

Jitter Amplitude [UI]

1

0.1

10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation

frequency [Hz]

Modulation Frequency [Hz]

Max. modulation

amplitude [UIp-p]

Max. mod ulation amplitude

Specification

[UIp-p]

1-38

Overview

Table 1.3.1-15 Multichannel Operation*1

Multi-Module

A function to synchronize timing of generating patterns among multiple

accuracy of less than 5 UI

Inter-Module 2ch

This is available only for NRZ.

Inter-Module CH

Generates signals of which the first bit generation timing is

1

3

5

7

Data

2

4

6

8

Data

Slot1

Slot2

1

2

3

4

Data

1

2

3

4

Data

Slot1

Slot2, 3, 4

1.3 Specifications

Item Specifications

Synchronization

Combination

modules Baud Rate ≤ 32.1 Gbaud:

Baud Rate > 32.1 Gbaud:

Generates signals of which the first bit generation timing is synchronized between modules. And, generates signals with the bit-interleaved generation bit patterns between modules.

*2, *3, *4, *5, *6

Capable of synchronizing bit generation timing with an accuracy of less than 1 UI

Capable of synchronizing bit generation timing with an

1

Synchronization

synchronized between modules.

*1: When the Option x30 and x50 are installed.

*2: The following options must be the same among the modules to be

synchronized.

Option 001

Option 002 or y12 Option 003, y13, or y23

*3: Slot 1 to 2: Inter-Module 2ch Combination (only for NRZ)

*4: Slot 1 to 4: Inter-Module CH Synchronization

*5: The modules to be synchronized must be installed successively from

Slot 1.

*6: In the range of ±3ºC from the temperature when performing the

Multi Channel Calibration function, the bit generation timing is guaranteed.

1-39

Output

Only the items to be changed when Multi-Module Synchronization is set are described.

Phase setting range Phase setting resolution

–64 000 to +64 000 mUI*7 2 mUI*7

Pattern

Data length

When CH Combination is set: 4 to 536,870,912 bits, 2 bits step Unit Sync

ON/OFF switching available

Number of Units

Synchronous control available between up to two MP1900As.

MP1900As each installed with four MU196020As.

Unit Sync Output*10

To output a timing signal from the Gating Out connector when Unit Sync

to the other.

Unit Sync Input*10

To input a timing signal from the AUX In connector

Bit phase difference

Within ±1024 UI

Unit Sync

is touched

The pattern generating position between the MP1900As is synchronized using the Unit Sync function. MP1900A: two units MU196020A: four modules (The 8ch pattern is synchronized.)

MP1900A (Master)

MP1900A (Slave)

Slot 1

Slot 2

Slot 3

Slot 4

Slot 1

Slot 2

Slot 3

Slot 4

The pattern generating position is synchronized using the Channel Synchronaiz function.

–

1024 UI <

< +1024 UI

Chapter 1 Overview

Item Specifications

*8, *9

Table 1.3.1-15 Multichannel Operation*1 (Cont’d)

When CH Synchronization is set: same as Sync OFF

Synchronous control of up to 8 channels is available with two

is touched

Provided with an inter-unit synchronization status indicator. The status indicator at Unit Sync turns orange when it requires to be timed

between MP1900As

Timing difference between bit generations that occurs when

1 2 3 4

1’ 2’ 3’ 4’

1’’

2’’ 3’’ 4’’

1’’’ 2’’’ 3’’’ 4’’’

ation

1 2 3 4

1’ 2’ 3’ 4’

1’’

2’’ 3’’ 4’’

2’’’ 3’’’ 4’’’

1’’’

difference

*7: Each channel can be set independently.

*8: Available on MX190000A version 3.02.00 or later.

*9: Available only when using inter-module synchronization.

*10:

1-40

Available only when Unit Sync is ON.

Overview

Table 1.3.1-16 General

Dimensions

21 mm (H), 234 mm (W), 175 mm (D) Excluding protrusions

Mass

2.5 kg max.

Operating Temperature

15 to 30°C

installed.

Storage Temperature

–20 to 60°C

Class 5.

PCIe

Supports the following PCIe tests when controlled by the MX183000A.

• MX183000A V4.09.00 or later

Applicable Standards

PCI Express Base Specification Revision 4.0 Version1.0

Subjects of Testing: Root Complex, End Point

Required Options

Option x11

Required Software

MX183000A-PL021:

State transition of LTSSM can be analyzed as a log.(One

Tolerance Test.

1.3 Specifications

Item Specifications

MP1900A’s ambient temperature. MU196020A shall operate when

MU196020A installed to MP1900A shall comply with MIL-T-28800E

Table 1.3.1-17 Extended Functions

Item Specifications

The supported installer versions are:

• MX190000A V4.09.00 or later

PCI Express Base Specification Revision 5.0 Version1.0 Bit rate: PCIe 1/2/3/4/5 Number of lanes: x1

1

Can support negotiation with the DUT and can put the DUT into Loopback state according to the LTSSM of PCIe 1 to PCIe 4.

MU196020A and one MU195040A are required.)

MX183000A-PL025:

Can extend the functionality of the PL021 option to PCIe 5.

When the MX183000A-PL001 is installed in addition to the MX183000A-PL021 and MX183000A-PL025, the MX183000A can control the MU196020A, MU181500B, and MU195040A and support Jitter

1-41

Operating Baud Rate

When the Option 001 is installed.

NRZ input: 2.4 to 32.1 Gbit/s

System Clock

External, Recovered Clock (When the Option 022 is installed)

Input connector

Chapter 1 Overview

1.3.2 Specifications for MU196040A

Table 1.3.2-1 Operating Baud Rate

Item Specifications

PAM4 input: 2.4 to 32.1 Gbaud

Table 1.3.2-2 System Clock

Item Specifications

External: Clock input from the Ext Clock Input connector Recovered Clock: Clock recovered from the data input from the Data

1-42

Overview

Table 1.3.2-3 Data Input

Number of inputs

2 (Data, XData) (Differential)

Input Condition

Single-Ended, Differential 50 Ohm, Differential 100 Ohm

Signal Type

NRZ, PAM4

LSB/MSB Diagnostics

When set to PAM4, the PAM4 mode can be switched between as follows:

Asynchronously receives LSB and MSB.

Amplitude

NRZ: The range in which the Auto Adjust function operates. NRZ: 0.05 to 1.0 Vp-p*4 PAM4: 0.3 to 1.0 Vp-p*5

Threshold

NRZ, PAM4 Middle Eye Threshold: –3.5 to +3.3 V, 1 mV step *

PAM4 Lower Eye Threshold: –3.9 to +3.7 V, 1 mV step *7

1.3 Specifications

Item Specifications

When set to Differential 50 Ohm or Differential 100 Ohm:

Independent, Tracking, Alternate* When set to Alternate:

Data-XData, XData-Data*2

When set to Single-Ended:

Data, XData*

Diagnostics Mode OFF:

Treats signals as symbols by receiving LSB and MSB while synchronizing them with each other.

Diagnostics Mode ON:

PAM4: The range in which the Auto Search PAM4 Fine function

operates.

PAM4 Upper Eye Threshold: –3.9 to +3.7 V, 1 mV step *7

3

1

2, *6

*1: Tracking is available only for NRZ.

*2: The absolute value of the difference between Data and XData

Threshold values shall be 1.5 V or less.

*3: PAM4 Upper Eye and Lower Eye can be set by relative values to

Middle Eye in the range of –0.4 V to +0.4 V.

*4: Single-Ended, Differential

*5: 0/3 Level, PRBS31, Single-Ended, Differential, when connecting

directly to the MU196020A.

*6: Data and XData can be set independently.

*7: Data and XData cannot be set independently, and can be set in the

range of ±0.4 V from Middle Eye Threshold.

1-43

Sensitivity

Single-Ended , Mark Ratio1/2, when connecting directly to the

At a constant temperature between 20 and 30°C

Eye Amplitude

NRZ, PRBS31

Typ. 32 mVp-p, ≤ 50 mVp-p*8 (26.5625 Gbit/s, 32.1 Gbit/s)

Eye Height

NRZ, PRBS31

Typ. 23 mV, ≤ 50 mV*8 (26.5625 Gbaud, 32.1 Gbaud)

Phase Margin

When connecting directly to the MU196020A with J1789A.

Clock

NRZ, PRBS31, Differential, Mark Ratio 1/2, when inputting 1.0 Vp-p

Typ. 18.0 ps*8 (32.1 Gbit/s)

PAM4 0/3 Level, Eye Width where BER is 1E–06, PRBS31,

Emphasis ON (Best values in the range of 1Pre ≤ 5 dB and 1Post ≤ 5 dB)

Typ. 5.3 ps*8 (26.5625 Gbaud)

Typ. 4.5 ps*8 (32.1 Gbaud)

Chapter 1 Overview

Item Specifications

Table 1.3.2-3 Data Input (Cont’d)

MU196020A with J1789A. When the Option-001 is installed, 34VKF50 shall be included.

