JDSU Zephyr Mobility Solutions Solutions to Advance Your Mobile Network

COMMUNICATIONS TEST AND MEASUREMENT SOLUTIONS JDSU Zephyr Mobility Solutions Solutions to Advance Your Mobile Network JDSU Zephyr Devices Tower Backhaul Transport Applications NOC Lab SOLUTIONS TO ADVANCE YOUR MOBILE NETWORK JDSU Zephyr wireless test solutions set a new standard for optimizing mobile network performance on multiple levels. By reducing operating costs and deployment time, JDSU offers value-based solutions that create new revenue opportunities as well as service differentiation. Zephyr solutions ensure agile operation by employing intelligent probes and products that can be fully integrated to fit a variety of applications from R&D through network monitoring, from the core to access devices, and in laboratory settings or live networks. Zephyr makes wireless a breeze. R&D Functional Test Integration & Pre-production Test Trials & Deployment Optimization, Operation, & Troubleshoot RF/RAN Performance Engineering Diagnostic Analytics & Reporting JDSU Solutions Optical and Ethernet Transport Test Base Station Analysis Network Protocol Test (SA, NA, TPA) Device Emulation and Capacity Testing = Zephyr Mobility Portfolio = Complementary JDSU Portfolio Drive Test Active Test Ethernet Backhaul Test & Monitoring Mobile Assurance JDSU Services Figure 1. Mobile network life cycle website: www.jdsu.com/test

2 Figure 2. Network elements

3 JDSU Drive Test Portfolio E6474A Drive Test Wireless Network Optimization Platform The JDSU Drive Test solution enables wireless service providers and network equipment manufacturers to efficiently deploy and optimize today s increasingly complex wireless voice and data networks. A single, flexible user interface spans all the most common wireless technologies used globally. Multi-technology/multi-band receiver can test multiple technologies simultaneously Flexible solution for all indoor and outdoor environments Ease of use improves user productivity Users can customize the GUI to visualize data as needed Optimizes efficiency in detecting and isolating problems Expandable software license for a single platform to lower cost of ownership Project files simplify sharing of test configurations to improve consistency of collected results Test using devices that customers use to find problems faster High-accuracy RF measurements reduce uncertainty Large selection of post-processing tools First LTE handheld solution Independent Award winner The market-leading JDSU Drive Test solution provides key measurements needed to optimize and troubleshoot GSM, CDMA, UMTS, WIMAX, FDD-LTE, and TD-LTE networks. With support for both UE device measurements and the JDSU multi-band, multi-technology receivers, this Drive Test solution provides the ultimate tool kit to optimize and solve network problems. Value Proposition Architected to meet future needs Optimized for ease of use in lab/production environments and commercial networks, while addressing emerging technologies to improve total cost of ownership. Easy to upgrade via software licences. Customizable GUI to fit every customer s specific needs Provides the most flexible user interface available today to deliver the solution that lets customers do their job quickly and easily. Broad support for chipsets in all key technologies Provides regular software updates to ensure testing can be conducted with handsets and data devices currently in use or in development. Wireless industry s most complete suite of data tests Eliminates the guess work with proven, widely used data tests used in major trials/deployments worldwide. Easy to use automated simultaneous tests Enables scripting of user scenarios to provide consistency in testing. Parallel testing saves time driving and the low learning curve improves efficiency. Improved efficiency from a single platform that supports multiple technologies Optimize, benchmark, and quickly troubleshoot radio access networks (RANs) with fast, accurate measurements. JDSU provides firmware updates to the multi-tech mult-band receivers when upgrading technologies, such as adding LTE, protects customers hardware investment. Allows true end-to-end signal tracing Integration with the JDSU Signaling Analyzer with automatic correlation of protocol messaging from core and air interface lets users find root causes faster with more comprehensive troubleshooting/optimization of high-speed services.

