LitePoint IQ3130 TM For 2G, 3G, LTE smartphones and tablets

Transcription

1 QUICK START GUIDE QUICK START GUIDE LitePoint IQ3130 TM For 2G, 3G, LTE smartphones and tablets

2 Copyright 2011, LitePoint Corporation All rights reserved RESTRICTED RIGHTS LEGEND No part of this document may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any language or computer language, in any form or by any means, electronic, mechanical, magnetic, optical, chemical, manual, or otherwise, without the prior written permission of LitePoint Corporation. DISCLAIMER LitePoint Corporation makes no representations or warranties with respect to the contents of this manual or of the associated LitePoint Corporation products, and specifically disclaims any implied warranties of merchantability or fitness for any particular purpose. LitePoint Corporation shall under no circumstances be liable for incidental or consequential damages or related expenses resulting from the use of this product, even if it has been notified of the possibility of such damages. If you find errors or problems with this documentation, please notify LitePoint Corporation at the address listed below. LitePoint Corporation does not guarantee that this document is error-free. LitePoint Corporation reserves the right to make changes in specifications and other information contained in this document without prior notice. TRADEMARKS LitePoint and the LitePoint logo, IQview, IQflex, IQnxn, and IQmax are registered trademarks and IQsignal, IQwave, IQfact, IQcheck, IQdebug, IQmeasure, IQtest, IQexpress, IQultra, IQ201X, TrueChannel, and True- Cable are trademarks of LitePoint Corporation. Microsoft Windows is a registered trademark of Microsoft Corporation in the United States and/or other countries. All trademarks or registered trademarks are owned by their respective owners. CONTACT INFORMATION LitePoint Corporation 575 Maude Court Sunnyvale, CA United States of America Telephone: Facsimile: LITEPOINT TECHNICAL SUPPORT Telephone: Available: weekdays 8am to 6pm, Pacific Standard Time. support@litepoint.com Doc: September 2011 For Software Release 1.9

3 Table of Contents Introduction 5 Licensing LitePoint IQ3130 Applications 6 Recommended Host PC Requirements 7 Connecting the Host System to IQ Hardware System Setup 10 IQ3130 Application Dashboard 11 The Main Page 11 The Slide-Out Menu 11 Port Routing 11 Editing the Port Correction Tables 12 Assigning Corrections to Ports 12 SCPI Console 12 Waveforms 14 Captures 16 IQ3130 Test System - Front Panel 17 IQ3130 Test System - Rear Panel 21 Connectors 22 Handling the Equipment 23 Main Menu 24 Performing a Loop Back Measurement 26 IQ3130 Monitor - An Introduction 28 IQ3130 Monitor User Interface 29 Upper Slot (B) 29 Lower Slot (A) 29 System Information 30 IP Address 30 Back Slot (C) - Reserved for Future Use 31 Restore Buttons and Refresh Buttons 31 Status Information 31 IQ3130 Admin Tool---An Introduction 32 Verifying Host PC Connection to the Test System 32 Retrieving Admin Tool Log Files 35 Setting Up Network Access 36 Upgrading System Software 38 Upgrading the Application

4 Upgrading the License 42 Upgrading the Module Software 43 Upgrading Using Recovery Option 46 Using Admin Tool Diagnostics 48 Using NI-VISA Resource to Communicate with the Test System 49 Setting up a VISA Resource 49 Sending and Receiving Commands to the IQ3130 Test System 50 Creating a Handle Point to the IQ3130 Test System 53 Wave Files

5 Introduction Introduction LitePoint IQ3130 is a smartphone / data card test solution that addresses key technologies including: GSM / EDGE, WCDMA, HSPA / HSPA+, CDMA2000, LTE. IQ3130 delivers large test-cost reduction to smartphone and data-card testing with parallel test architecture. IQ3130 provides a one-step function for device testing with significant reduction of test costs because it allows four devices to be tested in nearly the same time as one device would require with a traditional test methodology. Parallel Test Drives Cost Reduction Parallel testing is now the most effective way to dramatically reduce mobile device test costs. With ever-increasing volumes and highly-optimized test times, testing multiple DUTs at one test station provides a path to doubling device-test throughput

6 Licensing LitePoint IQ3130 Applications Licensing LitePoint IQ3130 Applications The IQ3130 base platform has one VSA, one VSG and five ports. The add-on options are as follows: Additional VSA/VSG hardware UMTS Measurement Suite Software License GSM/EDGE WCDMA/HSPA WCDMA/HSPA+ CDMA2000 Measurement Suite Software License CDMA2000, EV-DO Rev.0, Rev.A, Rev.B LTE FDD / TDD Measurement Suite Software License - 6 -

7 Recommended Host PC Requirements Recommended Host PC Requirements The table below shows the system requirements for the host PC connected to the IQ3130 test system. Adobe Flash Player Version 10.3 Processor Intel Core i5 processor Recommended Speed 2.5 GHz Memory 1GB of RAM or higher 500 MB of available hard-disk space (for storing wave Available Hard Disk Space files, capture data or log files) Screen Resolution 1024x768 resolution LAN 100 Base-T LAN (1000-base T preferred) Browser Google Chrome R10 Release - 7 -