Typ. 23 mV*8 (26.5625 Gbit/s, 32.1 Gbit/s) PAM4 0/1 1/2 2/3 Level, PRBS31, Eye Height where BER is 1E–06, when using External Clock

When the Option-001 is installed, 34VKF50 shall be included. At a constant temperature between 20 and 30°C, when using External

Typ. 25.8 ps*8 (26.5625 Gbit/s)

Single-Ended, Mark Ratio1/2, when inputting 0.5 Vp-p,

*8: When the Option 001 is installed.

1-44

Overview

Table 1.3.2-3 Data Input (Cont’d)

Stressed Margin*9

Stressed Eye Height

PAM4 0/1 1/2 2/3 Level, QPRBS13-CEI, Eye Height where BER is 1E–06,

32 mV*10

Stressed Eye Width

PAM4 0/1 1/2 2/3 Level, QPRBS13-CEI, Eye Width where BER is 1E–06,

7.15 ps*10

Termination

50 Ω, GND, Variable

Termination Voltage

When set to Variable: –2.5 to +3.5 V, 10 mV step

Connector

K connector (f.) (When the Option 001 is installed)

J1728A 40 cm K Cable

MP1900A

MU196020A

MU196040A

Data Output

Data Input

34VFK50

1.3 Specifications

Item Specifications

when using External Clock

≥

when using External Clock

≥

*9: Differential, Mark Ratio1/2, when connecting J1758A and

MU196020A by using J1789A, 34VKF50 and J1728A.

J1789A 40 cm V Cable

J1758A

ISI Board

1

At a constant temperature between 20 and 30°C, measure with a

70-GHz bandwidth sampling oscilloscope with residual jitter of less than 200 fs (RMS).

Adjust De-Emphasis (2 Pre Cursors and 1 Post Cursor) of

MU196020A so that the product of Eye Height (1E–06) and Eye Width (1E–06) can be maximized in the differential waveform.

Calculate the 4th-order Bessel Filter (Cutoff Frequency 50 GHz) +

CTLE (+1 dB Peaking at 14 GHz) and calibrate it to a PAM4 waveform with Eye Amplitude of 0.88 Vp-p (Diff) or less and Eye Linearity RLM 0.85 or more.

*10: 28 Gbaud, when the Option 001 is installed, BER 1E–12

1-45

External Clock Input

Operation Baud Rate = Clock Input Frequency (When the Option 001 is installed)

Number of inputs

1 (Single-Ended)

Frequency range

When the Option 001 is installed: 2.4 to 32.1 GHz

Amplitude

0.3 to 1.0 Vp-p (–6.5 to +4.0 dBm) (Input Frequency ≤ 16.05 GHz)

0.4 to 1.0 Vp-p (–3.9 to +4.0 dBm) (Input Frequency > 16.05 GHz)

Termination

50 Ω, AC Coupling

Connector

K connector (f.)

Number of inputs

1 (Single-Ended)

Variation

External Mask, Burst

Minimum pulse width

1/256 of Data rate

Input level

● 0/–1 V (H: –0.25 to 0.05 V, L: –1.1 to –0.8 V)

Select one of the above.

Termination

50 Ω, GND

Connector

SMA connector (f.)

Number of outputs

2 (Differential)

Variation

1/n Clock (n = 8, 12, 16, 20…1020, 1024), Pattern Sync, Sync Gain, Error Output

Pattern Sync

PRBS, PRGM

Position: 1 to {(Least common multiple of Pattern Length’ and 128) –

Length setting until it becomes 1024 or more if it is 1023 or less.

Output level

0/–0.6 V (H: –0.25 to 0.05V, L: –0.80 to –0.45 V)

Termination

50 Ω, GND

Connector

SMA connector (f.)

Chapter 1 Overview

Item Specifications

Table 1.3.2-4 Clock Input

Table 1.3.2-5 Aux Input

● 0/–0.5 V (H: –0.05 to 0.05 V, L: –0.55 to –0.45 V)

● Vth 0 V (Input amplitude 0.5 to 1.0 Vp-p)

Table 1.3.2-6 Aux Output

Item Specifications

135}, 8 step (When the Option 001 is installed)

Pattern Length’ shall be the value obtained by multiplying Pattern

1-46

Overview

Table 1.3.2-7 Pattern Detection

PRBS

Pattern length

2n–1 (n = 7, 9, 10, 11, 13, 15, 20, 23, 31)

Mark ratio

1/2, 1/2inv

PRBS generator

n=7: 1 + X6 + X7

n=31: 1 + X28+ X31

PRBS Inversion

This is available in PAM4 mode only. Logically inverted PRBS can be set independently for MSB and LSB.

Zero-Substitution

This is available in NRZ mode only.

Additional Bit

0 bit, 1 bit

Pattern length

2n or 2n–1 (n = 7, 9, 10, 11, 15, 20, 23)

Start position

Substitutes the bit coming after the maximum “0” successive bits.

Zero-Length

1 to (Pattern Length–1) bits

“1.”

Data

Data length

NRZ: 2 to 268 435 456 bits, 1 bit step PAM4: 2 to 268 435 456 symbols, 1 symbol step

Coding

NRZ, PAM4

NRZ

Normal, Invert

PAM4 Gray Coding

ON, OFF

PAM4 Precoding (1/(1 + D) mod 4)*

ON, OFF PAM4 Standard Pattern

Standard-compliant PAM4-mode patterns

CEI

QPRBS13-CEI, QPRBS31-CEI

IEEE

IEEE802.3bs/cd: PRBS13Q, PRBS31Q, SSPRQ, Square Wave IEEE802.3bj: QPRBS13, JP03A, JP03B, Transmitter Linearity

InfiniBand

PRBS13Q (InfiniBand), PRBS23Q, PRBS31Q (InfiniBand)

Fibre Channel

PRBS31Q (Fibre Channel)

NRZ Standard Pattern

Standard-compliant NRZ-mode pattern

CEI

SSPR

1.3 Specifications

Item Specifications

polynomial

n=9: 1 + X5 + X9

7

n=10: 1 + X n=11: 1 + X n=13: 1 + X + X n=15: 1 + X n=20: 1 + X n=23: 1 + X

+ X10

9

+ X11

2

+ X12 + X13

14

+ X15

3

+ X20

18

+ X23

If the bit coming after Zero-substitution is “0,” then it is replaced with

1

*: (1/(1+D) mod 4) is a generator polynomial defined in the IEEE802.3.

1-47

Sequence

Repeat, Burst

Repeat

Continuous Pattern

Burst

This is available only when Coding is NRZ.

Source

Internal, External-Enable (Aux Input), External-Trigger (Aux Input)

Delay

Internal: 0 to 2 147 483 640 bits, 8 bits step

Adjust Method: Auto, Manual

Enable Period

Internal: 12 800 to 2 147 482 624 bits, 256 bits step Ext Trigger: 12 800 to 2 147 483 136 bits, 256 bits step

Burst Cycle

25 600 to 2 147 483 648 bits, 1024 bits step

Chapter 1 Overview

Item Specifications

Table 1.3.2-8 Pattern Sequence

Ext Trigger, Enable: 0 to 2 147 483 520 bits, 8 bits step

1-48

Overview

Table 1.3.2-9 Measurement

Counter

Error Rate (ER) Total: 0.000 1E–18 to 1.000 0E00

Expressions enclosed in parentheses are abbreviations.

The following are available only for PAM4 (Diagnostics Mode ON)

Expressions enclosed in parentheses are abbreviations.

1.3 Specifications

Item Specifications

Error Count (EC) Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Error Interval: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 %Error Free Interval: 0.000 0 to 100.000 0 Error Rate (ER) Insertion (INS):

Error Count (EC) Insertion (INS):

Error Rate (ER) Omission (OMI):

Error Count (EC) Omission (OMI):

Frequency: 2 400.000 to 58 200.000 MHz Frequency measurement accuracy:

Clock Count: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Sync Loss Interval: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Clock Loss Interval: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17

measurement. MSB Error Rate (ER) Total: 0.000 1E–18 to 1.000 0E00 MSB Error Count (EC) Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 MSB Error Interval: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 MSB %Error Free Interval: 0.000 0 to 100.000 0 MSB Error Rate (ER) Insertion (INS):

MSB Error Count (EC) Insertion (INS):

MSB Error Rate (ER) Omission (OMI):

MSB Error Count (EC) Omission (OMI):

LSB Error Rate (ER) Total: 0.000 1E–18 to 1.000 0E00 LSB Error Count (EC) Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 LSB Error Interval: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 LSB %Error Free Interval: 0.000 0 to 100.000 0 LSB Error Rate (ER) Insertion (INS):

LSB Error Count (EC) Insertion (INS):

LSB Error Rate (ER) Omission (OMI):

LSB Error Count (EC) Omission (OMI):

1

0.000 1E–18 to 1.000 0E00

0 to 9 999 999, 1.000 0E07 to 9.999 9E17

0.000 1E–18 to 1.000 0E00

0 to 9 999 999, 1.000 0E07 to 9.999 9E17

±1 ppm ±1 kHz*

0.000 1E–18 to 1.000 0E00

0 to 9 999 999, 1.000 0E07 to 9.999 9E17

0.000 1E–18 to 1.000 0E00

0 to 9 999 999, 1.000 0E07 to 9.999 9E17

0.000 1E–18 to 1.000 0E00

0 to 9 999 999, 1.000 0E07 to 9.999 9E17

0.000 1E–18 to 1.000 0E00

0 to 9 999 999, 1.000 0E07 to 9.999 9E17

*: With a gating system and with MP1900A’s reference clock (10 MHz)

calibrated

1-49

Counter (Cont’d)

The following are available when the Option x41 SER Measurement is

Level 1 ER Total: 0.000 1E–18 to 1.000 0E00

2

1 3 0

Chapter 1 Overview

Table 1.3.2-9 Measurement (Cont’d)

Item Specifications

installed. The following are available only for PAM4 (Diagnostics Mode OFF) measurement.

