PILOT PIONEER PRODUCT OVERVIEW V10.2

Transcription

1 PILOT PIONEER PRODUCT OVERVIEW V10.2 Dingli Corporation Limited Powering Network Experience

2 01 Overview 2

3 Overview Drive Test Solution for Mobile Network Test and Measurement Pilot Pioneer is DingLi's multi-technology laptop-based mobile network test and measurement tool. It is an integrated solution that can be used for both indoor and outdoor test environment. Various services tests can be conducted with a wide range of the latest supported commercial test terminals. Pilot Pioneer is applicable throughout the network development lifecycle, therefore allowing network and service provider to fully leverage on their investment. The collected data reflects subscriber's perceptions and experience, enabling network operators to fine tune the network and services to maximize subscriber s satisfaction. GPS Advanced Multi-Technology Drive Test Solution 3

4 Overview Various Test Scenarios Outdoor Drive test Indoor test NB-IoT scanner test, resource block (RB), CW and spectrum analysis Single site verification Qualcomm chipset (commercial terminals) based forcing functions Data Insight in LTE network Custom analysis Custom statistics report Statistics Report for NB-IoT/ emtc performance Highly-Integrated Service Tests NB-IoT test: Ping, UDP VoLTE, CSFB, and MOS tests FTP, Ping, WAP, PBM and other data tests Application tests for HTTP, video and e- mail Automatic tests for OTT (e.g. Wechat and Wechat contacts Sophisticate Efficient Professional Easy operation Comprehensiv e Automatic tests Dedicated NB-IoT measurement windows Automatic device configuration Intuitive user interface Easy interface operation Short learning curve Compatible with Advanced Network Features NB-IoT/eMTC test solutions Downlink 256QAM/uplink 64 QAM test solutions 4 x 4 MIMO test solution VoLTE test ViLTE test 3CC (FDD/TDD) CA test GSM Refarming WCDMA AMR-WB Multi-technology and Multiple Chipsets support NB-IoT/eMTC/ LTE- A/LTE/TDS/WCDMA /CDMA/GSM air interface messages collection Qualcomm and Hisilicon chipsets and terminals TCP/IP data service messages analysis 4

5 Test Scenario Outdoor and Drive Test Applicable to various outdoor test environments such as highways, high-speed rail, public hotspots, etc. and data analysis. Multiple map formats supported, e.g. Google Maps/Satellite Maps, Bing Map, Baidu Map, and MapInfo Multi-layer information management: GPS-based test routes, parameter coverage routes, cell sites, maps, events, and alarms Multiple cell site display modes on the Map, comprehensive cell site information management, search, and quick positioning functions Multiple map-based analysis under Map window, e.g. cell coverage analysis, neighbor cell analysis and region analysis Parameter coverage on background map in grey to highlight the network exceptions Indoor Test Scenarios Applicable to various indoor test environments such as any in-building scenarios, elevators, airports, stations, etc. and data analysis. Multiple map sources, e.g. ibwave, standard floor plans, and floor images in the *.jpg, *.png, *.bmp, *.tab formats. Pre-pinpoint and pinpoint with walk test to ensure the positioning accuracy Indoor test management and test data storage based on building floors Specialized Report for indoor test 5

6 02 Standard Product Features 6

7 Network Technology All Radio Access Network Technologies Pilot Pioneer provides test solutions for NB-IoT/eMTC network. Supports multiple technologies, including LTE-CA/TDD-LTE/FDD-LTE/TD-SCDMA/ WCDMA/HSPA+/DC/CDMA/EVDO/GSM Network measurement information display, e.g. radio parameters, network events, service events, and Layer 3 signaling messages 7

