Pilot RCU 2.0 User Manual V10.11

Transcription

1 Pilot RCU 2.0 User Manual V10.11

2 Contents Contents 1 What's New in This Version New Functions LTE 2CC Carrier Aggregation (CA) Test PESQ/POLQA Configuration for Separate Modules Access Internet Through Wireless Hotspot Private Server for HTTP Upload Test APP Facebook Test GPS with Inertial Navigation System VoLTE License Control upon Test Module New Supported Devices Overview Introduction to Pilot RCU Image of Pilot RCU Hardware Specification Indicator Description Alarm Description Standard Accessories Power Adapter GPS Antenna Antenna for Modem Antennas for Test Modules Ethernet Cable Connect Pilot RCU 2.0 to the Pilot Fleet Unify Server Configure Test Plans for Pilot RCU Create a Project Group Add a Pilot RCU Configure Test Plans Configure Basic Information... 23

3 Contents Configure Test Plans for the MOC Test Module Configure Test Plans for the MTC Test Module Configure VoLTE Test (POLQA) Configure Normal VoLTE Test Enable and Disable Test Modules Disable Test Modules Enable Test Modules Install a Pilot RCU Preparation Tools Information Required to Record Installation Install a Pilot RCU 2.0 in a Taxi or Car Install a Pilot RCU 2.0 on a Bus Installation Application Cases Precautions Maintenance Maintenance after Installation Connect the Pilot RCU 2.0 to a Local PC Join to the Same Subnet Connect the Pilot RCU 2.0 to the PC with a LAN Cable Check the Connection between the Pilot RCU 2.0 and the PC Operation on the RCU Client Stop Test Check the Current Device Version Check and Modify the Server IP, Port and Modem Dial-up Configuration Information Export Log Files Export Data Files Upgrade Pilot RCU Firmware... 51

4 Contents Upgrade Library System Upgrade Pilot RCU Kernel Upgrade File System Upgrade Software for Pilot RCU Software Upgrade by Using RCU Client Remote Software Upgrade Pilot RCU Firmware Upgrade Configure Remote Upgrade Information Enable Remote Upgrade for the Device Check and Cancel Remote Upgrade Configuration Check Upgraded Firmware Version Library System Upgrade Technical Support and Contact Information Technical Support Link to Dingli Product Disclaimer Appendix Apply for App ID (Facebook) Create a Private HTTP Upload Server Appendix Supported Parameters GSM WCDMA LTE CDMA TD-SCDMA Supported Events

5 What's New in This Version 1 What's New in This Version 1.1 New Functions LTE 2CC Carrier Aggregation (CA) Test Pilot RCU 2.0 V10.11 supports LTE 2CC (2 component carriers) CA test with the R1525 and MC7430 modules PESQ/POLQA Configuration for Separate Modules Users may configure different MOS algorithm (PESQ or POLQA) for different modules within the same Pilot RCU. For example, users may configure PESQ for Module 2 and 3, and configure POLQA for Module 4 and 5. Users may configure this information under Advanced Settings of the Call (MOC/MTC) test plan settings page on Pilot Fleet Unify Web. Figure 1-1 PESQ/POLQA settings for MOC/MTC modules Access Internet Through Wireless Hotspot The wireless hotspot created by the test device can be used to access the internet. This way, Pilot Watcher may use this wireless hotspot to access the internet and refresh the map window. In addition, this wireless hotspot can be used for the mobile phone and laptop to access the internet. The transmission rate depends on the performance of the RAT corresponding to the device Modem. 1

6 What's New in This Version Private Server for HTTP Upload Test Pilot RCU 2.0 V10.11 supports private server for HTTP Upload test. Users may create their own HTTP Upload server for the test. For the detailed operation, see section 10. Figure 1-2 Private server for HTTP Upload test APP Facebook Test Facebook has updated its login protocol. In this version, Facebook test with the new login protocol is supported. The test service name is changed to APP Facebook. Figure 1-3 APP Facebook Users need to apply for a Facebook account on the Facebook website, use this account to apply for a corresponding App ID, and write down the App Secret. Figure 1-4 Facebook test settings 2

7 What's New in This Version GPS with Inertial Navigation System Inertial navigation is a self-contained navigation technique in which measurements provided by accelerometers and gyroscopes are used to track the position and orientation of an object relative to a known starting point, orientation and velocity. Pilot RCU 2.0 V10.11 provides a GPS solution with Inertial Navigation System to support service test in the tunnel or densely populated area with high-rise buildings. This may facilitate the automatic pinpointing on the GPS measurement plot when the GPS signal is lost or very poor VoLTE License Control upon Test Module VoLTE license control upon test module is supported in this version. This may facilitate flexible license management and upgrade. 1.2 New Supported Devices The specification in the following table is provided by the corresponding module supplier: Model Supported Bands/Technology UL/DL Data Category R1528NA FDD-LTE: Band 1/2/3/4/5/8/12/17/25/26 TDD-LTE: Band 38/41 WCDMA/HSPA+: Band 1/2/4/5/8 CDMA/EVDO: 850/1900/800 (Band Class 0/1/10) Quad-band EDGE/GPRS/GSM: 1900/1800/900/850 MHz WCDMA: Band 1/2/5/8 LTE CAT4: DL: 150 Mbps UL: 50 Mbps DC-HSPA+: DL: 42 Mbps UL: 5.76 Mbps CDMA/EVDO DL: 14.7 Mbps UL: 5.4 Mbps CAT4 DC-HSPA+ R3528 Quad-band EDGE/GPRS/GSM: 1900/1800/900/850 MHz DL: 42 Mbps UL: 5.76 Mbps R1525 FDD-LTE: Band 1/2/3/4/5/7/8/20/26/28 TDD-LTE: Band 38/39/40/41 WCDMA: Band 1/2/4/5/8 CDMA/EVDO: Band 850/1900 (Band Class Download rate: FDD-LTE: 300 Mbps TDD-LTE: 222 Mbps Upload rate: FDD-LTE: 50 Mbps 3

8 What's New in This Version Model Supported Bands/Technology UL/DL Data Category 0/1) GSM: 1900/1800/900/850 CAT6 TDD-LTE: 26 Mbps UL CA: Intra-band contiguous: 2/3/4/7/38/39/40/41 Intra-band non-contiguous: 2/3/4/7/41 Inter-band: 1+3, 1+5, 1+7, 1+8, 1+20, 1+26, 3+5, 3+7, 3+8, 3+20, 3+26, 3+28, 7+20, 7+28, 5+7, MC7430 EC20 FDD-LTE: Band 1/3/5/7/8/18/19/21/28 TDD-LTE: Band 38/39/40/41 WCDMA: Band 1/5/6/8/9/19 CA: 1 + 1/5/8/18/19/ /5/7/8/19/ /7/ / FDD-LTE: Band 1/3 TDD-LTE: Band 38/39/40/41 WCDMA: Band 1 CDMA: 850 (Band Class 0) GSM: 900E/1800 Peak Download Rate: FDD-LTE: 300 Mbps TDD-LTE: 222 Mbps Peak Upload Rate: FDD: 50 Mbps TDD: 26 Mbps CAT6 Peak Download Rate LTE: 100 Mbps Peak Upload Rate LTE: 50 Mbps CAT3 4

9 Overview 2 Overview 2.1 Introduction to Pilot RCU 2.0 Pilot RCU (remote control unit) 2.0 is an automatic test terminal equipped with a wireless modem, GPS, and flexible combinations of modules with GSM/CDMA/EVDO/WCDMA/HSPA/TD- SCDMA/LTE capabilities. Pilot RCU 2.0 is compact with multiple built-in test terminals that can simultaneously conduct tests without interference. Pilot RCU 2.0 provides stable, continuous (7*24 hours), and automatic tests. It supports automatic voice service, data service, and valueadded service tests, and may automatically upload data to the Pilot Fleet Unify server. 2.2 Image of Pilot RCU Front Figure 2-1 Front of a Pilot RCU Pilot RCU ID label (at the bottom of a Pilot RCU 2.0) The label includes the information about the Pilot RCU model, input voltage range, power, Pilot RCU ID number, and SN number. The SN number includes the Pilot RCU's module information and the last digits of the Pilot RCU 5

10 Overview ID number. Figure 2-2 Pilot RCU ID label 3. Extended USB interfaces and CF card slot Figure 2-3 Extended USB interfaces and CF card slot 4. Power button, external power interface, and battery slot Figure 2-4 Power button, external power interface, and battery slot 5. Handle 6

11 Overview Figure 2-5 Handle 6. Antenna interface and SIM card slots Figure 2-6 Antenna interface and SIM card slots Table 1 Interface and SIM card slots Item Description LAN GPS Modem (CH1) CH2 to CH9 LAN cable interface for connecting the Pilot RCU 2.0 to a PC GPS antenna interface Modem antenna interface Antenna interfaces of eight test modules corresponding to the channels from CH2 to CH9 Aux SIM card slot Test module secondary antenna interface SIM card slots. Method for inserting the SIM card: Make sure the SIM card is facing downwards and insert the shorter end of the SIM card first. Method for ejecting the SIM card: Press the slot and the SIM card will be ejected. Please be careful to avoid the SIM card flying out from the slot. Indicator Indicates the Pilot RCU operation status. For detailed information, see 7

12 Overview Item Description section Hardware Specification Pilot RCU 2.0 has been tested to operate in extreme environments with high or low operating temperatures and high humidity. The following table describes the physical specification of a Pilot RCU 2.0. Table 2 Physical specification of Pilot RCU 2.0 Item Description Input voltage Maximum power Average power Average current Peak current DC 9 to 30 V 30 W 18 W 2 12 V 3 A Operating temperature -20 C to 70 C Humidity 93% RH, +40 C Shock Resistance Vibration Resistance Dimension Weight Working Hours (using built-in battery only) 500 m/s m/s2, 5 to 50 Hz, -3 db/ octave 5 to 50 Hz (single octave db) 340 * 238 * 59 (mm) 4.2 Kg A maximum of 120 to 240 minutes (depending on the test module number and test service type), configurable on Fleet Unify Web Client Note: The values described in the table above are only valid if the following requirements are met: Built-in battery: fully charged Configuration: 6 test modules + 1 modem + 6 MOS Operating temperature: 25 C 8

13 Overview CPU: Z Indicator Description Figure 2-7 Indicators on the front of a Pilot RCU 2.0 Table 3 Indicator description Indicator Color Description Normal Work Status Blinking in green: The module is connected to the server and operates Modem (CH1) Green, red normally. Green: The module has successfully dialed Blinks in green up but has failed to connect to the server. Red: The module has failed to dial up. CH2 Green, red Green: The service test is normal, the Green CH3 CH4 Green, red Green, red current time is out of the test plan range, or the module is in the idle status. Green Green CH5 CH6 CH7 Green, red Green, red Green, red Red: The module cannot identify the SIM card, the module is restarting, or the module is initiating. Green Green Green CH8 Green, red Not light: No test plan is configured for the module, or the module is disabled. Green 9

14 Overview Indicator Color Description Normal Work Status Blinking in green: The system is running normally. SYS Green Red: The system is running abnormally or the system is performing its POST (Power- Blinks in green On Self -Test). No light: The system has failed to start. Red: The GPS module runs abnormally or the GPS module restarts. Green: The GPS module succeeds in initiation but fails to locate the device or GPS Green, red the received GPS signal cannot be used to Blinks in green locate the device. Blinking in green: The GPS module has succeeded in locating the device (number of satellites >= 4) HDD Green Blinks in green occasionally and irregularly: The device reads and writes the CF card status. Blinks in green occasionally and irregularly Main Green Green: The system starts and the system is provided with a power supply. Green Green: External EXT Green Green: The external power supply is provided. power supply is provided. Low Red Red: The built-in battery is low in power. Red: Low builtin battery power CHG Green Green: The built-in battery is charging. Green 10

15 Overview 2.5 Alarm Description Table 4 Alarm description Sound Definition Remarks Single beep sound Rapid and continuous beep sound If an audio alarm with a single beep sound is reported every three seconds, the external power supply is defective or is not connected. If an audio alarm with a rapid and continuous beep sound is reported, the external power supply is not connected and the built-in battery has almost run out; the system will automatically stop. Pilot RCU 2.0 Pilot RCU Standard Accessories This section describes the standard accessories of a Pilot RCU Power Adapter The power adapter consists of AC adapter, AC power cord, and RCU cigarette lighter cord. 1. AC adapter: AC V to DC15V Figure 2-8 AC adapter 2. AC power cord: connect one end to the AC adapter and the other to the AC outlet. 11

16 Overview Figure 2-9 AC power cord 3. RCU cigarette lighter cord (12V): Indoor usage: connect one end to the cigarette lighter interface of the AC adapter and connect the other end to the power interface of Pilot RCU 2.0 Usage with vehicle: connect one end to the cigarette lighter interface of the vehicle, and connect the other end to the power interface of Pilot RCU 2.0 Figure 2-10 cigarette lighter cord GPS Antenna Users need to connect the GPS antenna to the GPS antenna interface on Pilot RCU 2.0. Incorrect connection may cause damage to the GPS antenna. 12

17 Overview Figure 2-11 GPS antenna Antenna for Modem Users need to connect the magnetic mount antenna to the Modem antenna interface on Pilot RCU 2.0. It is not recommended to connect a short rod antenna to the Modem antenna interface. During outdoor tests, it is recommended to place the magnetic mount antenna on the top of the vehicle or put if far from test module antennas, to reduce the interference between the magnetic mount antenna and test modules antennas Antennas for Test Modules Attention: Do not use antennas dedicated for 2/3G test modules for 4G test modules. Please use standard LTE antennas for 4G test modules. 1. Standard antennas for 2/3G test modules: 13

18 Overview Figure 2-12 Magnetic mount antenna Figure 2-13 Rod antennas 2. Standard antennas for 4G test modules Figure 2-14 Magnetic mount antenna 14

19 Overview Figure 2-15 Rod antenna Note: Users may use magnetic mount antennas or rod antennas for test modules based on the actual situation Ethernet Cable The Ethernet cable is used to connect Pilot RCU 2.0 to a PC. Figure 2-16 Ethernet cable 15

20 Connect Pilot RCU 2.0 to the Pilot Fleet Unify Server 3 Connect Pilot RCU 2.0 to the Pilot Fleet Unify Server Users need to check and configure the Pilot Fleet Unify server IP, port, and Modem dial connection before connecting the Pilot RCU to the Pilot Fleet Unify server. Once the configuration is saved, users do not need to reconfigure this information before performing the test. Step 1 Check and configure the Modem dial information for Pilot RCU 2.0. Use RCU Client to check and configure the dial connection information. Step 2 Check and configure the Modem dial information and Pilot Fleet Unify server IP and port. Configure Modem dial connection information on Pilot Fleet Unify. Configure the Pilot Fleet Unify server IP and port for test plan delivery in the SQL database. Please contact Dingli's technical supporter for help. 16

21 Configure Test Plans for Pilot RCU Configure Test Plans for Pilot RCU 2.0 Before service tests, users need to create test project, add test devices, and configure test plans on Pilot Fleet Unify. 4.1 Create a Project Group To create a project group, follow the instructions below: 1. Choose System Preferences > Project Group on Pilot Fleet Unify homepage. See Figure 4-1. Figure 4-1 Creating a project group 2. Click Add Project Group on the page that appears. Figure 4-2 Add Project Group 3. Select a group in the dialog box that is displayed, or customize a group as required, and click Save. See Figure

22 Configure Test Plans for Pilot RCU 2.0 Figure 4-3 Add Project Group dialog box 4. The created project group is displayed under Name. See the figure below: Figure 4-4 Created project group 5. Click the icon corresponding to the group to create a sub-group. See Figure

23 Configure Test Plans for Pilot RCU 2.0 Figure 4-5 Creating a sub-group 6. The created sub-group is displayed under the corresponding project group. Figure 4-6 Created sub-group The created project group will be automatically displayed under All Device on the Device Management tab page. Users may add devices for the project group. 4.2 Add a Pilot RCU 2.0 To add a Pilot RCU device, follow the instructions below: 1. Click Device Management to enter the device management page. The created project group is displayed under All Device on the left navigation pane. See Figure

24 Configure Test Plans for Pilot RCU 2.0 Figure 4-7 Created project group 2. On the Device List tab page, click Add Device, and select RCU. Figure 4-8 Adding a Pilot RCU 20

