JDSU Packet Transport Network (PTN) Test Solutions and Examples
Communications Test and Measurement Solutions
Table of Contents
JDSU PTN Test Solutions and Examples ................................................................................ 3
ONT Optical Network Tester ...................................................................................................... 4
T-BERD 8000™ Integrated Field Application Tester .......................................................... 6
T-BERD 6000A and 8000 Multi-Service Application Module (MSAM) ........................ 7
T-BERD 5800 Handheld Network Tester ................................................................................. 8
HST-3000 Ethernet Handheld Tester ....................................................................................... 9
SmartClass Ethernet .................................................................................................................... 10
Fiber Inspection, Cleaning and Test Solutions ................................................................. 10
Power Measurement and Fiber Identification Solutions ............................................. 11
OTDR and Optical Power Measurement Solutions ......................................................... 11
Test Example 1: End-to-End MPLS-TP Flow and OAM Verification .................................. 12
Test Example 2: MPLS-TP Flow Real-Time Network Monitoring ....................................... 13
Test Example 3: Ensure Accurate Time Synchronization Verification for 1588v2
Networks ........................................................................................................................................... 13
Test Example 4: PTN One-Way Latency Test ........................................................................... 14
Test Example 5: Synchronous Ethernet Clock Synchronization Test ............................... 15
2
JDSU PTN Test Solutions and Examples
With full-service networks being IP-based, three major domestic carriers have
put much energy into developing their own mobile backhaul technology in the
past three years. As PTN technology possesses many inherent advantages, China
Mobile has been widely using it as its first choice for mobile backhaul; China
Telecom is also looking at the mobile backhaul technology for its FDD network,
and testing focused on PTN has proven remarkable. China Unicom is following
China Mobile and China Telecom, and has organized a large number of PTN tests.
With the PTN network being gradually applied to access transmission networks,
test programs are currently quite limited and there are no effective solutions.
JDSU offers end-to-end PTN test solutions that cover the entire PTN application
life cycle and various aspects from deployment to post-launch maintenance. It
enhances the operator’s confidence in network deployment, new service provisioning, network post-launch maintenance, and fault location. At the same time,
it requires minimal hardware resources, is easy to use, and can save the user
significant costs while handling large-scale applications.
(5). T-BERD 5800
(7). HST-3000
PTN network topology and JDSU test tools
3
ONT Optical Network Tester
The industry’s most advanced and complete solutions for 1.5 Mbps to 112 G which
can cover error, warning, switching, delay, overhead, pointer, clock synchronization, optical power, frequency offset, wander, and jitter, and can be applied to a
variety of applications such as development, production, installation, commissioning, and maintenance.
PTN Features
ONT-503/506 ModuleE+Jitter-E
• The precision 1310/1550 nm jitter and wander function is the industry’s only
solution that meets Annexes VII and VIII of ITU-T O.172 and that can be calibrated,
received, or sent with Golden “TX.” Detailed charting ensures the precision applied
by each speed. Provides ±15 mUI jitter measurement accuracy.
• Supports jitter and wander testing for 1/10.3 GE Sync-E, OTU1e, and OTU2e, and
provides G.8262 testing templates.
• Includes CC64 kHz, 1.5/2/6.3/10 MHz, E1/DS1, and 1 pps signal wander characteristics (TDEV, MTIE), wander tolerance, a wander transmission test function,
the industry’s only wander generation feature with noise modulation, and a corresponding G.8261 test template to satisfy the needs of various clock tests for PTN
wireless backhaul.
• Includes a round-trip-delay (RTD) testing function.
• The industry’s leading switching test function supports event triggering on multiple
ODU and customer levels. Includes optional parallel and multi-trigger sources.
• Provides the industry’s leading 64 VC-4, 192 VC-3, and STM16/OC-48 full-rate
multi-channel test function, and supports OTU1 and OTU2 for each ODU particle
mapping SDH/SONET load multi-channel testing.