4 JDSU Drive Test Portfolio W1314A Multi-band Wireless Measurement Receiver The W1314A RF receiver is an integral part of the Drive Test system. Its easy configuration and robust connections let users get quick and accurate measurements from the receiver when it is combined with the E6474A Wireless Network Optimization Platform. Perform simultaneous multitechnology measurements during a single drive-test or indoor survey Add up to four RF devices with USB charging, without impacting specified receiver measurement performance Improve measurement performance or add new technologies as they become available through automatic software upgrades to extend product life Low weight and power consumption Key Features Supports LTE, UMTS, GSM, Mobile WiMAX, 1xEVDO, cdma2000, iden, Spectrum Analysis, and CW All measurement collection and analysis is performed within the receiver hardware to minimize laptop processing requirements, ensuring specified receiver performance Ruggedized housing with complete RF shielding Designed to last for years of daily drive testing Integrated 50-channel high-sensitivity GPS with a USB 2.0 high-speed USB hub, reducing the need for additional hardware cabling

5 JDSU Drive Test Portfolio The JDSU Handheld Network Monitoring Tool A Multi-Meter for RF Engineers Simple to use, power on and go No RF knowledge required to make measurements Cost-effective because it offers multiple simultaneous testing 2G/3G and LTE Android and Symbian compatible Easy-to-understand graphical results Real-time analysis with results automatically sent to server for analysis Provides full coverage with strategically placed devices to ensure service in packed stadiums Compatible with main drive-test solution The JDSU Handheld Network Monitoring Tool now gives RF engineers a handheld multi-meter that is highly more portable and helps them perform tests in even the most difficult areas, using a common smartphone. Engineers can perform automated tests of voice calls, file transfer protocol (FTP) upload or download, and hypertext transfer protocol (HTTP) browsing while displaying the key network parameters and logging to the phone s data card. Users can program the device to start collecting data when the phone is powered on letting users with even no drive test experience perform tests and collect data. Installed on either Android platform (HTC Desire, HTC Thunderbolt) or Symbian Nokia engineering test mobiles (including the C7), the JDSU handheld solution provides a powerful and very portable test tool. It collects a wide range of network information from areas usually difficult to reach using typical drive-test tools. More importantly, it offers users the possibility to measure from the perspective of a smartphone.

6 Base Station Test Portfolio JDSU wireless test solutions for field applications cover all the different tests required to validate, install, and maintain base stations. The four main test areas in a base station are backhaul, feed-line, radio performance, and air interface. Value Proposition Accelerate time to revenue for new services Testing at all stages of network deployment plus operation and remote monitoring capabilities allow you to measure impact to QoS. Ensure service quality and customer satisfaction Verification reporting supports site acceptance and automated measurements to ensure results repeatability. Minimize the costs of operating your network A single instrument for base station, cable and antenna analysis provides frequency range and feature optioning to provide the right solution for your budget, all while reducing training requirements. Figure 3. Base station testing areas Mobile operators have different methodologies to install and maintain their network and, therefore, use different test tools such as dedicated feed-line or cable and antenna analyzers, multi-function analyzers, or base station analyzers that cover all the test areas of a base station. Figure 4. JDSU Base Station Portfolio

7 Base Station Test Portfolio Cable and Antenna Analyzers JD720 Series Ideal for field applications because of its superior design, including viewable daylight 7-inch touch-screen display, backlight panel viewable in the dark, and strong mechanical enclosure that supports drops and impacts and that weighs less than 2.0 kg (4.4 lb). Minimizes test time because measurements take less than 1 ms per data point, and its configurable limit lines with automatic pass/ fail indication enables performing conformance measurements quickly, easily, and systematically. Supports coaxial and fiber feed-lines to perform power measurements on coaxial or fiber cables interfacing with RF or optical power sensors. The majority of problems in wireless networks occur at the base station infrastructure or feed-line, which is composed of the antenna system, cables, and connectors. It is essential to have the optimal instrument for properly servicing or installing cell sites. The JD720 family provides all of the measurement functions necessary to accurately verify a site s transmission line and antenna system including signal reflections (VSWR or return loss), RF transmission power, and fault location (distance to fault). Applications Take reflection measurements with results presented in VSWR, return loss, or Smith charts Determine fault locations using distance-to-fault (DTF) measurements Perform cable-loss characterization through different frequencies Performs as an RF and optical power meter with external power sensors Take two-port transmission measurements for insertion gain or loss tests that are ideal for isolating antennas, amplifiers, and filters