Symbol Error Rate (SER): 0.000 1E–18 to 1.000 0E00 Symbol Error Count (SEC): 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Symbol Error Interval: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Symbol %Error Free Interval: 0.000 0 to 100.000 0

Level 0 3 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 0 2 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 0 1 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 0 3 ER: 0.000 1E–18 to 1.000 0E00 Level 0 2 ER: 0.000 1E–18 to 1.000 0E00 Level 0 1 ER: 0.000 1E–18 to 1.000 0E00 Level 0 EC Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 0 ER Total: 0.000 1E–18 to 1.000 0E00

Level 1 3 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 1 2 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 1 0 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 1 3 ER: 0.000 1E–18 to 1.000 0E00 Level 1 2 ER: 0.000 1E–18 to 1.000 0E00 Level 1 0 ER: 0.000 1E–18 to 1.000 0E00 Level 1 EC Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17

1-50

Overview

Table 1.3.2-9 Measurement (Cont’d)

Counter (Cont’d)

Level 2 3 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17

Expressions enclosed in parentheses are abbreviations.

Gating

Time, Clock Count, Error Count

Gating Unit

Time: 1 second to 99 days 23 hours 59 minute 59

Cycle

Single, Repeat, Untimed

Current

On, Off can be set.

Auto Sync

On, Off can be set.

INT, E–2 to E–8

Sync Control

PRBS: Automatic Synchronization Data: Frame On

Frame Length

NRZ: 4 to 64 bits, 4 bits step PAM4: 4 to 64 symbols, 4 symbol step

Frame Mask

Available

Frame Position

NRZ: 1 to (Pattern Length – Frame Length +1) bits,

symbols, 1 symbol step

Error/Alarm Conditions

Error Detection

NRZ: Insertion/Omission, Transition/Non Transition PAM4: Not available

EI/EFI Interval

1 ms, 10 ms, 100 ms, 1 s

1.3 Specifications

Item Specifications

Level 2 1 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 2 0 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 2 3 ER: 0.000 1E–18 to 1.000 0E00 Level 2 1 ER: 0.000 1E–18 to 1.000 0E00 Level 2 0 ER: 0.000 1E–18 to 1.000 0E00 Level 2 EC Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 2 ER Total: 0.0001E–18 to 1.000 0E00

Level 3 2 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 3 1 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 3 0 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 3 2 ER: 0.000 1E–18 to 1.000 0E00 Level 3 1 ER: 0.000 1E–18 to 1.000 0E00 Level 3 0 ER: 0.000 1E–18 to 1.000 0E00 Level 3 EC Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 3 ER Total: 0.000 1E–18 to 1.000 0E00

seconds Clock Count: >E+4 to >E+16 Error Count: >E+4 to >E+16

1

Calculation: Progressive, Immediate Interval: 100 ms, 200 ms

Synchronization threshold:

PAM4: 1 to (Pattern Length – Frame Length +1)

1 bit step

1-51

Block Window

Excludes the specified data pattern from measurement.

Setting resolution

Pattern length (bits)

134 217 729 to 268 435 456

Step (bits)

128

Bit Window

Excludes any channels among internal 32 channels from measurement. (Available only in NRZ mode.)

External Mask

H: Measurement L: Mask

Auto Adjust

NRZ: Vth direction only (Phase direction not supported.)*1 PAM4: MSB Vth direction only (Phase direction not supported.)*1, *2

Auto Search

NRZ: Available*1 PAM4 (LSB/MSB Diagnostics OFF/ON): Available*1, *2

Chapter 1 Overview

Item Specifications

Table 1.3.2-10 Error Analysis

2 to 2 097 152

2 097 153 to 4 194 304 4 194 305 to 8 388 608

8 388 609 to 16 777 216 16 777 217 to 33 554 432 33 554 433 to 67 108 864

67 108 865 to 134 217 728

Table 1.3.2-11 Auto Measurement

Item Specifications

*1: PRBS Pattern, Mark Ratio 1/2

1 2 4

8 16 32 64

*2: Each of amplitudes shall be equal.

1-52

Overview

Table 1.3.2-12 Variable Clock Delay

Phase variable range

–1000 to +1000 mUI, 2 mUI step

Accuracy

±50 mUIp-p*1,*2

mUI – ps switching

Available (internally converted into ps)

Calibration

Available (when jitter modulation is off)

Calibration indicator

This indicator is on when Calibration is required due to:

● Change in the ambient temperature by ±5°C.

1.3 Specifications

Item Specifications

● Change in 1/1Clock frequency by ±250 kHz.

*1: Measure using an oscilloscope with residual jitter of less than 200 fs

(RMS).

*2: Typical value

1

1-53

Jitter tolerance

For NRZ output

10

2 000

7 500

2 000

100 000

2 000

150

1 000 000

200

15

10 000 000

16

1

250 000 000 1 1

Chapter 1 Overview

Item Specifications

Table 1.3.2-13 Jitter Tolerance

Bit rate: 32.1 Gbit/s Pattern: PRBS231–1 With MU181500B, SSC with frequency of 33 kHz and deviation of 5300 ppm can be applied simultaneously with RJ with amplitude of 0.3 UI. These specifications are defined assuming the following conditions: Loopback connection to the MU196020A, at a constant temperature between 20 and 30°C. When RJ+BUJ is bigger than 0.5 UIp-p or SJ + RJ + BUJ is bigger than the standard value + 0.3 UIp-p, “Overload” is displayed on the MU181500B screen.

10000

1000

100

10

Jitter Amplitude [UI]

1

0.1

10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz]

Max. modulation amplitude

Specification

Modulation

frequency [Hz]

Max. modulation

amplitude [UIp-p]

Specification

[UIp-p]

1-54

Overview

Table 1.3.2-14 Clock Recovery

Operating bit rate

NRZ: 25.5 to 32.1 Gbit/s PAM4: 25.5 to 32.1 Gbaud

Setting range

25.500 000 to 32.100 000 Gbaud, 0.000 001 Gbaud step

Supported standard

Operating bit rate tracking

Tracks the operating bit rate of the PPG selected from the PPGs installed in the same MP1900A.

Maximum number of consecutive zeros*2

72 bit (Zero Substitution 215) Lock range*2

±100 ppm

Target loop band*3

Baud rate / 1667, Baud rate / 2578, Baud rate / 6640, Jitter Tolerance

For NRZ mode

100G ULH

32.100 000

32G FC

28.050 000

CEI-28G

28.000 000

100G OTU4

27.952 496

100GbE(25.78 × 4)

25.781 250

InfiniBand EDR

25.781 250

For PAM4 mode

64G FC

28.900 000

CEI-56G

28.000 000

200GbE(26.6 × 4)

26.562 500

InfiniBand HDR

26.562 500

Item Specifications*

1.3 Specifications

1

and baud rate

Standard Bit Rate [Gbit/s] Remarks

Standard Baud Rate [Gbaud] Remarks

*1: When the Option x22 is installed, these are specified with the

conditions of PRBS Pattern and Mark Ratio 1/2 (in PAM4 mode, MSB Mark Ratio 1/2) unless otherwise specified.

*2: The target loop band is specified by 1/1667, 1/2578, 1/6640.

*3: The SSPRQ pattern supports Baud rate / 6640 only. When set to

Jitter Tolerance, Baud rate / 1667 or higher.

1-55

Jitter Tolerance

At the bit rate of 28.05 Gbaud, conforming to Jitter Tolerance Mask

10

50

10 000

50

100 000

10

108 805

7.5

3 709 271

0.22

250 000 000

0.22

100 000

7.5

3 409 256

0.22

250 000 000

0.22

Jitter Amplitude [UI]

Chapter 1 Overview

Item Specifications

Table 1.3.2-14 Clock Recovery (Cont’d)

Clock Recovery*4,*5

defined by the “32G FC standard”. The following masks are taken as typical values:

100

10

1

0.1

0.01

10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency (Hz) Jitter Tolerance Mask (UIp-p)

At the bit rate of 25.78125 Gbaud, conforming to Jitter Tolerance Mask defined by the “100GbE (25.78G × 4) standard”. The following masks are taken as typical values:

100

Modulation Frequency [Hz]

10

1

0.1

0.01

10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz]

Modulation Frequency (Hz) Jitter Tolerance Mask (UIp-p)

*4: Defined assuming the following conditions:

• Loop-back connection to MU196020A

• NRZ input

• Test Pattern (Length): PRBS2

31

–1

• Data input amplitude: 0.1 Vp-p

*5: Typical value, specified at a constant temperature between 20 and

30°C.