• OTN scheduling functions include ODU0/ODU1 to OTU2 single-level or
multilevel scheduling, support for ODUFlex, client signal mapping, and multichannel OTN. Fully supports the latest G.709/2009 standards.
• Fully supports two online test modes: transparent pass-through and enhanced
penetration. Includes SONET/SDH and OTN online monitoring and on-line
warning/error insertion, cost overrides.
4
Ordering Information
ONT-506/503 Optical Network Tester
Order Number
ONT-506 Optical Network Tester 6 slot host box
3062/01
ONT-503 Optical Network Tester 3 slot host box
3075/01
Module-E 10G/2.5G XFP/SFP slot 10G/2.5G test module
3061/92.05
Module-E 10G XFP slot
3061/92.10
Jitter Module 10G-E 1310/1550 nm dual-wavelength
3061/90.76
Jitter Module 10G-E 1550 nm 10G
3061/90.75
Jitter 10.3G-E 10.3G
3061/90.70
Jitter 10.7G-E 10.7G
3061/90.78
Jitter Module 2.5G-D 1310/1550 nm dual-wavelength
3061/90.67
Jitter 2.5G-D 1550 nm 2.5G test module
3061/90.66
Jitter 2.7G-D 2.7G
3061/90.68
Jitter 1.25G-D 1.25G
3061/90.69
Software options
Order Number
10GigE LAN 10G LAN test software
3061/93.47
1G Ethernet 1G Ethernet test software
3061/93.43
Lower Rates SDH/SONET low speed SDH/SONET test software
3061/93.34
SDH/SONET Single Channel
3061/93.36
OTN 2.7G 2.7G OTN test software
3061/93.49
OTN 10.7G 10.7G OTN test software
3061/93.57
Wander 10/11G 10G speed wander software
3061/93.95
Wander 10/11G Expert
3061/93.97
Wander 2.5/2.7G (software) 2.5G/2.7G wander test software
3061/93.92
Wander2.5/2.7G Expert
3061/93.89
Wander DS1/E1+BITS E1/T1 clock test
3061/93.96
Wander BITS Expert (hardware option)
3061/90.74
ESMC G.8264 SSM test
3061/93.63
5
T-BERD 8000™ Integrated Field Application Tester
The industry’s most advanced, portable, versatile, and integrated test platform
covers error, warning, switching, delay, overhead, pointer, clock synchronization,
optical power, frequency offset, wander and jitter, and can be applied to a variety
of applications such as development, production, installation, commissioning,
and maintenance.
PTN Features
T-BERD® 8000 Scalable Multitest Platform
• High precision 1310/1550 nm jitter and wander features, fully compliant with
the MTS-8000 Transport Module ITU-T O.172 Annexes VII and VIII.
• Includes functions for E1/DS1 signal jitter, wander characteristics (TDEV and
MTIE), wander tolerance, wander transmission testing, and a wander-generation feature modulated with corresponding noise to meet the need for clock
testing for PTN wireless backhaul.
• Advanced APS switching time test and a round-trip-delay (RTD) test feature.
• Provides the industry’s most complete 10 Mbps-10 GE Layer 1-4 Ethernet
testing with RFC 2544, VLAN, Q-in-Q, VPLS, MPLS, multi-stream, and full
support for the ITU-T Y.1564 standard.
Please contact your JDSU representative for ordering information.
6
T-BERD 6000A and 8000 Multi-Service Application Module (MSAM)
Key Benefits
T-BERD® 6000A Compact Network Test Platform
• Maximizes ROI with a modular, field-upgradeable tester that seamlessly
expands into future technologies and interfaces.
• Provides an industry-leading, multi-port 10 G modular platform for network
field installation and advanced troubleshooting.
• Guarantees end-customer satisfaction with deep application layer testing for
data (TrueSpeed™ per RFC 6349), voice (VoIP), and video (IPTV).