8 Connecting the Host System to IQ3130 Connecting the Host System to IQ3130 The host PC communicates with IQ3130 via direct connection using an RJ-45 Ethernet cable or using a DHCP server on the network. Perform the following actions to verify that the host PC can communicate with IQ3130 and to set up a simple loop-back test: 1. Before connecting power, make sure the AC power switch on the back panel of IQ3130 is turned off. 2. Turn IQ3130 on. The LED beneath the power button blinks while IQ3130 is booting and the Status LED is red until the system is ready. IQ3130 is ready when both LEDs turn solid green. 3. Make sure that both the host PC and IQ3130 are connected in one of the following two ways: directly using an RJ-45 Ethernet cable via a Local Area Network Note: You may use either a static or dynamic IP address to connect to the IQ3130 test system. The default mode is static IP address set to and the subnet mask set to You can view and change the static IPaddress using the IQ3130 user interface or from the IQ3130 Monitor using a VGA monitor, keyboard and mouse connected to the IQ3130 test system. You can change to dynamic IP address by selecting the DHCP option in the IQ3130 user interface or the IQ3130 Monitor. 4. Connect a loop-back coaxial cable between ports RF1A and RF2A on IQ Open a Web browser and type the host name of the IQ3130 test system or the assigned IP address of the test system, for example, iqxs00208 or , and press Enter. Note: Flash Player 10.3 is required to view the IQ3130 user interface on the browser. The IQ3130 user interface displays. 6. Click Port Routing to configure the RF ports for a loop-back connection from the VSG to the VSA. 7. For example, if the loop-back coaxial cable is between ports RF1A and RF2A, then in the IQ3130 user interface port routing screen, click VSG for port RF1A and VSA for port RF2A. The VSG and VSA buttons turn gray and the state indicates the port routing. A representation of this connection is shown in the figure below. 8. Close the Port Routing screen

9 Connecting the Host System to IQ3130 9

10 Hardware System Setup Hardware System Setup The IQ3130 test system uses multiple hardware blocks to provide concurrent test capabilities for GSM, W-CDMA, CDMA2000, and LTE technologies. The IQ3130 is ready to tackle Multiple Input Multiple Output (MIMO) technology used by both HSPA+ and LTE systems. A second vector signal analyzer (VSA) and vector signal generator (VSG) option allows two fully independent waveforms to be sent to a MIMO DUT for true MIMO receive testing. The figure below provides a representation of the IQ3130 test system s basic functional block diagram. The IQ3130 has a built-in switch matrix and signal conditioning hardware to ease multi-dut testing. All instrument ports are fully calibrated to the connector plane removing a vast deal from the user with how to deal with signal routing for multiple DUTs. The figure below represents the IQ3130 test system functional block diagram of a dual module configuration

11 IQ3130 Application Dashboard IQ3130 Application Dashboard The dashboard is an interface to the test system to control port routing, display connectivity state and operate all the technology modules. The IQ3130 Application Dashboard is divided into the following two sections: The main page The slide-out menu The Main Page The buttons on the main page allow you to do port routing, access the test system using SCPI commands, load and play waveforms and save capture data. The Slide-Out Menu The slide-out menu allows you to: access the technology modules view information about the test system access IQ3130 documentation access the Admin tool access diagnostics and log files The main page has the following buttons: Port Routing SCPI Console Waveforms Captures Port Routing The Port Routing screen allows you to configure the RF port operating modes, and to set the RF corrections to compensate for external cable losses. Both the port modes and RF corrections may be set independently on a per-port basis

12 IQ3130 Application Dashboard You can set the ports RF1 through RF4 for the upper and lower modules as input, output, duplex, or high impedance (off). Do the following to set the port mode: To set the port to input mode, click VSA. To set the port to output mode, click VSG. To set the port to duplex mode, click both VSA and VSG. You can set the streaming port (STRM1) for RF output or high impedance (off) only. Editing the Port Correction Tables The Port Correction window allows you to configure up to 10 tables of RF corrections vs. frequency for each module in the system. Use the Correction Table Editor to specify the corrections and frequencies for each table. Each table may contain from 1 to 128 frequency vs correction entries. Perform the following actions to edit the port correction tables: 1. If your IQ3130 test system has both upper and lower modules, select the desired module from the Rout drop-down menu. The lower module is Rout 1 and the upper module is Rout From the Table# drop-down menu, select the table to edit. 3. In the Frequency text box, enter the frequency. 4. In the Correction text box, enter the correction value for the associated frequency. 5. Click Add The specified frequency and correction displays in the columns on the right side. Repeat steps 3 to 5 to specify corrections for additional frequencies. You can have up to 128 values for each table. The Tables Status area highlights the tables that have been populated. Click Save All to save all the correction tables to the non-volatile IQ3130 file system. Assigning Corrections to Ports In each of the Port boxes, VSA and VSG each have a Correction Tables drop-down menu. Select the table to use for each device. When you select a table, the frequency corrections from that table are automatically applied to the VSG and/or VSA settings for that port. Correction values are automatically interpolated for any frequencies that fall between frequency entries in the table. SCPI Console SCPI Console screen is divided into two areas: the upper SCPI console area that allows you to send SCPI commands to the test system and the lower Trace area that allows you to record SCPI commands as they execute either from the GUI or from an external application. 12