25 Configure Test Plans for Pilot RCU On the page that is displayed, set the basic device information such as device ID and port number. Figure 4-9 Set basic information The items marked with an asterisk are mandatory. Remain default settings for the other options. Device ID: Set the GUID of the Pilot RCU device, which are bracketed with "{}". Device Model: Select a device model based on the network that the corresponding module supports. Device Type: Select a device type (e.g. MODEM, HANDSET). Users may click to add SIM card information. 21

26 Configure Test Plans for Pilot RCU 2.0 Figure 4-10 Adding SIM card information Click on the bottom right corner to set RAS information. The next time users may select from the template list directly to enter RAS information. Note: The device ID should be unique; otherwise it will conflict with an existing one. 4.3 Configure Test Plans After a device is added, users need to configure test plans and then switch on the device after the test plan configuration has completed. Once the device is connected to the server and the test plan has been obtained, the user can begin testing. This section describes the procedure to configure an MO-MT test plan. To configure a test plan, follow the instructions below: 1. Select one RCU in Device List, and click to add a test plan. Figure 4-11 Adding a test plan 22

27 Configure Test Plans for Pilot RCU Click Add to create a new test plan, and set basic information about the test plan on the page displayed. Figure 4-12 Adding a test plan Configure Basic Information In the New Test Plan page, users may click General to set basic information about the test plan. Figure 4-13 Setting basic information 1. Start Time and End Date means the test plan will be valid within a defined time range; the End Date must be later than the Start Time. By default, the End Data is not selected, which indicates that the test continues infinitely. 2. Timezone indicates the time zone of the place where the device will perform the test. 3. Users need to set the correct dial information for Modem under Dial Connection Settings; otherwise, the Modem may fail to dial or connect to the server. 23

28 Configure Test Plans for Pilot RCU In Advanced Settings, if users select Test while connected to the central server, the test plan will not work until the device is connected to the central server. If this option is not selected, then the test plan will work once the device has been started. It is recommended to select this option. Note: The items marked with an asterisk are mandatory. Remain default settings for the other options Configure Test Plans for the MOC Test Module To configure a test plan for the MOC test module, follow the instructions below: 1. After setting basic information, click WCDMA2 to configure test plans for CH2 and click to add one or more test time range(s). Figure 4-14 Configuring a test plan for the MOC test module 2. Set Start Time and End Time, click the button to add the time rage to the left pane, and then click Save. 3. Select the added time range, and click Add Test to select Call Test. 24

29 Configure Test Plans for Pilot RCU 2.0 Figure 4-15 Selecting Call Test 4. Set the options shown in the figure below for MOC based on the actual situation. Figure 4-16 Configuring test plan for MOC 25

30 Configure Test Plans for Pilot RCU 2.0 Note: Select MOS Test for both MOC and MTC modules if MOS function is provided for CH2 or CH3. Otherwise, do not select MOS Test. 5. If a network lock is required, go to Advanced Settings to set Network Mode. Users may select a network technology to lock as required, which indicates that the service test will be executed only within the locked network technology. For example, if LTE is selected, then service tests can be executed only in the LTE network technology. The terminal will not reselect to 2G or 3G to continue the service test when out of LTE coverage. Figure 4-17 Locking network Note: Please contact Dingli technical support if you require assistance under Advanced Settings, as the functions supported will be different based on device modules. 6. Click Save after settings Configure Test Plans for the MTC Test Module To configure test plans for the MTC test module, follow the instructions below: 1. After setting basic information, click WCDMA2 to configure test plans for CH2 and click to add one or more test time range. 26

31 Configure Test Plans for Pilot RCU 2.0 Figure 4-18 Configuring a test plan for MTC test module 2. Set Start Time and End Time, click the button to add the time rage to the left pane, and then click Save. 3. Select the added time range, and click Add Test to select Call Test. Figure 4-19 Selecting Call Test 4. Set the options shown in the figure below for MTC based on the actual situation. 27

32 Configure Test Plans for Pilot RCU 2.0 Figure 4-20 Configuring the test plan for MTC Note: Select MOS Test for both MOC and MTC modules if MOS function is provided for CH2 or CH3. Otherwise, do not select MOS Test. 5. If a network lock is required, go to Advanced Settings to set Network Mode. Figure 4-21 Locking network Note: Please contact Dingli technical support if you require assistance under Advanced Settings, as the functions supported will be different based on device modules. 6. Click Save after settings Configure VoLTE Test (POLQA) Only the quad-core Pilot RCU supports VoLTE test (POLQA). 28

33 Configure Test Plans for Pilot RCU For MOC configuration Users need to: Set Call Type to MOC. Select MOS Test. Set UMTS Call Mode to KeyPress. Set APN based on the current network. Figure 4-22 Settings for MOC Under Advanced Settings, set Sampling Rate to 48KHz, and MOS Algorithm to POLQA. Figure 4-23 Advanced Settings 2. For MTC configuration Users need to: Set Call Type to MTC_Normal. Select MOS Test. Set APN based on the current network. 29

34 Configure Test Plans for Pilot RCU 2.0 Figure 4-24 Settings for MTC Under Advanced Settings, set Sampling Rate to 48KHz, and MOS Algorithm to POLQA. Figure 4-25 Advanced Settings Configure Normal VoLTE Test For normal VoLTE tests, users need to set APN for MOC and MTC, but do not need to select MOS Test as shown in the figure below. If the VoLTE test is conducted only for MOC, then users need to set APN only for MOC. 30

35 Configure Test Plans for Pilot RCU 2.0 Figure 4-26 Settings for MOC Figure 4-27 Settings for MTC 4.4 Enable and Disable Test Modules The modules without SIM cards or test plans must be disabled through Pilot Fleet Unify client. Otherwise, the device will frequently initiate the test modules without a SIM card. After being disabled, the system will not perform test plans or initiate the modules regardless of whether a SIM card is inserted or test plans are configured Disable Test Modules To disable a test module, click the icon to the right of the test module, and then click Yes on the dialog box that appears. See the figure below: 31

36 Configure Test Plans for Pilot RCU 2.0 Figure 4-28 Disabling a test module Enable Test Modules To enable a test module, click the icon to the right of the test module, and then click Yes on the dialog box that appears. See the figure below: Figure 4-29 Enabling a test module 32

37 Install a Pilot RCU Install a Pilot RCU Preparation Tools 1. Wide double-sided tape or soft magnetic stripe: used to fix the antennas of test modules GPS in case there is no iron material to magnetically attract the antennas. Figure 5-1 Wide double-sided tape and soft magnetic stripe 2. Cable ties: used to tie cables Figure 5-2 Cable ties 3. Screwdriver: used to fix devices (if required) Information Required to Record Users need to record some information about Pilot RCU 2.0 before installation and fill up a form similar to the one shown in the figure below: 33

38 Install a Pilot RCU 2.0 Figure 5-3 Information required to record For the information about the license plate number of the vehicle, the driver's phone number, and the installation position, users may record them after device installation. 5.2 Installation Attention: If the device is placed on the seats or at the rear of the backseats of a car and cannot be fixed with screws, it may drop in case of sudden stop Install a Pilot RCU 2.0 in a Taxi or Car Generally, Pilot RCU 2.0 is installed in the trunk of a taxi, while the module antennas and GPS are placed at the rear of the backseats. In practical, the installation position depends on the operator and vehicle owner's discretion. 1. Install Pilot RCU 2.0 in the trunk and antennas at the rear of the backseats. Figure 5-4 Installation position of Pilot RCU 2.0 and antennas Installation position of antennas 34

39 Install a Pilot RCU 2.0 Generally, users may install the Pilot RCU 2.0 in two different position in the trunk. See the figure below: Figure 5-5 Installation position in the trunk of a car Installation Position 1 Installation Position 2 Installation Position 1: Hang the Pilot RCU 2.0 upside down and install it on the upper left or middle side of the trunk. This method is applicable to taxis with trunks that are relatively deep and do not have gas containers or only have a small gas container. The method may protect the device from damage in case the trunk is flooded; the disadvantage is that it's easy to spot the device and some vehicle owners may not allow the device to be installed in such a position. Installation Position 2: Mount the Pilot RCU 2.0 at the bottom left side of the trunk. This method is applicable to taxi's whose trunks are not deep. Users need to raise and fix the device with some materials to protect the device in case water leaking into the trunk and cover the device with a soft cushion to protect the device or antennas from being tampered when passengers remove their luggage. Mount the antennas at the rear of the backseats with double-sided tape or use iron material to magnetically attract the antennas; use cable ties to tie the cables and keep the cables neat and orderly. Tips: It is recommended to use cable ties to bundle all the antenna cables so it is better organized for operation and maintenance. 2. Install the Pilot RCU 2.0 and antennas at the rear of the backseats. 35

40 Install a Pilot RCU 2.0 Figure 5-6 Installation position of Pilot RCU 2.0 and antennas Installation position of Pilot RCU 2.0 and Users may install Pilot RCU 2.0 at the rear of the backseats if there is no enough room in the trunk or the trunk is flooded, and then use iron material to magnetically attract the antennas on the device box. In this case, users need to make the device face the window to protect it from passenger's touch which may leads to cable connection looseness. 3. Install the Pilot RCU 2.0 and antennas in other positions Users may place the device on the backseats or the passenger seat beside the driver if the vehicle is dedicated for testing purposes. Figure 5-7 Installation position of a Pilot RCU

41 Install a Pilot RCU 2.0 a. Installing power cord Cut off the plug of the power cord that connects to the cigarette lighter and place the power cord along the left side of the vehicle to connect the power cord to the vehicle power system. Connect the brown line to the positive pole and blue line to the negative pole. Users need to verify positive and negative end before installation; otherwise, the device may be damaged. Figure 5-8 Installing power cord There is a fuse (10 A for a small vehicle) in the cigaritte lighter. If the fuse is blown, users may replace it with the same specification. Figure 5-9 Cigarette lighter fuse 37

42 Install a Pilot RCU 2.0 Power cord Note: The power cord must be connected to the ignition switch and cannot be directly connected to the accumulator or cigarette lighter. Otherwise, the device will continue to work even when the vehicle stops running; in this case, the accumulator will run out and the vehicle may not be able to start Install a Pilot RCU 2.0 on a Bus Users may install a Pilot RCU 2.0 under, behind, or to the left side of the driver's seat on a bus, according to the bus type and the driver's preferences. The device must be protected from water and humidity, and the antenna should not be easily reached by passengers. The module antennas and GPS antenna may be installed in the positions as shown in the red ellipses in the figure below (use double-sided tape to fix the antennas if the antennas cannot be magnetically attracted). The power supply is generally in the position as shown in the yellow ellipse in the figure below: 38

43 Install a Pilot RCU 2.0 Figure 5-10 Installation position of a Pilot RCU 2.0 in a bus Antennas Power Note: The power cord must be connected to the ignition switch. The power voltage normally is 24 V, which is different from that of a taxi and is within the normal voltage range of a Pilot RCU 2.0 (9-30 V) Installation Application Cases The following figure shows Pilot RCU 2.0 is installed in the trunk of a vehicle. Figure 5-11 Installation application of Pilot RCU

44 Install a Pilot RCU 2.0 The power cord goes through the hole of the backseat. Figure 5-12 Installation application of power cord 40

45 Install a Pilot RCU 2.0 The antennas are located at the rear of the backseat, and soft magnetic strips are used to magnetically attract the antennas. Users may use two screws to fix the soft magnetic stripe. See the figure below: Figure 5-13 Installation application of antennas Precautions 1. Make sure that the device is protected from water. 2. Make sure that the device cannot be touched by passengers. 3. Make sure that the surrounding temperature is between -20 C to 65 C. Shading facilities are required if the device installation position is in direct sunlight. 4. Do not place other materials on the Pilot RCU 2.0 to ensure heat dissipation. 5. Make sure that the device is protected from theft. 6. Use rubber stoppers to block the LAN interface of the Pilot RCU Make sure that the SIM cards are properly inserted. The SIM cards corresponding to the Modem and other channels must be properly inserted. 8. Make sure that the cigarette lighter is clean and the device plug is properly connected if the device is provided with power through the cigarette lighter to protect the device s plug from 41

46 Install a Pilot RCU 2.0 burnout and ensure stable device performance. In the actual testing, the Pilot RCU power cord may be disconnected from the cigarette lighter because of vibration or shaking. In this case, there will be audio alarms (beep sound) and the EXT indicator will not be lit. 9. Fix the device in the trunk of a car with a mounting bracket if required. Perform positive and negative tests for the power system of the vehicle before installation as the device power cord should be properly connected with the positive and negative poles. Contact Dingli for technical support if required. 10. Make sure that the online power voltage (when the device is connected to the power system of the car and works normally) of the car is at least 9 V. Normally, the power voltage of a car is 12 V. The DC resistance between the accumulator/electric generator and cigarette lighter must be less than 0.8 Ohm. 11. If an audio alarm with a single beep sound is reported every three seconds, the external power supply is not connected or the power voltage is abnormal. In this case, check whether the cigarette lighter plug is clean or if it is properly connected and check whether the plug/outlet of the power cord is properly connected. 12. Make sure only ONE Pilot RCU 2.0 device is connected to the cigarette lighter; if more than one device is connected, the devices will not be able to work properly, the power cord may overheat, and the cigarette lighter fuses may burn out. 13. A maximum of two Pilot RCU 2.0 devices can be installed in one car. In this case, users need to connect the devices to the accumulator for power supply. 42

47 Maintenance 6 Maintenance 6.1 Maintenance after Installation 1. Regularly check the Pilot RCU 2.0 and mounting bracket are firmly attached and look for any sign of damages. Take measures to fix the device or avoid potential damage. 2. Take measures to protect the device from water as the electronic components are not waterproofed. 3. Regularly check the test module antenna to ensure proper installation and proper connection. 4. Regularly check the GPS antenna to ensure proper installation. 5. Check the external power supply before testing. 6. Regularly check the test modules SIM cards to ensure proper testing. 6.2 Connect the Pilot RCU 2.0 to a Local PC Join to the Same Subnet Modify the IP of the local PC as required (the digits for the fourth part can be any number from 1 to 254 except for 12, for example, 200, 123), maintain the default subnet mask , and leave other options blank. See the figure below: Figure 6-1 Joining to the same subnet 43

48 Maintenance Connect the Pilot RCU 2.0 to the PC with a LAN Cable Use cross-connection cables (for example, one end is T568A and the other end is T568B) or crossover cables (the two ends are the same type) to connect the Pilot RCU 2.0 to the PC. The LAN cable interface is RJ Check the Connection between the Pilot RCU 2.0 and the PC To check whether the connection between the Pilot RCU 2.0 is normal, follow the instructions below: 1. Choose Start > Run and enter cmd to open the command interface or choose Start > All Programs > Accessories, and then click Command Prompt to open the command interface. 2. Enter ping t. If the ping operation is successful, the connection is normal. See the figure below: Figure 6-2 Ping t 6.3 Operation on the RCU Client Users need to pay attention to the following points before performing any operation on the RCU Client: 1. Make sure that the Pilot RCU 2.0 is connected to a local PC with a LAN cable. 2. Make sure that the IP address of the local PC and the device IP are within the same subnet. For detailed information, see section Use RCU Client to upgrade the Pilot RCU 2.0. Make sure that the test has stopped before modifying information. For detailed information, see section

49 Maintenance 4. Make sure that the external power is connected or that the built-in battery is enough for upgrade or configuration modification. Otherwise, the unexpected shutdown of the device may cause damage to the system or other problems. 5. Make sure that the devices are connected to the internet during upgrade or configuration modification. Otherwise, the disconnection may damage the system or cause other problems. 6. Users may repeat the upgrade operation if the upgrade fails Stop Test 1. Start RCU Client, click the Tool tab, and then click the Connect button. After the Pilot RCU 2.0 is connected, the message "Device connection succeeded." will be displayed at the bottom left corner of the window. 2. Click Stop Test to disable the test program. After the device stops test, a dialog box with the message "The test has stopped successfully." will be displayed. Click OK. Figure 6-3 Stop test 45