1-56

Overview

Table 1.3.2-15 Mechanical Performance

Dimensions

21 mm (H), 234 mm (W), 175 mm (D), Excluding protrusions

Mass

2.5 kg max.

Operating temperature

15 to 30°C

installed.

Storage temperature

–20 to 60°C

Class 5.

1.3 Specifications

Item Specifications

MP1900A’s ambient temperature. MU196040A shall operate when

MU196040A installed to MP1900A shall comply with MIL-T-28800E

1

1-57

Operating Baud Rate

When the Option 001 is installed.

NRZ input: 2.4 to 64.2 Gbit/s

System Clock

External, Recovered Clock (When the Option x21, x22, x23, or y24 is

Input connector

Chapter 1 Overview

1.3.3 Specifications for MU196040B

Table 1.3.3-1 Operating Baud Rate

Item Specifications

PAM4 input: 2.4 to 32.1 Gbaud NRZ input: 2.4 to 32.1 Gbit/s

When the Option 002 or y12 is installed.

PAM4 input: 2.4 to 58.2 Gbaud

Table 1.3.3-2 System Clock

Item Specifications

installed) External: Clock input from the Ext Clock Input connector For PAM4, select from 2.4 to 32.1 Gbaud, 32.1 to 58.2 Gbaud and

Auto. For NRZ, select from 2.4 to 32.1 Gbit/s, 32.1 to 64.2 Gbit/s and Auto. Recovered Clock: Clock recovered from the data input from the Data

1-58

Overview

Table 1.3.3-3 Data Input

Number of inputs

2 (Data, XData) (Differential)

Input Condition

Single-Ended, Differential 50 Ohm, Differential 100 Ohm

Signal Type

NRZ, PAM4

LSB/MSB Diagnostics

When set to PAM4, the PAM4 mode can be switched between as follows:

Asynchronously receives LSB and MSB.

Amplitude

NRZ: The range in which the Auto Adjust function and the Auto

0.1 to 1.0 Vp-p*4,*6

PAM4: The range in which the Auto Search PAM4 Fine function

0.4 to 1.0 Vp-p*7,*9

Threshold

NRZ, PAM4 Middle Eye Threshold: –3.5 to +3.3 V, 1 mV step *2,*10

PAM4 Lower Eye Threshold: –3.9 to +3.7 V, 1 mV step *11

0.05 to 1.0 Vp-p

Eye Height: 19 mV or greater

1.3 Specifications

Item Specifications

When set to Differential 50 Ohm or Differential 100 Ohm:

Independent, Tracking, Alternate* When set to Alternate:

Data-XData, XData-Data*2

When set to Single-Ended:

Data, XData*

Diagnostics Mode OFF:

Treats signals as symbols by receiving LSB and MSB while synchronizing them with each other.

Diagnostics Mode ON:

Search function operate.

0.05 to 1.0 Vp-p*4,*

operates.

0.3 to 1.0 Vp-p*7,*

3

5

8

1

PAM4 Upper Eye Threshold: –3.9 to +3.7 V, 1 mV step *11

*1: Tracking is available only for NRZ.

*2: The absolute value of the difference between Data and XData

Threshold values shall be 1.5 V or less.

*3: PAM4 Upper Eye and Lower Eye can be set by relative values to

Middle Eye in the range of –0.4 V to +0.4 V.

*4: Single-Ended, Differential, Mark Ratio1/2, the Eye Height shall meet

the specification.

Example of waveform input to MU196040B when bit rate is 32.1

Gbit/s

*5: Bit rate ≤32.1 Gbit/s

1-59

MP1900A

Data Output

Data Input

0.3 to 1.0 Vp-p

Eye Height: 50 mV or greater

Chapter 1 Overview

*6: Bit rate >32.1 Gbit/s

*7: 0/3 Level, PRBS31, Mark Ratio1/2, with connected to the

MU196020A using an attenuator, with Emphasis adjusted so that the Eye Height meets the specification

MU196020A

MU196040B

ATT

Example of waveform input to MU196040B when baud rate is 32.1

Gbaud

*8: Single-Ended, Differential, Baud rate ≤32.1 Gbaud

*9: Differential, Baud rate >32.1 Gbaud

*10: Data and XData can be set independently.

*11: Data and XData cannot be set independently, and can be set in the

range of ±0.4 V from Middle Eye Threshold.

1-60

Overview

Table 1.3.3-3 Data Input (Cont’d)

Sensitivity

Single-Ended , Mark Ratio1/2, PRBS31, when connecting directly to the

At a constant temperature between 20 and 30°C

Eye Amplitude

NRZ

Typ. 43 mVp-p, ≤ 60 mVp-p*13 (64.2 Gbit/s)

Eye Height

NRZ

pattern to PRBS31 and setting the amplitude value.

Phase Margin

Differential, Mark Ratio 1/2, PRBS31, when inputting 0.5 Vp-p, when

Clock

NRZ*14

Typ. 8.7 ps*13 (64.2 Gbit/s)

PAM4

Typ. 2.5 ps*

(58.2 Gbaud)

1.3 Specifications

Item Specifications

MU196020A using J1789A and an attenuator, Emphasis ON, unused connectors on the MU196020A and MU196040B are terminated,

Typ. 25 mVp-p, ≤ 50 mVp-p*12 (26.5625 Gbit/s, 32.1 Gbit/s)

13

Typ. 31 mVp-p, ≤ 55 mVp-p*

(53.125 Gbit/s)

Typ. 19 mV*12 (26.5625 Gbit/s, 32.1 Gbit/s)

13

Typ. 21 mV* Typ. 32 mV*

(53.125 Gbit/s)

13

(64.2 Gbit/s) PAM4 0/1 1/2 2/3 Level, PRBS31, when using External Clock

12

Typ. 23 mV, ≤ 50 mV*

(26.5625 Gbaud, 32.1 Gbaud)

Typ. 36 mV, ≤ 60 mV*13 (53.125 Gbaud) Typ. 49 mV, ≤ 70 mV*13 (58.2 Gbaud) Note that 53.125 Gbaud and 58.2 Gbaud are defined by the Eye Height value that results in a differential waveform having BER of 1E-06 by changing the test pattern to QPRBS13-CEI after setting the test

1

connecting directly to the MU196020A using J1789A and an attenuator. At a constant temperature between 20 and 30°C, when using External

Typ. 25.8 ps*12 (26.5625 Gbit/s)

12

Typ. 18.0 ps*

(32.1 Gbit/s)

Typ. 10.5 ps*13 (53.125 Gbit/s)

Typ. 5.3 ps*12 (26.5625 Gbaud) Typ. 4.5 ps*12 (32.1 Gbaud) Typ. 4.1 ps*

13,*14

(53.125 Gbaud)

13,*14

*12: When the Option 001, 002, or y12 is installed.

*13: When the Option 002 or y12 is installed.

*14: Value including RJ equivalent to BER 1E–12 of input signal

1-61

Stressed Margin

Stressed Eye Height

PAM4 0/1 1/2 2/3 Level, QPRBS13-CEI, Eye Height where BER is 1E–06,

37 mV*

Stressed Eye Width

PAM4 0/1 1/2 2/3 Level, QPRBS13-CEI, Eye Width where BER is 1E–06,

3.76 ps*

Termination

50 Ω, GND, Variable

Termination Voltage

When set to Variable: –2.5 to +3.5 V, 10 mV step

Connector

V connector (f.)

Decision Feedback Equalizer

With a built-in Decision Feedback Equalizer (DFE)*19

Tap

1

Coefficient

Setting Range

0 to 30, 1 step

Loss Compensation

Nom. 1.4 dB*20

Low Frequency Equalizer

With a built-in Low Frequency Equalizer *19

Gain

Setting Range

–2.0 to 0 dB, 0.5 dB step

Accuracy

Typ. ±1.0 dB

Ideal Frequency

Chapter 1 Overview

Item Specifications

Table 1.3.3-3 Data Input (Cont’d)

when using External Clock

32 mV*

≥ ≥

15,*16

17,*18

when using External Clock

7.53 ps*

≥ ≥

15,*16

17,*18

Response

0.5

0.0

-0.5

-1.0

-1.5

Response [dB]

-2.0

0.0 dB

-0.5 dB

-1.0 dB

-1.5 dB

-2.0 dB

-2.5

0.01 0.1 1 10

Frequency [GHz]

*15: 26.5625 Gbaud, when installed with the Option 001, 002 or y12 and

the Option z11, BER 1E–12

*16: 26.5625 Gbaud, Differential, Mark Ratio1/2, when J1789A is used

to connect J1800A (1 pc) and MU196020A

1-62

1.3 Specifications

Overview

J1789A 4 0 cm V Cable

MP1900A

MU196020A

MU196040B

Data Output

Data Input

J1789A 40 cm V Cable

J1789A 4 0 cm V Cable

MP1900A

MU196020A

MU196040B

Data Output

Data Input

J1800A

ISI Board

At a constant temperature between 20 and 30°C, measure with a

70-GHz bandwidth sampling oscilloscope with residual jitter of less than 200 fs (RMS).

Adjust De-Emphasis (2 Pre Cursors and 1 Post Cursor) of

MU196020A so that the product of Eye Height (1E–06) and Eye Width (1E–06) can be maximized in the differential waveform.