13 IQ3130 Application Dashboard To execute a command using the SCPI Console, type the command in the text box located at the bottom end of the SCPI console and click Enter. The command displays in the SCPI Console and executes in the test system. Click Error to display any command errors in the console. Click Clear to clear the contents in the console. To trace commands as they execute from the GUI, select GUI from the Source dropdown menu and then click Start Trace. As you operate the GUI, only the SCPI commands executed from the GUI display in the Trace window. To trace commands as they execute from an external application, select EXT from the Source drop-down menu and then click Start Trace. As the external application runs, only the SCPI commands sent from the application display in the Trace window. The Trace window has three columns: Timestamp - displays the number of milliseconds elapsed from the time the trace was started Command - displays the command executed Result - displays the result for a command, if applicable Click Stop Trace to stop the trace program. Click Clear to clear the trace or Download to download the trace log to your local system

14 IQ3130 Application Dashboard Waveforms The Waveforms feature is used to upload,download or play waveform files. Click Waveforms to open a list of waveforms files in the Waveform Browser. The waveform files are organized based on the technology modules. Click on a folder, for example, WCDMA and select a waveform file. 14

15 IQ3130 Application Dashboard The table below describes the tasks that you can perform in the Waveform Browser. Download Upload Delete Stopped/ Playing Waveform/ CW RF (On)/ RF (Off) Click Download to download a waveform file from the IQ3130 file system to a target location. Click Upload to upload a waveform file from a source location to the IQ3130 file system. Click Delete to delete the selected waveform file from the IQ3130 file system. Toggle button to start or stop playing of a waveform file. Toggle button to switch between Waveform (VSG modulation on) and CW (VSG modulation off). Toggle button to turn the VSG RF output power on or off

16 IQ3130 Application Dashboard Captures Captures allows you to load capture files from the IQ3130 file system to the analysis module, or delete capture files from the IQ3130 file system. Additional capture file functionality may be found in the Analysis Results window for each technology. To save capture data from analysis memory to the IQ3130 file system, in the Analysis Results window, click Save Capture to save the captured data. To load or delete saved capture files, click Captures. The name and size of each saved capture file displays in the respective fields in the Captures window. Select a capture and click Load to load a capture for analysis. Select a capture and click Delete to permanently delete a capture from the file system. To load a capture file from an external source location, in the Analysis Results window, click Load File. A pop-up navigation window allows you to navigate to the source location and select the desired capture file to load. When the capture file is loaded, click Analyze to view the capture in the Analysis Results window. The loaded capture may also be saved permanently to the IQ3130 file system with the Save Capture option described above. 16

17 IQ3130 Test System - Front Panel IQ3130 Test System - Front Panel The figure below displays the front panel of the IQ3130 test system. Legend for the IQ3130 test system front panel figure displayed above. Number Description 1 Session Active LED indicator 2 Status LED indicator 3 Port LED indicator 4 Two USB ports 5 Power button with LED indicator 6 Streaming Port 1A 7 RF Port 1A VSG/VSA port 8 RF Port 2A VSG/VSA port 9 RF Port 3A VSG/VSA port 10 RF Port 4A VSG/VSA port The IQ3130 test system front panel has port connectors, LED indicators for power and the port connectors, USB ports and a power switch. The table below provides a description of the front panel connectors and indicators

18 IQ3130 Test System - Front Panel RF Port 1A to RF Port 4A Streaming Port 1A Connector Type Input/Output Frequency Input Power Output Power Description Connector Type Input/Output Frequency Input Power Output Power Description N-type female MHz Maximum Input Power Level: +33 dbm average power; +36 dbm peak envelope power PEP Output Power Range: -8 dbm to dbm (duplex); -20 dbm to -130 dbm (broadcast) Provides input/output RF connection to DUT GSM, CDMA2000, W-CDMA, LTE technologies and GPRF N-type female Output: MHz Output Power: +10 to -140 dbm Provides uni-directional output RF connection to the DUT Power Switch Description Power on/off switch 18

19 IQ3130 Test System - Front Panel Power LED Indicator USB Ports Port LED Indicators Description Connector Type Description Description LED indicator that displays the power status of the test system LED off indicates that the AC switch on the back panel is turned off or the AC power cable is not connected LED solid red indicates that the test system is in standby mode LED blinking red indicates that the test system is powering off LED blinking green indicates that the test system is booting up LED solid green indicates that the test system is powered on Type A Reserved for field service use LED indicator that displays the port status of the test system LED orange indicates that the test system is in duplex, VSA/VSG mode (bi-directional) LED red indicates that test system is in output-only, VSG mode LED green indicates that test system is in input-only, VSA mode

20 IQ3130 Test System - Front Panel Session Active LED Indicator Status LED Indicator Description Description LED indicator that displays the session active status of the test system LED green indicates that a session has been established an external connection. The LED will be green as long as the session remains connected. LED off indicates that no session has been established with the test system. LED orange indicates that a session has been established with the test system and the session is locked. A locked session indicates that the test system is locked by a user and only the user who has control over the system; all other sessions will be unable to control the test system. LED indicator that displays the status of the test system. LED green indicates that the test system is in the ready state and has no errors in the queue. LED orange indicates that the error/event queue is not empty. The LED turns green when the error/event queue is read using the SYST:ERR:ALL? command or cleared using the *CLS command. LED red indicates a serious fault in the test system such as failed POST. Contact Lite- Point Technical Support for further assistance. 20

21 IQ3130 Test System - Rear Panel IQ3130 Test System - Rear Panel The figure below displays the rear panel of the IQ3130 test system. Legend for the IQ3130 test system rear panel figure displayed above. Number 1 LAN port 2 USB port 1 3 USB port 2 4 Test system serial number 5 TRIG 1 6 TRIG 3 7 TRIG 2 8 TRIG 4 9 VGA video output MHz reference output MHz reference input 12 Power switch 13 Power input Description The IQ3130 test system rear panel has a switch, an AC power connection, two USB connectors, six BNC (f) connectors, a video output and a LAN port