50 Maintenance Check the Current Device Version 1. Start RCU Client, click the Attribute tab, and then click the Connect button. After the Pilot RCU 2.0 is connected, the message "Device connection succeeded." will be displayed on the bottom left corner of the window. 2. Click Refresh to display the current device version, device ID, and module configuration information. See the figure below: Figure 6-4 Check the current device version Note: Users need to restart the device if the device is upgraded Check and Modify the Server IP, Port and Modem Dial-up Configuration Information 1. After the device is successfully connected, click the Config tab, and then click Get to display the server information and dial-up information. See the figure below: 46

51 Maintenance Figure 6-5 Check server and dial-up information The following figure shows the server IP address, port number, and Modem dial-up information of a Pilot RCU 2.0: Figure 6-6 Example of server and dial-up information 47

52 Maintenance 2. Users may directly modify the server IP address, port number, and Modem dial-up information, and click Set. For example, change the IP address to , port number to 60111, dial-up number to *99#, user name to wap, and APN to cmnet, and then click Set. Users may click Get again to display the modified information. Figure 6-7 Modified information 3. After a dialog box with the message indicating successful setting is displayed, click OK Export Log Files To export log files, follow the instructions below: 1. Start RCU Client, click the Tool tab, and then click the Connect button. After the Pilot RCU 2.0 is connected, the message "Device connection succeeded" will be displayed on the bottom left corner of the window. 2. Click Tool, and then click Get log. See the figure below: 48

53 Maintenance Figure 6-8 Export log files 3. Save log files to the local computer. See the figure below: Note: All the log files in /dos/log are compressed as a tar.gz file and saved to the local computer. Users may use the 7_Zip software or other software that support the decompression of.tar.gz files to decompress the tar.gz file. Figure 6-9 Save log files 49

54 Maintenance Export Data Files To export data files, follow the instructions below: 1. Start RCU Client, click the Data tab, and then click the Connect button. After the Pilot RCU 2.0 is connected, the message "Device connection succeeded" will be displayed on the bottom left corner of the window. 2. Click Refresh to display data file list. See the figure below: Figure 6-10 Export data files 3. Use the left mouse button and the Shift or Ctrl button to select data files to be downloaded, and click Download to download and save the data files to the local computer. See the figure below: 50

55 Maintenance Figure 6-11 Save data files Upgrade Pilot RCU Firmware Attention: Users need to stop the test program before upgrading. Upgrade the Pilot RCU firmware only when it is required. To upgrade the Pilot RCU firmware, follow the instructions below: 1. Start RCU Client, click the Upgrade tab, and then click the Connect button. After the Pilot RCU 2.0 is connected, the message "Device connection succeeded" will be displayed on the bottom left corner of the window. 2. Click the Browse button as shown in the figure below, select the test.tar.gz file to upgrade the Pilot RCU firmware, and click Open. 51

56 Maintenance Figure 6-12 Upgrade Pilot RCU firmware 3. Click Upgrade. Figure 6-13 Select the test.tar.gz file 52

57 Maintenance A prompting message indicating a successful upgrade is displayed. Figure 6-14 Successful upgrade Upgrade Library System Attention: Users need to stop the test program before upgrading. Upgrade the library system only when it is required. To upgrade the library system, follow the instructions below: 1. Start RCU Client, click the Upgrade tab, and then click the Connect button. After the Pilot RCU 2.0 is connected, the message "Device connection succeeded." will be displayed on the bottom left corner of the window 2. Click the Browse button as shown in the red rectangle in the figure below and select the libs.tar.gz file to upgrade the library system, then click Open. Figure 6-15 Upgrade the library system 53

58 Maintenance 3. Click Upgrade as shown in the red rectangle in the figure above. A prompting message indicating a successful upgrade is displayed. Figure 6-16 Successful upgrade Upgrade Pilot RCU Kernel Attention: Users need to stop the test program before upgrading. Upgrade the Pilot RCU Kernel only when it is required. To upgrade the Pilot RCU kernel, follow the instructions below: 1. Start RCU Client, click the Upgrade tab, and then click the Connect button. After the Pilot RCU 2.0 is connected, the message "Device connection succeeded." will be displayed on the bottom left corner of the window. 2. Click the Browse button as shown in the red rectangle in the figure below and select the vmlinuz file to upgrade the Pilot RCU kernel, and click Open. Figure 6-17 Upgrade the Pilot RCU kernel 54

59 Maintenance 3. Click Upgrade as shown in the red rectangle in the figure above. 4. Set Account to root and Password to insight in the dialog box as shown in the figure below: Figure 6-18 Set login account and password 5. Click Login. A prompting message indicating a successful upgrade is displayed. Figure 6-19 Successful upgrade Upgrade File System Attention: Users need to stop the test program before upgrading. Upgrade the file system only when it is required. 1. To upgrade the file system, follow the instructions below: Start RCU Client, click the Upgrade tab, and then click the Connect button. After the Pilot RCU 2.0 is connected, the message "Device connection succeeded" will be displayed on the bottom left corner of the window. 55

60 Maintenance 2. Click the Browse button as shown in the red rectangle in the figure below and select the embedfs.gz file to upgrade the file system. 3. Set Files of type to rootfs(*.gz), and then click Open. 4. Click Upgrade as shown in the red rectangle in the figure below: Figure 6-20 Upgrade the file system 5. Set Account to root and Password to insight in the dialog box as shown in the figure below: Figure 6-21 Set login account and password 56

61 Maintenance 6. Click Login. A prompting message indicating a successful upgrade is displayed. Figure 6-22 Successful upgrade 57

62 Upgrade Software for Pilot RCU Upgrade Software for Pilot RCU Software Upgrade by Using RCU Client For detailed information about software upgrade by using RCU Client, see section 6.3.6, 6.3.7, 6.3.8, and Remote Software Upgrade Pay attention to the following points before remote software upgrade: 1. Before performing the remote upgrade, verify the Pilot RCU device's battery capacity. The capacity must support at least one hour or more of working time for the device. Connecting to an external power source is usually recommended; otherwise, the device may shutdown and the system may reboot before the upgrade is completed, which may cause damage to the software's operating system. 2. The current remote software upgrade only supports the Pilot RCU firmware and library system upgrade. Users should upgrade the Pilot RCU firmware first and upgrade the library system. 3. After a successful upgrade, the device will automatically restart; users can check the version of the firmware on the Pilot Fleet Unify web page Pilot RCU Firmware Upgrade Users need to log in to the Pilot Fleet Unify platform, and choose Device Management > Firmware Upgrade to perform remote Pilot RCU firmware upgrade. An FTP server is needed, as the remote firmware upgrade package should be uploaded to the FTP server Configure Remote Upgrade Information 1. On the Pilot Fleet Unify, choose Device Management > Firmware Upgrade to configure information for automatic remote upgrade. See the figure below: 58

63 Upgrade Software for Pilot RCU 2.0 Figure 7-1 Configure remote upgrade information 2. Click Upload to enter the Upload Device Version File page for device configuration. Figure 7-2 Click Upload 3. Set basic information based on the description below: Device Type: select RCU for the device type. Firmware version: set this option to the target version for upgrade, for example, Use FTP to Update: select this option to use FTP server for update. Server Info: set this option to the server IP address and port number, for example, :21, in which indicates the IP address and 21 indicates the port number. Upgrade File: set this option to the path where the remote firmware upgrade package is saved and the remote firmware upgrade package name, for example, /RCUFirmware/rcu_fw_upgrade , in which rcu_fw_upgrade indicates the package name, and /RCUFirmware indicates the path where the file is saved on the ftp server. Username: enter a correct user name, for example, test. Password: enter a correct password, for example, test. The figure below shows the configured information: 59

64 Upgrade Software for Pilot RCU 2.0 Figure 7-3 Set basic information for remote upgrade 4. Click Save to save the settings. The page will display an information box verifying the successful upload of the configuration information to the Pilot Fleet Unify server. Figure 7-4 Information box Enable Remote Upgrade for the Device There are two modes of remote upgrade: Set Group Firmware Version and Set Firmware to Device, " Set Firmware to Device " allows users to select one or more Pilot RCUs to upgrade and " Set Group Firmware Version " allows users to select one or more groups of Pilot RCUs to upgrade. 60

65 Upgrade Software for Pilot RCU 2.0 Figure 7-5 Enable remote upgrade 1. Set Firmware to Device One or more devices can be selected. Users may search devices by entering keywords (device name or part or full ID number) in the Search box. Figure 7-6 Remote upgrade: Set Firmware to Device 61

66 Upgrade Software for Pilot RCU 2.0 Figure 7-7 Information dialog box 2. Set Group Firmware Version One or more device groups can be selected. Users may search device groups by entering keywords in the Search box. Figure 7-8 Remote upgrade: Set Group Firmware Version 62

67 Upgrade Software for Pilot RCU 2.0 Figure 7-9 Information dialog box Check and Cancel Remote Upgrade Configuration On the Device Management page, users may click the Edit device information button as shown in the red circle in the figure below to check the remote upgrade configuration information. Figure 7-10 Edit device information button In the following figure, the informaiton as shown in the red box is the configured remote upgrade information. If the Update RCU firmware option is deseleted, the system will cancel the delivery of the remote upgrade message. Usually, users may deselect this option after the remote upgrade has successfully completed. 63

68 Upgrade Software for Pilot RCU 2.0 Figure 7-11 Check remote upgrade configuration information Alternatively, users may choose Device Management > Firmware Upgrade and deselect the device to cancel the delivery of the remote upgrade message. Usuallly, users may delselct the device after the remote upgrade has successfully completed. Figure 7-12 Deselect a device 64

69 Upgrade Software for Pilot RCU Check Upgraded Firmware Version On Pilto Fleet Unify, users may choose Device monitor > Device Status to check the version of the current device's firmware under the Version column. Figure 7-13 Check firmware version Library System Upgrade The library system upgrade method is similar to that of firmware upgrade. The library system version number is usually in the format: , , , etc. For example, the remote upgrade file package name for version would be rcu_libs_upgrade

70 Technical Support and Contact Information 8 Technical Support and Contact Information 8.1 Technical Support If the user should encounter any problems while using Dingli's products that cannot be resolved by referring to the user manual, users may contact the company's technical support team using the contact information listed in the table below: Global Region support@dingli.com 8.2 Link to Dingli For more product information, services, and technical support, visit 66

71 Product Disclaimer 9 Product Disclaimer DISCLAIMER: Other than the terms and conditions defined within "DingLi Software License Agreement" documents for hardware and software acquired from DingLi Communications (H.K.) Company Limited, customers agree to the related software or/and hardware (hereafter referred to as "product") thereof is only to be used within its intended scope which includes voice and data service testing, wireless network measurement verification, data collection and storage, measurement data replay and presentation. Other usage of the product in conjunction with any third party software application, hardware or/and settings (not officially approved) beyond the aforementioned scope is not recommended as it may impact the product's performance and accuracy of data. DingLi Communications (H.K.) Company Limited shall not be liable to the outcome of the products performances and accuracy of data if the product is not being used as intended. Such instances may also void the product's warranty if the "DingLi Software License Agreement" is breached. Unauthorized usage of Pilot RCU includes but is not limited to: 1. Any unauthorized modifications of hardware, software, or related patch components are not permitted. 2. Any unauthorized modifications of device accessories (such as antenna, power line and power adapter) are not permitted. 3. Any operation not in accordance with DingLi's product documentation may produce abnormal test data. 4. Any operations (such as plug and format) not according to the instructions provided by DingLi on the device hard disk (CF card) are not permitted under any circumstances. 5. Any unauthorized modifications of system configuration files (such as deletion and replacement) are not permitted. 6. Installation of any third-party applications on the device is not permitted as it could change the internal settings of the device or it could affect performance of the device. 7. Any combined uses of software and hardware that are not specified by DingLi are not permitted. 8. English is the preferred language. We will not be responsible for any issues caused by language difference. All of the contents of this manual are subject to copyright and may not be reproduced in any form. 67

72 Product Disclaimer For further information, please contact 68

73 Appendix 1 10 Appendix Apply for App ID (Facebook) Follow the instructions below to apply for an App ID: 1. Register a Facebook account with a phone number at: 2. Use the account to log in 3. Click the My Apps drop down arrow and select Add a New App. Figure 10-1 Add a New App 4. Click basic setup on the page that appears. Figure 10-2 basic setup 5. Enter correct information, select Apps for Pages from the drop down list under Category, 69

74 Appendix 1 and click Create App ID. Figure 10-3 Set information 6. After successful verification, click Dashboard on the left navigation pane, write down the App ID and App Secret which are required for the Facebook service test. Figure 10-4 Dashboard 7. Click Add Project to enter the Product Setup page, click Get Start next to Facebook Login. Figure 10-5 Get Started 70

75 Appendix 1 8. On the Client OAuth Settings page, set Yes for Embedded Browser OAuth Login, and enter " for Valid OAuth redirect URIs, and click Save Changes after settings. Figure 10-6 Client OAuth Settings 9. Click App Review on the left pane, and change No to Yes to make it available to the public. Figure 10-7 App Review 10. After the settings, users may start the Facebook service test Create a Private HTTP Upload Server Follow the instructions below to create a private HTTP Upload server: 1. Decompress the HttpPost.rar file to the Disk Driver C. 2. Open the IIS manager and add HttpPost, define the physical path (the directory of the decompressed file HttpPost.rar), and bound the port 9013 (users may customize a port). 71

76 Appendix 1 3. Click OK to publish the Website. 4. The upload path is: IP address:9013/douploadsave.aspx. The uploaded file will be saved. Users need to configure regular file clearing as the uploaded file will be accumulated. IP address:9013/doupload.aspx. The uploaded file will not be saved. It is recommended to use this path. Note: Generally, operators need to create HTTP upload servers by themselves. 5. The uploaded file is saved in the files folder, and the file cannot be larger than 500 MB. 72

77 Appendix 2 11 Appendix Supported Parameters GSM BCCH BSIC RxLevel Full RxLevel Sub RxQual Full RxQual Sub FER Full FER Sub BCCH RxLevel Max RxLevel BCCH C/I Neighbor1 RxLevel Neighbor2 RxLevel Neighbor3 RxLevel Neighbor4 RxLevel Neighbor5 RxLevel Neighbor6 RxLevel Neighbor1 BCCH Neighbor2 BCCH Neighbor3 BCCH Neighbor4 BCCH Neighbor5 BCCH Neighbor6 BCCH Neighbor1 BSIC Neighbor2 BSIC Neighbor3 BSIC Neighbor4 BSIC Neighbor5 BSIC Neighbor6 BSIC Neighbor1 C1 Neighbor2 C1 Neighbor3 C1 Neighbor4 C1 Neighbor5 C1 Parameters Downlink Info TCH C/I GSM TA GSM UE TxPower C1 C2 GSM DTX C31 C32 UL MOSvalue DL MOSvalue CIR Neighbor Cell Info Neighbor5 C31 Neighbor6 C31 Neighbor1 C32 Neighbor2 C32 Neighbor3 C32 Neighbor4 C32 Neighbor5 C32 Neighbor6 C32 Neighbor Cell Count N1 Neighbor Distance N2 Neighbor Distance N3 Neighbor Distance N4 Neighbor Distance N5 Neighbor Distance N6 Neighbor Distance Neighbor1 LAC Neighbor2 LAC Neighbor3 LAC Neighbor4 LAC Neighbor5 LAC Neighbor6 LAC Neighbor1 CI Neighbor2 CI 73

78 Appendix 2 Neighbor6 C1 Neighbor1 C2 Neighbor2 C2 Neighbor3 C2 Neighbor4 C2 Neighbor5 C2 Neighbor6 C2 Neighbor1 C31 Neighbor2 C31 Neighbor3 C31 Neighbor4 C31 GSM MCC GSM MNC GSM LAC GSM RAC GSM Cell ID T3212 TCH State HSN MAIO Time Slot Channel Mode TSC Hopping Type Sub Channel Number DSC Max DSC Counter RLT Current RLT Maximum EDGE Support Voice Codec GSM Band GSM Service State Qsearch I GSM RLC Throughput UL GSM RLC Throughput DL GSM RLC ReTx Ratio UL GSM RLC ReTx Ratio DL GSM RLC Total Blocks UL Neighbor3 CI Neighbor4 CI Neighbor5 CI Neighbor6 CI Neighbor1 ACCMIN Neighbor2 ACCMIN Neighbor3 ACCMIN Neighbor4 ACCMIN Neighbor5 ACCMIN Neighbor6 ACCMIN Serving Cell Info TDD Qoffset ReTx GSM Cell Reselect Hyst GSM Cell Reselect Offset Penalty Time Temporary Offset RxLevel Access Min MS TxPower Max CCH IsHopping Server Distance AC Class Modulation DL Modulation UL Type Of Allocation Cell GPRS Support TCH Cell Priority Hopping Indicator MNC Length GSM_RA_Colour GSM_PI GSM Channel Number RLC Qos Info GSM RLC Total Blocks DL GSM BER GSM RLC BLER DL GSM RLC BLER UL LLC Qos Info 74