8 Base Station Test Portfolio RF Analyzer JD746A Multi-function integration of spectrum, interference cable, and antenna analysis covering all the testing requirements to characterize the physical layer of cell sites. Reduces maintenance time performing standards-based RF measurements with only two keystrokes. Quickly locates interference due to its interference-finding capability that instantly correlates three measurement points to indicate the location of the interferer. Multi-carrier testing in a single measurement with a configurable channel scanner that tests up to 20 carriers of any technology at different frequencies. Supports coaxial and fiber feed-lines to performing power measurements on coaxial or fiber cables interfacing with RF or optical power sensors. The RF Analyzer JD746A combines the functionality of spectrum analysis, cable and antenna analysis, and power measurements, covering all the measurements required for test, acceptance, and troubleshooting the physical layer of base stations. The JD746A offers a full scope of RF performance measurements, such as channel power, adjacent channel power, occupied bandwidth, return loss, tower-mounted amplifier s gain, and distance to fault location. In addition, the JD746A provides an Interference Analysis function, which presents a spectrogram and RSSI showing RF activity of up to six signals through time, detailing differences in spectral power. Applications Use the spectrum analyzer to perform RF characterization of cell sites, including channel power, occupied bandwidth, adjacent channel leakage ratio, spectrum emission mask, and spurious emissions. Use the interference analyzer s spectrogram to identify intermittent interferers, its RSSI to monitor up to six possible interferers simultaneously across time, and its interference finder to identify the position of the interference through automatic triangulation. Use the channel scanner to perform channel power measurements of 20 carriers at any technology and frequency in a single test. Performs as an RF and optical power meter with external power sensors. Use the cable and antenna analysis to identify and locate reflections and to take two-port transmission measurements for insertion gain or loss tests that are ideal for isolating antennas, amplifiers, and filters.

9 Base Station Test Portfolio Signal Analyzers JD7108B, JD748A The Signal Analyzers JD7108B and JD748A are ideal test solutions for RF engineers because of their portability and superior performance analyzing cellular signals from 2 G to 4 G. These signal analyzers integrate spectrum, interference, and signal analysis to perform RF characterization and assess the modulation quality of cellular signals. Multi-functional integration of spectrum, interference, and signal analysis covering all the measurement requirements to test cellular signals Reduces maintenance time by performing a complete assessment of cellular signals automatically, covering standards-based RF metrics and modulation-quality performance in less than 5 minutes Quickly locates interference due to its interference-finding capability that instantly correlates three measurement points to indicate the location of the interferer Provides multi-carrier testing in a single measurement with a configurable channel scanner that tests up to 20 carriers of any technology at different frequencies Supports coaxial and fiber feed-lines to perform power measurements on coaxial or fiber cables interfacing with RF or optical power sensors Performs comprehensive signal analysis to provide a complete profile of the signal required for prompt troubleshooting and cellsite optimization, including RF characterization and modulationquality performance as well as the monitoring and control of user channels Applications Use the spectrum analyzer to perform RF characterization and spectrum clearance with its ability to record measurements over time Use the interference analyzer s spectrogram to identify intermittent interferers, its RSSI to monitor up to six possible interferers simultaneously across time, and its interference finder to identify the position of the interference through automatic triangulation Use the channel scanner to perform channel power measurements of 20 carriers at any technology and frequency in a single test Performs as an RF and optical power meter with external power sensors. Use the signal analyzer to perform standards-based RF metrics and modulationquality assessments of any cellular technology, including GSM/GPRS/EDGE, CDMA/CDMA2000/EVDO, WCDMA/HSDPA, TD-SCDMA, Mobile-WiMAX, LTE-TDD, and LTE-FDD