22 IQ3130 Test System - Rear Panel Connectors The IQ3130 test system rear panel is provided with the following ports: 10 MHz Reference in Connector BNC input and output ports USB Communication Connectors used for connecting to the external devices (for LitePoint service use only) AC Power Connection used for connecting to the AC main power. The AC cable that is provided with the system can only be used with plugs that are compliant with USA specifications. The cable is replaceable for other countries that follow different specifications. Trigger Inputs/Outputs two connectors for default signal trigger input and two connectors for default signal trigger output. The connectors can function as input or output. Note The IQ3130 test system will auto-configure when connected to all common AC voltage and frequency mains. Although the system does not contain components that have a high power dissipation, it is always good practice to keep the ventilation ports of the system free from any obstruction. IQ3130 does not have any user-serviceable components inside the system. Opening the system by unauthorized personnel voids the system certification and hardware warranty. The table below provides a description of the rear panel connectors. Port/Indicator Connector Type Description Trigger Input/Output 1 BNC female Provides connection for trigger input #1. This is the default input. Trigger Input/Output 2 BNC female Provides connection for trigger input #2. This is the default input. Trigger Input/Output 3 BNC female Provides connection for marker output #1. This is the default output. Trigger Input/Output 4 BNC female Provides connection for marker output #2. This is the default output. 10 MHz Reference Input BNC female Provides 10 MHz reference input connection. 10 MHz Reference Output BNC female Provides 10 MHz reference input connection. VGA 15 pin DSUB Video output USB 1 Type A Reserved for LitePoint service USB 2 Type A Reserved for LitePoint service 22

23 IQ3130 Test System - Rear Panel Port/Indicator Connector Type Description LAN RJ Base-T LAN Handling the Equipment The equipment must be handled according to manufacturer s instructions. If the equipment is not used in a manner instructed by the manufacturer, the protection provided by the equipment may be impaired

24 Main Menu Main Menu The IQ3130 User Interface allows you to monitor the overall performance of the device under test. The main menu displays the following buttons: GPRF allows you to select options for performing standard RF testing CDMA2000 allows you to select options for testing products that comply with 3GPP2 specification GSM/EDGE allows you to select options for testing products that comply with 3GPP specification LTE allows you to select options for testing products that comply with 3GPP specification LTE-ADV allows you to select options for testing products that comply with 3GPP specification W-CDMA allows you to select options for testing products that comply with 3GPP specification Information provides information such as host name, IP address, software module and version information Documentation provides documentation for this product; including this documentation Admin Tool allows you to perform administrative functions such as upgrading the system software, upgrading the module firmware, application information and license information Diagnostics allows you to run some basic system tests in order to check the health of the test system Log Files allows you to gather log files for further analysis of the log information

25 Main Menu 25

26 Performing a Loop Back Measurement Performing a Loop Back Measurement A loopback connection is used for testing a basic signal measurement. This is useful for R&D and DVT and to manually verify power accuracy, switch performance, right trigger settings, etc. This section provides you with an example of how to perform a basic signal measurement. To perform a signal measurement, do the following: 1. Before connecting power, make sure IQ3130 is turned off. 2. Make sure that both the host PC and IQ3130 are connected via Ethernet using an RJ-45 LAN cable. 3. Turn IQ3130 on. The LED beneath the power button blinks while IQ3130 is booting and the Status LED is red until the system is ready. IQ3130 is ready when both LEDs turn solid green. 4. Connect a loop-back coaxial cable between ports RF1A and RF2A on IQ Open a Web browser and type the IQ3130 host name or IP address in the address bar; for example, iqxs00208 or , and press Enter. (Flash Player 10.3 required.) The IQ3130 user interface displays. 6. Click Port Routing to configure the RF ports for a loop-back connection from the VSG to the VSA. For example, if the loop-back coaxial cable is between ports RF1A and RF2A, then in the IQ3130 user interface port routing screen, click VSG for port RF1A and VSA for port RF2A. The VSG and VSA buttons turn gray and the state indicates the port routing. A representation of this connection is shown in the figure in the "Connecting the Host System to IQ3130" section. 7. Do the following to generate a signal from a waveform: a. Select the waveform for analysis Click Waveforms Click the arrow next to WCDMA and open the WCDMA waveforms Select WCDMA_UL.iqvsg Click Play Close the file browser screen b. Set the GPRF VSG settings Move the cursor over Menu, click GPRF and click VSG Set the following parameters in the VSG1 screen: Set the frequency to 2500 MHz Set the power level to -20 dbm Set the sampling rate to MHz

27 Performing a Loop Back Measurement c. Set the GPRF VSA settings Move the cursor over Menu, click GPRF and click VSA. Set the following parameters in the Hardware Settings area: Set the frequency to match the frequency of the VSG Set the reference level to 0 dbm Set the capture length to, for example, 2 ms Set the sampling rate to 37.5 MHz d. Analyze the results Move the cursor over Menu, click GPRF and click VSA. Click Analysis Results Drag and drop a Spectrum and Power Table in the analysis window Click the Single Analysis or Continuous Analysis button You must be able to see a 3.84 MHz bandwidth W-CDMA spectrum of the selected waveform, and the average power of nearly -20 dbm. 27

