intervre IVR-6126 Series User manual

www.inte rvre.com
IVR-6126
Handheld Gigabit Ethernet
TestSet User Guide
IVR-6126 handheld gigabit Ethernet
test set is one of interVRE’s handheld
test products. It is designed for Ethernet
network deployment and comprehensive
test. IVR-6126 fully meets Ethernet
standard, oering complete ethernet test
funconalies with lightweighted, exible
and rugged qualies. It can be applied
to indoor laboratory or outdoor eld
environment and provide carrier-class.
Ethernet test soluon for network expert.
 Lightweighted, compact, rugged, flexibly used in outdoor field environment
 Quick power on, high-resolution color touch screen
 Friendly key design for flexible scrolling and selecting
 More comprehensive test function, higher cost-effective
 Offer complete gigabit Ethernet solution from installation and
commissioning to operation and maintenance

IVR-6126 Series User Guide
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Revision History
The following tables shows the revision for this document.
The product and the user guide could be upgraded or modied without noce. Please visit the website of
InterVRE (www.intervre.com) or contact us for the further informaon.
Date Version Revision
18/04/2011 1.0 Inial Release
3/07/2015 2.0 Revised the whole document;
New interface;
12/08/2015 2.10 Add Constant transmit mode in Table 7.6: Frame Analysis
Conguraon: Trac Shaping;
Add Power saving mode in Table 8.3: System Seng: Power.

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Contents
1. Introduction 8
 
 
2. Description 9
 
2.1.1 Front Panel Diagram 9
2.1.2 LED Indicators 9
2.1.3 Buons 10
 
2.2.1 Right Panel Diagram 11
2.2.2 Interfaces 11
 
2.3.1 Top Panel Diagram 11
2.3.2 Interfaces 11
 
3. Specifications 13
 
 
3.2.1 AC/DC Adapter 13
3.2.2 Rechargeable Lithium-Ion Baery 13
 
4. Safety Information 15
 
 
 
5. Installation of the Device 17
 
 
 
 
6. Ethernet/PTN User Interface 20
 
 
 
7. Start a Test Case 22
 
 
 
 
 
 
 
 
8. Toolbar 55
 
 
 
 
9. Maintenance 68
 
 
Content

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10. Troubleshooting 69



11. Warranty 71



Content

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Contents of Tables
Table 2.1 LED Indicator Denions 9
Table 2.2 Buons Descripon 10
Table 2.3 Interfaces Descripon 11
Table 2.4 Interfaces Descripon 11
Table 3.1 Environmental Ranges 13
Table 3.2 Input and Output Requirement 13
Table 3.3 Other Physical Specicaons 14
Table 5.1 Turn On or O Instrucon 17
Table 5.2 Applicaon Installing or Upgrading
Hardware Requirements 17
Table 5.3 10G XFR Opcal Module 19
Table 7.1 Port Set 24
Table 7.2 RFC2544 Data Stream Generaon 27
Table 7.3 RFC2544 Seng 33
Table 7.4 RFC2544 Results 36
Table 7.5 Ethernet Test Results 39
Table 7.6 Frame Analysis Conguraon 43
Table 7.7 Ethernet Test Results (Frame
Analysis) 45
Table 7.8 Bit Error Injecon 47
Table 7.9 Loopback Seng 48
Table 7.10 Y.1564 Conguraon 49
Table 7.11 Y.1564 Results 51
Table 7.12 Jier Conguraon 52
Table 7.13 Jier Results 53
Table 7.14 User-dened Packet 54
Table 8.1 Prole 55
Table 8.2 Tools 56
Table 8.3 System Seng 63
Table 8.4 Bi-direconal Test 65
Table 10.1 Common Problems and Soluons 69
Content