Calculate the 4th-order Bessel Filter (Cutoff Frequency 40 GHz) +

CTLE (+1 dB Peaking at 14 GHz) and calibrate it to a PAM4 waveform with Eye Amplitude of 0.88 Vp-p (Diff) or less and Eye Linearity R

0.85 or more.

LM

1

Activate the DFE and Low Frequency Equalizer in the MU196040B,

and perform adjustment.

*17: 53.125 Gbaud, when the Option 002, y12 and z11 are installed, BER

1E–8 nom.

*18: 53.125 Gbaud, Differential, Mark Ratio1/2, when connecting a device

with 12.0 dB insertion loss and MU196020A.

J1789A 40 cm V Cable

Insersion

Loss12.0 dB

At a constant temperature between 20 and 30°C, measure with a

70-GHz bandwidth sampling oscilloscope with residual jitter of less than 200 fs (RMS).

Adjust De-Emphasis (2 Pre Cursors and 1 Post Cursor) of

MU196020A so that the product of Eye Height (1E–06) and Eye Width (1E–06) can be maximized in the differential waveform.

Calculate the 4th-order Bessel Filter (Cutoff Frequency 43 GHz) +

CTLE (+1 dB Peaking at 28 GHz) and calibrate it to a PAM4 waveform with Eye Amplitude of 0.88 Vp-p (Diff) or less and Eye Linearity R

0.85 or more.

LM

Activate the DFE and Low Frequency Equalizer in the MU196040B,

and perform adjustment.

1-63

External Clock Input

Operation Baud Rate = Clock Input Frequency × 2

Number of inputs

1 (Single-Ended)

Frequency range

1.2 to 32.1 GHz

Amplitude

0.3 to 1.0 Vp-p (–6.5 to +4.0 dBm) (Input Frequency ≤ 16.05 GHz) Termination

50 Ω, AC Coupling

Connector

K connector (f.)

Number of inputs

1 (Single-Ended)

Variation

External Mask, Burst, Capture External Trigger

Minimum pulse width

1/256 of Data rate

Input level

● 0/–1 V (H: –0.25 to 0.05 V, L: –1.1 to –0.8 V)

Select one of the above.

Termination

50 Ω, GND

Connector

SMA connector (f.)

Number of outputs

2 (Differential)

Variation

1/n Clock (n = 8, 12, 16, 20…1020, 1024), Pattern Sync, Sync Gain, Error Output, Capture Trigger

Pattern Sync

PRBS, PRGM

Position: 1 to {(Least common multiple of Pattern Length’ and 256) –

Length setting until it becomes 1024 or more if it is 1023 or less.

Output level

0/–0.6 V (H: –0.25 to 0.05V, L: –0.80 to –0.45 V)

Termination

50 Ω, GND

Connector

SMA connector (f.)

Chapter 1 Overview

Item Specifications

*19: When the Option z11 is installed.

*20: 53.125 Gbaud, Calculated from the following three:

● The BER result obtained when DFE is OFF under the condition of

*18.

● The BER result obtained when DFE is OFF under the condition of

*18 and 1.8 dB additional loss.

● The best BER result obtained when DFE is ON under the

condition of *18 and 1.8 dB additional loss.

Table 1.3.3-4 Clock Input

0.4 to 1.0 Vp-p (–3.9 to +4.0 dBm) (Input Frequency > 16.05 GHz)

Table 1.3.3-5 Aux Input

Item Specifications

● 0/–0.5 V (H: –0.05 to 0.05 V, L: –0.55 to –0.45 V)

● Vth 0 V (Input amplitude 0.5 to 1.0 Vp-p)

Table 1.3.3-6 Aux Output

Item Specifications

263}, 8 steps (When the Option 001 is installed)

Pattern Length’ shall be the value obtained by multiplying Pattern

1-64

Overview

Table 1.3.3-7 Pattern Detection

PRBS

Pattern length

2n–1 (n = 7, 9, 10, 11, 13, 15, 20, 23, 31)

Mark ratio

1/2, 1/2inv

PRBS generator

n=7: 1 + X6 + X7

n=31: 1 + X28+ X31

PRBS Inversion

This is available in PAM4 mode only. Logically inverted PRBS can be set independently for MSB and LSB.

Zero-Substitution

This is available in NRZ mode only.

Additional Bit

0 bit, 1 bit

Pattern length

2n or 2n–1 (n = 7, 9, 10, 11, 15, 20, 23)

Start position

Substitutes the bit coming after the maximum “0” successive bits.

Zero-Length

1 to (Pattern Length–1) bits

“1.”

Data

Data length

NRZ: 2 to 268 435 456 bits, 1 bit step PAM4: 2 to 268 435 456 symbols, 1 symbol step

Coding

NRZ, PAM4

NRZ

Normal, Invert

PAM4 Gray Coding

ON, OFF

PAM4 Precoding (1/(1 + D) mod 4)*

ON, OFF PAM4 Standard Pattern

Standard-compliant PAM4-mode patterns

CEI

QPRBS13-CEI, QPRBS31-CEI

IEEE

IEEE802.3bs/cd: PRBS13Q, PRBS31Q, SSPRQ, Square Wave IEEE802.3bj: QPRBS13, JP03A, JP03B, Transmitter Linearity

InfiniBand

PRBS13Q (InfiniBand), PRBS23Q, PRBS31Q (InfiniBand)

Fibre Channel

PRBS31Q (Fibre Channel)

NRZ Standard Pattern

Standard-compliant NRZ-mode pattern

CEI

SSPR

1.3 Specifications

Item Specifications

polynomial

n=9: 1 + X5 + X9

7

n=10: 1 + X n=11: 1 + X n=13: 1 + X + X n=15: 1 + X n=20: 1 + X n=23: 1 + X

+ X10

9

+ X11

2

+ X12 + X13

14

+ X15

3

+ X20

18

+ X23

If the bit coming after Zero-substitution is “0,” then it is replaced with

1

*: (1/(1+D) mod 4) is a generator polynomial defined in the IEEE802.3.

1-65

Sequence

Repeat, Burst

Repeat

Continuous Pattern

Burst

This is available only when Coding is NRZ.

Source

Internal, External-Enable (Aux Input), External-Trigger (Aux Input)

Delay

Internal: 0 to 2 147 483 640 bits, 8 bits step

Adjust Method: Auto, Manual

Enable Period

Internal: 12 800 to 2 147 482 624 bits, 256 bits step Ext Trigger: 12 800 to 2 147 483 136 bits, 256 bits step

Burst Cycle

25 600 to 2 147 483 648 bits, 1024 bits step

Chapter 1 Overview

Item Specifications

Table 1.3.3-8 Pattern Sequence

Ext Trigger, Enable: 0 to 2 147 483 520 bits, 8 bits step

1-66

Overview

Table 1.3.3-9 Measurement

Counter

Error Rate (ER) Total: 0.000 1E–18 to 1.000 0E00

Expressions enclosed in parentheses are abbreviations.

The following are available only for PAM4 (Diagnostics Mode ON)

Expressions enclosed in parentheses are abbreviations.

1.3 Specifications

Item Specifications

Error Count (EC) Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Error Interval: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 %Error Free Interval: 0.000 0 to 100.000 0 Error Rate (ER) Insertion (INS):

Error Count (EC) Insertion (INS):

Error Rate (ER) Omission (OMI):

Error Count (EC) Omission (OMI):

Frequency: 2 400.000 to 58 200.000 MHz Frequency measurement accuracy:

Clock Count: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Sync Loss Interval: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Clock Loss Interval: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17

measurement. MSB Error Rate (ER) Total: 0.000 1E–18 to 1.000 0E00 MSB Error Count (EC) Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 MSB Error Interval: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 MSB %Error Free Interval: 0.000 0 to 100.000 0 MSB Error Rate (ER) Insertion (INS):

MSB Error Count (EC) Insertion (INS):

MSB Error Rate (ER) Omission (OMI):

MSB Error Count (EC) Omission (OMI):

LSB Error Rate (ER) Total: 0.000 1E–18 to 1.000 0E00 LSB Error Count (EC) Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 LSB Error Interval: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 LSB %Error Free Interval: 0.000 0 to 100.000 0 LSB Error Rate (ER) Insertion (INS):

LSB Error Count (EC) Insertion (INS):

LSB Error Rate (ER) Omission (OMI):

LSB Error Count (EC) Omission (OMI):

1

0.000 1E–18 to 1.000 0E00

0 to 9 999 999, 1.000 0E07 to 9.999 9E17

0.000 1E–18 to 1.000 0E00

0 to 9 999 999, 1.000 0E07 to 9.999 9E17

±1 ppm ±1 kHz*

0.000 1E–18 to 1.000 0E00

0 to 9 999 999, 1.000 0E07 to 9.999 9E17

0.000 1E–18 to 1.000 0E00

0 to 9 999 999, 1.000 0E07 to 9.999 9E17

0.000 1E–18 to 1.000 0E00

0 to 9 999 999, 1.000 0E07 to 9.999 9E17

0.000 1E–18 to 1.000 0E00

0 to 9 999 999, 1.000 0E07 to 9.999 9E17

*: With a gating system and with MP1900A’s reference clock (10 MHz)

calibrated

1-67

Counter (Cont’d)

The following are available when the Option z41 SER Measurement is

Level 1 ER Total: 0.000 1E–18 to 1.000 0E00

2

1 3 0

Chapter 1 Overview

Table 1.3.3-9 Measurement (Cont’d)

Item Specifications

installed. The following are available only for PAM4 (Diagnostics Mode OFF) measurement.