28 IQ3130 Monitor - An Introduction IQ3130 Monitor - An Introduction The LitePoint IQ3130 Monitor allows you to monitor the status of the IQ3130 test system, change the IP address of the test system and restore the firmware to previous versions. To access the LitePoint IQ3130 Monitor, connect a VGA monitor to the VGA video output of the IQ3130 test system. The IQ3130 Monitor screen displays

29 IQ3130 Monitor User Interface IQ3130 Monitor User Interface The IQ3130 Monitor user interface is divided into the following five areas: 1. Upper Slot (B) 2. Lower Slot (A) 3. System Information 4. IP Address 5. Back Slot (C) Upper Slot (B) The Upper Slot is the upper area in the IQ3130 test system that has the Streaming 1B port and the RF 1B to RF 4B ports. Integrating a module in this slot is optional. The table below describes the fields in the Upper Slot area. Displays the type of hardware modules (VSA and VSG) HW Modules present in this slot. This field also displays the range of frequencies for the VSA and VSG. Serial Number Displays the serial number for the hardware modules in this slot. HW Revision Displays the most recently updated hardware revision for the hardware modules in this slot. Calibration Date Displays the date the hardware modules in this slot were calibrated. Configuration Revision Displays the configuration revision number for the hardware modules in this slot. Lower Slot (A) The Lower Slot is the lower area in the IQ3130 test system that has the Streaming 1A port and the RF 1A to RF 4A ports. The table below describes the fields in the Lower Slot area. Displays the types of hardware modules (VSA and VSG) HW Modules present in this slot. This field also displays the range of frequencies for the VSA and VSG. Displays the serial number for the hardware modules in this Serial Number slot. Displays the most recently updated hardware revision for HW Revision the hardware modules in this slot

30 IQ3130 Monitor User Interface Calibration Date Configuration Revision Displays the date the hardware modules in this slot were calibrated. Displays the configuration revision number for the hardware modules in this slot. System Information The table below describes the fields in the System Information area. Host Name Displays the host name of the IQ3130 test system. System Name Displays the name of this system. Serial Number Displays the serial number of this system. OS Revision Displays the operating system revision number of this system. Firmware Revision Displays the firmware revision number of this system. System Status Displays if the IQ3130 is running properly or if an error has occurred. HW Revision Displays the hardware revision of the system. Calibration Date Displays the date the system was calibrated. Configuration Revision Displays the system configuration revision number. IP Address The default IP address for the IQ3130 test system is You can change the default IP address by assigning a different static IP address or by assigning an IP address within your network dynamically using a DHCP server. The table below describes the fields in the IP Address area. Select this option if you would like to use a static IP Use Static IP Address address to connect the computer to the IQ3130 test system. Select this option if you would like to have an IP address Use DHCP assigned dynamically to the computer connected to the IQ3130 test system. If you select the Use Static IP Address option, enter an IP Address IP address in this field. If you select the Use Static IP Address option, enter an Subnet Mask subnet mask for this network in this field. If you select the Use Static IP Address option, enter the Default Gateway default gateway for this IP address in this field. 30

31 IQ3130 Monitor User Interface After you enter the IP address, subnet mask and default gateway, click Apply to assign the values to the IQ3130 test system. Back Slot (C) - Reserved for Future Use The table below describes the fields in the Back Slot area. HW Modules Displays the types of hardware modules present in this slot. Serial Number Displays the serial number for the hardware modules in this slot. Hardware Revision Displays the most recently updated hardware revision for the hardware modules in this slot. Calibration Date Displays the date the hardware modules in this slot were calibrated. Configuration Revision Displays the configuration revision number for the hardware modules in this slot. Restore Buttons and Refresh Buttons The table below describes the restore options available. Restores the firmware to the previously installed version. This button is enabled only if you have uploaded newer versions of software. Status Information Restores the firmware to the factory version. Refreshes the information shown on the IQ3130 Monitor. If you would like to restart the IQ3130 test system, click Restart Instrument. This function shuts down and automatically reboots the system. The monitor version number that displays at the lower left corner of the screen indicates the version number of the monitor and is used when reporting issues to LitePoint The Session Active field indicates how many sessions are currently active. The information displayed at the lower center area of the screen indicates the status of the actions being performed within the monitor

32 IQ3130 Admin Tool---An Introduction IQ3130 Admin Tool---An Introduction The LitePoint IQ3130 Administration tool allows you to verify and upgrade the test system s firmware, upgrade applications, perform diagnostics, view license and support information and download log files. This chapter describes how to use the LitePoint IQ3130 Administration tool to upgrade your system. Before you use the Admin tool, you must make sure that your host PC is connected to the test system. Verifying Host PC Connection to the Test System Perform the following actions to verify that the test system is connected to the host PC: 1. Make sure the test system is turned off 2. Make sure the system is connected to the power using the power cable and to the Ethernet using the LAN cable 3. Turn the test system on 4. Open a Web browser on the host PC and type the IQ3130 host name or IP address in the address bar; for example, iqxs00208 or , and press Enter. (Flash Player 10.3 required.) The system launches your application. The IQ3130 user interface displays. For detailed information on connecting the host system to IQ3130 on various operating systems and assigning static or dynamic IP address, refer to Connecting the Host System to IQ3130 section. Note: The green chain icon next to Port Routing indicates that the host PC is connected to the IQ3130 test system. If the chain icon is blue, it indicates that the host PC is not connected to the test system and if the icon is blue and green, it indicates that the connection is active and data is being processed. When you move your cursor over Menu, the main menu displays. 32