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Figure 2.1 IVR-6126 Handheld Gigabit Ether-
net Test Set Front Panel View 9
Figure 2.2 IVR-6126 Handheld Gigabit Ether-
net Test Set Right Panel View 10
Figure 2.3 IVR-6126 Handheld Gigabit Ethernet
Test Set Top Panel View 11
Figure 2.4 IVR-6126 Handheld Gigabit Ethernet
Test Set Boom Panel View 12
Figure 5.1 Explore 16
Figure 6.1 Main Interface of 10G Ethernet/PTN
Applicaon 20
Figure 6.2 Status Bar 20
Figure 6.3 Funcon Selecon 21
Figure 6.4 Toolbar 21
Figure 7.1 Step1: Select Port Set 22
Figure 7.2 Step2: Set RFC2544 Data Stream 22
Figure 7.3 Step3: Set RFC2544 Parameters 23
Figure 7.4 Step4: Run RFC2544 Test 23
Figure 7.5 Step5: View the Test Results 23
Figure 7.6 Port Seng 24
Figure 7.7 Network Seng 25
Figure 7.8 Network Seng 26
Figure 7.9 Power and Frequency 26
Figure 7.10 IEEE 802.3/802.2 SNAP Frame Format 27
Figure 7.11 MPLS Label Format 27
Contents of Figures
Figure 7.12 Frame Conguraon 27
Figure 7.13 VLAN Conguraon Dialogue Box 29
Figure 7.14 MAC 29
Figure 7.15 Advanced TOS/DS 31
Figure 7.16 IP 31
Figure 7.17 UDP/TCP 31
Figure 7.18 Paern 32
Figure 7.19 Select Test Funcons 33
Figure 7.20 Global Seng 33
Figure 7.21 Throughput Seng 34
Figure 7.22 Back-to-Back Seng 35
Figure 7.23 Frame Loss Seng 35
Figure 7.24 Latency Seng 36
Figure 7.25 Frame Status 39
Figure 7.26 Frame Size 40
Figure 7.27 Frame Type 40
Figure 7.28 Alarm Bert 1 41
Figure 7.29 Alarm/Bert 2 41
Figure 7.30 Logger 41
Figure 7.31 Graph 42
Figure 7.32 Save 42
Figure 7.33 Overview 36
Figure 7.34 Throughout Result 37
Content

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Figure 7.35 Back to Back 37
Figure 7.36 Frame Loss 38
Figure 7.37 Latency 38
Figure 7.38 Graph mode 38
Figure 7.39 Overview (Frame Analysis) 43
Figure 7.40 Trac Shaping 44
Figure 7.41 Stream Stasc 1 45
Figure 7.42 Steam Stascs 1 to 3 45
Figure 7.43 Stream Stasc 3 45
Figure 7.44 Service Disrupon 46
Figure 7.45 Bit Error Injecon 48
Figure 7.46 Loopback 49
Figure 7.47 Y.1564 50
Figure 7.48 Y.1564 Result (Service) 51
Figure 7.49 Y.1564 Result (Summary) 51
Figure 7.50 Jier 52
Figure 7.51 Jier 53
Figure 7.52 User-dened Packet 54
Figure 8.1 Result 55
Figure 8.2 Report 55
Figure 8.3 Test 56
Figure 8.4 Seng 57
Figure 8.5 Ping Setup 57
Figure 86 Trace Route 58
Figure 8.7 VC T Test 58
Figure 8.8 Flow Control 59
Figure 8.9 Service Scan 60
Figure 8.10 FTP 60
Figure 8.11 HTTP 61
Figure 8.12 Filter 61
Figure 8.13 Capture 62
Figure 8.14 Topology 62
Figure 8.15 District 63
Figure 8.16 District 63
Figure 8.17 IP Seng 64
Figure 8.18 Remote Desktop 64
Figure 8.19 About 64
Figure 8.20 Power 65
Figure 8.21 Bi-direconal Test Ourselves Device 66
Figure 8.22 Bi-direconal Test Partner Device 66
Figure 8.23 Remote Alarm 67
Content