• Promotes an efficient service and network management life cycle with
integrated installation tools and advanced troubleshooting analysis in a single
test instrument.
• Reduces installation and troubleshooting times with automated J-Complete test
tools that follow best practices and provide repeatable methods and procedures
with easy-to-understand results.
• Extends the leading portfolio of T-BERD/MTS portable test solutions.
The T-BERD product suite was created by experts to simplify network deployment
and is trusted by leading service providers around the world.
Applications
• Tests and troubleshoots converged Ethernet/IP backhaul for 10 Mbps to 10 G
interfaces and captures and analyzes packets.
• Tests Layers 1-3 Ethernet/IP SLAs with an automated, enhanced RFC 2544/
SAMComplete per ITU-T Y.1564.
• Tests TDM/PDH to SONET/SDH at OC-3/STM-1 to OC-192/STM-64,
including service-disruption measurements and path-overhead (POH) capture
with triggers.
• Enables installation and maintenance of OTN networks up to 11.1 G and
includes an interface with ODU-0 support for Ethernet client interfaces.
• Validates network synchronization for quality of experience on mobile applications.
• Emulates a 1588v2 master clock/slave recovery to ensure proper point-to-point
(PTP) message propagation and to verify packet-delay variation (PDV).
• Verifies accurate SyncE frequency synchronization and Ethernet synchronization message channel (ESMC) message propagation.
• Ready for packet transport networks using MPLS-TP.
• Supports J-Complete, an exclusive suite of automated test tools from JDSU.
• Supports SFP and XFP pluggable optics including 50 GHz C-band tunable
XFPs
Please contact your JDSU representative for ordering information.
7
T-BERD 5800 Handheld Network Tester
Key Benefits
T-BERD® 5800 Handheld Network Tester
• All-in-one handheld tool designed to reduce the complexity of multi-technology testing.
• Optimized for field ease-of-use while addressing emerging network technologies.
• Guarantees maximum efficiency and success in the evolution of carrier
Ethernet and mobile backhaul networks.
• Ensures service life cycle management, integrating both installation and troubleshooting capabilities in one instrument.
• Automates services verification with support of the J-Complete suite of test
tools.
The T-BERD product suite was created by experts to simplify network deployment
and is trusted by leading service providers around the world.
Applications
• Six T-BERD 5800 configurations:
− Single- and dual-port Ethernet versions
− With or without TDM/PDH interfaces
− Fully loaded TDM/PDH to 10 GE, SONET, and SDH
• Layer 1-3 Ethernet/IP SLA verification with Class of Service testing that
includes automated, enhanced RFC 2544 tests.
• Support for emerging Ethernet synchronization testing including 1588v2 and
SyncE verification.
• BER testing up to OC192/STM-64, service disruption, and circuit monitoring
on TDM/PDH/SONET/SDH interfaces.
• Supports PTN evolution with MPLS-TP technology.
• Supports the J-Complete automated suite of test applications.
Please contact your JDSU representative for ordering information.
8
HST-3000 Ethernet Handheld Tester
The industry’s highest-performance, modular, and portable tester, with full
support for multiple-access and metro-interconnect technology (including xDSL,
copper, T1/E1, fiber, and Ethernet), can meet the needs of applications such as
PTN access layer opening, maintenance, and optimization.
PTN Features
HST-3000 Ethernet Module
• Achieves full-speed port coverage from 10 Mbps to 1 GE for Ethernet network
testing on a single test platform, and fully meets the needs of future LTE and
IP networks. Meets the needs of Ethernet access-layer test applications in video
and mobile backhaul.
• Complete 10 Mbps to 1 GE Layers 1-4 Ethernet support for RFC 2544, VLAN,
Q-in-Q, VPLS, MPLS, and multi-stream.