79 Appendix 2 GSM LLC Throughput UL GSM LLC Throughput DL GSM LLC ReTx Ratio UL CS DL CS UL TS Number DL TS Number UL TS DL TS UL GPRS BLER GMM State TBF State DL TBF State UL TFI DL TFI UL SIGN VAR GSM RxQual MS Power C Value LLC WinSize DL LLC WinSize UL GPRS ReTx Ratio GPRS State MAC Mode MCS UL SNDCP Header Compress SNDCP Data Compress ATTIMSI CCCH SDCCH COMB AGBLK MFRMS MAXRET RR State SM State Context Active TypeNb Context Time GSM LLC ReTx Ratio DL GSM LLC Total Frames UL GSM LLC Total Frames DL GSM Radiolink Info MCS DL GMSK CV BEP 8PSK CV BEP GMSK MEAN BEP 8PSK MEAN BEP EDGE WinSize DL EDGE WinSize UL NMO Access Burst CTR ACK Mode T3314 TLLI P-TMSI Network Control Order PC MEAS CHAN GPRS TxPower Attach State GPRS TA Priority Access THR GPRS MS Multislot Class EDGE MS Multislot Class SNDCP Info Service Type CCCH/RACH Info GSM Cell Barred CBQ CCH Configuration CCCH Channel Count CCCH Configuration on BCCH and PCH Network State Info GRR State PDP Info NSAPI Ciphering Mode Address Type 75

80 Appendix 2 GSM DTLOG Event GSM EventId GSM Slot Info GSM TS0 C/I GSM TS1 RxPower GSM TS1 C/I GSM TS2 RxPower GSM TS2 C/I GSM TS3 RxPower GSM TS3 C/I GSM TS4 RxPower GSM TS4 C/I GSM TS5 RxPower GSM TS5 C/I GSM TS6 RxPower GSM TS6 C/I GSM TS7 RxPower GSM TS7 C/I GSM TS0 GMSK MeanBEP GSM TS0 DL RLC Throughput GSM TS1 GMSK MeanBEP GSM TS1 DL RLC Throughput GSM TS2 GMSK MeanBEP GSM TS2 DL RLC Throughput GSM TS3 GMSK MeanBEP GSM TS3 DL RLC Throughput GSM TS4 GMSK MeanBEP GSM TS4 DL RLC Throughput GSM TS5 GMSK MeanBEP GSM TS5 DL RLC Throughput GSM TS6 GMSK MeanBEP GSM TS6 DL RLC Throughput GSM TS7 GMSK MeanBEP GSM TS7 DL RLC Throughput GSM TS0 8PSK MeanBEP GSM TS0 BandWidth Usage Ratio GSM TS1 8PSK MeanBEP GSM TS1 BandWidth Usage Ratio GSM TS2 8PSK MeanBEP GSM TS2 BandWidth Usage Ratio GSM TS3 8PSK MeanBEP GSM TS3 BandWidth Usage Ratio GSM TS4 8PSK MeanBEP GSM TS4 BandWidth Usage Ratio GSM TS5 8PSK MeanBEP GSM TS5 BandWidth Usage Ratio GSM TS6 8PSK MeanBEP GSM TS6 BandWidth Usage Ratio GSM TS7 8PSK MeanBEP GSM TS7 BandWidth Usage Ratio GSM MCS1 Count DL /s GSM TS0 Direction GSM MCS2 Count DL /s GSM TS1 Direction GSM MCS3 Count DL /s GSM TS2 Direction GSM MCS4 Count DL /s GSM TS3 Direction GSM MCS5 Count DL /s GSM TS4 Direction GSM MCS6 Count DL /s GSM TS5 Direction GSM MCS7 Count DL /s GSM TS6 Direction GSM MCS8 Count DL /s GSM TS7 Direction GSM MCS9 Count DL /s 76

81 Appendix 2 GSM TS0 CSMCS GSM MCS1 Count UL /s GSM TS1 CSMCS GSM MCS2 Count UL /s GSM TS2 CSMCS GSM MCS3 Count UL /s GSM TS3 CSMCS GSM MCS4 Count UL /s GSM TS4 CSMCS GSM MCS5 Count UL /s GSM TS5 CSMCS GSM MCS6 Count UL /s GSM TS6 CSMCS GSM MCS7 Count UL /s GSM TS7 CSMCS GSM MCS8 Count UL /s GSM TS0 TxPower GSM MCS9 Count UL /s GSM TS1 TxPower GSM CS1 Count DL /s GSM TS2 TxPower GSM CS2 Count DL /s GSM TS3 TxPower GSM CS3 Count DL /s GSM TS4 TxPower GSM CS4 Count DL /s GSM TS5 TxPower GSM CS1 Count UL /s GSM TS6 TxPower GSM CS2 Count UL /s GSM TS7 TxPower GSM CS3 Count UL /s GSM TS0 RxPower GSM CS4 Count UL /s GSM AMR FR Count DL /s GSM AMR HR Count DL /s EFR Count DL /s FR Count UL /s HR Count DL /s EFR Count UL /s GSM AMR HR Count UL /s HR Count UL /s GSM AMR FR Count DL /s GSM AMR FR Count UL /s Security Info Ciphering Key Kc Routing Area Update Request Type Kc Sequence Number Attach Request Type Ciphering Algorithm Location Updating Reject Cause LLC Ack Model Routing Area Update Reject Cause Layer3 Info Attach Reject Cause Traffic Class Activate PDP Context Reject Cause RR Channel Release Cause Random Reference CM Service Request Cause Random Number Part1 CC Release Cause Random Number Part2 CC Disconnect Cause Random Number Part3 CP DATA RP Cause Random Number Part4 Location Updating Request Type UE Info UE Class DTM Indicator 77

82 Appendix WCDMA Parameters Basic Info WCDMA DL UARFCN WCDMA RRC State WCDMA Compressed Mode WCDMA SF WCDMA MCC Multi Carrier Support WCDMA MNC WCDMA UL UARFCN WCDMA Cell ID MIB Value Tag WCDMA URA ID n302 WCDMA LAC WCDMA RAC WCDMA UL Interference WCDMA Cell Barred Handoff State WCDMA Cell Reserved WCDMA HSDPA Session WCDMA Service Type WCDMA HSUPA Session WCDMA Band WCDMA HSDPA Class Category Power Up Ratio UL WCDMA HSUPA Class Category Power UP Ratio DL HSPA+ Indicator WCDMA BLER UE HSPA+ Category DRX Cycle Number HSPA+ DC Indicator Cell Reselect Q-rxlevmin SsearchRATGSM Q-qualmin Q-hyst1 Sintrasearch Q-hyst2 Sintersearch Q-qualMeas RLC/PDCP Info WCDMA RLC Throughput DL RLC UL PDU Four Retxd Rate WCDMA RLC Throughput UL RLC UL PDU Five Retxd Rate WCDMA PDCP Throughput DL RLC UL PDU Six or more Retxd Rate WCDMA PDCP Throughput UL RLC UL PDU DATA NUM WCDMA RLC BLER DL RLC UL PDU CTL NUM WCDMA RLC ReTx UL RLC DL PDU NAK Rate RLC UL PDU NAK Rate RLC DL PDU Retxd Rate RLC UL PDU Error Rate RLC DL PDU DATA NUM RLC UL PDU One Retxd Rate RLC DL PDU CTL NUM RLC UL PDU Two Retxd Rate RLC UL Mode RLC UL PDU Three Retxd Rate RLC DL Mode CQI HS-DPCCH CQI Max HSPA+ MIMO TypeA CQI Mean HS-DPCCH CQI Mean HSPA+ MIMO TypeB CQI Max HS-DPCCH CQI Min HSPA+ MIMO TypeB CQI Min HS-DPCCH CQI Feedback Cycle HSPA+ MIMO TypeB CQI Mean 78

83 Appendix 2 Parameters CQI Power Offset HSPA+ DC 1st CQI Max HS-DPCCH CQI Repetition Factor HSPA+ DC 1st CQI Min HSPA+ MIMO TypeA CQI Ratio HSPA+ DC 1st CQI Mean HSPA+ MIMO TypeB CQI Ratio HSPA+ DC 2nd CQI Max HSPA+ MIMO TypeA CQI Max HSPA+ DC 2nd CQI Min HSPA+ MIMO TypeA CQI Min HSPA+ DC 2nd CQI Mean Measurement Info WCDMA RxPower WCDMA Max EcIo WCDMA TxPower WCDMA Reference EcIo Locked Number WCDMA Total RSCP WCDMA Reference PSC WCDMA Max RSCP WCDMA Max PSC WCDMA Reference RSCP WCDMA SIR TB CRC Error Count WCDMA Target SIR TB Total Count WCDMA Total EcIo Transmission Channel Count HSDPA HS-DSCH 16QAM Ratio /s HS-SCCH OVSF HS-DSCH QPSK Ratio /s HS-PDSCH Total Number HS-DSCH TB Size HS-PDSCH Theory Dispatch Count /s HS-DSCH BLER HS-PDSCH Practice Dispatch Count /s HS-DSCH ErrorBlock Number HSPDSCH Avg Codes Number HS-DSCH NACK Ratio /s HS-SCCH Total Count HS-SCCH Success Ratio /s HS-SCCH Theory Dispatch Count /s HS-DSCH ACK Ratio /s HS-SCCH Practice Dispatch Count /s HS-DSCH DTX Ratio /s HS-SCCH Dispatch Ratio HS_DSCH Bler HS-SCCH Dispatch Count WCDMA HS-HARQ Response Ratio /s HS-SCCH Success Count WCDMA PHY Request Throughput DL HS Modulation Block Count WCDMA PHY Schedule Throughput DL HSDPA_CQI_Total WCDMA PHY Service Throughput DL HSDPA_CQIBlock_AccValue WCDMA MAC Throughput DL HSDPA_CQI_Count WCDMA H-RNTI HSDPA_CQIBlock_CurValue HSDPA PSC HS-DSCH Success Rate Measurement Power Offset HS-SCCH Action 64QAM Indicator HS-SCCH Type MIMO Indicator HS-SCCH Time Offset DSCH 64QAM Ratio /s HS-DSCH Residual BLER 79

84 Appendix 2 Parameters WCDMA HS-HARQ Process Number DL HS_DSCH_ReTx_Ratio_1st HS-DSCH ReTx Count /s HS_DSCH_ReTx_Ratio_2nd HS-DSCH ReTx Ratio /s HS_DSCH_ReTx_Ratio_3th HS-SCCH Channelization code HS_DSCH_ReTx_Ratio_4th HSUPA HSUPA TTI HSUPA HARQ Response Ratio /s E-RNTI HSUPA DTX Ratio /s MAC Throughput UL HSUPA Power Limited TB Ratio /s MAC Service Throughput UL HSUPA Network Limited TB Ratio /s WCDMA HSUPA Happy Occupied Ratio /s HSUPA BO Limited TB Ratio /s E-DCH ReTx Ratio /s HSUPA UE Frame Usage Ratio /s E-DCH More than once ReTx Ratio /s HSUPA Max TB Size /s SGI Average HSUPA E-DPCCH Power HSUPA ACK Ratio /s HSUPA A-Set Cell Count HSUPA NACK Ratio /s HSUPA PSC HSPA+ MIMO HS SecERNTI HSPA+ MIMO 2nd Residual BLER Rate Match Code HSPA+ MIMO 2nd Residual Block Count HSPA+ MIMO 1st PreTB Ratio HSPA+ MIMO 2nd Initial BLER HSPA+ MIMO 1st Residual BLER HSPA+ MIMO 2nd Initial Error Block Count HSPA+ MIMO 1st Residual Block Count HSPA+ MIMO 2nd HS-DSCH ACK Ratio HSPA+ MIMO 1st Initial BLER HSPA+ MIMO 2nd HS-DSCH Nack Ratio HSPA+ MIMO 1st Initial Error Block Count HSPA+ MIMO 2nd 16QAM Ratio HSPA+ MIMO 1st DSCH ACK Ratio HSPA+ MIMO 2nd 64QAM Rattio HSPA+ MIMO 1st DSCH NACK Ratio HSPA+ MIMO 2nd QPSK Ratio HSPA+ MIMO 1st 16QAM Ratio HSPA+ MIMO 2nd PHY Schedual Throughput HSPA+ MIMO 1st 64QAM Ratio HSPA+ MIMO 2nd PHY Service Throughput HSPA+ MIMO 1st QPSK Ratio HSPA+ MIMO 2nd TB Size Max HSPA+ MIMO 1st PHY Scheduled Throughput HSPA+ MIMO 1st TB Count (Absolute) 80

85 Appendix 2 Parameters HSPA+ MIMO 1st PHY Service Throughput HSPA+ MIMO 1st TB Count (Accumulate) HSPA+ MIMO 1st TB Size Max HSPA+ MIMO 1st TB Count (Current) HSPA+ MIMO 2nd PreTB Ratio HSPA+ MIMO 2nd TB Count (Absolute) HSPA+ DC HSPA+ DC 1st TB Count HSPA+ DC 1st QPSK Ratio HSPA+ DC 1st TB Size HSPA+ DC 1st PHY Request Throughput HSPA+ DC 2nd TB Count HSPA+ DC 1st PHY Schedual Throughput HSPA+ DC 2nd TB Size HSPA+ DC 1st Service Throughput HSPA+ DC 1st Serving Cell HSPA+ DC 1st Decode Success Ratio HSPA+ DC 1st Serving UARFCN HSPA+ DC 2nd Serving Cell HSPA+ DC 1st Residual BLER HSPA+ DC 2nd Serving UARFCN HSPA+ DC 1st Residual Block Count HSPA+ DC 2nd Residual BLER HSPA+ DC 1st Initial BLER HSPA+ DC 2nd Residual Block Count HSPA+ DC 1st Initial Error Block Count HSPA+ DC 2nd Initial BLER HSPA+ DC 1st DSCH ACK Ratio HSPA+ DC 2nd Initial Error Block Count HSPA+ DC 1st DSCH NACK Ratio HSPA+ DC 2nd DSCH ACK Ratio HSPA+ DC 1st DSCH DTX Ratio HSPA+ DC 2nd DSCH NACK Ratio HSPA+ DC 1st ReTx Count HSPA+ DC 2nd DSCH DTX Ratio HSPA+ DC 1st ReTx Ratio HSPA+ DC 2nd ReTx Count HSPA+ DC 1st 64QAM Ratio HSPA+ DC 2nd ReTx Ratio HSPA+ DC 1st 16QAM Ratio HSPA+ DC 1st QPSK Ratio NAS State GMM State MM Substate GMM Substate MM Update GMM Update REG State MM State Random access WCDMA RACH State WCDMA Max TxPower WCDMA AICH State Signatures Bit Mask WCDMA Access Slot Sub Channels Bit Mask Last Power Set RACH SF Min WCDMA RACH Frame Number RACH SC Index WCDMA Preamble Signature Puncturing Limit UL WCDMA AICH Timing WCDMA RACH Transport Channel ID WCDMA Preamble Number WCDMA Power Ramp Step RACH Message Length WCDMA Max Preamble Number WCDMA Initial Power Virtual Field 81