Symbol Error Rate (SER): 0.000 1E–18 to 1.000 0E00 Symbol Error Count (SEC): 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Symbol Error Interval: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Symbol %Error Free Interval: 0.000 0 to 100.000 0

Details-Display1

Level 0 3 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 0 2 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 0 1 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 0 3 ER: 0.000 1E–18 to 1.000 0E00 Level 0 2 ER: 0.000 1E–18 to 1.000 0E00 Level 0 1 ER: 0.000 1E–18 to 1.000 0E00 Level 0 EC Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 0 ER Total: 0.000 1E–18 to 1.000 0E00

Level 1 3 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 1 2 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 1 0 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 1 3 ER: 0.000 1E–18 to 1.000 0E00 Level 1 2 ER: 0.000 1E–18 to 1.000 0E00 Level 1 0 ER: 0.000 1E–18 to 1.000 0E00 Level 1 EC Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17

1-68

Overview

Table 1.3.3-9 Measurement (Cont’d)

Counter (Cont’d)

Level 2 3 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17

Expressions enclosed in parentheses are abbreviations.

1.3 Specifications

Item Specifications

Level 2 1 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 2 0 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 2 3 ER: 0.000 1E–18 to 1.000 0E00 Level 2 1 ER: 0.000 1E–18 to 1.000 0E00 Level 2 0 ER: 0.000 1E–18 to 1.000 0E00 Level 2 EC Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 2 ER Total: 0.0001E–18 to 1.000 0E00

Level 3 2 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 3 1 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 3 0 EC: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 3 2 ER: 0.000 1E–18 to 1.000 0E00 Level 3 1 ER: 0.000 1E–18 to 1.000 0E00 Level 3 0 ER: 0.000 1E–18 to 1.000 0E00 Level 3 EC Total: 0 to 9 999 999, 1.000 0E07 to 9.999 9E17 Level 3 ER Total: 0.000 1E–18 to 1.000 0E00

Details-Display2

Transition 1level

Level 0 1 and Level 1 0

SEC: 0 to 9,999,999, 1.000 0E07 to 9.999 9E17

Level 1 2 and Level 2 1

SEC: 0 to 9,999,999, 1.000 0E07 to 9.999 9E17

Level 2 3 and Level 3 2

SEC: 0 to 9,999,999, 1.000 0E07 to 9.999 9E17

Transition 2level

Level 0 2 and Level 2 0

SEC: 0 to 9,999,999, 1.000 0E07 to 9.999 9E17

Level 1 3 and Level 3 1

SEC: 0 to 9,999,999, 1.000 0E07 to 9.999 9E17

Transition 3level

Level 0 3 and Level 3 0

SEC: 0 to 9,999,999, 1.000 0E07 to 9.999 9E17

Upper Eye Total SEC: 0 to 9,999,999, 1.000 0E07 to 9.999 9E17 Middle Eye Total SEC: 0 to 9,999,999, 1.000 0E07 to 9.999 9E17 Lower Eye Total SEC: 0 to 9,999,999, 1.000 0E07 to 9.999 9E17 Upper Eye Total SER: 0.000 1E–18 to 1.000 0E00 Middle Eye Total SER: 0.000 1E–18 to 1.000 0E00 Lower Eye Total SER: 0.000 1E–18 to 1.000 0E00

1

1-69

Gating

Time, Clock Count, Error Count

Gating Unit

Time: 1 second to 99 days 23 hours 59 minute 59

Error Count: >E+4 to >E+16

Cycle

Single, Repeat, Untimed

Current

On, Off can be set.

Interval: 100 ms, 200 ms

Auto Sync

On, Off can be set.

INT, E–2 to E–8

Sync Control

PRBS: Automatic Synchronization Data: Frame On

Frame Length

NRZ: 4 to 64 bits, 4 bits step PAM4: 4 to 64 symbols, 4 symbols step

Frame Mask

Available

Frame Position

NRZ: 1 to (Pattern Length – Frame Length +1) bits,

symbols, 1 symbol step

Error/Alarm Conditions

Error Detection

NRZ: Insertion/Omission, Transition/Non Transition PAM4: Not available

EI/EFI Interval

1 ms, 10 ms, 100 ms, 1 s

Chapter 1 Overview

Item Specifications

Table 1.3.3-9 Measurement (Cont’d)

seconds

Clock Count: >E+4 to >E+16

Calculation: Progressive, Immediate

Synchronization threshold:

1 bit step

PAM4: 1 to (Pattern Length – Frame Length +1)

1-70

Overview

Table 1.3.3-10 Error Analysis

Block Window

Excludes the specified data pattern from measurement.

Setting resolution

Pattern length (bits)

134 217 729 to 268 435 456

Step (bits)

128

Bit Window

Excludes any channels among internal 32 channels from measurement. (Available only in NRZ mode.)

External Mask

H: Measurement L: Mask

Capture

NRZ, PAM4 (Only FEC Symbol Capture is available when LSB/MSB

PAM4 is available when the Option z41 SER Measurement is installed.

Capture Mode

Sync Mode Capture

Auto Launch

Select the result screen you want to display automatically when data is

Does not automatically display the result screen.

Number of Blocks

1, 2, 4, 8, 16, 32, 64, 128

Block Length

NRZ: 8 Mbits / n (n=Number of blocks) PAM4: 4 Msymbols / n (n=Number of blocks)

1.3 Specifications

Item Specifications

2 to 2 097 152 2 097 153 to 4 194 304 4 194 305 to 8 388 608

8 388 609 to 16 777 216 16 777 217 to 33 554 432 33 554 433 to 67 108 864

67 108 865 to 134 217 728

Diagnostics is set to ON.)

Performs error judgment. Synchronization is required between input data and pattern setting.

Raw Data Capture

Does not perform error judgment. Synchronization is not required between input data and pattern setting.

FEC Symbol Capture*

Performs FEC Symbol error judgment. Synchronization is required between input data and pattern setting. Judgement is made on whether the number of FEC Symbol errors exceeds the threshold.

1, *2

1

1 2 4

8 16 32 64

captured.

● Capture Data

Displays the captured pattern data numerically or by a string (Bin, Hex, Symbol).

● Error Mapping

Displays the captured error data as a map. This cannot be selected when Capture Mode is Raw Data Capture or FEC Symbol Capture.

● Disable

*1: Each FEC Symbol consists of data of 10 or 20 bits.

*2: Occurrence of one or more bit errors in one FEC Symbol is counted as

one FEC Symbol error.

1-71

Capture (Cont’d)

Trigger

Error Detect, Match Pattern, Manual Trigger, External Trigger (Rising

Error Detect

√ – –

Match Pattern

√ √ –

Manual Trigger

√ √ √

External Trigger

√ √ –

Consecutive Error Detect*3

√

Intermittent Error Detect*4

√

Trigger Position

After the Trigger, Around the Trigger, Before the Trigger

Capture Mode is FEC Symbol Capture.

Match Pattern Length

NRZ: 4 to 64 bits, 1 bit step PAM4: 4 to 64 symbols, 1 symbol step

Match Pattern Mask

NRZ: 4 to 64 bits, 1 bit step PAM4: 4 to 64 symbols, 1 symbol step

FEC Symbol Capture Setting

Preset

NRZ: Variable, 25G NRZ 1Lane, 100G NRZ 4Lane

8Lane

Number of

in a Codeword

68, 132, 136, 272, 528, 544 FEC Symbols, 1 FEC Symbol step

Bit Length in a FEC Symbol

10. 20 bits

Chapter 1 Overview

Item Specifications

Table 1.3.3-10 Error Analysis (Cont’d)

Edge), Consecutive Error Detect, Intermittent Error Detect Error Detect cannot be selected when Capture Mode is Raw Data Capture. For the relationship between Capture Modes and selectable Triggers, refer to the table below.

FEC

Symbol

Capture

Trigger

Sync Mode

Capture

Raw Data

Capture

– –

After the Trigger and Before the Trigger cannot be selected when

PAM4: Variable, 50G PAM4 1Lane, 100G PAM4 1Lane, 100G PAM4

2Lane, 200G PAM4 4Lane, 400G PAM4 4Lane, 400G PAM4

FEC Symbols per Lane

*3: Consecutive Error Detect: Starts capturing when the number of

consecutive FEC Symbol Errors equals to or exceeds the threshold regardless of codeword.

*4: Intermittent Error Detect: Starts capturing when the number of FEC

Symbol Errors that occurred within one codeword exceeds the threshold.

1-72

Overview

Table 1.3.3-10 Error Analysis (Cont’d)

Capture (Cont’d)

FEC Symbol Errors in

When Trigger is Consecutive Error Detect:

(n = Number of FEC Symbols in a Codeword)

Comparison

Greater than or equal to, Equal to

Capture Result

Capture Data

Displays captured results by bit or symbol sequence in NRZ or PAM4

error bits and symbols are displayed with background color.