Ordering Information
HST-3000 Portable PTN Business Tester
Order Number
HST3000 Non-Copper mainframe HST-3000 host
Ethernet SIM for HST-3000 Ethernet test module
Optical Ethernet option for HST-3000
Adv.IP Suite - PING and Through Mode support
PING Advanced IP Directory
Multiple Streams option for HST
HST-3000 Soft Carrying Case
HST3000-NG2
HST3000-ETH
HST3000-OPTETH
HST3000S-IP
HST3000-MSTR
CC-120101
9
SmartClass Ethernet
The SmartClass Ethernet product is an easy to use, cost-effective testing solution
for basic physical layer cable testing, Layers 2/3 traffic generation, and full RFC
2544 testing. The rugged, battery operated, application-specific test tool lets
field technicians turn-up Ethernet and IP services by running an RFC 2544
test or by following a set of methods and procedures. The SmartClass product
comes in two major configurations, one a loopback-only device and the other
featuring full traffic generation.
Applications
SmartClass Ethernet
• Quickly verify basic Ethernet backhaul performance on 10/100/1 GE with an
automated RFC-2544 test.
• Verify Class of Services with up to eight independent traffic streams.
• Supports testing in MPLS/VPLS networks.
• Cost-effective loop device for end-to-end Layer 2/ 3 tests.
Please contact your JDSU representative for ordering information.
Fiber Inspection, Cleaning and Test Solutions
As fiber penetrates further into next-generation networks, proactively inspecting
and cleaning each connection point is no longer optional, but critical. Optimized
physical performance of fiber connections is imperative to deliver future-proof
and reliable PTN and LTE networks. Today’s fiber technician needs tools that
provide a seamless workflow for inspecting, cleaning, testing, and troubleshooting a fiber link that also drives behavior, best practices, and field efficiency. JDSU
offers essential fiber-handling tools in fast, portable, and easy-to-use systems for
any fiber technician. The P5000i Digital Analysis Microscope with FiberChekPRO™ makes it fast and easy to certify that every connection in your network is
optimized and compliant to IEC Standard pass/fail thresholds.
HP3 Series Fiber Inspection and Test
System with Compact Video Display and
P500i Digital Analysis Microscope
Ordering Information
Product Description
Order Number
Fiber Essentials Tool Kit: Dual-mag (200/400X) FBP probe microscope and tips, FIT-HP2-60-P4
inspection and test system with 400X PCM, FFL-050 visual fault locator, cleaning tools, utility
carrier, carrying case.
FIT-S205-PRO
Inspection Kit: Dual –mag (200/400X)FBP probe microscope and tips, HD2 Display with 200x PCM
and adaptors, case
Utility Carrier System for FBP-SE05
Digital PASS/FAIL Analysis kit: P5000i, FiberChekPRO Software, tips and Case
Digital PASS/FAIL Analysis & Test kit: P5000i, MP-60 w/ FiberChekPRO, tips, adaptors and Case
Visual fault locator (compact)
Visual fault locator (ruggedized) with 1.25 mm adapter
Fiber Field Cleaning Kit
FBP-SE05
FBPP-UC2
FBP-SD101
FBP-SD103
FFL-050
FFL-100
FCR-CLN-01
HP3-60 Kit with P5000i Digital Analysis Microscope
and Visual Fault Locator
10
Power Measurement and Fiber Identification Solutions
To deliver high-performance, best-in-class PTN or LTE networks, it is critical that
fiber systems are correctly installed and tested. This ensures that the physical layer
meets the minimum optical performance specification requirements to deliver
reliable services. JDSU offers a wide array of solutions from fiber identifiers to
insertion-loss and power-measurement tools. These tools are ideal for installation
and maintenance applications for standard multimode and single-mode fibers
and CWDM/DWDM systems.
Ordering Information
Product Description
Order Number
OMK-35P Singlemode SmartPocket™ Test is a dual-wavelength optical test kit
2127/02
with a single-port laser source and a power meter with a UPP interface for power
level and loss test measurement in access, metro and core networks.