33 IQ3130 Admin Tool---An Introduction When you click Admin Tool, the admin tool screen appears on the right pane displaying the System Information screen. The table below describes the items available in the Admin tool screen and the tasks that can be performed using the screen for each item. System Info Allows you to view information about the BP and SYS modules and upgrade those modules

34 IQ3130 Admin Tool---An Introduction Module Info App Info License Info Support Allows you to view information about the VSA, VSG and ROUT modules and upgrade or recover those modules. Allows you to upgrade the applications. Allows you to view and upgrade application license information. Provides information to contact LitePoint technical support. 34

35 Retrieving Admin Tool Log Files Retrieving Admin Tool Log Files The Admin Tool Log Files screen allows you to gather the log files for further analysis of the log information. Perform the following actions to retrieve the log files: 1. Open a Web browser and type the IQ3130 host name or IP address in the address bar; for example, iqxs00208 or , and press Enter. (Flash Player 10.3 required.) 2. Move your cursor over Menu. The Main menu displays. 3. Click Diagnostics 4. Click Log Files 5. The Log Files screen displays. 6. Click Load Log Files. All available log files are loaded. 7. To download a log file, select a log file and click Download and then save the file on your local system. Note: All log files are encrypted. Contact LitePoint Support for further diagnosis of the log files

36 Setting Up Network Access Setting Up Network Access You can use the Network screen to assign static or dynamic IP address, subnet mask and default gateway. Perform the following actions to upgrade the application: 1. Open a Web browser and type the IQ3130 host name or IP address in the address bar; for example, iqxs00208 or , and press Enter. (Flash Player 10.3 required.) 2. Move your cursor over Menu. The Main menu displays. 3. Click Admin Tool. The admin tool Application Information screen displays in the right pane. 4. Click Network The Network screen displays. The default IP address for the IQ3130 test system is You can change the default IP address by assigning a different static IP address or by assigning an IP address within your network dynamically using a DHCP server

37 Setting Up Network Access The table below describes the fields in the IP Address area. Static IP---select this option if you would like to use a static IP address to connect the computer to the IQ3130 test system. Network Type DHCP---select this option if you would like to have an IP address assigned dynamically to the computer connected to the IQ3130 test system using a DHCP server. If you select the Static IP option as the network type, IP Address enter an IP address in this field. If you select the Static IP option, enter an subnet mask Subnet Mask for this network in this field. If you select the Static IP option, enter the default gateway for this IP address in this field. Default Gateway After you enter the IP address, subnet mask and default gateway, click Apply to assign the values to the IQ3130 test system. 37

38 Upgrading System Software Upgrading System Software Important! Do not power down the system during the upgrade process. Perform the following actions to verify and upgrade the system hardware: 1. Open a Web browser and type the IQ3130 host name or IP address in the address bar; for example, iqxs00208 or , and press Enter. (Flash Player 10.3 required.) 2. Move your cursor over Menu. The Main menu displays. 3. Click Admin Tool. The admin tool information screen displays in the right pane. This screen above displays the current system configuration status of the test system. The table below describes the fields in the System Information screen. Field Name System Name Serial Number Hardware Revision Description Displays the name of the system Displays the serial number of the IQ3130 test system that the user interface is connected to Displays the hardware revision number

39 Upgrading System Software MAC Address OS Revision Firmware Revision Config Revision Displays the MAC address of the test system Displays the current operating system revision number Displays the current firmware revision number of the test system Displays the current system hardware configuration revision number Perform the following actions to upgrade the system configuration. 4. Click Upgrade System. The File field displays. 5. In the File field, click Browse, navigate to the location where the file for IQ3130 test system upgrade is stored and select the file name that starts with md0 and with a *.upd file extension. 6. Click Upgrade System. The screen displays a status bar that shows the percentage completion for the upgrade. The system upgrade may take a few minutes. Wait until the status bar shows that it is 100% complete. The test system reboots automatically and the power LED indicator turns steady green after the reboot is complete. You must refresh the IQ3130 GUI for the changes to take effect. Your IQ3130 test system is now upgraded to the latest version of the system hardware. 39

40 Upgrading the Application Upgrading the Application You can use the Application Information screen to upgrade the firmware, GUI software, driver and web server revisions. Perform the following actions to upgrade the application: 1. Open a Web browser and type the IQ3130 host name or IP address in the address bar; for example, iqxs00208 or , and press Enter. (Flash Player 10.3 required.) 2. Move your cursor over Menu. The Main menu displays. 3. Click Admin Tool. The admin tool Application Information screen displays in the right pane. 4. Click App Info. The Application Information screen displays. Field Name Description Firmware Revision Displays the IQ3130 test system firmware revision number. GUI Software Revision Displays the IQ3130 test system GUI software revision number. Driver Revision Displays the IQ3130 test system driver revision number. Web Server Revision Displays the IQ3130 test system web server revision number. 5. Click Upgrade App to upgrade the IQ3130 test system firmware, GUI software, driver and web server revisions

41 Upgrading the Application The File text box displays. 6. Click Browse, select the file for the application upgrade and click Upgrade App. It may take a few minutes to upgrade the application. The test system reboots automatically and the power LED indicator turns steady green after the reboot is complete. You must refresh the IQ3130 GUI for the changes to take effect. Note: You cannot make an upgrade to the IQ3130 operating system using the Admin tool s Upgrade App feature. To upgrade to the latest version of the IQ3130 operating system, contact LitePoint Technical Support. 41