Viewer Mode

Sets the view mode of the captured result pattern.

Waveform display can be turned on and off.

Error display

NRZ: Insertion Error, Omission Error

Symbol Capture.

Error Search

First: Fist error

Symbol Capture.

Continuous Error

Searches for continuous error bits / symbols.

Symbol Capture.

1.3 Specifications

Item Specifications

a Codeword

1 to 32 FEC Symbols, 1 FEC Symbol step When Trigger is Intermittent Error Detect: 1 to n, 1 FEC Symbol step

mode. When Capture Mode is Sync Mode Capture or FEC Symbol Capture,

NRZ: BIN, HEX PAM4: Symbol, BIN(MSB/LSB)

PAM4(Symbol): Lower Eye Error, Middle Eye Error, Upper Eye Error,

Middle/Lower Eye Error, Upper/Middle Eye Error, Upper/Middle/Lower Eye Error

PAM4(MSB/LSB):

Insertion Error, Omission Error

This is available only when Capture Mode is Sync Mode Capture or FEC

1

Pre: Previous error Next: Next error Last: Last error In PAM4 mode only, a search target can be selected from All, Upper Eye, Middle Eye and Lower Eye.

This is available only when Capture Mode is Sync Mode Capture or FEC

NRZ: 1 to 256 bits PAM4(Symbol): 1 to 256 symbols PAM4(MSB/LSB) : 1 to 256 bits

This is available only when Capture Mode is Sync Mode Capture or FEC

1-73

Capture (Cont’d)

File Save

Saves the captured results and pattern to a file.

(It can be opened in Pattern Editor.)

File Open

Redisplays the captured results.

Symbol Text: Captured result file

Error Mapping

Visually maps errors using bits with colored-background in NRZ or

This is available only when Capture Mode is Sync Mode Capture.

Error display

NRZ: Insertion Error, Omission Error

Upper/Middle/Lower Eye Error

File Open

Remaps the captured results (errors).

Symbol Text: Captured result file

Chapter 1 Overview

Item Specifications

Table 1.3.3-10 Error Analysis (Cont’d)

NRZ:

BIN/HEX Text: Captured result file (It can be opened in the Capture Data screen.)

BIN/HEX Text(export): Pattern file including error information (It can be opened in Pattern Editor.)

PAM4:

Symbol Text: Captured result file (It can be opened in the Capture Data screen.) Symbol Text(export): Pattern file including error information

NRZ:

BIN/HEX Text: Captured result file

PAM4:

PAM4 mode.

PAM4: Lower Eye Error, Middle Eye Error, Upper Eye Error,

Middle/Lower Eye Error, Upper/Middle Eye Error,

NRZ:

BIN/HEX Text: Captured result file

PAM4:

1-74

Table 1.3.3-11 Auto Measurement

1.3 Specifications

Item Specifications

Bath-Tub NRZ/PAM4: Available*1 Eye Contour NRZ/PAM4: Available*2, *3 Auto Adjust NRZ: Vth direction only*4

PAM4: MSB Vth direction only*

Auto Search NRZ: Available*4

PAM4 (LSB/MSB Diagnostics OFF/ON): Available*

Advanced Search

Supports adjustment of PRBS Inv, Logic, Gray Coder, Eye Threshold (Middle, Upper, Lower), Delay, DFE and LFEQ.*

BER/SER Logging NRZ: With BER Logging

PAM4: With SER Logging

*1: When PAM4 is selected, measurement can be performed by selecting

one from Upper, Middle, and Lower Eyes, and SER.

*2: When PAM4 is selected, measurement can be performed by selecting

one from Upper, Middle, and Lower Eyes.

*3: The PAM4 waveform is displayed by optimizing the delay in the

phase direction inside the measuring instrument of each of Upper/Middle/Lower eyes.

*4: PRBS Pattern, Mark Ratio 1/2

4, *5

1

Overview

4, *6

7, *8

*5: Each of amplitudes shall be equal.

*6: Each of 0/1, 1/2 and 2/3 levels is equal.

*7: The Option z11 is required for adjustment of DEF and LFEQ.

*8: PRBS Inv, Logic, Gray Coder, and Eye Threshold (Upper, Lower) are

available only when Modulation Type is PAM4.

Table 1.3.3-12 Variable Clock Delay

Item Specifications

Phase variable range –1000 to +1000 mUI, 2 mUI step Accuracy ±50 mUIp-p*

±100 mUIp-p*

1, *2

(Baud rate ≤32.1 Gbaud)

1, *2

(Baud rate >32.1 Gbaud) mUI – ps switching Available (internally converted into ps) Calibration Available (when jitter modulation is off) Calibration indicator This indicator is on when Calibration is required due to:

● Change in 1/1Clock frequency by ±250 kHz.

● Change in the ambient temperature by ±5°C.

*1: Measure using an oscilloscope with residual jitter of less than 200 fs

(RMS).

*2: Typical value

1-75

For NRZ input

Bit rate: 32.1 Gbit/s, 64.2 Gbit/s*

10

2 000

7 500

2 000

100 000

2 000

150

1 000 000

200

15

10 000 000

16

1

150 000 000 1 1

Chapter 1 Overview

Item Specifications

Table 1.3.3-13 Jitter Tolerance

1

Pattern: PRBS231–1

32.1 Gbits: With MU181500B, SSC with frequency of 33 kHz and deviation of 5300 ppm can be applied simultaneously with RJ with amplitude of 0.3 UI.

64.2 Gbits: With MU181500B, SSC with frequency of 33 kHz and deviation of 3300 ppm can be applied simultaneously with RJ with amplitude of 0.3 UI.

These specifications are defined assuming the following conditions: Loopback connection to the MU196020A, at a constant temperature between 20 and 30°C. When RJ+BUJ is bigger than 0.5 UIp-p or SJ + RJ + BUJ is bigger than the standard value + 0.3 UIp-p, “Overload” is displayed on the MU181500B screen.

32.1 Gbit/s

10000

1000

Max. modulation amplitude

Specification

100

10

Jitter Amplitude [UI]

1

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz]

Modulation

frequency [Hz]

Max. modulation

amplitude [UIp-p]

*1: When the Option 002 or x12 is installed.

Specification

[UIp-p]

1-76

Overview

Table 1.3.3-13 Jitter Tolerance (Cont’d)

For NRZ input (Cont’d)

64.2 Gbit/s

10

2 000

1 000

7 500

2 000

1 000

100 000

2 000

75

1 000 000

200

8

10 000 000

16

0.5

150 000 000 1 0.5

1.3 Specifications

Item Specifications

10000

1000

100

10

Jitter Amplitude [UI]

1

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz]

Modulation

frequency [Hz]

Max. modulation

amplitude [UIp-p]

1

Max. modulation amplitude

Specification

[UIp-p]

1-77

For PAM4 input

Baud rate: 32.1 Gbaud*2, 58.2 Gbaud*

10

2 000

7 500

2 000

100 000

2 000

150

1 000 000

200

15

10 000 000

16

1

150 000 000 1 1

Chapter 1 Overview

Item Specifications

Pattern: PRBS31Q

32.1 Gbaud: With MU181500B, SSC with frequency of 33 kHz and

58.2 Gbaud: With MU181500B, SSC with frequency of 33 kHz and

These specifications are defined assuming the following conditions: Loopback connection to the MU196020A, at a constant temperature between 20 and 30°C. When RJ+BUJ is bigger than 0.5 UIp-p or SJ + RJ + BUJ is bigger than the standard value + 0.3 UIp-p, “Overload” is displayed on the MU181500B screen.

32.1 Gbaud

Table 1.3.3-13 Jitter Tolerance (Cont’d)

deviation of 5300 ppm can be applied simultaneously with RJ with amplitude of 0.3 UI.

deviation of 3300 ppm can be applied simultaneously with RJ with amplitude of 0.3 UI.

10000

1000

1

Max. modulation amplitude

Specification

100

10

Jitter Amplitude [UI]

1

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz]

Modulation

frequency [Hz]

Max. modulation

amplitude [UIp-p]

*2: When the Option 001 is installed.

Specification

[UIp-p]

1-78

Overview

Table 1.3.3-13 Jitter Tolerance (Cont’d)

For PAM4 input (Cont’d)

58.2 Gbaud

10

2 000

1 000

7 500

2 000

1 000

100 000

2 000

75

1 000 000

200

8

10 000 000

16

0.5

150 000 000 1 0.5

1.3 Specifications

Item Specifications

10000

1000

100

10

Jitter Amplitude [UI]

1

0.1 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz]

Modulation

frequency [Hz]

Max. modulation

amplitude [UIp-p]

1

Max. modulation amplitude

Specification

[UIp-p]

1-79

Operating Baud rate

When the Option x21 is installed.

PAM4: 51.0 to 58.2 Gbaud

Setting range*2

When the Option x21 is installed.

PAM4: 51.000 000 to 58.200 000 Gbaud, 0.000 001 Gbaud step

Chapter 1 Overview

Item Specifications*

Table 1.3.3-14 Clock Recovery

1

NRZ: 2.4 to 29.0 Gbit/s PAM4: 2.4 to 29.0 Gbaud

When the Option x22, or x21 + y24 is installed.