IVR-6126 Series User Guide
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1.1 Overview
IVR-6126 Handheld Gigabit Ethernet Test Set is one of Ethernet test product of INTERVRE.
The product fully meets Ethernet standards (ITU-T Y.1564, IETF RFC2544, IETF RFC3393, IEEE
802.3, IEEE802.1 etc.,), and supports Ethernet WAN and LAN network test with high reliability,
convenience, and exibility. Meanwhile, the module can provide a high ecient SLA test funcon
for service provider.
The PTN test module is specially designed for tesng PTN (Packet Transport Network) of mobile
backhaul transport network. It fully meets IEEE; ITU-T; and RFC standards, and supports a
comprehensive test of PTN to provide performance guarantee for PTN business. Also it can support
155M; 622M; and 2.5G SDH/PDH test. Customers can depend on their various test demands during
the establishment of PTN network to select or customise these oponal test funcons.
1.2 Main Features
IVR-6126 Handheld Gigabit Ethernet Test Set has the following features:
• Interface user-friendly, operaon simply, and durable;
• High resoluon LCD colour touchable screen;
• Support all Gigabit Ethernet tests;
• Rapid start technology;
• Baery life: more than 8 hours.
1. Introduction
Introduction

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2.1 Front Panel
2.1.1 Front Panel Diagram
Figure 2.1 IVR-6126 Handheld Gigabit Ethernet Test Set Front Panel View
2.1.2 LED Indicators
LED locaons for all LEDs on IVR-6126 has been shown in Figure 2.1. Table 2.1 describes the
LEDs placed on IVR-6126 as indicators.
Table 2.1 LED Indicator Definitions
2. Description
LED  
Green On
O O, and unplugged in
Green Plugged in and baery is fully charged
Green (ashing) Baery is on charge
Red (ashing) Unplugged in, and baery is weak
Red Baery error
O O
Unplugged in, and baery level is above the ‘crical threshold’
Green Result status: success ( Current result of the applicaon does not exceed the
predened threshold)
Red Result status: failure (Current result of the applicaon exceeds the predened
threshold)
Green (ashing) Laser status LED, at least one module is transming an opcal signal
O No module is transming signal
Description
LED Indicators
Funcon Key
On/O Buon
Number Key
Direcon Key
Colour Touch Screen

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2.1.3 Buttons
Table 2.2 describes the funcons of IVR-6123 Handheld OTDR Test Set’s buons.
Table 2.2 Buttons Description
2.2 Right Panel
2.2.1 Right Panel Diagram
Figure 2.2 IVR-6126 Handheld Gigabit Ethernet Test Set Right Panel View
DC Connector
USB Port (Type A)
RJ 45 Port
USB Port (Type B)
Button Description
F1, F2, and F3 Funcon keys: Select the one sub menu from main menu displayed on the screen
Funcon keys: Switch the main menu
CANCEL X Cancel/Exit
OK √ OK/Conrm
Navigaon arrows: Le; right; up; and down;
SYSTEM Click to enter system seng;
BACKLIGHT Click to adjust screen backlight;
HOME Back to main menu;
RUN/STOP Click to run or stop test;
On/O (Specic operaon informaon can be seen in Secon 5.1);
Description

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2.2.2 Interfaces
Table 2.3 describes the interfaces of IVR-6126 Handheld Gigabit Test Set.
Table 2.3 Interfaces Description
2.3 Top Panel
2.3.1 Top Panel Diagram
Figure 2.3 IVR-6126 Handheld Gigabit Ethernet Test Set Top Panel View
2.3.2 Interfaces
Table 2.4 describes the interfaces of IVR-6126 Handheld Gigabit Test Set.
Table 2.4 Interfaces Description
Interfaces Quantity Description
100/1000M BASE-X
Opcal port
2• Signal: 100/1000Mb/s opcal signal;
• Type: SFP opcal port.
10/100/1000 BASE-TX
Electrical port
2• Signal: 10/100/1000Mb/s electrical signal;
• Type: RJ-45.
Interfaces Quantity Description
RJ-45 Port 1 Connect to Ethernet network
USB Host Ports 1• Connect USB memory drive;
• Connect keyboard;
• And connect mouse device, etc
Mini USB port 1Connect a USB cable for data transferring between the
device and a computer
Audio Output Port 1Connect headphone/microphone
DC Connector 1Connect A/C adapter
Description
PM InterfaceSM Interface
PM InterfaceSM Interface