8 Main Functions(1) USB Test Box Integrated with RCU/Scout Module Data Insight and Smart Analysis USB Test Box developed by DingLi Set test band as required by users and configure 2CC CA as required by users VoLTE test, MOS evaluation Network locking, band locking and cell locking Integrated Analysis with the features of smart analysis and data mining Automatically locate and analyze possible problems in test data Big data analysis to improve the efficiency to identify and troubleshoot mobile network problems Analysis results may be displayed in various mode. Automatically synchronize the information in map, parameter and event windows. Forcing Functions with Commercial Terminals Commercial terminals configured with some technologies (e.g. root configuration, ROM re-installation, etc.) for network measurement Reduce test costs by not having to invest on specialized test devices Service test from users perspective VoLTE/CSFB Smart Analysis and Data Test Exceptions Analysis Smart analysis allows more accurate and quicker data analysis for users Display time, location, possible reasons and processing suggestion for abnormal events in every phase of VoLTE test. Custom statistic reports Custom Analysis-Filter Built-in Filter with conditions for data processing Filter by parameter, time, region, state, condition range, service and Bin. Comprehensive data filtering based on combined conditions, e.g. Parameter + Time + Service. Data displayed in the map window, log files partition, data statistics and analysis based on data filtering. Meet the requirements of custom data capture, statistics reports and specialized analysis. 8

9 Main Functions(2) License Query and Online Update License query, including terminals, RAT, services, analysis, reports, etc. Displays soft/hard dongle serial number, expiration date. Online update: Users may update the patches with designated version of license client in an intelligent way or install a new software version A More Flexible Mode to Detect the Parameters For those parameters which are not listed in the Table, users may drag the parameters from Message Details to Table to conveniently view any measurement updates Displays the real parameter values in the Table window, and exports the search results 9

10 Service Test Bandwidth Measurement under LTE Network Dingli's PBM (Pulse-Sampling Bandwidth Measurement) solution Bandwidth measurement with high accuracy (test result is in accordance with that of FTP test) Low network traffic to reduce test cost (one tenth of FTP test) Minimum network resource utilization with little impact on common users VoiceTest Voice test, e.g. 2G/3G/4G, Mobile to Mobile POLQA and PESQ audio quality MOS test Various Service Tests NB-IoT test: UDP, Ping Network performance test, e.g. FTP, Multi-FTP, Ping, Attach Service test from user s perspective, e.g. HTTP, Video quality measurement with Youtube, Facebook and other video streaming services used in China mainland (e.g. YouKu, iqiyi,,, Tencent, itudou, etc.) Control of test process and voice quality evaluation with MOS (PESQ and POLQA), applicable to all commercial terminals. TCP/IP data collection for data analysis 10

11 Flexible Analysis and Statistics Reports Powerful Data Analysis Capability Supports data replay and synchronization to reflect the actual network status. Supports to Run the replay button, slide (left or right) the speed toolbar and position toolbar to synchronize the information in Map window, Event window and Parameter window. Multiple display modes, e.g. tables, bar charts, distribution maps and trend chart Easily exports log file to multiple third-party formats, capable of higher storage performance and flexible scalability Custom Statistics Report Provides flexible custom reports. This function meets various statistics requirements. Users may predefine analysis conditions, e.g. parameters, KPIs, events Built-in Filter with conditions for data processing Multiple display modes, e.g. Excel, Word, etc. Various statistics templates Multiple and professional data analysis Coverage Analysis Interference Analysis Cell Analysis Service Analysis Delay Analysis Users may set analysis conditions, including parameters, KPIs, etc., as required, to meet demanding analysis requirements Map window Parameter window Message window Graph window Event window 11

12 Test and Reports Management Custom Events/Parameters Provides flexible custom events and parameters The function of user-defined events, alarms and parameters caters to actual test scenarios. Statistics on custom events and parameters. Templates Import/Export The templates that can be imported/exported include: report templates, analysis templates, filter templates and parameters templates. It is convenient for sharing templates between multiple Pilot Pioneer Expert users, or between different versions of Pilot Pioneer Expert. It is easy to import user-defined templates to the updated version or to different computers. Easy Test Management Automatically detect and connect test devices One-click backup and restoring of project configuration Custom test scenarios, and movable windows in the Workspace for better data view Multiple shortcut buttons for test management in a more convenient way. Assistant data display modes, e.g. freeze screen, capture screen, and export data files Network measurement assistant information display, e.g. test progress, real-time statistics KPIs, device alarm and KPI alarm Switching among multiple workspaces and multiple terminals information display 12