NRZ: 2.4 to 32.1 Gbit/s PAM4: 2.4 to 32.1 Gbaud

When the Option x23 is installed.

NRZ: 51.0 to 58.2 Gbit/s

NRZ: 2.400 000 to 29.000 000 Gbit/s, 0.000 001 Gbit/s step PAM4: 2.400 000 to 29.000 000 Gbaud, 0.000 001 Gbaud step

When the Option x22, or x21 + y24 is installed.

NRZ: 2.400 000 to 32.100 000 Gbit/s, 0.000 001 Gbit/s step PAM4: 2.400 000 to 32.100 000 Gbaud, 0.000 001 Gbaud step

When the Option x23 is installed.

NRZ: 51.000 000 to 58.200 000 Gbit/s, 0.000 001 Gbit/s step

*1: When the Option x21, x22, x23, or y24 is installed.

The Options x22 and x23 can be installed together. The Option x23 requires one of the Options x21, x22, 002 and y12. The Options x21 and x22 cannot be installed together. The Options x21 and x23 can be installed together. The Option y24 requires the Option x21. These are specified with the conditions of PRBS Pattern and Mark Ratio 1/2 (in PAM4 mode, MSB Mark Ratio 1/2) unless otherwise specified.

*2: When the ED is tracking the PPG linked with MU181000A/B and

MU181500B, it operates in the same ranges of bit rate and baud rate as the PPG if a recovered clock is used as a system clock.

1-80

Overview

Table 1.3.3-14 Clock Recovery (Cont’d)

Supported standard and

For NRZ mode

CEI-56G

56.000 000

*3

100G ULH

32.100 000

*4

32G FC

28.050 000

*5

CEI-28G

28.000 000

*5

100G OTU4

27.952 496

*5

100GbE(25.78 × 4)

25.781 250

*5

InfiniBand EDR

25.781 250

*5

InfiniBand FDR

14.062 500

*5

16G FC

14.025 000

*5

10G FC Over FEC

11.316 800

*5

10GbE Over FEC

11.095 700

*5

OTU2

10.709 225

*5

G975 FEC

10.664 228

*5

10G FC

10.518 750

*5

10GbE

10.312 500

*5

InfiniBand QDR

10.000 000

*5

OC-192/STM-64

9.953 280

*5

8G FC

8.500 000

*5

HSBI

6.250 000

*5

InfiniBand DDR

5.000 000

*5

4G FC

4.250 000

*5

XAUI

3.125 000

*5

OTU1

2.666 060

*5

InfiniBand SDR

2.500 000

*5

OC-48/STM-16

2.488 320

*5

Item Specifications*

1.3 Specifications

1

baud rate

Standard Bit Rate [Gbit/s] Remarks

*3: When the Option x23 is installed.

*4: When the Option x22, or x21 + y24 is installed.

*5: When the Option x21, x22, or x21 + y24 is installed.

1-81

Supported standard and

PPG Operating baud

Tracks the operating baud rate of the PPG selected from the PPGs

range.

Maximum number of

When the Option x21, x22, or x21 + y24 is installed.

Target loop band: 1/6640, 1/13280 at 51.0 to 58.2G

Lock range

When the Option x21, x22, or x21 + y24 is installed.

51.0 to 58.2 G, The target loop band is specified by 1/6640, 1/13280.

For PAM4 mode

CEI 112G

56.000 000

*3

400GbE(53.1 × 4)

53.125 000

*3

64G FC

28.900 000

*5

CEI 56G

28.000 000

*5

200GbE(26.6 × 4)

26.562 500

*5

InfiniBand HDR

26.562 500

*5

Chapter 1 Overview

Item Specifications*

Table 1.3.3-14 Clock Recovery (Cont’d)

1

baud rate (Cont’d)

rate tracking

consecutive zeros

Standard Baud Rate [Gbaud] Remarks

installed in the same MP1900A. It is provided with an indicator that turns on when the PPG’s operating baud rate is out of the tracking

72 bit

15

Zero Substitution 2

, Target loop band: 1/1667, 1/2578 at 2.4 to 25.499 999 G, 1/1667, 1/2578, 1/6640 at 25.5 to 32.1 G

When the Option x23 is installed.

72 bit Zero Substitution 215,

±200 ppm

2.4 to 25.499 999 G, The target loop band is specified by 1/1667, 1/2578. ±100 ppm

25.5 to 32.1 G, The target loop band is specified by 1/1667, 1/2578, 1/6640.

When the Option x23 is installed.

±100 ppm

1-82

Overview

Table 1.3.3-14 Clock Recovery (Cont’d)

Target loop band

When the Option x21, x22, or x21 + y24 is installed.

24.500 001 to 25.499 999 3 to 15 1

When the Option x23 is installed.

Jitter Tolerance

Item Specifications*

25.5 to 32.1 G*6 Baud rate / 1667 Baud rate / 2578 Baud rate / 6640 Jitter Tolerance

2.4 to 25.499 999 G Baud rate / 1667 Baud rate / 2578 Jitter Tolerance Variable

When Variable is selected, the ranges are as follows:

Baud rate [Gbaud] Range [MHz] Step [MHz]

2.400 000 to 5.500 000 3 -

5.500 001 to 7.500 000 3 to 4 1

7.500 001 to 9.500 000 3 to 5 1

9.500 001 to 10.500 000 3 to 6 1

10.500 001 to 12.500 000 3 to 7 1

12.500 001 to 14.500 000 3 to 8 1

14.500 001 to 15.500 000 3 to 9 1

15.500 001 to 17.500 000 3 to 10 1

17.500 001 to 19.500 000 3 to 11 1

19.500 001 to 20.500 000 3 to 12 1

20.500 001 to 22.500 000 3 to 13 1

22.500 001 to 24.500 000 3 to 14 1

1.3 Specifications

1

51.0 to 58.2 G*7 Baud rate / 6640 Baud rate / 13280

*6: The SSPRQ pattern supports Baud rate / 6640 only. When set to

Jitter Tolerance, Baud rate / 1667 or higher.

*7: The SSPRQ pattern supports Baud rate / 6640 only. When set to

Jitter Tolerance, Baud rate / 6640 or higher.

1-83

Jitter Tolerance*8

NRZ input

At the bit rate of 58.0 Gbit/s, conforming to Jitter Tolerance Mask

87 349

7.5

2 977 820

0.22

250 000 000

0.22

At the bit rate of 28.05 Gbit/s, conforming to Jitter Tolerance Mask

100 000

8.16

3 709 271

0.22

250 000 000

0.22

Jitter Amplitude [UI]

Chapter 1 Overview

Item Specifications

Table 1.3.3-14 Clock Recovery (Cont’d)

defined by the “CEI 56G Jitter Tolerance Mask”. The following masks are taken as nominal values:

100

10

1

0.1

0.01 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz]

Modulation Frequency (Hz) Jitter Tolerance Mask (UIp-p)

defined by the “32G FC Jitter Tolerance Mask”. The following masks are taken as typical values:

100

10

1

0.1

0.01 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency (Hz) Jitter Tolerance Mask (UIp-p)

Modulation Frequency [Hz]

1-84

*8: Specified at a constant temperature between 20 and 30°C.

Overview

Table 1.3.3-14 Clock Recovery (Cont’d)

Jitter Tolerance (Cont’d)*8

PAM4 input

At the bit rate of 53.125 Gbaud, conforming to Jitter Tolerance Mask

40 004

5

4 000 377

0.05

250 000 000

0.05

At the bit rate of 26.5625 Gbaud, conforming to Jitter Tolerance Mask

40 000

22

4 000 000

0.22

250 000 000

0.22

Jitter Amplitude [UI]

1.3 Specifications

Item Specifications

defined by the “CEI-112G-VSR Jitter Tolerance Mask”. The following masks are taken as nominal values:

100

10

1

0.1

0.01 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz]

Modulation Frequency (Hz) Jitter Tolerance Mask (UIp-p)

1

defined by the “IEEE802.3bs Jitter Tolerance Mask”. The following masks are taken as typical values:

100

10

1

0.1

0.01 10 100 1k 10k 100k 1M 10M 100M 1000M

Modulation Frequency [Hz]

Modulation Frequency (Hz) Jitter Tolerance Mask (UIp-p)

1-85

Dimensions

21 mm (H), 234 mm (W), 175 mm (D), Excluding protrusions

Mass

2.5 kg max.

Operating temperature

15 to 30°C

installed.

Storage temperature

–20 to 60°C

Class 5.

Chapter 1 Overview

Item Specifications

Table 1.3.3-15 Mechanical Performance

MP1900A’s ambient temperature. MU196040B shall operate when

MU196040B installed to MP1900A shall comply with MIL-T-28800E

1-86.

ANRITSU MU196020A, PAM4 PPG, MU196040A, PAM4 ED, MU196040B Operation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Safety Symbols

Software End-User License Agreement (EULA)

About This Manual

Table of Contents

1.1 Product Overview

1.2 Product Configuration

1.2.1 Standard configuration

1.2.2 Options

1.2.3 Optional Accessories

1.3 Specifications

1.3.1 Specifications for MU196020A

1.3.2 Specifications for MU196040A

1.3.3 Specifications for MU196040B