10 Base Station Test Portfolio Base Station Analyzers JD7105B, JD745A Multi-functional integration of spectrum, interference, signal, cable, and antenna analysis covering all the measurement requirements to test cell sites Reduces maintenance time by performing a complete assessment of cellular signals automatically, covering standards-based RF metrics and modulation-quality performance in less than 5 minutes Quickly locates interference due to its interference-finding capability that instantly correlates three measurement points to indicate the location of the interferer Provides multi-carrier testing in a single measurement with a configurable channel scanner that tests up to 20 carriers of any technology at different frequencies Supports coaxial and fiber feed-lines to perform power measurements on coaxial or fiber cables interfacing with RF or optical power sensors Performs comprehensive signal analysis to provide a complete profile of the signal required for prompt troubleshooting and cellsite optimization, including RF characterization and modulation quality performance as well as the monitoring and control of user channels The Base Station Analyzers JD7105B and JD745A are the ideal test solutions for verification, installation, and maintenance of cell sites. They integrate the necessary measurements to test all the different aspects of the base stations, including backhaul, radio performance, feed-line, and air interface. The Base Station Analyzers integrate spectrum, interference, signal, cable, and analysis performing spectrum clearance, RF characterization, and modulation-quality assessment of cellular signals from 2 G to 4 G. Applications Use the interference analyzer s spectrogram to identify intermittent interferers, its RSSI to monitor up to six possible interferers simultaneously across time, and its interference finder to identify the position of the interference through automatic triangulation Use the channel scanner to perform channel power measurements of 20 carriers at any technology and frequency in a single test Performs as an RF and optical power meter with external power sensors Use the signal analyzer to perform standards-based RF metrics and modulationquality assessment of any cellular technology, including GSM/GPRS/EDGE, CDMA/CDMA2000/EVDO, WCDMA/HSDPA, TD-SCDMA, Mobile-WiMAX, LTE-TDD, and LTE-FDD Use the cable and antenna analysis to identify and locate reflections and to take two-port transmission measurements for insertion gain or loss tests that are ideal for isolating antennas, amplifiers, and filters.

11 Mobile Assurance Portfolio The JDSU Mobile Assurance portfolio offers industry-leading probe-based monitoring and test solutions, plus associated professional services, that enable mobile service providers to define, roll out, and deliver high-quality voice, data, and multi-media services to their customers. Covering all the major wireless technologies GSM, GPRS, UMTS, MSS, LTE, CDMA, and CDMA 2000 the JDSU Mobile Assurance portfolio can also ensure trouble-free interoperability across multiple technology networks, either within a single provider, or between multiple providers. The JDSU Mobile Assurance Portfolio also offers solutions across both the major categories of probe-based assurance systems passive monitoring solutions and active test solutions so regardless of your mobile monitoring and test requirements, JDSU has a solution for you. Passive Monitoring Solutions Based on high-capacity probes located at points of traffic concentration in the core network, passive monitoring solutions copy signaling and user data, typically for all subscriber calls/sessions, 24 hours a day, 7 days a week. Analysis of the captured data lets providers generate network and service volume and quality measurements for all subscribers, a specified sub-group of subscribers, or an individual subscriber. Detailed transactional analysis of an individual call/session is also available to diagnose even complex problems. Different applications provide different types of analyses, including real-time event monitoring, detailed troubleshooting, and historical reporting. The JDSU Mobile Assurance portfolio includes the following passive monitoring solutions: access7 to assure GSM, GPRS, UMTS, MSS, and CDMA mobile networks and services accesslte to assure LTE mobile networks and services accesscdma2k to assure CDMA 2000 mobile networks and services.