13 Supported Terminals Chipsets Handsets Qualcomm Hisilicon Samsung Innofidei Leadcore Huawei Note II, III, IV, V Galaxy S3, S4, S5, S6, S7, S8, J5108 Mate 7 E392u, E3276s, E5375s Scanners Nubia Z9 NX508, NX510J, NX518J Z11 Mini NX529J, Z11 NX531J, Z9 Max NX518J PCTEL MX, EX, EXFlex, IBFlex HTC M8t, M9u, 10 R&S TSME, TSMW iphone 5s, 5c, 6/6 Plus, 6s/6s Plus, Genuine IOS Anite FSR ZTE Blade Q LUX, MF831, AC 3633, V8 (Note: DingLi does not supply/resell the Anite FSR scanner to the end customer. Customer who wishes to utilize the FSR scanner with Pilot Pioneer will need to source the scanner directly from Anite) Others NB-IoT New Terminals Support Qualcomm MTP 9640, SONY Z2, ViVO Y66i Remo1526/1601, LongsungA9500, Lierda, Quectel test module SAMSUNG Galaxy S8 G9500 / S8+G9550 ZTE Blade V8 ViVo Y66i NB-IoT test modules For more details, please refer to A6.Pilot Pioneer Release Note V10.2 document. Note: For more details, please see Dingli s Offered Devices document. 13

14 Supported Terminals for Carrier Aggregation (CA) and VoLTE/ViLTE Test Supported Terminals for Carrier Aggregation (CA) test Supported Terminals for VoLTE/ViLTE test No. Terminal Name 3CC (DL) terminal UE Category Field Carrier Combination Peak Speed (Mbps) Theoretical value: 452 Mbps 1 ZTE MF980 Cat FDD Field: 280 (Cat6/2CC scenario) 2 SAMSUNG S7 G9300 Cat TDD Field: 238 (drive test) 3 SAMSUNG S8 G9500 Cat FDD Field: SAMSUNG S8+ G9550 Cat FDD Field: CC (DL) terminal ZTE Nubia Z9 Max NX518J, elite version (specific ROM) ZTE Nubia Z11 Mini NX529J (specific ROM) Theoretical value: 300Mbps Cat FDD Field: 270+ Cat FDD Field: ZTE Nubia Z11 NX531J Cat FDD Field: iphone 6s Plus A1699 Cat iphone 6s A1700 Cat FDD Field: 235 Note: The field test peak speed is influenced by multiple factors (e.g. Radio Resource), and only represents the test results at that point in time. No. Terminals Chipset Frequencies and Bands MOS 1 Samsung S7 Qualcomm 2 ZTE Blade V8 Qualcomm 3 HTC 10 Qualcomm 4 iphone6/6s Qualcomm 5 Huawei Mate8 HiSilicon 4G: TDD-LTE Band 38/40/41 4G: FDD-LTE Band 1/2/3/4/5/7/8/9/17/18/19/20/26/28 3G: TD-SCDMA Band 34/39 3G: WCDMA Band 1/2/5/8 2G: GSM 850/900/1800/1900 MHz 4G: TD-LTE Band 38/39/40/41 4G: FDD-LTE Band 1/3 3G: TD-SCDMA Band 34/39 3G: WCDMA 850/900/1900/2100MHz 2G: CDMA/EV-DO 800/1900/2100MHz 2G: GSM 850/900/1800/1900MHz 4G: TDD-LTE Band 38/39/40/41 3G: TD-SCDMA Band 34/39 3G: WCDMA 850/900/1900/2100MHz 2G: GSM 850/900/1800/1900MHz 4G: TDD-LTE Band 38/39/40/41 4G: FDD-LTE Band 1/3 3G: TD-SCDMA Band 34/39 3G: WCDMA 800/850/900/1700/2100/1900/2100MHz 2G: CDMA/EV-DO 800/1900/2100MHz 2G: GSM 850/900/1800/1900MHz 4G: TD-LTE Band 38/39/40/41 3G: TD-SCDMA Band 34/39 2G: GSM 850/900/1800/1900 MHz or later 4.0 or later 4.0 or later 3.6 or later 4.0 or later