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2.4 Bottom Panel
Figure 2.4 IVR-6126 Handheld Gigabit Ethernet Test Set Bottom Panel View
Baery Compartment
Description

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3.1 Environmental Guidelines
The IVR-6126 can work normally and stably under the severe environmental condion. Table 3.1
denes these environmental condions which are complied with the IVR-6126.
Table 3.1 Environmental Ranges
(Note: The device is able to perform sasfactorily without any degradaon at an altude up to 3000 meters
above mean sea level.
3.2 Adapter and Battery
 
AC/DC adapter can be plugged into any standard electrical socket but only for indoor using,
and can charge rechargeable Lithium-Ion baery.
Table 3.2 Input and Output Requirement
3.2.2 Rechargeable Lithium-Ion Battery
Rechargeable Lithium-Ion baery will supply the power for the device automacally when
the AC/DC adapter has been unplugged.
(Note: IVR-6126 Handheld Gigabit Ethernet Test Set will only work normally when the baery has been
installed in the baery compartment properly and the compartment cover has been locked properly
whether the device is using power source or not).
• The device work will not be aected by switching power supply between power source
and Lithium-Ion baery;
3. Specifications
Voltage 
Input 100-240VAC Max 1.6A
Output 15VDC 2A
Fuses 24V 3A
Specifications
Temperature Range Humidity Range
Operaonal -10°C � 50°C 0% � 95% (non-condensing)
Storage -40°C � 70°C 0% � 95% (non-condensing)

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• Automacally charge when the device has been connected to power source;
• At least 8 connuous working hours under Bellcore TR-NWT-001138 standard.
3.3 Other Physical Specifications
Table 3.3 describes other physical specicaons of IVR-6126 Handheld Gigabit Ethernet Test Set.
Table 3.3 Other Physical Specifications
Specifications
Specification Description
Power consumpon < 10W
Dimension Dimension (H×W×D) = 80mm x 135mm x 250mm;
Weight < 1.1kg

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4.1 General Safety Information
If the device has not been stored properly under the storage temperature range, the device’s
temperature must be guaranteed to reach the operaonal temperature before turn it on (Specic
environmental informaon can be found in Table 3.1).
4.2 Laser Safety Information
• Do not install or detach bres directly when a light source is acvated;
• Do not aempt to look directly into the bre, in case your eyes will be injured by opcal signal;
• The device is Class 1M laser product, complies with IEC 60825-1 Amendment: 2001 and 21 CFR
1040.10, hence invisible laser radiaon could be emied from opcal bre output port;
• Safety can be guaranteed by operang the device under a predictable and reasonable condions,
however using an opcal instrument to view the laser beam whether is diverged or not is
potenally hazardous, therefore do not aempt to use an opcal instrument to view the laser
beam directly;
• When the laser safety light is ashing, which indicates at least one module is transming an
opcal signal, please check all modules working status, because the module which is transming
the signal might not be the one currently using.
4.3 Electrical Safety Information
• Venlaon should be guaranteed around the device;
• Operang the device under the environment with highly inammable gas will cause a signicant
safety incident;
• To avoid lightning strike, do not aempt to operate the device during the thunderstorm,
parcularly when any part of the device surface (Cover, panels, etc.) has been damaged.
• Damage will be occurred if the input voltage or current of power source has exceeds the
maximum voltage or current limitaon, (Specic informaon for input requirement can be seen in
Secon 3.2 Adapter and Baery);
• If the device needs to be powered o completely, please make sure the adapter has been
unplugged, and removes the baeries;
4. Safety Information
Safety Information

IVR-6126 Series User Guide
16
• Replacement of any components or modules must be conducted under complete power o condion;
• Capacitors in the device may be sll under the charged condion even if the device has been
disconnected from its power supply;
• Only the person who is authorised by the rm can open the device without power o to do the
test, maintenance, and repair, and emergency workers must be present.
Safety Information

IVR-6126 Series User Guide
17
 
Power on/o buon: , Table 5.1 describes sepcic instrucon of turnning the device on or o.