FI-60 Live Fiber Identifier (left), OLS-35 SmartPocket
Optical Light Source (center), SmartClass OCC-55
Optical CWDM Channel Checker (right)
OLS-35 1310/1550 nm Singlemode Light Source
OCC-55 Optical Channel Checker for CWDM wavelengths.
OCC-56 Optical Channel Checker for DWDM wavelengths
Live Fiber Identifier- integrated OPM adaptors, software and case.
2303/11
2277/40
2277/41
FI-60
OTDR and Optical Power Measurement Solutions
Fiber is the lifeline to your customers. The physical integrity of the fiber is critical for
optimum service delivery. It is imperative to properly characterize the performance
of the physical layer to ensure reliability. The MTS-2000 Handheld Modular Test Set
solution addresses the complexity of fiber testing and drives maximum efficiency
for technicians to perform all the tests required to ensure optimized performance
and high-quality fiber networks. The MTS-2000 handles the widest range of test applications including OTDR, FiberComplete™ automatic IL/ORL, CWDM analyzer,
and connector inspection with IEC pass/fail analysis. This solution makes even the
most novice fiber tech an instant fiber expert.
Ordering Information
MTS-2000 Handheld Modular Test Set
Product Description
Order Number
MTS-2000 Handheld Modular Test Set
OTDR module: Last Mile range 1310/1550nm
OTDR module: Metro-Access range 1310/1550nm
FiberComplete™ Module: Metro-Access OTDR, IL, ORL 1310/1550nm
Light source option for OTDR Module (through OTDR port)
Power Meter option for OTDR Module (through OTDR port)
Optical Spectrum Analyzer for CWDM –COSA-4055
Digital PASS/FAIL Analysis & Test kit: P5000i with FiberChekPRO, 7x tips and Case
EM2000T
E4126LM
E4126MA
E4126FCOMP-MA
E41OTDRLS
E4OTDRPM
2301/01
FBP-MTS-101
11
Test Example 1: End-to-End MPLS-TP Flow and OAM Verification
By connecting the test instrument to the proximal and distal converter or router
port, you can use the T-BERD 6000A/8000 MSAM or T-BERD 5800 to generate
and analyze end-to-end MPLS-TP flows. In this example, each test instrument is
configured with terminal mode to measure the flow of simulation customer data
sent along each direction.
Subsequently, analysis can be done on each test instrument for detected test flow,
MPLS-TP Provider A
Customer service
(such as Ethernet)
MPLS-TP Provider B
Ca1a
pa1a
MPLS-TP
FW
Ca1a
Cb1b
Ca2a
MPLS-TP
LSP
Ca2a
MPLS-TP
Segment layer
Mark 14
OAL
OAM
Mark 13
OAL
OAL
ACH
ACH
OAM
OAM
Mark 14
LEP
CAL
OAM
Mark 13
LEP
OAL
ACH
OAM
Mark 14
LEP
PW
CAL
OAM
Mark 13
LEP
PW
OAL
ACH
OAM
and the instrument will display flow (bandwidth utilization or CIR), packet loss
(FL), round-trip delay (FD), the speed deviation (FDV), and other key indicators
as well as MPLS-TP header information. Using this mode, you can conduct OAM
generation and validation and analyze OAM control layer flow during operation
maintenance or troubleshooting. CCM can be used to verify the link connection,
and loopback/link tracking can be used to determine the fault isolation.
12
Test Example 2: MPLS-TP Flow Real-Time Network Monitoring
When the T-BERD 6000A/8000 MSAM or T-BERD 5800 is connected to the
mirror port or a free port on the router, it can be used to monitor and analyze
MPLS-TP flow and implement MPLS-TP channel scan. In this example, the test
instrument is configured to monitor mode to detect the real-time MPLS-TP flow
switched from the switch to this mirror port.
