Pilot Pioneer Release Note V10.0

Size: px

Start display at page:

Download "Pilot Pioneer Release Note V10.0"

Jocelin York
5 years ago
Views:

1 Pilot Pioneer Release Note V10.0

2 Contents Contents 1 Introduction New Features and Devices New Features ViLTE and VoLTE Tests High-speed Train Test with GPS Trajectory Compensation Export Map Layers Cell Site Coverage Map User-defined Signaling Message Collection (Qualcomm Chipset) New Devices IPhone 6s/6s Plus Samsung Note5 N Nubia Z9 NX508J Nubia Z9 MAX NX510J Nubia Z9 MAX NX518J Qualcomm MTP 9640-NS ZTE Blade Q Lux ZTE MF HUAWEI Mate7 TL Improved Features TCP/IP Sniffer in 64-Bit Windows Multi-Terminal Supported Improved Scanner Test Configuration Interface Improved Table Functions Hardware and OS Requirements Known Issues and Limitations... 12

3 Introduction 1 Introduction Pilot Pioneer is DingLi's multi-technology laptop-based radio access network's test and measurement tool. It is an integrated all-purpose product that can be used for indoor measurement and in-vehicle outdoor drive testing. Various services tests can be conducted with a wide range of the latest supported commercial test terminals. Pilot Pioneer test and measurement capability 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 to maximize subscriber's satisfaction. Pilot Pioneer V10.0 is newly designed with simple and user-friendly interface for easy operation. New test terminals are supported in this version: SAMSUNG Note 5 N9200 NUBIA Z9 NX508J Z9 Max NX510J Z9 Max NX518J Huawei Mate 7 TL09 Qualcomm MTP 9640-NS ZTE Blade Q Lux ChinaMobile N1 MAX M823 ZTE MF831 USB Modem Genuine ios iphones e.g. iphone 6/iPhone 6 Plus, iphone 6s/iPhone 6s Plus New functions are added or improved in this version: ViLTE and VoLTE tests (with HTC M8) WCDMA Adaptive Multi-Rate Wideband (AMR-WB) test High-speed train test with GPS trajectory compensation Export Map layers Cell site coverage map User-defined signaling message collection 1

2 New Features and Devices 2.1 New Features 2.1.1 ViLTE and VoLTE Tests TDD-LTE ViLTE test is supported by HTC M8 in this version. The software may control the video call test (e.g.

4 2 New Features and Devices 2.1 New Features ViLTE and VoLTE Tests TDD-LTE ViLTE test is supported by HTC M8 in this version. The software may control the video call test (e.g. call request, call answer, and call end), and display signaling messages and events. In addition, FDD-LTE VoLTE test is supported in this version. Figure 2.1 ViLTE and VoLTE test High-speed Train Test with GPS Trajectory Compensation A new high-performance GPS device with greater sensitivity and faster positioning is used for high-speed (300 km/h) train test. GPS trajectory compensation technology is built in the GPS device. This is used to solve the GPS lost or discontinuous positioning caused by high speed or too many obstructions. 2

Figure 2 GPS trajectory compensation 2.1.

sites, test routes and cell line linkings to the Mapinfo,

5 Figure 2 GPS trajectory compensation Export Map Layers Users may export the selected cell sites, test routes and cell line linkings to the Mapinfo, Google Earth, and Shape file formats, which can be reused in other tools or platforms. 3

6 Figure 2.3 Export map layers Cell Site Coverage Map Users may select a cell or site to display its coverage plots and the lines to serving cellfor relevant analysis. Users may select to display only the GPS route or measurement route with GPS positioning (with user-defined colors). 4

of signaling messages to collect based on the actual test and analysis requirements.