86 Appendix 2 Parameters 1stEc/Io WCDMA Modulation Most 2ndEc/Io WCDMA RNCID 3rdEc/Io WCDMA Cell ID(Short) 4thEc/Io MonitoredSet Cell Count 1stRSCP MonitoredSet Max RSCP 2ndRSCP MonitoredSet Max EcIo 3rdRSCP MonitoredSet Frequency For Max RSCP 4thRSCP DetectedSet Cell Count SIREx DetectedSet Max RSCP 1st PSC DetectedSet Max EcIo 2nd PSC DetectedSet Frequency For Max RSCP 3rd PSC ModualScheme DTX 4th PSC ModualScheme QPSK WCDMA Modulation Best ModualScheme 16QAM WCDMA HS DSCH 16QAMCount ModualScheme 64QAM WCDMA HS DSCH QPSKCount WCDMA A-set Cell Count WCDMA HS DSCH 64QAMCount WCDMA ActiveSetCell Rate LTE Parameters Basic Info SINR RA Response PCI TimingAdvance PDCCH Grant Count DL /s SRS RB Number PDCCH Grant Count UL /s PUSCH P0 PRACH TxPower PUSCH Alpha PUCCH G(i) PBCH RSRP PUCCH TxPower PBCH RSRQ PUSCH F(i) PBCH RSSI PUSCH TxPower PBCH SINR Rank Indicator PHICH RSRP Rank1 SINR PHICH RSRQ Rank2 SINR code0 PHICH RSSI Rank2 SINR code1 PHICH SINR RSRP PCFICH RSRP RSRQ PCFICH RSRQ RSSI PUCCH ACK Count /s SRS Power PUCCH NACK Count /s Bandwidth DL PCFICH RSSI 82

87 Appendix 2 Parameters Special SubFrame Patterns PCFICH SINR SubFrame Assignment Type CRS RP Frequency DL DRS RP EARFCN DL PDSCH RSRP ECGI PDCCH RSRP TAC PUCCH Pathloss Bandwidth UL Frame Number Frequency UL SubFrame Number Work Mode TTI Count Band PDSCH Pathloss RSRP Rx0 PUSCH Pathloss RSRP Rx1 PDCCH Pathloss Transmission Mode PDSCH CRC Pass Count code0 /s NAS State PDSCH CRC Pass Count code1 /s Power Headroom PDSCH CRC Fail Count code0 /s PCFICH TxPower PDSCH CRC Fail Count code1 /s PBCH TxPower PDCCH TB Count /s P-SCH TxPower PDCCH RSRQ S-SCH TxPower PDCCH RSSI CP Type PDSCH RSRQ Cell ID PDSCH RSSI CodeWord Number CCE1 Count /s EARFCN UL CCE2 Count /s UE TxPower CCE4 Count /s PDCCH CCE Start CCE8 Count /s PDCCH CCE Number Rank1 Indicator Number PDCCH Format Rank2 Indicator Number PDCCH DCI Format AFC Freq Offset Adjust PDCCH SINR SINR Rx0 PDSCH SINR SINR Rx1 CRS SINR RSRQ Rx0 DRS SINR RSRQ Rx1 RA Preamble Index RSSI Rx0 C-RNTI RSSI Rx1 OFDM Symbols Number RACH Resp Window PDSCH TB Size code0 RACH Reason PDSCH TB Size code1 RACH Type PDSCH RB Number OFDM Symbols for PDCCH PUSCH TB Size PRACH TA PUSCH RB Number SCell Index PUSCH ACK Count /s LTE DL SPS State 83

88 Appendix 2 Parameters PUSCH NACK Count /s LTE UL SPS State Random access RA Period Access Class Bar RA Signature Initial Transmission Power Power Ramping PRACH Pathloss Max Preamble Power PRACH Preamble FN Max Preamble Number PRACH Preamble SubFN RA-RNTI PRACH Config Index BLER PDSCH BLER code0 PDSCH Initial BLER code0 PDSCH BLER code1 PDSCH Initial BLER code1 PDSCH BLER PDSCH Residual BLER code0 PDCCH BLER PDSCH Residual BLER code1 PUSCH BLER PDSCH Residual BLER PDCCH UE Estimate BLER PDSCH Initial BLER PUSCH Initial BLER MAC BLER UL PUSCH Residual BLER MAC BLER DL PUSCH Scheduling BLER RB Config PUSCH Serving RB Count /slot PUSCH Scheduled RB Count /SubFN PUSCH RB Start PDSCH Scheduled RB Count /SubFN PDSCH Serving RB Count /slot PUSCH Scheduled slot Count /s PDSCH RB Start PDSCH Scheduled slot Count /s PUSCH Serving RB Count /SubFN PUSCH Scheduled SubFN Count /s PDSCH Serving RB Count /SubFN PDSCH Scheduled SubFN Count /s PUSCH RB Count /s PUSCH Serving slot Count /s PDSCH RB Count /s PDSCH Serving slot Count /s PUSCH Scheduled RB Count /slot PUSCH Serving SubFN Count /s PDSCH Scheduled RB Count /slot PDSCH Serving SubFN Count /s Cell Measurement LTE Pathloss CQI DL SubBand WideBand CQI code0 CQI Report Periodic WideBand CQI code1 RANK1 CQI RxChCorFactor RANK2 CQI code0 Antenna correlation RANK2 CQI code1 CQI Report Type CQI Report Mode Rank1 CQI or Rank2 CQI Code0 WideBand CQI 84

89 Appendix 2 Parameters DRX Info DRX Enable for ANR DRX ReTx Timer8 Contention Timer DRX ShortCycle Timer DRX Config Indicator DRX Started Flag DRX Cycle Type DRX Start Offset DRX Inactivity Timer DRX Start Bitmap DRX ReTx Timer DRX SubState DRX ReTx Timer1 Inactivity Timer State DRX ReTx Timer2 DRX LongCycle DRX ReTx Timer3 LTE Type DRX ReTx Timer4 Onduration Timer DRX ReTx Timer5 Onduration Timer State DRX ReTx Timer6 DRX ShortCycle Flag DRX ReTx Timer7 DRX ShortCycle HARQ Info Max HARQ Msg3Tx HARQ ACK Count code1 DL /s InitialTrans Success Ratio UL /s HARQ NACK Count code1 DL /s 1st ReTx Success Ratio UL /s HARQ ACK Ratio code0 DL /s 2nd ReTx Success Ratio UL /s HARQ ACK Ratio code1 DL /s 3rd ReTx Success Ratio UL /s PDCP ReTx Ratio UL /s 4th ReTx Success Ratio UL /s PDCP ReTx Ratio DL /s InitialTrans Success Ratio code0 DL /s RLC ReTx Ratio UL /s 1st ReTx Success Ratio code0 DL /s RLC ReTx Ratio DL /s 2nd ReTx Success Ratio code0 DL /s HARQ NACK Ratio UL /s 3rd ReTx Success Ratio code0 DL /s HARQ DTX Ratio UL /s 4th ReTx Success Ratio code0 DL /s HARQ ACK Ratio DL /s InitialTrans Success Ratio code1 DL /s HARQ NACK Ratio DL /s 1st ReTx Success Ratio code1 DL /s HARQ NACK Ratio code0 DL /s 2nd ReTx Success Ratio code1 DL /s HARQ NACK Ratio code1 DL /s 3rd ReTx Success Ratio code1 DL /s HARQ DTX Ratio DL /s 4th ReTx Success Ratio code1 DL /s HARQ DTX Ratio code0 DL /s HARQ ACK Ratio UL /s HARQ DTX Ratio code1 DL /s InitialTrans Success Count UL /s InitialTrans Success Ratio DL /s 1st ReTx Success Count UL /s 1st ReTx Success Ratio DL /s 2nd ReTx Success Count UL /s 2nd ReTx Success Ratio DL /s 3rd ReTx Success Count UL /s 3rd ReTx Success Ratio DL /s 4th ReTx Success Count UL /s 4th ReTx Success Ratio DL /s InitialTrans Success Count code0 DL /s InitialTrans Success Count DL /s 1st ReTx Success Count code0 DL /s 1st ReTx Success Count DL /s 2nd ReTx Success Count code0 DL /s 2nd ReTx Success Count DL /s 3rd ReTx Success Count code0 DL /s 3rd ReTx Success Count DL /s 85

90 Appendix 2 Parameters 4th ReTx Success Count code0 DL /s 4th ReTx Success Count DL /s InitialTrans Success Count code1 DL /s HARQ ReTx Ratio UL /s 1st ReTx Success Count code1 DL /s HARQ ReTx Ratio DL /s 2nd ReTx Success Count code1 DL /s HARQ Process Number UL 3rd ReTx Success Count code1 DL /s Max HARQ Tx 4th ReTx Success Count code1 DL /s ReTx Failure Count UL /s HARQ ACK Count UL /s ReTx Failure Count DL /s HARQ NACK Count UL /s PDSCH Schedule Rate HARQ ACK Count code0 DL /s PUSCH Schedule Rate HARQ NACK Count code0 DL /s MAC Padding Overhead UL HARQ Process Number DL MAC Padding Overhead DL HARQ ID MCS Info MCS Count code0 DL /s QPSK Count code1 DL /s Modulation code0 DL /s QPSK Ratio code1 DL /s MCS Count code1 DL /s 16QAM Count code1 DL /s Modulation code1 DL /s 16QAM Ratio code1 DL /s MCS Average UL /s 64QAM Count code1 DL /s MCS Average DL /s 64QAM Ratio code1 DL /s Modulation UL /s Modulation Most UL /s MCS Count UL /s Modulation High UL /s QPSK Count UL /s Modulation Most code0 DL /s QPSK Ratio UL /s Modulation High code0 DL /s 16QAM Count UL /s Modulation Most code1 DL /s 16QAM Ratio UL /s Modulation High code1 DL /s 64QAM Count UL /s MCS Average code0 DL /s 64QAM Ratio UL /s MCS Average code1 DL /s QPSK Count code0 DL /s QPSK Ratio DL /s QPSK Ratio code0 DL /s 16QAM Ratio DL /s 16QAM Count code0 DL /s 64QAM Ratio DL /s 16QAM Ratio code0 DL /s Modulation Most DL /s 64QAM Count code0 DL /s Modulation High DL /s 64QAM Ratio code0 DL /s MIMO Info 1T1R 4T2R RANK1 1T2R MIMO MultiUser Indicator 2T2R Close Loop Multiple PMI 2T2R Open Loop Multiple SANT Port 5 2T2R Rank1 SANT PORT 5 and 6 2T2R SFBC enb Tx Antenna Num 4T2R SFBC MIMO Mode 86

91 Appendix 2 Parameters 4T2R CL SM Bearer Context Type 4T2R OL SM Bearer Context ID Throughput MAC Throughput DL PHY Throughput UL MAC Throughput UL RLC Throughput DL PDCP Throughput DL RLC Throughput UL PDCP Throughput UL PHY Throughput code0 DL PHY Throughput DL PHY Throughput code1 DL Handover Delay MAC Rx L3 RA Indicator Time RLC Handover Interrupt Time DL MAC Tx Preamble Time RLC Handover Interrupt Time UL MAC RA Complete Indicator Time PDCP Handover UL Data Stop Time MAC Rx Last Packet Time Before Handover PDCP Handover UL Data Continue Time MAC Rx First Packet Time After Handover PDCP Handover DL Data Stop Time MAC Tx Last Packet Time Before Handover PDCP Handover DL Data Continue Time MAC Tx First Packet Time After Handover PDCP Handover DL Data Delay Time MAC Rx Last ULGrant Time Before Handover PDCP Handover UL Data Delay Time MAC Rx Last ULGrant Time After Handover Interrupt Time LTE Mac to GSM MAC Handover Interrupt Time UL Interrupt Time LTE RLC to GSM MAC Handover Interrupt Time DL Interrupt Time LTE PDCP to GSM RLC Rx Last Packet Time Before Handover PHY Reestablishment DL Delay RLC Rx First Packet Time After Handover PHY Reestablishment UL Delay UE State AFC Period TAC(Reserved) Antenna Selection LTE UE Category Camped PCI MCC Cell Allowed Access MNC Cell Barred QCI Cell Reserved LTE Attach State DRX State LTE MNC Length EMM Main State SrIsPending EMM Sub State Service Request Indicator EMM Update ROHC Indicator 87

92 Appendix 2 Feature Group Indicators MME Code MME Group ID MTMSI PLMN Qoffset(s,n) Cell Reselection Priority EUTRA Carrier Freq Qoffset(Frequency) GERAN Carrier Freq Q_RxLevmin QHyst IntraFreq Reselection Threshold Serving Low T-ReselectionEUTRA Parameters TTI Bundling Indicator Config TM Mode CS_FallBackIndicator Radio Link Failure Reason Selection& Reselection T-ReselectionGERAN Q-Rxlevmin Offset ThresholdX-high ThresholdX-low Allowed Meas Bandwidth UTRA Carrier Freq T-ReselectionUTRA q-qualmin q-qualminoffset CDMA SID NID BID Pilot Inc Ec Threshold Ec/Io Threshold Neighbor Max Age RegZone ACC Chan Nom-PWR-EXT Access ProbeSeq Access ProbeNum NUM STEP PWR STEP INIT PWR NOM PWR MAX REQ SEQ MAX RSP SEQ Parameters Basic Info PCH Bit Rate BASE-Class Page-Chan Home-Reg Powerup-Reg Powerdown-Reg P-REV Random Access Info ACC TMO PAM SZ BKOFF PROBE BKOFF PROBE PN RAN PWR REP THRESH PWR REP FRAMES PWR REP DELAY PWR THRESH ENABLE PWR PERIOD ENABLE 88

93 Appendix 2 MAX CAP SZ Win-A Win-N Win-R T-Comp T-Drop Add Intercept RxAGC TxAGC TxPower Tx Gain Adj FBER FFER Meas FER CDMA Locked Numer Active Set Num Max Ec Reference Ec Frequency FER FCH FER SCH0 FER SCH1 FER DCCH FCH Setpoint SCH0 Setpoint RLP Throughput DL RLP Throughput UL RLP Error Rate EV RxAGC0 EV RxAGC1 EV TxAGC EV TxPilotPower EV TxOpenLoopPower EV TxClosedLoop Adjust EV Total C/I Parameters PWR CONTROL STEP Handoff Info Drop Intercept T-TDrop Soft Slope T-Add Hardhandover Threshold Handoff MSG SEQ Measurement Info HandOff State AT Mode State Reference PN Max Ec/Io PN Total Ec/Io Max Ec/Io Ref Ec/Io Total Ec RxAGC0 RxAGC1 CDMA Band 1x Channel Info SCH1 Setpoint DCCH Setpoint R-FCH Power R-SCH0 Power R-SCH1 Power R-DCCH Power CDMA Throghput RLP Retransmit Rate PHY Throughput DL PHY Throughput UL EVDO Measurement Info EV Total SINR EV DRC Index EV Total Ec/Io EV DRC Value EV DRC Cover Active Cell Count EVDO System Info 89

94 Appendix 2 Parameters EV Frequency EV Active State EV Band EV Version EV Serving Sector PN EV Sector User Count UATI EV MAC Index EV Connection Close Cause EV Subnet Mask EV Session Close Cause EVDO Throghput EV RLP Throughput DL EV PER UL EV RLP Instant Throughput DL EV Error Bytes DL EV RLP Throughput UL EV Total Bytes DL EV RLP Instant Throughput UL EV Error Bytes UL EV RLP Duplicate Rate DL EV Total Bytes UL EV RLP Error Rate EV SU PHY Average Throughput DL EV RLP Retransmit Rate EV SU PHY Instant Throughput DL EV PHY Average Throughput DL EV SU PHY Served Throughput DL EV PHY Instant Throughput DL EV MU PHY Average Throughput DL EV PHY Served Throughput DL EV MU PHY Instant Throughput DL EV PHY Average Throughput UL EV MU PHY Served Throughput DL EV PHY Instant Throughput UL EV SU PER DL EV PER DL EV SU PER UL EVDO Status Info EV Session State Overhead State AT State Connected State ALMP State RouteUpdate State Init State HDR HybridMode State Idle State EVDO Multi Carrier Info EV MultiCarrier Count EV Carrier1 PER DL EV Carrier1 EV RxAGC0 EV Carrier1 PER UL EV Carrier1 EV RxAGC1 EV Carrier1 MAC Index EV Carrier1 TxAGC EV Carrier1 SU PHY Average Throughput DL EV Carrier1 TxPilot PWR EV Carrier1 SU PHY Instant Throughput DL EV Carrier1 TxOpenLoopPower EV Carrier1 SU PHY Served Throughput DL EV Carrier1 TxClosedLoop Adjust EV Carrier1 MU PHY Average Throughput DL EV Carrier1 Total C/I EV Carrier1 MU PHY Instant Throughput DL EV Carrier1 Total SINR EV Carrier1 MU PHY Served Throughput DL EV Carrier1 DRC Index EV Carrier1 SU PER DL EV Carrier1 DRC Value EV Carrier1 MU PER DL 90