42 Upgrading the License Upgrading the License You can use the License Information screen to upgrade the license files. Perform the following actions to upgrade the license: 1. Open a Web browser and type the IQ3130 host name or IP address in the address bar; for example, iqxs00208 or , and press Enter. (Flash Player 10.3 required.) 2. Move your cursor over Menu. The Main menu displays. 3. Click Admin Tool. The admin tool information screen displays in the right pane. 4. Click License Information. The License Information screen displays. 5. Click Upgrade License. The File text box displays. 6. Click Browse, select the license file and click Start Upgrade. It may take a few minutes to upgrade the license. The test system reboots automatically and the power LED indicator turns steady green after the reboot is complete. You must refresh the IQ3130 GUI for the changes to take effect. You have now successfully completed the license upgrade

43 Upgrading the Module Software Upgrading the Module Software Important! Do not power down the system during the upgrade process. Perform the following actions to verify and upgrade the module software: 1. Open a Web browser and type the IQ3130 host name or IP address in the address bar; for example, iqxs00208 or , and press Enter. (Flash Player 10.3 required.) 2. Move your cursor over Menu. The Main menu displays. 3. Click Admin Tool. The admin tool information screen displays in the right pane. 4. Click Module Info. The Module Information screen displays. This screen displays the current module configuration status of the test system

44 Upgrading the Module Software The table below describes the fields in the Module Information screen. Field Name Description Drop-down list to select one of two modules Slot A indicates the RF module used for RF1A through RF4A and Streaming Port 1A Select Slot Slot B indicates the RF module used for RF1B through RF4B and Streaming Port 1B The Slot B option is displayed only if the test system has a second VSG. Serial Number Hardware Revision Calibration Date Configuration Revision Recovery Slot option is used only if a module fails to upgrade or if a module upgrade must be forced. Displays the serial number of the module Displays the hardware revision number for the module Displays the most recent date the module hardware was calibrated Displays the current module hardware configuration revision number Perform the following actions to upgrade the module configuration. 1. From the Select Slot drop-down menu, select the module that you would like to upgrade. 2. Click Upgrade Module. The File field displays. 44

45 Upgrading the Module Software 3. In the File field, click Browse, navigate to the location where the file for IQ3130 test system upgrade is stored and select the file name that corresponds with the module type. For example, if the module serial number starts with MD1, then select the file that starts with md1 and with a *.upd file extension; if the serial number starts with MD2, then select the file that starts with md2 and with a *.upd file extension. 4. Click Upgrade Module. This overwrites the existing configuration. The screen displays a status bar that shows the percentage completion for the upgrade. The module upgrade may take a few minutes. Wait until the status bar shows that it is 100% complete. The test system reboots automatically and the power LED indicator turns steady green after the reboot is complete. You must refresh the IQ3130 GUI for the changes to take effect. Your IQ3130 test system is now upgraded to the latest version of the module hardware. If you need support during the system or module upgrade process, click Support and contact LitePoint to help you with the upgrade process

46 Upgrading Using Recovery Option Upgrading Using Recovery Option Important! Do not power down the system during the upgrade process. If a module fails to upgrade, the Recovery option can force a system or module upgrade. Perform the following actions to upgrade the system using the recovery option: 1. Open a Web browser and type the IQ3130 host name or IP address in the address bar; for example, iqxs00208 or , and press Enter. (Flash Player 10.3 required.) 2. Move your cursor over Menu. The Main menu displays. 3. Click Admin Tool. The admin tool information screen displays in the right pane. 4. Click Module Info. The Module Info screen displays. 5. From the Select Slot drop-down menu, select Recovery. The Upgrade Module button changes to Recover Module. 6. Click Recover Module. A Slot drop-down menu and a File text box displays on the screen. Field Name System Description Slot drop-down menu that indicates the BP and SYS module

47 Upgrading Using Recovery Option Slot A Slot B Slot drop-down menu that indicates the RF module used for RF1A through RF4A and Streaming Port 1A Slot drop-down menu that indicates the RF module used for RF1B through RF4B and Streaming Port 1B 7. Perform one of the following actions depending on the kind of slot you would like to recover: To recover the system, from the Slot drop-down menu select System and in the File text box click Browse and select the file name that starts with md0 and with a *.upd file extension. To recover the upper or lower slot, from the Slot drop-down menu select Slot A or Slot B, depending on the slot you would like to upgrade, in the File text box click Browse and if the module serial number starts with MD1, then select the file that starts with md1 and with a *.upd file extension; if the serial number starts with MD2, then select the file that starts with md2 and with a *.upd file extension. 8. Click Recover Module. This overwrites the existing configuration. The screen displays a status bar that shows the percentage completion for the recovery. The recovery may take a few minutes. Wait until the status bar shows that it is 100% complete. The test system reboots automatically and the power LED indicator turns steady green after the reboot is complete. You must refresh the IQ3130 GUI for the changes to take effect. Your IQ3130 test system is now upgraded to the latest version of the module hardware. If you need support during the system or module upgrade or recovery process, click Support and contact LitePoint to help you with the upgrade or recovery process. 47