 
All essenal applicaons have been preinstalled and congured at the factory. Also, extra
applicaons will be installed or exisng applicaons will be required to upgrade, when new
test modules have been purchased and installed, or newest version of the applicaon has been
purchased. Table 5.2 describes the hardware requirements for applicaons installing or upgrading.

Applicaons can be installed or upgraded by the following steps:
• Turn on the computer and insert the installaon CD into the CD-ROM drive;
• Copy ‘Setup. exe’ into the USB memory sck;
• Plug the USB memory sck into IVR-6126 Handheld GIGABIT ETHERNET Test Set;
5. Installation of the Device
Installation
Function Description
Turn on Press on/o buon to turn on the device,
Sleep
• Press on/o buon for 5 seconds unl the device beeps once;
• Then release the on/o buon, the device will be hibernated;
• Then press on/o buon once, the device will be awaked; (Note: The device
only can be hibernated when all applicaons have been terminated),
Turn o Press on/o buon for 10 seconds unl device is powered o.
 Quantity
CD for Installaon 1
Computer with USB Port 1
IVR-6126 Handheld GIGABIT ETHERNET Test Set 1
USB Memory Drive or USB Cable 1 or 1

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18
• Select ‘System’ from main menu and enter ‘Explore’, then enter USB memory folder;
Figure 5.1 Explore
• Run ‘IVR-6126_GIGABIT ETHERNET _V1.0.0.1_SETUP.exe’ soware;
• Click ‘Setup’ buon.
 
USB keyboard and mouse are supported by IVR-6126 Network Test Plaorm, please follow the
following steps to install a keyboard or mouse:
• Plug the keyboard or mouse into the USB A type port which is placed on the right side of the
device;
• Keyboard or mouse will be detected and recognised automacally by the system. (Note: It is not
necessary to turn o the device before connecng the keyboard or mouse. The system will detect automacally.
Even a keyboard is connected, the touch screen keyboard will sll be displayed when operang under system.)
 
In order to guarantee this opcal port’s performance stability and test result precision and accuracy,
please ONLY use INTERVRE’s SFP opcal module. The specic module models informaon is
demonstrated in Table 5.2. Also please follow the following steps to install the 100/1000M BASE-X
opcal port to ensure the port can be installed properly.
• Insert SFP opcal module into Gig-E slot;
Installation

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19
• Plug opcal bres into Tx port and Rx port of SFP opcal module carefully;
• Check the opcal bres have been plugged into the connectors completely.

10/100/1000 BASE-TX electrical interface is used for 10/100/1000M Ethernet connecon.
Installation
Model Type Wavelength (nm) Distance Range 
GA 14 023 111 850 550m SW
GA 14 023 230 850 550m SR
GA 14 023 370 1310 2km LW

IVR-6126 Series User Guide
20
IVR-6126 power on progress is the tester self-checking progress, at rst, the IVR-6126 loading well,
it will display the IVR-6126 main menu screen. If the IVR-6126 cannot detect, it will display ‘IVR-6126
Loading Failed.’; and then it will check IVR-6126 test interface, if the test interface have problem will
display ‘IVR-6126 hardware or FPGA loading is failed’.
The main interface of IVR-6126 is comprised by Status Bar; Funcon Selecon; and Toolbar these 3 parts.
Figure 6.1 Main Interface of 10G Ethernet/PTN Application
6.1 Status Bar
Status Bar displays the current test status.
Figure 6.2 Status Bar
6. Ethernet/PTN User Interface
Interface
Status Bar
Event Informaon
Status Bar
Test Port
Current Test Status
Curve Window