12 Mobile Assurance Portfolio Active Test Solutions Reduces rollout time for new network technologies and services and speeds time to revenue (active test solutions only) Minimizes network/service downtime (including time during roll out of modifications to an existing technology or service) and maximizes service revenues Increases customer satisfaction delivering higher service quality and lowering churn Increases the effectiveness of support personnel in maintaining networks and services reducing operating costs Enables more effective planning for network capacity through trafficcapacity level reports, minimizing capital costs (passive monitoring solutions only) Enables accurate billing of roaming and interconnect partners, minimizing lost revenue (passive monitoring solutions only) Enables monetizing bandwidth with delivery of premium-priced services based on the measurement and reporting of SLA parameter performance (passive monitoring solutions only) Enables monetizing bandwidth by defining new services (or marketing promotions) from detailed insight into subscriber usage of devices/ bandwidth/applications (passive monitoring solutions only) Based on device-simulating probes located at subscriber locations, active test solutions execute calls/sessions end-to-end across the whole network. Typically conducting calls at scheduled intervals (or on demand) and locations, the test probes generate service-quality measurements for the executed calls/sessions which are representative of the actual service quality that subscribers making calls/sessions experience. Software Service Validation Packages (SVPs) provide test profiles that thoroughly characterize specified services, and a mobile identity (MI) server provides a central pool of SIM modules to enable the use of various subscriber profiles during the tests. The JDSU Mobile Assurance portfolio includes the RCATS active test to assure GSM, GPRS, UMTS, LTE, CDMA, and CDMA 2000 mobile networks and services. Value Proposition Enables pre-testing and fault de-bugging of new network technologies and services prior to commercial rollout (active test solutions only). Significantly reduces (up to >80 percent) the time it takes to detect and diagnose service-impacting faults. Provides accurate and detailed statistical information such as volumes, success rates, failure causes, and durations for the following (passive monitoring solutions only): subscriber calls/sessions network equipment traffic levels roaming/interconnect partner calls/sessions subscriber usage of devices/bandwidth/applications. Compared to similar, probe-based passive monitoring solutions, the JDSU portfolio offers faster fault resolution via integrated applications (typically fewer than three mouse-clicks to diagnose any problem) and more powerful automatic correlation of data, greater scalability, and the most effective pre- and post-sale services. On the active test side, JDSU offers more effective test scheduling, scalability, and services compared to similar solutions.

13 Mobile Assurance Portfolio Portfolio Products and Services The JDSU Mobile Assurance portfolio includes both products, such as probes, software platforms and applications, and professional services. The main application products and services are as listed below. Passive Monitoring Solutions Applications QoS Analyzer (QoSA) based on measured network and service KPIs, the QoSA application performs real-time monitoring and generates alarms when KPIs exceed set thresholds, so providers can quickly identify and prioritize the investigation of serviceaffecting problems. QoSA supports monitoring of GSM, GPRS, UMTS, MSS, LTE, CDMA, and CDMA 2000 networks and services. QoS Analyzer for SIGTRAN (QoSA SIGTRAN) similar to the QoSA application, this application is dedicated to the real-time monitoring of SIGTRAN (SS7 over IP) networks, including SIGTRAN Link Status monitoring, to immediately identify any high-impact IP link issues. Centralized Roaming Management System (CRMS) performs KPI-based realtime monitoring plus historical reporting of high-value GSM, GPRS, and UMTS roaming services. It tracks critical procedures for both inbound and outbound roaming and raises alarms to highlight potential service issues and generates performance reports, including the benchmarking of roaming partners. Session Trace (ST) is an easy-to-use, powerful network and service troubleshooting tool that automatically identifies and correlates data associated with each call or session and illustrates the call/session signaling procedures from start to end, highlighting any abnormal occurrences. With the ability to perform this analysis in real time, or on stored historical data, ST enables fast diagnosis of even the most complex network and service faults. ST supports troubleshooting of GSM, GPRS, UMTS, MSS, LTE, CDMA, and CDMA 2000 networks and services. Protocol Analysis (PA) complementary to ST, is a flexible message capture and protocol decode tool for troubleshooting non-call or session-related problems. With configurable capture triggers and filters, it rapidly captures the messages of interest and decodes the contents to diagnose problems. PA supports troubleshooting of GSM, GPRS, UMTS, and CDMA networks. Data Mining Toolkit (DMT)/accessIQ are business intelligence (BI) analysis and reporting applications. BI analysis/reporting profiles KPIs across multiple dimensions, for example, detailing the activation success for a specific service by device type by cell location. BI analysis/reporting can reveal (otherwise difficult to detect) service problems limited to particular dimensions and can profile customer use of applications, devices, and bandwidth, among others. The DMT and access iq support BI analysis/ reporting of GSM, GPRS, UMTS, and CDMA networks and services. accessinsight Data Feeds Export is a mediation solution that quickly and easily supplies the information-rich data that JDSU passive monitoring probes collect to (non-jdsu) third-party applications. Data relating to services and devices, location and mobility, failed calls/sessions are examples of the type of information available from JDSU passive monitoring probes that is not available from network equipments. accessinsight Data Feeds Export supports the supply of probe data from GSM, GPRS, UMTS, and CDMA networks and services.