48 Using Admin Tool Diagnostics Using Admin Tool Diagnostics The Admin Tool Diagnostics screen allows you to run some basic system tests in order to check the health of the test system. Perform the following actions to use the diagnostics: 1. Open a Web browser and type the IQ3130 host name or IP address in the address bar; for example, iqxs00208 or , and press Enter. (Flash Player 10.3 required.) 2. Move your cursor over Menu. The Main menu displays. 3. Click Diagnostics. The Admin Tool Diagnostics screen displays in the right pane. 4. Click Start Diagnostic 5. Click OK The Diagnostic Summary displays. This shows the tests that have passed or failed. The diagnostics may take a few minutes. Wait until the Diagnostic Passed or Diagnostic Failed message displays. If the result failed, retrieve the Admin tool log files and send the log files to LitePoint Support for further diagnosis. For information on how to retrieve the log files, refer to the Retrieving Admin Tool Log Files section

49 Using NI-VISA Resource to Communicate with the Test System Using NI-VISA Resource to Communicate with the Test System LitePoint recommends using the National Instruments VISA (NI-VISA) library as the tool to send the SCPI commands and fetch the data from the IQ3130 test system. This chapter describes how to set up VISA Resource in the National Instruments Measurement&Automation (MAX) Explorer. Setting up a VISA Resource Perform the following actions set up the VISA Resource: 1. Go to Start>All Programs>National Instruments>Measurements&Automation The Measurements&Automation Explorer screen displays. 2. Right-click Devices and Interfaces and select Create New The Create New screen displays. 3. Select VISA TCP/IP Resource and click Next. 4. Select the Manual Entry of Raw Socket radio button and click Next The Create New VISA TCP/IP Resource screen displays. 5. In the Hostname of IP address field, enter the name of the IQ3130 test system or the IP address of the test system and in the Port Number field, enter the TCP/IP socket number for IQ3130. The default value for the IQ3130 socket number is Click Validate to check if the link is active. 7. Follow the wizard prompts and click Finish when done

50 Using NI-VISA Resource to Communicate with the Test System A popup message indicates that a VISA session has been successfully opened to the specified port name or IP address of the test system using the specified port number. Sending and Receiving Commands to the IQ3130 Test System Perform the following actions to send and receive commands to the test system: 1. Go to Start>All Programs>National Instruments>Measurements&Automation The Measurements&Automation Explorer screen displays. 2. Click Devices and Interfaces>VISA TCP/IP Resources and then click the VISA Resource that was just created. A session window opens. 3. Click Open VISA Test Panel. The VISA Resource session displays. 50

51 Using NI-VISA Resource to Communicate with the Test System 4. Click the visetattribute tab and do the following to set the attribute: In the Attribute Name drop-down menu, select VI_ATTR_SUPPRESS_END_EN In the New Value drop-down menu, select VI_FALSE Click Execute 5. Click the viwrite tab

52 Using NI-VISA Resource to Communicate with the Test System The *IDN? command is displayed by default. When you enter a command in the viwrite text box, make sure the command ends with a new line, for example, *IDN?\n. 6. Click Execute The command is now sent to the IQ3130 test system. 7. In the session window, click the viread tab and click Execute. 52

53 Using NI-VISA Resource to Communicate with the Test System This screen is used for reading of fetching the data and returning values from the IQ3130 test system. You can now send and receive SCPI commands from NI-VISA to the IQ3130 test system. Creating a Handle Point to the IQ3130 Test System You can create a handle point using the resource string TCPIP0::IQXS0-0203::24000:SOCKET. The table below shows the description of the resource string. TCPIP Indicates that it is a TCP/IP connection. 0 Indicates the first LAN card in the host PC. Indicates the serial number of the test system. This number can also be IQXS00203 replaced with the IP address of the test system. :: Separation symbol used in the resource string. Port Indicates the port number of the IQ3130 test system. Number

54 Wave Files Wave Files The IQ3130 application is packaged with set of pre-loaded example wave files for each technology. Wave files are used to generate RF signals in the VSA or VSG. Each file has either a.iqvsa or a.iqvsg extension. The table below provides a description of the available wave files. FILENAME FILENAME DESCRIPTION Wave files for WCDMA module Ideal WCDMA uplink signal WCDMA_UL.iqvsg MHz sampling Rate 40 msec length. Waveform files for LTE module LTE_FDD_DL_50RB_16QAM_160ms_ TPC2.iqvsg LTE_FDD_UL_10MHZ_50RB_ 16QAM_LP.iqvsg LTE_FDD_UL_10MHZ_50RB_ 16QAM_DUT.iqvsg LTE_FDD_UL_10MHZ_50RB_QPSK_ LP.iqvsg LTE_FDD_UL_10MHZ_50RB_QPSK_ DUT.iqvsg LTE_ADV_FDD_UL_10MHZ_CC0_ CC1_LP.iqvsg LTE_ADV_FDD_UL_20MHZ_CC0_ CC1_LP.iqvsg LTE downlink signal used for synchronization with the DUT 50 resource blocks allocated 16 QAM modulation Length of 160 milliseconds Ideal LTE uplink signal 50 resource blocks allocated 16 QAM modulation 37.5 MHz sampling rate Typical LTE uplink DUT signal 50 resource blocks allocated 16 QAM modulation 37.5 MHz sampling rate Ideal LTE uplink signal 50 resource blocks allocated QPSK modulation 37.5 MHz sampling rate Typical LTE uplink DUT signal 50 resource blocks allocated QPSK modulation 37.5 MHz sampling rate Ideal LTE-Advanced uplink signal 50 resource blocks allocated 10 MHz CC bandwidth 150 MHz sampling rate Ideal LTE-Advanced uplink signal 100 resource blocks allocated 20 MHz CC bandwidth 150 MHz sampling rate