95 Appendix 2 Parameters EV Carrier1 DRC Cover EV Carrier1 Tx Mode EV Carrier1 EV Frequency EV Carrier1 DRC/Pilot EV Carrier1 Band EV Carrier1 RRI/Pilot EV Carrier1 Serving Cell PN EV Carrier1 DSC/Pilot EV Carrier1 RLP Average Throughput DL EV Carrier1 Data/Pilot EV Carrier1 RLP Throughput Instant DL EV Carrier1 Aux/Pilot EV Carrier1 RLP Throughput UL EV Carrier1 MaxT/P EV Carrier1 RLP Throughput Instant UL EV Carrier1 DSC EV Carrier1 Duplicate Rate DL EV Carrier1 Packet Size UL EV Carrier1 RLP Error Rate DL EV Carrier1 QRAB0 EV Carrier1 RLP Retransmit Rate UL EV Carrier1 QRAB1 EV Carrier1 PHY Average Throughput DL EV Carrier1 QRAB2 EV Carrier1 PHY Instant Throughput DL EV Carrier1 QRAB3 EV Carrier1 PHY Served Throughput DL EV Carrier1 QRAB4 EV Carrier1 PHY Cumulative Throughput DL EV Carrier1 FRAB EV Carrier1 PHY Instant Throughput UL EVDO Rev.B Carrier2 Qos Info EV Carrier2 RxAGC0 EV Carrier2 PER DL EV Carrier2 RxAGC1 EV Carrier2 PER UL EV Carrier2 TxAGC EV Carrier2 MAC Index EV Carrier2 TxPilot PWR EV Carrier2 SU PHY Average Throughput DL EV Carrier2 TxOpenLoopPower EV Carrier2 SU PHY Instant Throughput DL EV Carrier2 TxClosedLoop Adjust EV Carrier2 SU PHY Served Throughput DL EV Carrier2 Total C/I EV Carrier2 MU PHY Average Throughput DL EV Carrier2 Total SINR EV Carrier2 MU PHY Instant Throughput DL EV Carrier2 DRC Index EV Carrier2 MU PHY Served Throughput DL EV Carrier2 DRC Value EV Carrier2 SU PER DL EV Carrier2 DRC Cover EV Carrier2 MU PER DL EV Carrier2 Frequency EV Carrier2 Tx Mode EV Carrier2 Band EV Carrier2 DRC/Pilot 91

96 Appendix 2 Parameters EV Carrier2 Serving Cell PN EV Carrier2 RRI/Pilot EV Carrier2 RLP Average Throughput DL EV Carrier2 DSC/Pilot EV Carrier2 RLP Throughput Instant DL EV Carrier2 Data/Pilot EV Carrier2 RLP Throughput UL EV Carrier2 Aux/Pilot EV Carrier2 RLP Throughput Instant UL EV Carrier2 MaxT/P EV Carrier2 Duplicate Rate DL EV Carrier2 DSC EV Carrier2 RLP Error Rate DL EV Carrier2 Packet Size UL EV Carrier2 RLP Retransmit Rate UL EV Carrier2 QRAB0 EV Carrier2 PHY Average Throughput DL EV Carrier2 QRAB1 EV Carrier2 PHY Instant Throughput DL EV Carrier2 QRAB2 EV Carrier2 PHY Served Throughput DL EV Carrier2 QRAB3 EV Carrier2 PHY Cumulative Throughput DL EV Carrier2 QRAB4 EV Carrier2 PHY Instant Throughput UL EV Carrier2 FRAB EVDO Rev.B Carrier3 Qos Info EV Carrier3 RxAGC0 EV Carrier3 PER DL EV Carrier3 RxAGC1 EV Carrier3 PER UL EV Carrier3 TxAGC EV Carrier3 MAC Index EV Carrier3 TxPilot PWR EV Carrier3 SU PHY Average Throughput DL EV Carrier3 TxOpenLoopPower EV Carrier3 SU PHY Instant Throughput DL EV Carrier3 TxClosedLoop Adjust EV Carrier3 SU PHY Served Throughput DL EV Carrier3 Total C/I EV Carrier3 MU PHY Average Throughput DL EV Carrier3 Total SINR EV Carrier3 MU PHY Instant Throughput DL EV Carrier3 DRC Index EV Carrier3 MU PHY Served Throughput DL EV Carrier3 DRC Value EV Carrier3 SU PER DL EV Carrier3 DRC Cover EV Carrier3 MU PER DL EV Carrier3 EV Frequency EV Carrier3 Tx Mode EV Carrier3 Band EV Carrier3 DRC/Pilot EV Carrier3 Serving Cell PN EV Carrier3 RRI/Pilot EV Carrier3 RLP Average Throughput DL EV Carrier3 DSC/Pilot 92

97 Appendix 2 Parameters EV Carrier3 RLP Throughput Instant DL EV Carrier3 Data/Pilot EV Carrier3 RLP Throughput UL EV Carrier3 Aux/Pilot EV Carrier3 RLP Throughput Instant UL EV Carrier3 Max T/P EV Carrier3 Duplicate Rate DL EV Carrier3 DSC EV Carrier3 RLP Error Rate DL EV Carrier3 Packet Size UL EV Carrier3 RLP Retransmit Rate UL EV Carrier3 QRAB0 EV Carrier3 PHY Average Throughput DL EV Carrier3 QRAB1 EV Carrier3 PHY Instant Throughput DL EV Carrier3 QRAB2 EV Carrier3 PHY Served Throughput DL EV Carrier3 QRAB3 EV Carrier3 PHY Cumulative Throughput DL EV Carrier3 QRAB4 EV Carrier3 PHY Instant Throughput UL EV Carrier3 FRAB EVDO Connec/Session Info EVDO Connection Average Duration Attempt Failure Reason EVDO Connection Successes Release Reason EVDO Connection Failures EV Session Average Duration EVDO Connection Attempts EV Session Successes EVDO Connection Attempt Status EV Session Failures EVDO Connection Attempt Outcome EV Session Attempts EVDO Connection Attempt Duration EV Session Attempt Result EVDO Connection Attempt Transaction ID EV Session Attempt Duration EVDO Connection Attempt Sector ID EV Session Attempt RATI EVDO Connection Attempt Color Code EV Session Attempt UATI EVDO Connection Attempt PN EV Session Attempt CorlorCode EVDO Connection Attempt ASP Changes EV Session Attempt PN EVDO Reverse Measurment Info EV Reverse Actual RRI EV RRI/Pilot EV Reverse Rate Limit EV DSC/Pilot EV Reverse AT State EV Data/Pilot EV Reverse Traffic 9.6k Count /s EV Aux/Pilot EV Reverse Traffic 19.2k Count /s EV MaxT/P EV Reverse Traffic 38.4k Count /s EV DSC EV Reverse Traffic 76.8k Count /s EV Tx Packet Size 93

98 Appendix 2 Parameters EV Reverse Traffic 153.6k Count /s EV QRAB0 EV Reverse Access Successes EV QRAB1 EV Reverse Access Failures EV QRAB2 EV Reverse Access Attempts EV QRAB3 EV Tx Mode EV QRAB4 EV DRC/Pilot EV FRAB Reason Code ESN FTC Order Release Cause MNC RTC Order Release Cause MCC Reselect Include Origination Code Reg-IMSI-Hi Response Code Reg-IMSI-Lo QCHAT Info QSP Reason Num RegNewStat CallMgrSMInput Num RegCondition CallMgrState RTP Payload Type PTT Press RTP Sequence Num InitialPTT RTP TimeStamp TonePlayed RTP SSRC RegOldState Start Position Process State EVDO Quick Config EVDO QuickConfig Sector EVDO QuickConfig RPC Count (127 To 64) EVDO QuickConfig RPC Count (63 To 0) EVDO Sector Parameter EVDO Sector Reverse Link Silence Duration EVDO Reverse Link Silence Period EVDO Access Parameter EVDO Access Cycle Duration EVDO Access Preamble Length Slot EVDO Access Open Loop Adjust EVDO Access Access Offset EVDO Access Probe Initial Adjust EACMAC EVDO Access Max Sector Access Rate EVDO Access Probe NumStep EVDO Access Probe TimeOut Adjust EVDO Access PowerStep EVDO Access Nominal PilotStrength EVDO Access Preamble Length EVDO Access Min Correction PilotStrength EVDO Access Max Capsule Length EVDO Access Max CorrectionPilotStrength EVDO TrafficChannelAssignment EVDO Assign Channel EVDO Assign DRC Channel Gain EVDO Assign FrameOffset EVDO Assign ACK Channel Gain EVDO Assign DRCL ength EVDO Assign Pilot Number 94

99 Appendix TD-SCDMA TDS Carrier RSSI TDS UE TxPower TS2 DPCH RSCP TS2 DPCH ISCP TS2 DPCH C/I TS3 DPCH RSCP TS3 DPCH ISCP TS3 DPCH C/I TS4 DPCH RSCP TS4 DPCH ISCP TS4 DPCH C/I TS5 DPCH RSCP TS5 DPCH ISCP TS5 DPCH C/I TS6 DPCH RSCP TS6 DPCH ISCP TS6 DPCH C/I DPCH RSCP DPCH ISCP DPCH C/I UpPCH TxPower TD PRACH TxPower TDS Timing Advance BER TDS BLER FER PCCPCH RSCP FPACH RSCP PCCPCH ISCP PCCPCH PathLoss UARFCN Neighbor1 CPI Neighbor1 RSCP Neighbor1 Carrier RSSI Neighbor1 Pathloss Neighbor1 Rn Neighbor1 Parameters Measurement Info TDS Transmission Channel Count PCCPCH C/I Total RSCP PCCPCH SIR DCH SIR Target DCH SIR CPI TDS UARFCN TDS DCH UARFCN Sync ID Basic Midamble RS Maximum Cell RSCP Secondary Cell RSCP CS Service PS Service TPC Direction TPC Step Rb Number Rab Number Chip Window Transmission Channel Average BLER TS2 DPCH SIR TS3 DPCH SIR TS4 DPCH SIR TS5 DPCH SIR TS6 DPCH SIR Uu DPCH Timeslot Count Uu Timeslot ISCP Count Target BLER Neighbor Cell Info CPI Neighbor6 RSCP Neighbor6 Carrier RSSI Neighbor6 Pathloss Neighbor6 Rn Neighbor6 ISCP Neighbor1 95

100 Appendix 2 UARFCN Neighbor2 CPI Neighbor2 RSCP Neighbor2 Carrier RSSI Neighbor2 Pathloss Neighbor2 Rn Neighbor2 UARFCN Neighbor3 CPI Neighbor3 RSCP Neighbor3 Carrier RSSI Neighbor3 Pathloss Neighbor3 Rn Neighbor3 UARFCN Neighbor4 CPI Neighbor4 RSCP Neighbor4 Carrier RSSI Neighbor4 Pathloss Neighbor4 Rn Neighbor4 UARFCN Neighbor5 CPI Neighbor5 RSCP Neighbor5 Carrier RSSI Neighbor5 Pathloss Neighbor5 Rn Neighbor5 UARFCN Neighbor6 TDS MCC TDS MNC TDS LAC TDS RAC TDS Cell ID TDS UL Interference TDS DRX Coefficient SS TDS RNC ID TDS Cell ID (short) TDS URA ID TDS Cell Barred Attach Indicator NMO T3212 Parameters SIR Neighbor1 Q-offset Neighbor1 ISCP Neighbor2 SIR Neighbor2 Q-offset Neighbor2 ISCP Neighbor3 SIR Neighbor3 Q-offset Neighbor3 ISCP Neighbor4 SIR Neighbor4 Q-offset Neighbor4 ISCP Neighbor5 SIR Neighbor5 Q-offset Neighbor5 ISCP Neighbor6 SIR Neighbor6 Q-offset Neighbor6 Neighbor Cell Count C/I Neighbor1 C/I Neighbor2 C/I Neighbor3 C/I Neighbor4 C/I Neighbor5 C/I Neighbor6 CPI Neighbor6 System Info TDS S_intersearch TDS UE TxPower Max TDS RxLev TDS RxPower Max TDS Cell Reselection HCS Indicator HCS Priority UpPCH Shift Channel Window RAT Type 3G Priority Indicator TDS Band MNC Length Current PICH SFN PI Bit Length 96

101 Appendix 2 Parameters PCCPCH TxPower PCH SFN TDS S_intrasearch ServURAIDCount HSDPA/HSUP Info TDS HSDPA Indicator TDS HSUPA Indicator TDS UE HSDPA Category TDS UE HSUPA Category L1/L2 Info TDS RLC Throughput DL TDS RLC Error Ratio DL TDS RLC Throughput UL TDS RLC ReTx Ratio UL TDS PDCP Throughput DL TDS PHY Throughput DL TDS PDCP Throughput UL TDS PHY Throughput UL Application Layer Info TDS RLC Received Bytes TD UL Pdu Unack Am TDS RLC Send Bytes TDS LLC Throughput UL TDS RLC Max Throughput UL TDS LLC ReTx Ratio Slot Info TS1 TxPower TS3 TxPower TS2 TxPower HSDP Parameter HS-PDSCH RSCP TD MAC PDU Receive Rate HS-PDSCH C/I MAC PDU Discard Rate HS-PDSCH SIR MAC PDU Average Size HS-PDSCH ISCP MAC PDU RecvTotal Error Ratio HS-SCCH RSCP MAC PDU RecvRetransmit Error Ratio HS-SCCH C/I HS OneTime RTX Ratio HS-SCCH SIR HS TwoTimes RTX Ratio HS-SCCH ISCP HS MoreThanTwoTimes RTX Ratio HS-A-DPCH RSCP UEID HSDPA HS-A-DPCH C/I HS-DSCH UnUsed HS-A-DPCH SIR HS-DSCH Error Ratio HS-A-DPCH ISCP HS-DSCH Error Blocks HS-A-DPCH BLER HS TransBlock Size HS-A-DPCH TxPower HSDPA WorkUarfcn HS-SICH TxPower HS-SCCH CRC Error Number HS-SICH SIR HS-SCCH CRC Total HS-SICH BLER HS-PDSCH CRC Total HS-SICH C/I HS-SCCH Number TDS H-RNTI HS-PDSCH Data Number HS-SCCH Scheduled Count HS-SICH Number HS-SCCH Scheduled Ratio HS-SCCH NACK Rate HS-SCCH DecodeSuccRatio TDS HS-PDSCH Code Channel Count /s HS-SCCH BLER HS_PDSCH Avg Codes Number 97

102 Appendix 2 HS-SCCH TxPower TDS 16QAM Ratio /s TDS QPSK Ratio /s TDS HS-PDSCH AVG Code Channel Ratio HS-PDSCH TimeSlotUsed HS-PDSCH AverageSize HSDPA CQI Mean HSDPA CQI Min HSDPA CQI HS-DSCH NACK Ratio HS-DSCH ACK Ratio HS-DSCH DTX Ratio HS-PDSCH InitialBLER HS-PDSCH TotalBLER HS-PDSCH ErrorBlocks ShdPhysLayer Rate SrvPhysLayer Rate RequestRate By CQI MTCH UARFCN MTCH CPI MCCH UARFCN MCCH CPI MTCH RLC Throughput MTCH PDCP Throughput MTCH BLER MTCH RSCP MTCH SIR MTCH C/I MTCH ISCP MCCH RSCP MCCH SIR MCCH C/I MBMS Modulation EPUCH TxPower ERUCCH TD TxPower TD EDCH TxPower Parameters DL A-DPCH Rate UL A-DPCH Rate No. MAC-hs PDU received BLER of MAC-hs PDUs HARQ Process ID IR Version Number New Data Indicator Ack Indicator CQI Indicator RMS RTBS HS-SCCH UARFCN HSDPA Schedule TimeSlot HSDPA Schedule Start Channelization Code HSDPA Schedule End Channelization Code HSDPA Schedule Modulation Mode PDSCH CRC Error HS-SICH amount MBMS Info MBMS Service Identity MBMS Service Type MBMS Selected Indicator MBMS Required UE Action MBMS PFL Index MBMS MBSFN Cluster Frequency MBMS Disperse Indicator MBMS TDM Reperiod MBMS TDM Offset MBMS TDM Length MBMS RBID DL UM RLC LI Size Timer DAR Window Size DAR Timer OSD HSUPA Parameter UEID HSUPA TDS TTI DL TDS TTI UL 98