Subsequently, you can analyze the detected flow on the test instrument interface,
and use a real-time display of bandwidth utilization, user channel, frames
received, and other key flow statistics, as well as MPLS-TP header information
such as service provider (SP), the customer ID, and prioritized items.
Test Example 3: Ensure Accurate Time Synchronization
Verification for 1588v2 Networks
Time precision in a 1588v2 network depends on the PTP information exchange
between the master and slave clock that is received constantly. Network data
layer traffic can affect the PTP information transmission delay because all of
them share a NE flow processor. Therefore, the use of a high-end network will
affect the performance of PTP information, and eventually lead to synchronization of variation. Measure from the main NE and NE information exchanged
between the PTP packet delay variation (PDV) to determine the problem.
By using the T-BERD 6000A/8000 MSAM or T-BERD 5800 to measure a certain
period of PDV, PTP will be able to verify that the information transmission is
normal. To simulate the master/slave clock network element, the PTP protocol
on the PTN network packet capture statistics, verified by analyzing the function
of PTP protocol and configuration of various parameters meeting specifications,
package contents from the agreement to provide specific time synchronization
visual performance. The use of instruments in the fault node test, through the
instrument interaction between the main clock, performance analysis of network
latency, PDV, performance degradation, and failure time synchronization,
pinpoints the specific location.
13
TDM
TDM
CE
Ethernet
Ethernet
network
NTE
IWF
Main
NTE
Ethernet network
PTP information
Primary reference
source
MSAM1588v2 Slave
Synchronous packet delay variation
Test Example 4: PTN One-Way Latency Test
Time precision in a 1588v2 network depends on the network’s two-way transmission latency symmetry. It is asymmetric in actual networks, so the accurate
measurement of one-way latency in network links is extremely crucial to the
direct judgment of the slave clock’s recovery quality (if it meets < 3us indicators)
in latency compensation and post-launch maintenance of network opening. In
addition, one-way delay of the business is vital to the existing businesses that
require a very high real-time quality. By using the T-BERD 6000A/8000 MSAM
or T-BERD 5800, users can deploy this test.
TOD lnput
RS-232USB
Adapter
1PPS lnput
BNC
Adapter
AC
Test
lnterface
External GPS Rx
Network
14
Test Example 5: Synchronous Ethernet Clock Synchronization Test
Synchronous Ethernet is another vital technology for a PTN to realize clock
synchronization. Assessing network performance is crucial for new network
launches and post-launch maintenance. JDSU offers the industry’s most complete
test solution. Its synchronous Ethernet testing ensures clock synchronization
throughout Layer 1, and is the technology that adopts the Ethernet link stream
to restore the clock. Therefore, it has high accuracy and fast convergence, and its
upper-packet PDV has no effect on the performance of clock synchronization.
The T-BERD 6000A/8000 MSAM or T-BERD 5800 can support synchronous
Ethernet testing, realize Sync-E generation and receiving verification tests, and
validate if a synchronized network is working properly by measuring G.8264
SSM messaging rates and analytical validation of messages. The specific physical
performance (jitter and wander) of synchronous Ethernet can be measured and
validated by using the advanced JDSU Optical Network Tester, the ONT-5xx,
which is the industry’s leading synchronous Ethernet testing tool.
Jitter/Wander
Generation
Jitter
Jitter-free
SyncE
Jitter measurement
Wander
Reference signal
SyncE
Wander measurement
Jitter/Wander
Tolerance
Jitter/Wander
Transfer
with Jitter
with Jitter
SyncE
SyncE
Event detection
Reference signal
Jitter measurement
Reference signal
With Wander
BITS
With Wander
SyncE
SyncE
Event detection
Wander measurement
15
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Product specifications and descriptions in this document subject to change without notice. © 2012 JDS Uniphase Corporation 30173065 000 0112 PTN-NETWORK.BR.NSD.TM.AE January 2012