14 Mobile Assurance Portfolio Active Test Solutions Service Validation Packages (SVP) Basic Voice Validates the quality and performance of basic mobile-to-mobile, mobile-to-landline, and landline-to-mobile calls. KPIs that are measured include call success rate, start and end times, channel assign, and release times. Supplementary Services Validates the quality and performance of supplementary call services such as Caller ID, call waiting, call forwarding, call hold, and call barring. Measures such KPIs as success rates. Voice Quality Validates the audio quality for voice calls for mobile-to-mobile, mobile-to-landline, and landline-to-mobile basic calls. It measures KPIs such as MOS (Mean Opinion Score), signal-to-noise ratio (SNR), and peak level/delay for echo. Interactive Voice Response (IVR) Validates the quality and performance of IVR services by detecting and testing tones, voice, music, and other audio used in IVR systems. It measures KPIs based on a basic pass/fail criterion. Basic Data Validates the quality and performance for basic data session connectivity, including session establishment, session connection, and session integrity. It measured KPIs such as PDP context activation success rate, connect time, and bytes sent/received, as well as the ability to conduct ping tests. WAP Validates the quality and performance for mobile access of web services via WAP and HTTP. It measures KPIs such as download success rate, connect time, send time, and data transfer rate. SMS Validates the quality and performance of short messaging services (SMS) for both mobile-to-mobile and e-mail-to-mobile communications. It measures KPIs such as mobile originated/terminated success rate and delivery time. MMS Validates the quality and performance of multimedia messaging services (MMS) for both mobile-to-mobile and e-mail-to-mobile communications. It measures KPIs such as mobile originated/terminated success rate and delivery time. PLUS Professional Services Custom Services JDSU resource to deliver custom functionality and/or integration to optimize operation and return on investment (ROI) of your assurance solution. Deployment and Support Services Comprehensive JDSU professional services to ensure effective commissioning of you assurance solution and to maximize solution availability, bug-free functionality, and user understanding of the system operation. The service includes a software upgrade service (SUS) and solution operator/administrator training courses. Managed Services Assurance solution ownership and/or operation by JDSU to reduce customer infrastructure and OpEx costs as well as ensuring optimum use of the solution. Consulting Services (passive monitoring solutions only) JDSU assurance experts help customers make the right business and technical decisions about their mobile networks and services, generally using information gathered from deployed JDSU assurance solutions.