15 NB-IoT Test Modules Supported by Pilot Pioneer V10.2 Device Model Chipset NB-IoT/eMTC Band Services Forcing Functions Remo1526/1601 Qualcomm92 06 NB-IoT & emtc Band1/3/5/8/20/39 VoLTE/Attach/Ping/AT UDP/ iperf/ftp/cell Reselection Basic forcing functions (e.g. power on, power off, attach, detach, APN settings, etc.), scrambling code settings, PSM settings, edrx settings, network locking, band locking, frequency locking, cell locking, etc. LongsunA9500 Qualcomm92 06 NB-IoT & emtc Band1/3/5/8/20/39 VoLTE/Attach/Ping/iPerf/FTP/Cell Reselection Basic forcing functions (e.g. power on, power off, attach, detach, APN settings, etc.), scrambling code settings, PSM settings, edrx settings, network locking, band locking, cell locking, etc. Lierda HiSilicon NB-IoT Band5/8/20 Attach/Ping/AT UDP/ iperf/ftp/cell Reselection Basic forcing functions (e.g. power on, power off, attach, detach, APN settings, etc.), scrambling code settings, PSM settings, edrx settings, etc. Quectel test module HiSilicon NB-IoT Band5/8/20 Attach/Ping/AT UDP/ iperf/ftp/cell Reselection Basic forcing functions (e.g. power on, power off, attach, detach, APN settings, etc.), scrambling code settings, PSM settings, edrx settings, etc. 15

16 03 New Features 16

17 Test Solutions for LTE-A Pro Network* DingLi is the only vendor providing LTE-A Pro test for China MNOs with Pilot Pioneer 10.2 using Samsung Galaxy S8 G9500 as the test mobile. SAMSUNG Galaxy S8 G9500: Cat 16, with 3GPP Release 12/13 protocol Category16: Capable of 3CC Carrier Aggregation (CA) Capable of downlink 256QAM/uplink 64 QAM Capable of 4x4 MIMO With maximum data download throughput approaching to the theoretical value (1Gbps). TDD+FDD: Supports TDD+FDD CA VoLTE test: China Mobile EVS codec and decode with ultra wide band (UWB) MOS test Video call test Benefits and values: Available LTE-A solutions Applicable to all LTE-A features Meet customers test requirements Note: This test solution is verified only in China, customers who want to have the access to this function may contact DingLi technical support. 17

18 256 QAM/3CC/4x4 MIMO Parameters Display- Real Time Interface (1) Parameter information of 256 QAM/3CC/4x4 MIMO can be displayed in real time. 18

19 256QAM/3CC/4x4 MIMO Parameters Display- Real Time Interface (2) Parameter information of 256 QAM/3CC/4x4 MIMO can be displayed in real time. 19

20 256QAM/3CC/4x4 MIMO Parameters Display- Real Time Interface (3) Status of channel subframes real-time display and statistics 20

21 Interface Display and Forcing Functions for LTE-A Pro Test Various test scenarios for LTE-A Pro network, and forcing functions with terminals Various Test Scenarios Supports one-click log files import Displays multiple radio parameters, and emphasizes LTE-A Pro features Multi-dimension display of scheduled radio resources Real-time display of various subframes status Forcing Functions Power on or power off the terminal Attach/Detach Handover between 2x2 MIMO and 4x4 MIMO (applicable to compare the differences between 2x2 MIMO and 4x4 MIMO ) Network locking, band locking and cell locking 21

22 LTE-A Pro Test: Drive Test Comparison between 4x4 MIMO and 2x2 MIMO Drive tests with the same terminal capable of 2x2 MIMO and 4x4 MIMO: RSRP for 4x4 MIMO is about 6 dbm more than that of 2x2 MIMO SINR for 4x4 MIMO is similar to that of 2x2 MIMO Download throughput with 4x4 MIMO is 101 Mbps more than that of 2x2 MIMO Upload throughput with 4x4 MIMO, is 4 Mbps more than that of 2x2 MIMO RSRP Download Throughput Test Scenarios Drive Test Coverage RSRP SINR Download Throughput Upload Throughput (Mb) (Mb) 4x4 MIMO Peak Value x2 MIMO Peak Value x4 MIMO Average Value x2 MIMO Average Value