7 Figure 2.4 Cell site coverage map User-defined Signaling Message Collection (Qualcomm Chipset) Users may define the type of signaling messages to collect based on the actual test and analysis requirements. In addition, users may export the settings for sharing with other users. Note: This function is only available to Qualcomm chipset based terminals. 5

2 New Devices All the new devices support "Automatic Detection" where devices can be automtically detected and configured. 2.2.1 IPhone 6s/6s Plus TDD-LTE: 2600 (Band 38), 1900 (Band 39), 2300 (Band

8 Figure 2.5 User-defined messages to collect 2.2 New Devices All the new devices support "Automatic Detection" where devices can be automtically detected and configured IPhone 6s/6s Plus TDD-LTE: 2600 (Band 38), 1900 (Band 39), 2300 (Band 40), 2500 (Band 41) FDD LTE: 2100 (Band 1), 1900 (Band 2), 1800 (Band 3), 1700/2100 (Band 4), 850 (Band 5), 2600 (Band 7), 900 (Band 8), 700 (Band 12), 700 (Band 13), 700 (Band 17), 800 (Band 18), 800 (Band 19), 800 (Band 20), 1900 (Band 25), 800 (Band 26), 800 (Band 27), 700 (Band 28), 700 (Band 29) UMTS: 850 (B5), 900 (B8), 1900 (B2), 2100 (B1) TD-SCDMA: 2000/1900 CDMA/EVDO: 800/1900/1700/2100 GSM/EDGE: 850/900/1800/1900 LTE category: Cat Samsung Note5 N9200 TDD-LTE: 2600 (Band 38), 1900 (Band 39), 2300 (Band 40), 2500 (Band 41) FDD-LTE: 2100 (Band 1), 1900 (Band 2), 1800 (Band 3), 1700/2100 (Band 4), 850 6

9 (Band 5), 2600 (Band 7), 900 (Band 8), 1900 (Band 25), 700 (Band 12), 700 (Band 17), 800 (Band 19), 800 (Band 26), 700 (Band 28), 2300 (Band 30) UMTS: 850 (Band 5), 900 (Band 8), 1900 (Band 2), 2100 (Band 1) TD-SCDMA: 2000/1900 CDMA/EVDO: 800/1900/1700/2100 GSM/EDGE: 850/900/1800/1900 LTE category: Cat 6 Carrier Aggregation is supported Nubia Z9 NX508J TDD-LTE: 2600 (Band 38)/1900 (Band 39)/2300 (Band 40)/2500 (Band 41) FDD-LTE: 2100 (Band 1) /1800 (Band 3)/ 2600 (Band 7) UMTS: 850 (Band 5)/900 (Band 8)/1900 (Band 2)/2100 (Band 1) TD-SCDMA: 2000/1900 CDMA/EVDO: 800 GSM/EDGE: 850/900/1800/1900 LTE category: Cat 6 Carrier Aggregation is supported Nubia Z9 MAX NX510J TDD-LTE: 2600 (Band 38)/1900 (Band 39)/2300 (Band 40)/2500 (Band 41) FDD-LTE: 2100 (Band 1) /1800 (Band 3)/ 2600(Band 7) UMTS: 850 (Band 5)/900 (Band 8)/1900 (Band 2)/2100 (Band 1) TD-SCDMA: 2000/1900 CDMA/EVDO: 800 GSM/EDGE: 850/900/1800/1900 LTE category: Cat 6 Carrier Aggregation is supported Nubia Z9 MAX NX518J TDD-LTE: 2600 (Band 38)/1900 (Band 39)/2300 (Band 40)/2500 (Band 41) FDD-LTE: 2100 (Band 1) /1800 (Band 3)/ 2600 (Band 7) 7