103 Appendix 2 Parameters EUCCH ENI Channel Coding Type DL EHICH RSCP Channel Coding Type UL EHICH ISCP TFCI Config EHICH BLER Ref TFCI EHICH NACK Ratio Ref PWR Offset EHICH ACK Ratio E-DCH MA Mode EHICH DTX Ratio E-DCH MA Config EHICH EI E-DCH MA Shift EAGCH RSCP E-DCH TS EAGCH ISCP E-DCH SF EAGCH BLER E-DCH Code EAGCH PRRI EUCCH TxPower EAGCH RDI EUL Cell ID EAGCH CRRI TDS PSC EAGCH ENI TD Server Cell EAGCH TRRI RLS Index EAGCH ECSN REF Finger EAGCH Target BLER ERGCH Action EAGCH Number ERGCH Valid Grant TTI Ratio RGCH DPCH Offset Transmission Failure TBS Count /s EAGCH Action More TransAckedTbs EAGCH Valid 1st ReTx Success TBS Count /s EAGCH OVSF 2nd ReTx Success TBS Count /s EAGCH STTD Transmitted TBS Amount EHICH Index 1st ReTx Success Ratio UL /s EHICH Action 2nd ReTx Success Ratio UL /s EHICH Valid Multiple ReTx Success Ratio UL /s HICH DPCH Offset 1st ReTx Success Count /s TAU HICH 2nd ReTx Success Count /s EHICH STTD Multiple ReTx Success Ratio DL /s TD Server Rate EDCH Throughput Available Rate TDS E-RNTI TDS Power Limited Ratio Serving Cell Info TDS S-search RAT T-Used TDS Q-Rxlevmin TDS RAT CIO TDS Q-Hyst H3a TDS T-Reselection TDS Q-Offset TDS T-RAT Priority RRC Info RRC Previous MainState RRC Current SubState 99

104 Appendix 2 Parameters RRC Current MainState Service Level RRC Previous SubState Sync UL Info Sync UL Counter Sync UL TxPower PathLoss Sync UL TA Desired Sync UL RxPower FPACH Info FPACH TimeSlot Indicator WT PRACH Info PRACH TA PRACH Sub SFN PRACH SF PRACH Timeslot PRACH TSN PRACH_Length PRACH TTI PRACH_Head_Padding PRACH Phychn ID RACH_Data PDCP Compress Info Compress Algorithm Packed Length UL UL Compress Percent Unpacked Length UL DL Compress Percent Packed Length DL NSAPI PDCP Unpacked Length DL DPCH Info (DTLOG) UL Repetition Period DL Repetition Period UL Repetition Length DL Repetition Length AMR Parameters (Reserved) UE Capability SupportOfGSM SupportOfMulticarrier 11.2 Supported Events Parameters LTE to TDS cell reselection start LTE to TDS Cell reselection success LTE to TDS Cell reselection failed LTE to TDS Cell handover start LTE to TDS Cell handover success LTE to TDS Cell handover failed LTE To W Reselection Start RRC Connection Reestablish Reject RB Setup Request RB Setup Completed RB Setup Failure WCDMA Rach Request WCDMA Rach Success WCDMA Rach Failure 100

105 Appendix 2 Parameters LTE To W Reselection Success LTE To W Reselection Failed LTE to W Cell handover start LTE to W Cell handover success LTE to W Cell handover failed LTE to GSM cell reselection start LTE to GSM Cell reselection success LTE to GSM Cell reselection failed LTE to GSM Cell handover start LTE to GSM Cell handover success LTE to GSM Cell handover failed LTE to EVDO cell reselection start LTE to EVDO Cell reselection success LTE to EVDO Cell reselection failed LTE to EVDO Cell handover start LTE to EVDO Cell handover success LTE to EVDO Cell handover failed LTE Cell Reselection Start LTE Cell Reselection Success LTE Cell Reselection Failed LTE Search PLMN LTE Cell selection start LTE Camped On LTE Prach start LTE Prach End Success LTE Prach End Failed LTE Message0 WCDMA Paging Request WCDMA Paging Success WCDMA Paging Failure DaTang HandOver To GSM Request DaTang HandOver To GSM Success DaTang HandOver To GSM Failure DaTang GSM Handover Request DaTang GSM Handover Success DaTang GSM Handover Failure TD-SCDMA HardHandover Request TD-SCDMA HardHandover Success TD-SCDMA HardHandover Failure CS HandOver Request (GSM -> TD-SCDMA) CS HandOver Success (GSM -> TD-SCDMA) CS HandOver Failure (GSM -> TD-SCDMA) CS HandOver Request (TD-SCDMA -> GSM) CS HandOver Success (TD-SCDMA -> GSM) CS HandOver Failure (TD-SCDMA -> GSM) PS HandOver Request (TD-SCDMA -> GSM) PS HandOver Success (TD-SCDMA -> GSM) PS HandOver Failure (TD-SCDMA -> GSM) PS HandOver Request (GSM -> TD-SCDMA) PS HandOver Success (GSM -> TD-SCDMA) PS HandOver Failure (GSM -> TD-SCDMA) Baton Handover Request (Intra TD-SCDMA) Baton Handover Success (Intra TD-SCDMA) Baton Handover Failure (Intra TD-SCDMA) 101

106 Appendix 2 Parameters LTE Message1 LTE Message2 LTE Message3 LTE Message4 LTE_L2_MCE_ACTIVE_SCell LTE_L2_MCE_DEACTIVE_SCell TDS to LTE cell reselection start TDS to LTE Cell reselection success TDS to LTE Cell reselection failed TDS to LTE Cell handover start TDS to LTE Cell handover success TDS to LTE Cell handover failed TD to GSM Cell reselection start TD to GSM Cell reselection success TD to GSM Cell reselection failed TD to GSM Cell handover start TD to GSM Cell handover success TD to GSM Cell handover failed TD Cell reselection start TD Cell reselection success TD Cell reselection failed TD Timer T3310 expiry TD Timer T3321 expiry TD Timer T3330 expiry TD Timer T3317 expiry TD Timer T3320 expiry TD 1g Event Measurement Report Cell Update Request Cell Update Confirm DaTang TDD Cell Reselection Start DaTang TDD Cell Reselection Success DaTang TDD Cell Reselection Failure DaTang CellReSelect Start (To GSM) DaTang CellReSelect Success (To GSM) DaTang CellReSelect Failure (To GSM) DaTang GSM Cell Reselection Start DaTang GSM Cell Reselection Success DaTang GSM Cell Reselection Failure DaTang CellReSelect Start (To TDD) DaTang CellReSelect Success (To TDD) DaTang CellReSelect Failure (To TDD) Dx CellReSelect Start (To TDD) Dx CellReSelect Start (To GSM) Dx CellReSelect Success CellReSelect Request (TD-SCDMA -> GSM) CellReSelect Complete (TD-SCDMA -> GSM) TD-SCDMA Cell Reselect Complete CellReSelect Request (GSM -> TD-SCDMA) CellReSelect Complete (GSM -> TD-SCDMA) Attach Success Attach Failure Attach Start DaTang RAT Measure Start DaTang RAT Measure Stop 102

107 Appendix 2 Parameters TD 2a Event Measurement Report TD 5a Event Measurement Report W To LTE Reselection Start W To LTE Reselection Success W To LTE Reselection Failed W to LTE Cell handover start W to LTE Cell handover success W to LTE Cell handover failed W To GSM Reselection Start W To GSM Reselection Success W To GSM Reselection Failed W to GSM Cell handover start W to GSM Cell handover success W to GSM Cell handover failed W Cell reselection start W Cell reselection success W Cell reselection failed EVDO to LTE cell reselection start EVDO To LTE Reselection Success EVDO To LTE Reselection Failed EVDO to LTE Cell handover start EVDO to LTE Cell handover success EVDO to LTE Cell handover failed EVDO Cell reselection start EVDO Cell reselection success EVDO Cell reselection failed CDMA Cell reselection start 1g Event Measurement Report 2a Event Measurement Report 5a Event Measurement Report HO Request HO Response HO Reject MDHO And FBSS Response HO Normal Indicator HO Cancel Indicator HO Reject Indicator Target BS Ranging Request Target BS Ranging Success WiMax Search Start WiMax Search Done WiMax Connect Start WiMax Connect Success WiMax Connect Failure WiMax Disconnected WiMax Network Dropped WiMax Gain lp Address Initial Access Attempt Initial Access Ranging Request Initial Access Ranging Success Initial Access Ranging Failure Initial Access SBC Request Initial Access SBC Success Initial Access SBC Failure 103

108 Appendix 2 Parameters CDMA Cell reselection success EVDO Cell reselection failed GSM to LTE cell reselection start GSM to LTE Cell reselection success GSM to LTE Cell reselection failed GSM to LTE Cell handover start GSM to LTE Cell handover success GSM to LTE Cell handover failed GSM to TD Cell reselection start GSM to TD Cell reselection success GSM to TD Cell reselection failed GSM to TD Cell handover start GSM to TD Cell handover success GSM to TD Cell handover failed GSM to W Cell reselection start GSM to W Cell reselection success GSM to W Cell reselection failed GSM to W Cell handover start GSM to W Cell handover success GSM to W Cell handover failed GSM Cell reselection start GSM Cell reselection success GSM Cell reselection failed EVENT_SIP_FirstIMSRTPRecieved EVENT_SIP_FirstIMSRTPSend Device Out of Service Device Lost Initial Access Authentication Requst Initial Access Authentication Success Initial Access Authentication Failure Initial Access Register Request Initial Access Register Success Initial Access Register Failure Initial Access Flow Request Initial Access Flow Success Initial Access Flow Failure Initial Access Success Initial Access Failure Access Success Access Failure MS Normal Release MS Abnormal Release BS Normal Release BS Abnormal Release WiFi AP Search Start WiFi AP Search Done WiFi Login Start WiFi Login Success WiFi Login Failure WiFi Logout Start WiFi Logout Success WiFi Logout Failure WiFi Auth Open Main Page Start WiFi Auth Open Main Page First Data 104

109 Appendix 2 Parameters UE Detach State Voice Dial Voice Dialed Voice Hangup Outgoing Call Attempt Call Attempt Retry Outgoing Call Setup Outgoing Call Established Outgoing Blocked Call Outgoing Call End Outgoing Dropped Call Incoming Call Attempt Incoming Call Setup Incoming Call Established Incoming Blocked Call Incoming Call End Incoming Dropped Call Record Before Call MOS Value Too Low PESQ Finished MOS Single Mute MOS Whistle Whistle MOS Double Mute PPP Dial Start PPP Dial Success PPP Dial Failure WiFi Auth Open Main Page Success WiFi Auth Open Main Page Failure WiFi AP Connect Start WiFi AP Connect Success WiFi AP Connect Failure WiFi AP Disconnected WiFi AP Switch WiFi AP Disconnect WiFi AP Roam AP Coverage Sampling Start AP Coverage Sampling Data LTE Handover Request LTE Handover Success LTE Handover Failure LTE Attach Start LTE Attach Success LTE Attach Failure LTE Detach Start LTE Detach Success LTE Detach Failure LTE Cell Reselection Start LTE Cell Reselection Success LTE Cell Reselection Failed LTE Cell PRACH Start LTE Cell PRACH Success LTE Cell PRACH Failure LTE Cell Search Start 105

110 Appendix 2 Parameters PPP Dial Hangup PPP Dial Drop Ping Start Ping Success Ping Failure FTP Download Connect Start FTP Download Send RETR FTP Download First Data FTP Download Last Data FTP Download Drop FTP Download Disconnect FTP Download Reset Support FTP Download Ping Start FTP Download Connect Success FTP Download Connect Failure FTP Upload Connect Start FTP Upload Send STOR FTP Upload First Data FTP Upload Last Data FTP Upload Drop FTP Upload Disconnect FTP Upload Reset Support FTP Upload Ping Start FTP Upload Connect Success FTP Upload Connect Failure FTP Server Logon Success FTP Server Logon Failure LTE Cell CampOn LTE Msg Attach Request LTE Cell Reselect Complete Network Connect Start Network Connect Success Network Connect Failure Network Disconnect LTE Network Droped LTE Power On Success LTE Power Off LTE Delay Test Start LTE Delay Test Success LTE Delay Test Failure Network Disconnect Start Network Disconnect Success Network Disconnect Failure LTE MIB LTE Msg Detach Request LTE Msg Detach Accept Paging Attempt Received Paging Paging Failure LTE Access Request LTE Access Success LTE Access Failure LTE Service Drop LTE RRC Connection Drop 106

111 Appendix 2 Parameters FTP Download Attempt FTP Download Success FTP Download Failure FTP Download Drop FTP Upload Attempt FTP Upload Success FTP Upload Failure Multi FTP Download Connect Start Multi FTP Download Connect Success Multi FTP Download Support Reset Multi FTP Download Error Happened Multi FTP Download All Send STOR Multi FTP Download Count Down Start Multi FTP Download All First Data Multi FTP Download Last Data Multi FTP Download Drop Multi FTP Download ReSend RETR Multi FTP Download Disconnect Multi FTP Upload Connect Start Multi FTP Upload Connect Success Multi FTP Upload Support Reset Multi FTP Upload Error Happened Multi FTP Upload All Send STOR Multi FTP Upload Count Down Start Multi FTP Upload All First Data LTE Control Plane Delay LTE Dragnet Delay RCU Module Rstart RCU Rstart RCU Module Initialize Completed Request SIP Success LBS Send Request Error LBS Receive Response Error LBS Receive Paging Passive gpsone Success Deviation Out Of Threshold Passive gpsone Success Delay Out Of Threshold Voice Dial(p) Voice Hangup(p) WiFi DHCP Release Start WiFi DHCP Release Success FMT Event Registration Request Registration Accepted Registration Reject HSPA ReSelection Request HSPA ReSelection Success HSPA ReSelection Failure IMSI Detach Indication FTP Download Login Success FTP Download Login Failure 107

112 Appendix 2 Parameters Multi FTP Upload Last Data Multi FTP Upload Drop Multi FTP Upload ReSend STOR Multi FTP Upload Disconnect HTTP Download Connect Start HTTP Download Send Get HTTP Download First Data HTTP Download Last Data HTTP Download Drop HTTP Download Disconnect HTTP Download Url Redirect HTTP Page Socket Connecting HTTP Page Socket Failure HTTP Page Send Cmd HTTP Page First Data HTTP Page Last Data HTTP Page Drop HTTP Page Disconnect HTTP Page Url Redirect FTP Upload Login Success FTP Upload Login Failure HTTP Up Start HTTP Up Login Start HTTP Up Login Success HTTP Up Login Failure HTTP Up Send Start HTTP Up First Data HTTP Up Drop HTTP Up Last Data RRC Connection Request for Originating Conversaiton Call RRC Connection Request for Originating Streaming Call RRC Connection Request for Originating Interactive Call RRC Connection Request for Originating Background Call RRC Connection Request for Originating Subscribed Traffic Call RRC Connection Request for Terminating Conversational Call RRC Connection Request for Terminating Streaming Call RRC Connection Request for Terminating Interactive Call RRC Connection Request for Terminating Background Call 108

113 Appendix 2 Parameters HTTP Page Send Cmd Failure WAP Socket Connect WAP Page Connect Gateway Request WAP Page Connect Gateway Success WAP Page Connect Gateway Failure WAP Page Request WAP Page First Data Ex WAP Page First Data WAP Page Last Data WAP Page Url Redirect WAP Page Drop WAP Page Get Url Success WAP Page Get Url Failure WAP Download Socket Connect WAP Download Connect Gateway Request WAP Download Connect Gateway Success WAP Download Connect Gateway Failure WAP Download Get Request WAP Download First Data Ex WAP Download First Data RRC Connection Request for Emergency Call RRC Connection Request for Inter-RAT cell reselection RRC Connection Request for Inter-RAT cell change order RRC Connection Request for Registration RRC Connection Request for Detach RRC Connection Request for Originating High Priority Signalling RRC Connection Request for Originating Low Priority Signalling RRC Connection Request for Call reestablishment RRC Connection Request for Terminating High Priority Signalling RRC Connection Request for Terminating Low Priority Signalling LTE Power On Request LTE To WCDMA Handover Request LTE To WCDMA Handover Success LTE To WCDMA Handover Failure LTE To TDS Handover Request LTE To TDS Handover Success LTE To TDS Handover Failure UE Connect UE Disconnect GPS Valid 109