23 LTE-A Pro Test:Single Carrier s Peak Throughput The peak throughput of 20MHz-bandwidth single carrier with 4x4 MIMO and 256 QAM is over 382Mbps, which is close to the theoretical throughput ( Mbps) 23

24 LTE-A Pro Test:3CC Carrier Aggregation (CA) s Peak Throughput The peak throughput for 3CC CA (3*20MHz bandwidth) with 4x4 MIMO and 256 QAM is over 844Mbps, which is close to the Cat 16 theoretical throughput Note: Users need to consider the interference between carriers and from external macro cell site, when 4x4MIMO and 256 QAM are applied to 3CC CA. 24

25 NB-IoT and emtc Test NB-IoT test features Pilot Pioneer V10.2 supports NB-IoT test with multiple NB-IoT and emtc test modules. Each test module supports both NB-IoT and emtc. Customized NB-IoT test scenarios, one-click display of all NB-IoT and emtc test KPIs Support 3GPP Release 13 protocol. Support multiple test services and forcing functions. Support HiSilicon and Qualcomm chipset. Benefits and values Available NB-IoT solutions Support various NB-IoT application scenarios Meet customers requirements for NB-IoT test Test modules with HiSilicon and Qualcomm chipset Customized NB-IoT and emtc test scenarios NB-IoT emtc 25

26 NB-IoT Test Parameters NB-IoT Parameters Parameters Description EARFCN Frequency PCI Physical Cell Identifier RSRP(dBm) Reference Signal Received Power SINR Signal to interference noise ratio Tx Power Mobile phone transmit power PRACH:MSG1(RA) Repeat NPRACH (Narrowband Physical Random Access Count Channel) Repeat Count UL Repetition Number NPUSCH (Narrowband Physical Uplink Shared Channel) Repeat Count DL Repetition Number NPDSCH (Narrowband Physical Downlink Shared Channel) Repeat Count NPDCCH (Narrowband Physical Downlink Control DCI N0 Repetition Number Channel) DCI N0 (Downlink Control Information N0) Dispatch Count DCI N1 Repetition Number NPDCCH DCI N1 Dispatch Count Coverage Level Coverage Level MCL Maximum Coupling Loss UL RU N-ru, RU count assigned to NPUSCH DL Subframe Number N-sf, subframe count assigned to NPDSCH UL TBS Uplink Transport Block Set DL TBS UL MCS DL MCS SN Downlink Transport Block Set Unlink Modulation and Coding Scheme Downlink Modulation and Coding Scheme Subcarrier Number,i.e.: the count of SingleTone and MultiTone Parameters Description TAC Tracking Area Code CI Cell Identification UL Initial BLER(%) Uplink Initial Block Error Ratio (%) DL Initial BLER(%) Downlink Initial Block Error Ratio (%) UL Retransmission BLER(%) Uplink Retransmission Block Error Ratio (%) DL Retransmission BLER(%) Downlink Retransmission Block Error Ratio (%) Sub Carrier Spacing 3.75 or 15, Sub Carrier Spacing (uplink) UL ACK Uplink ACK Count UL NACK Uplink NACK Count DL ACK Downlink ACK Count DL NACK Downlink NACK Count UL RLC(byte) DL RLC(byte) UL MAC(byte) DL MAC(byte) UL PHY Throughput(kbit/s) DL PHY Throughput(kbit/s) UE STATE Uplink RLC (Radio Link Control) transmission packet size Downlink RLC transmission packet size Uplink MAC (Media Access Control) transmission packet size Downlink MAC transmission packet size Uplink PHY(Physical Layer) transmission throughput (kbit/s) Downlink PHY output throughput (kbit/s) PSM, IDLE, Suspend (User Plane mode), Active 26