15 Network Protocol Test Portfolio Signaling Analyzer (SART) Family The JDSU Signaling Analyzer family increases the effectiveness of engineers who develop, plan, install, optimize, and troubleshoot complex mobile networks. The solution offers a breakthrough in troubleshooting methodology with a high-performance client-server, multi-user architecture and seamless drill-down from statistics and call trace to message and decodes. Real-time performance analysis and measurements against KPIs Intelligent hardware probes can be distributed anywhere in the network and do much of the processing Multi-user access enables parallel testing and test infrastructure sharing to reduce time to test and to market A robust applications programming interface enables workflow automation, which speeds deployment and reduces time-to-revenue and operating costs An industry-unique, patented Call Trace that lets engineers quickly visualize the network s state and then drill down to examine certain procedures Reduce time to repair in complex access and services networks with detailed historical and forensic analysis capabilities at 10 G This solution allows complete and uniform testing of a network and individual call performance across all mobile network technologies and call types. This capability speeds and simplifies resolution of even the most complex Interoperability problems in telephony. The JDSU Signaling Analyzer Real Time is the test industry s most complete, endto-end analysis and troubleshooting solution for wireless networks, providing comprehensive monitoring and network diagnostics. Value Proposition Lower cost of ownership Multi-user functionality enables high-performance, multi-client analysis by several clients in a single solution. Faster deployment and troubleshooting Supports 2G, 2.5G, 3G, and 4G technologies with graphical call trace, statistics, and KPIs to visualize a variety of information elements and the performance of the network. Quick problem isolation with just three clicks of the mouse SART is an efficient troubleshooting application that helps customers find network problems and service degradations with just three clicks of the mouse. Multi-technology-ready solution With a uniform application framework for all technology needs within both the engineering and operations organizations, saves customers up-front costs through the technology evolution to realize significant and continual OpEx savings. Figure 5. Multi-technology-ready solution

16 Network Protocol Test Portfolio Capacity Test The JDSU Capacity Test product family provides advanced load generation for 3G and 4G networks, giving customers an unmatched ability to test equipment and services under realistic traffic loads in their labs. The Capacity Test solution makes it possible to test the performance and capacity of CDMA (1xRTT, EV-DO), UMTS (HSDPA, HSUPA, HSPA+), and LTE networks, where coverage, capacity, and performance are load dependent. Testing under load with the Capacity Test system ensures optimal wireless network performance, ultimately resulting in the best possible end-user experience. Applications Functional Feature tests to verify RF performance of 3G and 4G networks. System Performance tests with mixed data applications to measure maximum data throughput, packet latency, and jitter, among others, under dynamic RF environments. Call Model tests to verify system performance under real-world traffic scenarios. Stress testing under traffic load to measure the impact on RF resources as well as the integrity of signaling under load. Data Application Performance tests to measure quality of service (QoS) and its impact on voice and data throughput for mixed data traffic. Mobile perspective to obtain logging and performance analysis. Value Proposition Accelerated network life-cycle testing Characterizes network recovery response to overload events and analyzes the impact of mixed UE categories and traffic with a defined load on network performance. Faster time to revenue Enables testing of more scenarios in a fraction of the time. Repeatable and deterministic test behavior With phone cabinets, customers can run the same test 10 times and get 10 different results: The Capacity Test solution provides repeatable and deterministic testing behavior to reduce time to market. Finds defects earlier in the development cycle Reduces time to revenue. Higher-quality products Facilitates release to market in less time High terminal density in reduced footprint The Capacity Test solution reduces the footprint compared to that used by competitive solutions. enodeb LTE MME RF NodeB UTRAN R99, R5 R6, R7 RNC Evolved Core Internet RF BTS CDMA EVDO, ehrpd RNC Core Network PSTN Figure 6. JDSU Zephyr Capacity Test

17 Network Protocol Test Portfolio PacketInsight PacketInsight benefits operators and manufacturers with lightning-fast search and retrieval capabilities that are critical for troubleshooting and root-cause analysis. It captures Ethernet frames with both control and user plane data at speeds approaching 10 G without any packet loss, writes them to disk, and intelligently indexes them in real time. Even while indexing occurs, users can still perform analysis on the captured data using the JDSU Signaling Analyzer (SART), JDSU Network Analyzer (NA), JDSU Triple Play Analyzer (TPA) applications, or WireShark. Further complementing these advances is the use of a powerful search engine that delivers end-user data/sessions/ calls for detailed root-cause analysis in record-breaking time. Single platform for UMTS and LTE network technologies without reconfiguring Supports end-to-end tracing and KPIs in conjunction with SART High-performance search engine reduces the time for obtaining meaningful results Value Proposition Rapid troubleshooting and optimization of networks and systems Identify, extract, and analyze at line rates accelerating the time to meaningful results Identification and root-cause analysis while capturing traffic at 10 G Capture at 10 G and find any user/subscriber sessions among hundreds of terabytes in seconds. Zero Config This appliance will capture and enable high-performance searches on the packets it sees. Open Platform This appliance has open XML/SOAP API so customers can control the unit to meet their needs. Retrieves files in industry-standard PCAP format, so customers can re-use their current analysis tool set thus protecting their investment. Largest capacity solution reduces CapEx and OpEx With the largest capacity line-rate packet capture on the market, operators and manufacturers require fewer systems and can spend less time getting results. Complements JDSU Analyzer tools and XML applications Web-based, easy-to-use graphical user interface