10 UMTS: 850 (Band 5)/900 (Band 8)/1900 (Band 2)/2100 (Band 1) TD-SCDMA: 2000/1900 CDMA/EVDO: 800 GSM/EDGE: 850/900/1800/1900 LTE category: Cat 6 Carrier Aggregation is supported Qualcomm MTP 9640-NS TDD-LTE: 2600 (Band 38), 1900 (Band 39), 2300 (Band 40), 2500 (Band 41) FDD-LTE: 2100 (Band 1), 1900 (Band 2), 1800 (Band 3), 1700/2100 (Band 4), 850 (Band 5), 2600 (Band 7), 900 (Band 8), 700 (Band 13), 700 (Band 17), 800 (Band 18), 800 (Band 19), 800 (Band 20), 1900 (Band 25), 800 (Band 26), 700 (Band 28), 700 (Band 29) UMTS: 850 (Band 5)/900 (Band 8)/1900 (Band 2)/2100 (Band 1) TD-SCDMA: 2000/1900 CDMA/EVDO: 800 GSM/EDGE: 850/900/1800/1900 LTE category: Cat 6 Carrier Aggregation is supported ZTE Blade Q Lux FDD-LTE: 1800 (Band 3)/ 900 (Band 8) TDD-LTE: 2300 (Band 40) UMTS: 900 (Band 8)/ 2100 (Band 1) GSM/EDGE: 850/900/1800/1900 LTE category: Cat 4 FDD-LTE VoLTE test is supported ZTE MF831 TDD-LTE: 2600 (Band 38), 2300 (Band 40) FDD-LTE: 2100 (Band 1), 1800 (Band 3), 2600 (Band 7), 900 (Band 8), 800 (Band 20) UMTS: 900 (Band 8)/ 2100 (Band 1) 8

11 GSM/EDGE: 850/900/1800/1900 LTE category: Cat HUAWEI Mate7 TL09 TDD-LTE: 2300 (Band 40) FDD-LTE: 2100 (Band 1), 1900 (Band 2), 1800 (Band 3), 1700/2100 (Band 4), 850 (Band 5), 2600 (Band 7), 900 (Band 8), 800 (Band 20), 700 (Band 28) UMTS: 850 (Band 5)/900 (Band 8)/1900 (Band 2)/2100 (Band 1) GSM/EDGE: 850/900/1800/1900 LTE category: Cat 6 Carrier Aggregation is supported. 9

Improved Features 3 Improved Features 3.1 TCP/IP Sniffer in 64-Bit Windows The TCP/IP sniffer function now supports 64-bit windows for data service test. Figure 6 TCP/IP sniffer 3.

12 Improved Features 3 Improved Features 3.1 TCP/IP Sniffer in 64-Bit Windows The TCP/IP sniffer function now supports 64-bit windows for data service test. Figure 6 TCP/IP sniffer 3.2 Multi-Terminal Supported Pilot Pioneer V10.0 supports a maximum of six ios-based terminals (iphone 6/6 Plus, iphone 6S/6S Plus) for voice, data, or combined service tests. 3.3 Improved Scanner Test Configuration Interface The Scanner service test configuration interface is improved with detailed Pilot scan types (e.g. Pilot-TopN, Pilot-UserList, Pilot-Power Analysis. 10

Improved Features Figure 7 Pilot test types 3.

improved in this version, which include: Drag a

values based on the sampling period of a selected

13 Improved Features Figure 7 Pilot test types 3.4 Improved Table Functions The table functions are improved in this version, which include: Drag a parameter to change the order Display all parameter values based on the sampling period of a selected parameter Export data files Query recently used parameters Figure 8 Improved Table functions 11

14 Hardware and OS Requirements 4 Hardware and OS Requirements It is recommended to install the Windows 7 operating system as multiple device drivers are based on Windows 7. The recommended hardware and operating system are as follows: Standard Configuration CPU/Memory/Hard Disk Operating System Microsoft Office (Installation Version) Standard configuration CPU: Intel I Memory: 4 GB Hard Disk: 250 GB 7200 RPM Windows 7/8/10, 32-bit/64-bit 2007/2013 CPU: Intel I CA test Memory: 8GB Hard Disk: 500GB 7200 rpm or 256 GB SSD Windows 7/8/10, 32-bit/64-bit 2007/ Known Issues and Limitations None. 12

15 Known Issues and Limitations DINGLI CORP., LTD Address: No. 8, 5 th Technology Road, Gangwan Avenue, Zhuhai, , P.R. China Tel: Fax: support@dingli.com sales@dingli.com 13

PILOT PIONEER PRODUCT OVERVIEW V10.0

http://www.dingli.com PILOT PIONEER PRODUCT OVERVIEW V10.0 Contents Overview Main Features New Features Conclusion Overview Drive Test Solution for Wireless Network Technology Pilot Pioneer is DingLi's