27 emtc Test Parameters emtc Parameters Parameters Technology Work Mode CE Mode Bandwidth(MHz) Narrowband Num. MCC MNC Band EARFCN DL Frequency DL(MHz) PCI ECI Cell ID enodeb ID Sector ID SA Type SSP TAC TM Rank Indicator Transmission Type NumberPRB Pairs MPDCCH NumRepetition Description Network Technology/eMTC Work mode, half-duplex or full-duplex, FDD or TDD BL/CE (Bandwidth-reduced Low-complexity and Coverage Enhanced) receive and send mode, ModeA or ModeB System Bandwidth Bandwidth Number Mobile country code Mobile Network Code The frequency band E-UTRA Absolute Radio Frequency Channel Number Downlink Downlink Frequency Physical cell identity E-UTRAN Cell Identifier Cell identity enodeb identity Sector identity Subframe configuration Special timeslot configuration Tracking area identification Transfer mode Single (dual) channel indicator Transmission type physical resource block pairs MPDCCH (machine type communications (MTC) physical downlink control channel) retransmission count Parameters Description RSRP(dBm) Reference Signal Received Power SINR(dB) Signal to interference noise ratio RSSI(dBm) Received signal strength indicator RSRQ(dB) Reference signal reception quality Pathloss(dB) transmission Path Loss PRACH TxPower(dBm) Physical Random Access Channel TxPower PUCCH TxPower(dBm) Physical Uplink Control Channel TxPower PUSCH TxPower(dBm) Physical Uplink Shared Channel TxPower MPDCCH Grant Count DL/s MPDCCH Grant Count Downlink/s MPDCCH Grant Count UL/s MPDCCH Grant Count Uplink/s Resource block count scheduled in MPDSCH (machine MPDSCH RB Count/s type communications (MTC) Physical Downlink Shared Channel) per second MPDSCH Scheduled SubFN Count/s Subframe count scheduled in MPDSCH per second MPDSCH Scheduled RB Count/slot Resource block count scheduled in MPDSCH per timeslot PUSCH RB Count/s Resource block count scheduled in PUSCH (Physical Uplink Shared Channel) per second PUSCH Scheduled SubFN Count/s Subframe count scheduled in PUSCH per second PUSCH Scheduled RB Count/slot Resource block count scheduled in PUSCH per timeslot MCS Average DL/s MCS (Modulation and Coding Scheme) average downlink/s MCS Average UL/s MCS (Modulation and Coding Scheme)average uplink/s PDSCH BLER(%) Physical Downlink Shared Channel Block Error Ratio PUSCH BLER(%) Physical Uplink Shared Channel Block Error Ratio Rank1 CQI Single channel QoS Class Identifier Rand2 CQI Code0 Dual channel QoS Class Identifier code 0 Rand2 CQI Code1 Dual channel QoS Class Identifier code 1 27

28 NB-IoT Test Service Ping and UDP service test can be conducted to measure NB-IoT network quality, packet connectivity and quality as it involves low throughput transmission. After Attach, users may conduct application-layer services to test NB-IoT network through AT command. Caters to the industrial requirements 28

29 NB-IoT Cell Reselection and Measurement Display cell reselection event and details of each event, including frequency, scrambling code, delay, cell reselection type and exception causes. Display intra-frequency/inter-frequency neighbor cell measurement information Display PSM and edrx status and configuration, e.g. UE State, T3412 and T3324, etc. Initiate services under idle mode, and collect data for the entire process from idle to connection status. 29

30 Forcing Functions for NB-IoT and emtc Test Powerful AT commands window with multiple forcing functions, designed for various test scenarios: Flexible control of terminals: e.g. network locking, frequency locking and cell locking, etc. Status query, configuration and problem location of terminals: e.g. modules status query, APN configuration, scrambling code status query and configuration, PSM/eDRX configuration, etc. Display the command results sent back by the module. Users may copy and paste the command results. Users may add commonly used commands to the command list. Multiple commands are sent sequentially in a cycle manner. Note: Different modules support different forcing functions 30