18 Network Protocol Test Portfolio JDSU Triple Play Analyzer Software Provides comprehensive QoS/QoE measurements for video and VoIP over UMTS, HSPA, WiMAX, and LTE networks Automatically discovers and analyzes IPTV, MSTV, VoD, VoIP, and data streams Combines mobile signaling, media quality, and IP transport tests Saves time and money by quickly resolving difficult video, voice, and data network problems Increases efficiency with one platform, one user interface, and all three services Combines full protocol analysis with end-user QoE for true visibility into network anomalies Triple-play services such as video, voice, and data are not limited to wireline infrastructure. Adding wireless to traditional triple-play services is often referred to as quadruple play. Mobile providers are adding triple-play services to their offerings, resulting in new dimensions of complexity. The JDSU 6900A Triple Play Analyzer (TPA) is the most complete monitoring and troubleshooting tool in a single solution for developing, installing, monitoring, and troubleshooting quadruple-play applications to realize faster time to market. Built on the award-winning JDSU Network Analysis and Troubleshooting Solution, the scalable DNA architecture provides the foundation for the JDSU advanced protocol analysis, monitoring, and troubleshooting Triple Play Analyzer. Figure 7. Triple-play infrastructure

19 Network Protocol Test Portfolio Figure 8. Complete analysis solution Value Proposition Reduced CapEx and OpEx Offers one platform with one user interface for triple/quad-play support. Faster time to revenue Reduces test cycle time with one comprehensive platform. Multi-technology ready solution Uses a uniform application framework for both 3G and 4G letting engineering and operations organizations realize significant continual saving on OpEx. Broadest protocol support in all key technologies Supports more than 500 protocols and decodes and is enhanced with regular software updates, ensuring the latest technology support. Wireless industry s most complete suite of data tests A proven solution which is one of the most widely used in major trials/deployments worldwide. Improved efficiency from a single platform Eliminates the need to train, install, and operate separate platforms, protecting your investment. Figure 9. TPA for mobile applications

JDSU is committed to the continuing evolution of the industry-leading LTE test solution for end-to-end testing and real-time monitoring and offers the following critical aspects to assist you in monetizing your network: Control and confidence to meet revenue goals and demanding subscriber requirements The most commonly used commercial tool set in LTE networks Complete life-cycle support JDSU understands your customers and can help you deploy LTE services quickly, cost-effectively, and in compliance with SLAs. Contact your local JDSU salesperson for more information, or visit us at www.jdsu.com/lte. Optimize your wireless network Install and maintain cell towers Isolate problems quickly Mobile Assurance customer satisfaction Maximize network performance with capacity test JDSU Zephyr SOLUTIONS TO ADVANCE YOUR MOBILE NETWORK Devices Tower Backhaul Transport Applications NOC Lab Test & Measurement Regional Sales NORTH AMERICA TEL: 1 866 228 3762 FAX: +1 301 353 9216 LATIN AMERICA TEL: +1 954 688 5660 FAX: +1 954 345 4668 ASIA PACIFIC TEL: +852 2892 0990 FAX: +852 2892 0770 EMEA TEL: +49 7121 86 2222 FAX: +49 7121 86 1222 WEBSITE: www.jdsu.com/test Product specifications and descriptions in this document subject to change without notice. 2012 JDS Uniphase Corporation 30173124 000 0212 ZMOBILESOL.SG.NSD.TM.AE February 2012