114 Appendix 2 Parameters WAP Download Last Data WAP Download Drop WAP Download Url Redirect WAP Download Get Url Success WAP Download Get Url Failure WAP Gateway Connected WAP Redirection WAP Login Attempt WAP Login Success WAP Login Failure WAP Refresh Attempt WAP Refresh Success WAP Refresh Failure WAP Download Start WAP Download Success WAP Download Failure Web Disconnect Start Web Disconnect End Web Disconnect Refresh Start Web Disconnect Refresh Finish Web Disconnect Refresh Drop POP3 Connect Download Send RETR Download First Data Download Last Data Download Drop POP3 Disconnect GPS Invalid GPS Connect GPS DisConnect Scanner Connect Scanner DisConnect Pause Resume LTE Power On Failure LTE Cell Reselect To WCDMA Request LTE Cell Reselect To WCDMA Complete WCDMA Cell Reselect To LTE Request WCDMA Cell Reselect To LTE Complete LTE Cell Reselect To TDS Request LTE Cell Reselect To TDS Complete TDS Cell Reselect To LTE Request TDS Cell Reselect To LTE Complete LTE Cell Reselect To TDS Failure TDS Cell Reselect To LTE Failure LTE Cell Reselect To WCDMA Failure WCDMA Cell Reselect To LTE Failure Received RAR URA Update Start URA Update Success URA Update Failure LTE ERAB Abnormal Release LTE DataService Connect Request LTE DataService Connect Success LTE DataService Connect Failure 110

115 Appendix 2 Parameters SMTP Connect Upload Send MAIL Upload First Data Upload Last Data Upload Drop SMTP Disconnect Upload Failure U-IMAP Send Connect Server Request U-IMAP Send Connect Server Success U-IMAP Send Connect Server Failure U-IMAP Send Authentication Success U-IMAP Send Authentication Failure U-IMAP Send Success U-IMAP Send Failure U-IMAP Send Logout Success U-IMAP Send Logout Failure U-IMAP Push Timeout U-IMAP Push Received U-IMAP Receive Connect Server Request U-IMAP Receive Connect Server Success U-IMAP Receive Connect Server Failure U-IMAP Receive Authentication Success U-IMAP Receive Authentication Failure U-IMAP Receive Content Detail Success U-IMAP Receive Content Detail Failure LTE DataService Drop LTE DataService Finished SpeedTest Sock Connecting SpeedTest Sock Connect Success SpeedTest Sock Connect Failure SpeedTest Ping Start SpeedTest Ping Success SpeedTest Download Start SpeedTest Download Success SpeedTest Upload Start SpeedTest Upload Success SpeedTest Finish SpeedTest Failure SpeedTest Socket Disconnect Multi FTP Upload Login Success Multi FTP Upload Login Failure Multi FTP Upload Failure Multi FTP Download Login Success Multi FTP Download Login Failure Multi FTP Download Failure DNS Lookup Start DNS Lookup Success DNS Lookup Failure VideoPlay Request VideoPlay First Data 111

116 Appendix 2 Parameters U-IMAP Receive Success U-IMAP Receive Failure U-IMAP Receive Logout Success U-IMAP Receive Logout Failure Push Mail Send Connect Server Start Push Mail Push Received Push Mail Push Timeout Push Mail Send Connect Server Success Push Mail Send Connect Server Failure Push Mail Send Authentication Success Push Mail Send Authentication Failure Push Mail Send Success Push Mail Send Failure Push Mail Send Logout Success Push Mail Send Logout Failure Video Streaming Start Video Streaming First Data Video Streaming Reproduction Start Video Streaming Play Finished Video Streaming Drop Video Stream Reproduction End Video Stream Request Success Video Stream Request Failure Video PEVQ Finished Iperf Inited Iperf Connect Start Iperf Connect Success VideoPlay Request Failure VideoPlay Reproduction Start VideoPlay Reproduction Start Failure VideoPlay Last Data VideoPlay Drop VideoPlay Play Finished VideoPlay Rebuffering Start VideoPlay Rebuffering End Video Streaming Request Failure Video Streaming Reproduction Start Failure Video Streaming Last Data Video Streaming Rebuffering Start Video Streaming Rebuffering End HTTP Download Connect Success HTTP Download Connect Failure HTTP Download Failure HTTP Download GetFileSize HTTP Download Start Facebook Login Start Facebook Login Success Facebook Blog Send Start Facebook Blog Send Success Facebook Blog Receive Start Facebook Blog Receive Success Facebook Comment Send Start Facebook Comment Send Success Facebook Comment Receive Start 112

117 Appendix 2 Parameters Iperf Connect Failure Iperf Drop Iperf Finished Iperf Quit WiFi DHCP Start WiFi DHCP Success WiFi DHCP Fail PDP Active Request PDP Active Success PDP Active Failure PDP Deactive Request PDP Deactive Accept PDP Start PDP Success PDP Failure Trace Route Start Trace Route Point Reply Trace Route Point Timeout Trace Route Success Trace Route Failure Trace Route Address Reslv Error SMS Send Access Request SMS Send Success SMS Send Failure SMS Status Report SMS Receive Success SMS Receive Failure Facebook Comment Receive Success Facebook Upload Start Facebook Upload Success Facebook Message Login Start Facebook Message Login Success Facebook Message Send Start Facebook Message Send Success Facebook Message Receive Start Facebook Message Receive Success Facebook Finish Facebook Failure POLQA Finished HTTP Page Socket Connect Success HTTP Page Failure HTTP Page Start Download Failure MicroBlog Caller Test Start MicroBlog Caller Login Start MicroBlog Caller Login Success MicroBlog Caller Login Failed MicroBlog Caller Send Message Start MicroBlog Caller Send Message Success MicroBlog Caller Send Message Failed MicroBlog Caller Receive Comment Success MicroBlog Caller Receive Comment Failed MicroBlog Caller Logout Start MicroBlog Caller Logout Success 113

118 Appendix 2 Parameters SMS Report Success SMS Report Failure MMS Send Socket Connect MMS Send WSP Connect Request MMS Send WSP Connect Success MMS Send WSP Connect Failure MMS Send Success MMS Send Failure MMS Push Received MMS Push Timeout MMS Receive Socket Connect MMS Receive WSP Connect Request MMS Receive WSP Connect Success MMS Receive WSP Connect Failure MMS Receive Success MMS Receive Failure Video Dial Video Hangup Video Dialed Video Telephony Start Video Telephony Setup Timeout Video Telephony Drop Video Telephony H245 Setup Video Telephony H245 Timeout Video Telephony Receive Audio MicroBlog Caller Logout Failed MicroBlog Caller Drop MicroBlog Caller Finish MicroBlog Called Test Start MicroBlog Called Login Start MicroBlog Called Login Success MicroBlog Called Login Failed MicroBlog Called Rcv Message Success MicroBlog Called Rcv Message Failed MicroBlog Called Repost Message Start MicroBlog Called Repost Message Success MicroBlog Called Repost Message Failed MicroBlog Called Send Comment Start MicroBlog Called Send Comment Success MicroBlog Called Send Comment Failed MicroBlog Called Logout Start MicroBlog Called Logout Success MicroBlog Called Logout Failed MicroBlog Called Drop MicroBlog Called Finish ET_MicroBlogCalledSendCommentSuccessNo rmal ET_MicroBlogCalledSendCommentSuccessUn Normal ET_MicroBlogCallerRcvNormalComment ET_MicroBlogCallerRcvUnNormalComment Originating CSFB Request 114

119 Appendix 2 Parameters Video Telephony Receive Video Video Telephony Hungup Video Telephony Interrupt AVET Finished Fetion Connect Gateway Success Fetion Request URI Success Fetion Logon Success Fetion Logon Failure Fetion Login Start Fetion Login Success Fetion Login Failure Fetion Logout Start Fetion Logout Success Fetion Logout Failure Fetion QueryStatus Start Fetion QueryStatus Success Fetion QueryStatus Failure Fetion Call Start Fetion Call Success Fetion Call Failure Fetion Send Start Fetion Send Success Fetion Send Failure Fetion Receive Success Fetion Receive Failure Fetion Offline gpsone Request Originating CSFB Success Originating CSFB Failure Originating CSFB Proceeding Originating CSFB RRC Release Originating CSFB Coverage Terminating CSFB Request Terminating CSFB Success Terminating CSFB Failure Terminating CSFB Proceeding Terminating CSFB RRC Release Terminating CSFB Coverage Return Back To LTE Request Return Back To LTE Complete VoIP Outgoing Start VoIP Incoming Start VoIP Outgoing Login Start VoIP Incoming Login Start VoIP Outgoing Login Success VoIP Incoming Login Success VoIP Outgoing Login Failed VoIP Incoming Login Failed VoIP Outgoing Call Request VoIP Incoming Call Request VoIP Outgoing Call Ringing VoIP Incoming Call Ringing VoIP Outgoing Call Success VoIP Incoming Call Success 115

120 Appendix 2 Parameters gpsone Response gpsone Success gpsone Failure gpsone Deviation Out Of Threshold gpsone Delay Out Of Threshold Passive gpsone Request Passive gpsone Success Passive gpsone Failure PTT Start PTT End PTT Initial Attempt PTT Initial Success PTT Initial Failure PTT In-Call Attempt PTT In-Call Success PTT In-Call Failure PTT Termination Success PTT Termination Failure PTT Media Delay PTT Started PTT Ended CMMB Scan Channel Start CMMB Scan Channel Finished CMMB Connect Channel Start CMMB Connect Channel Success CMMB Connect Channel Failure CMMB Channel Drop VoIP Outgoing Call Failed VoIP Incoming Call Failed VoIP Receive Audio First Package VoIP Receive Video First Package VoIP Send Audio Start VoIP Send Video Start VoIP Finish VoIP Drop WAP Page Start GSM IntraCell Handover Request GSM IntraCell Handover Success GSM IntraCell Handover Failure Immediate Assignment Cipher Mode Command Cipher Mode Complete Assignment Command Assignment Complete Tracking Area Update Complete LTE Msg Attach Complete LTE Msg Attach Reject Prach: MSG0 Prach: MSG1(RA) Prach: MSG2(RAR) Prach: MSG3 Prach: MSG4 HTTP Page MainPage Success MMS Receive First Data 116

121 Appendix 2 Parameters CMMB Channel Finished CMMB Switch Channel CMMB Scan Channel Success CMMB Scan Channel Failure CMMB DUMP Start CMMB DUMP Finished GSM InterCell Handover Request GSM InterCell Handover Success GSM InterCell Handover Failure Location Update Request Location Update Success Location Update Failure Routing Area Update Request Routing Area Update Accept Routing Area Update Failure Routing Area Update Complete Tracking Area Update Request Tracking Area Update Success Tracking Area Update Failure GSM Cell Reselect Complete Authentication Request Authentication Response Authentication Reject Authentication Failure Authentication Ciphering Request Authentication Ciphering Response Authentication Ciphering Reject MMS Send Start MO Dial MO Hangup MOS Value Too Low Record Before Call MOS Single Mute MOS Whistle PPP Dial start PPP dial success PPP dial fail PPP Dial Hangup PPP Dial Drop FTP Download Connect Start FTP Download Connect Success FTP Download Connect Failure FTP Download Server Login Attempt FTP Download Server Logon success FTP Download Server Logon Failure FTP Download Start FTP Download Success FTP Download Drop FTP Upload Connect Start FTP Upload Connect Success FTP Upload Connect Failure FTP Upload Server Login Attempt FTP Upload Server Logon success FTP Upload Server Logon Failure 117

122 Appendix 2 Parameters Authentication Ciphering Failure Msg Attach Request Msg Attach Accept Msg Attach Reject Msg Attach Complete Msg Detach Request Msg Detach Accept P-TMSI Reallocation Command P-TMSI Reallocation Complete Active Default EPS Request Active Default EPS Success Active Default EPS Failure RRC Connection Reconfiguration RRC Connection Reconfiguration Complete CDMA HardHandover Request CDMA HardHandover Success CDMA HardHandover Failure CDMA SoftHandoff Request CDMA SoftHandoff Success CDMA SoftHandoff Failure CDMA Cell Reselect Complete 23G test Start 23G test Arrive Area 23G test Stop EVDO Reverse SoftHandoff Request EVDO Reverse SoftHandoff Success DO to 1X Handoff Request(Active) FTP Upload Start FTP Upload Success FTP Upload Drop HTTP Page Start HTTP Page Success HTTP Page Failure HTTP Page Url Redirect HTTP Download Start HTTP Download Success HTTP Download Drop HTTP Download Url Redirect POP3 Start POP3 Success POP3 Drop SMTP Start SMTP Success SMTP Drop SMS Send Access Request SMS Send Success SMS Send Failure SMS Report Success SMS Report Failure SMS Receive Success SMS Receive Failure MMS Send WSP Connect Request MMS Send WSP Connect Success MMS Send WSP Connect Failure 118

123 Appendix 2 Parameters DO to 1X Handoff Success(Active) DO to 1X Handoff Request(Dormant) DO to 1X Handoff Success(Dormant) 1X to DO Handoff Request(Dormant) 1X to DO Handoff Success(Dormant) EVDO Virtual SoftHandoff Request EVDO Virtual SoftHandoff Success EVDO Virtual SoftHandoff Failure EVDO Cell Reselect Complete EVDO Session Request EVDO Session Setup EVDO Connection Request EVDO Connection Setup EVDO Connection Close EVDO Connection Drop EVDO Connection Failure EVDO Connection Drop WCDMA SoftHandoff Request WCDMA SoftHandoff Success WCDMA SoftHandoff Failure WCDMA HardHandover Request WCDMA HardHandover Success WCDMA HardHandover Failure CS HandOver Request (GSM -> WCDMA) CS HandOver Success (GSM -> WCDMA) CS HandOver Failure (GSM -> WCDMA) MMS Send Request MMS Send Success MMS Send Failure MMS Push Received MMS Push Timeout MMS Receive WSP Connect Request MMS Receive WSP Connect Success MMS Receive WSP Connect Failure MMS Receive Request MMS Receive Success MMS Receive Failure Video Stream Start Video Stream First Data Video Stream Reproduction Start Video Stream Reproduction End Video Stream Request Success Video Stream Request Failure Video Stream Finished Video Stream Drop Trace Route Start Trace Route Point Reply Trace Route Point Timeout Trace Route Success Trace Route Failure Trace Route Address Reslv Error gpsone Request 119

124 Appendix 2 Parameters CS HandOver Request (WCDMA -> GSM) CS HandOver Success (WCDMA -> GSM) CS HandOver Failure (WCDMA -> GSM) PS HandOver Request (WCDMA -> GSM) PS HandOver Success (WCDMA -> GSM) PS HandOver Failure (WCDMA -> GSM) PS HandOver Request (GSM -> WCDMA) PS HandOver Success (GSM -> WCDMA) PS HandOver Failure (GSM -> WCDMA) Multi Carrier Handover Request Multi Carrier Handover Success Multi Carrier Handover Failure WCDMA Cell Reselect Complete CellReSelect Request (WCDMA -> GSM) CellReSelect Complete (WCDMA -> GSM) CellReSelect Request (GSM -> WCDMA) CellReSelect Complete (GSM -> WCDMA) RRC Connection Request RRC Connection Setup Received RRC Connection Completed RRC Connection Reject RRC Connection Release gpsone Response gpsone Success gpsone Failure gpsone Deviation Out Of Threshold gpsone Delay Out Of Threshold Passive gpsone Request Passive gpsone Success Passive gpsone Failure Passive gpsone Success Deviation out of Threshold Passive gpsone Success Delay Out Of Threshold WAP Login Gateway Connect Request WAP Login Gateway Connect Success WAP Login Gateway Connect Failure Wap Login Attempt Wap Login Success Wap Login Fail Wap Refresh Attempt Wap Refresh Success Wap Refresh Fail WAP Download Gateway Connect Request WAP Download Gateway Connect Success WAP Download Gateway Connect Failure 120

125 Appendix 2 Parameters RRC Connection Reestablish Request RRC Connection Reestablish RRC Connection Reestablish Completed Wap Download Attempt Wap Download Success Wap Download Fail Note: The Facebook service test is not supported in this version as the Facebook login protocol is updated by the service provider. 121

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