31 NB-IoT Scanner Test Top N Synchronous Signal Scanning About the System Top N scanning: blind scan for various frequencies, and scan for dedicated cells. Complete scan data: EARFCN, PCI, NPSS- RP/RQ/RSSI, NSSS-RP/RQ/RSSI NB-IoT Able to identify PCI Display intra-frequency and inter-frequency neighbor cell list Scan the blind cell (with dedicated frequencies) broadcast, and the lock cell (with dedicated frequencies) broadcast. MIB/SIB1 demodulation function: System bandwidth (MIB), antenna count, TraceArea and Cell ID(SIB1) User list Synchronous Signal Scanning Channel Demodulation UserList Scanning: exports complete test data, which include the data for EARFCN, PCI, NPSS RP/RQ/RSSI, NSSS RP/RQ/RSSI Channel demodulation for NRS, NPSS, NSSS, etc., calculating various channel power. Benefits and values: Provide better network optimization solutions for device manufacturers, service suppliers Support frequency planning Support network benchmarking test Available interference analysis for network operators To identify whether the transmission problem is caused by cell overlapping coverage or external interference 31

32 NB-IoT Scanner: Resource Block (RB) Decoding (1) R&S TSME scanner supports NB-IoT intra-frequency/inter-frequency interference analysis and optimization. Top N scanning Map interface display Low sensitivity Accurately test all cells with same frequency Rapid statistics and analysis for overlapping coverage, extended coverage, etc. 32

33 NB-IoT Scanner: Resource Block (RB) Decoding (2) RB Decoding Display power measurement of each RB in each cell based on time through waterfall plot. Measurement Indicator: RB index\earfcn\pci\rsrp\rsrq\rssi\cinr 33

34 NB-IoT Scanner: Automatic Channel Detection (ACD) Automatic Channel Detection Automatically detect the channel in which the dedicated frequency is under usage. Support LTE, UMTS and CDMA2000/1xev-do Provide the detected channel list Display start frequency and end frequency, RSSI, etc. of each detected channel 34

35 NB-IoT Scanner: Timeslot and Subframe Analysis Timeslot and Subframe Analysis Power measurement of timeslot from index 0 to 19 Power measurement of subframe from index 0 to level 9 35

36 Real-Time KPIs Display KPIs (e.g. test duration, test distance, coverage rate and various network technologies, etc.) can be displayed in real time. This release comes several KPIs categories: General Statistics: test execution count, test status, success rate, delay, etc. Radio Parameters: max, min, mean and median key parameters value, total samples count, parameters threshold, and CDF and PDF statistics, etc. Exceptions: service exceptions, low MOS score, low throughput, etc. Users may click the exception to view its details as the exception information is synchronized in various window. Benefits and values: Users may rapidly view the test results. Users may adjust the test plan according to the KPIs. Promote the work efficiency. 36

37 04 Main Features 37

38 ViLTE and VoLTE Tests Supported network FDD-LTE and TDD-LTE VoLTE/ViLTE test Automatic test VoLTE/ViLTE: Pilot Pioneer may automatically setup/answer a video call Supported terminals VoLTE/ViLTE: Samsung S7, iphone6/6s, HTC M8/10, etc. MOS evaluation Real-time audio quality measurement with PESQ/POLQA MOS Sampling rate switching among 8K, 16K and 48K; sound recording and playback tests for outgoing and incoming calls Mobile to mobile (connected to different computers) MOS test to simulate real usage scenario. Supports multi-channel/signal-channel MOS V 4.0 test. Test plan/kpi Quick and easy test plan and VoLTE test reports generation with a single click. 38

39 VoLTE/ViLTE Test Real-Time Interface VoLTE Video SIP messages/details LTE Parameters SIP Parameters Mobile Network Optimization Solution Supplier 39

40 Carrier Aggregation (CA) Test Carrier Aggregation (CA) test solution where users can quickly configure PCell and SCell CA parameters supports key CA technologies and Release 9/10/11. During CA test, events, messages and various KPIs of PCell and SCell can be displayed in real time. SCell PCell SCell Multiple FDD-LTE and TDD-LTE CA modes supported Qualcomm and Hisilicon chipset-based CA test High speed download for data services Real-time multi-terminals monitoring of CA measurement, network resource allocation, network quality, date rate, etc. Real-time monitoring of key events, such as secondary component carrier (CC) modification, CA handover, and secondary CC activation Customized CA statistics report SCell 40

41 Carrier Aggregation (CA) Test---Real Time Interface Mobile Network Optimization Solution Supplier 41

42 Single Site Verification Single site verification is a three stage process that includes test, statistics and analysis, and reporting. The single site verification design promotes data processing efficiency and fast single site verification reports generation. Obtain site information Collect data by scenario Test images screenshot as prompted The following functions and KPIs are supported: Various pre-defined test scenarios and user-defined test scenarios Multi-dimensional KPIs for single site verification, such as radio parameters, coverage map, peak rate of data service, VoLTE/CSFB KPIs, etc. Single site verification reports generation to preview verification results in a convenient way Supports data export to *.csv format for further processing, which satisfies more analysis scenarios. Process data in a smart way Fill in survey data Generate single site verification reports Export data to *csv format (optional) 42

43 High-speed Rail Test with GPS Trajectory Compensation* Pilot Pioneer V10.2 supports high-speed rail test which may compensate the test routes with GPS signal lost. Optimized GPS module: external high-accuracy and high- sensitivity GPS module for rapid and stable positioning Intelligent trajectory compensation: intelligent GPS positioning compensation on the travelled routes with Dingli s proprietary algorithm, for the precise and actual network measurement positioning Built-in routes: 65 Chinese high-speed rail and urban rail routes; customized route maps for all Chinese high-speed rail and highway routes Flexible test: multi-network and multi-service test with multiple terminals Note: Unique to China market only, customers who want to have the access to this function may contact Dingli. 43

44 WCDMA AMR-WB Test Pilot Pioneer supports WCDMA Adaptive Multi-Rate Wideband (AMR-WB) test, and AMR-WB mobile-tomobile (connected to the same computer/different computers) audio quality measurement with POLQA (MOS). This allows AMR-WB audio quality evaluation between two terminals under the same or different MSC, MGW, RNC or cell sites. AMR-WB mobile-to-mobile (connected to different computers) audio quality measurement with POLQA (MOS) is available for GSM/WCDMA/LTE. Note: Customers who want to have the access to this function may contact Dingli technical support. 44

45 Huawei mlab vmos Test Video has become a technology consuming most network traffic, and video service experience has become a key index to measure network service quality. With the improvement of video resolution (from 720P/1080P to 4K/8K), video service are becoming increasingly demanding for the network. Therefore, the way to evaluate the video service experience under the current network has become increasingly important to users and operators. Dingli cooperates with Huawei MBB to develop the Huawei vmos technology. Pilot Pioneer V10.1 has the privilege to introduce and support Huawei Mobile vmos, which evaluates video quality with vmos score. The vmos video experience evaluation (e.g. vmos scores) is designed to take into consideration the video source quality, start loading time, stalling ratio, and video play duration. 45

46 05 Conclusion 46

47 Conclusion Pilot Pioneer will be your ideal network optimization and evaluation solution. For Network Operators, System Vendors and Service Providers Provides flexible authentication modes (such as hard dongle and soft dongle), support multiple commercial test terminals, which provides maximum benefits on the tool investment Multi-technology indoor and outdoor service tests, applicable throughout the network development process Improves test efficiency with highly integrated and automated services test Provides a user-friendly interface for easy operation For Engineers Simple and easy operation, user-friendly interface for shorter learning curve Specialized technical support and customized services Automatic device configuration and data collection to reduce workload Integrated common services test and network troubleshooting ability to improve network optimization efficiency 47

48 Customer Base 48

49 Thank you for your support! Website: Telephone: Fax: Address: No. 8, 5 th Technology Road, Gangwan Avenue, Zhuhai, , P.R. China