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Rohde & Schwarz EX-IQ-BOX, User Manual

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Rohde & Schwarz EX-IQ-BOX User Manual Download Page 170

Protocol Settings

R&S

®

EX-IQ-BOX

155

User Manual 1409.5570.32 ─ 05

Breakout Board Revision

Shows the revision number of the connected breakout board.

Remote command:

7.2.7.2

Reference Clock

Section "Reference Clock" provides the selection of the clock source for the CPRI com-
munication link. Depending on the CPRI test mode, the possible sources for the reference
signal differ.

Source

Selects the source of the reference signal. In test mode CPRI RE, the R&S

EX-IQ-BOX

is synchronized either external or internally. Test mode CPRI REC uses the reference
clock embedded in the CPRI link.

"REF IN"

CPRI RE test setup with a connected R&S instrument.
The R&S

EX-IQ-BOX synchronizes the CPRI communication link with

the reference signal provided by an R&S instrument. The 10 MHz signal
is fed to the BNC connector REF IN on the back of the R&S

EX-IQ-BOX.

"Internal"

CPRI RE test setup, if the R&S

EX-IQ-BOX is working stand-alone.

The R&S

EX-IQ-BOX uses its internal reference oscillator for synchro-

nization.

"Clock Recovery"

CPRI REC test mode.
The reference clock is extracted from the CPRI link. This selection is
mandatory in a CPRI REC test setup, since the R&S

EX-IQ-BOX oper-

ates in CPRI slave mode.

Remote command:

Clock Synthesis Locked

Indicates red, if the main PLL of the R&S

EX-IQ-BOX is unlocked. This state is funda-

mental and must be locked in every operating mode of the R&S

EX-IQ-BOX.

Remote command:

Clock Recovery Locked

Indicates red, if clock recovery is unlocked. Clock recovery must be locked in CPRI REC
test mode.

Remote command:

10MHz Reference Output Locked

Turns red, if the reference clock output is not available.

CPRI

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Summary of Contents for EX-IQ-BOX

Page 1: ...R S EX IQ BOX Digital Interface Module R S DigIConf Software User Manual User Manual 9 P 1409 5570 32 06 Test Measurement...

Page 2: ...munity for their valuable contribution to embedded computing 2017 Rohde Schwarz GmbH Co KG Mhldorfstr 15 81671 Mnchen Germany Phone 49 89 41 29 0 Fax 49 89 41 29 12 164 E mail info rohde schwarz com I...

Page 3: ...e of the product The product is used for its designated purpose if it is used in accordance with its product documentation and within its performance limits see data sheet documentation the following...

Page 4: ...ation item 7 Signal words and their meaning The following signal words are used in the product documentation in order to warn the reader about risks and dangers Indicates a hazardous situation which i...

Page 5: ...afety is not observed either at all or to the extent necessary electric shock fire and or serious personal injury or death may occur 1 Prior to switching on the product always ensure that the nominal...

Page 6: ...t be fuse protected in such a way that anyone who has access to the product as well as the product itself is adequately protected from injury or damage 14 Use suitable overvoltage protection to ensure...

Page 7: ...masks and protective clothing must be worn 7 Laser products are given warning labels that are standardized according to their laser class Lasers can cause biological harm due to the properties of the...

Page 8: ...ckaging until they are ready to be used 4 Cells and batteries must not be exposed to any mechanical shocks that are stronger than permitted 5 If a cell develops a leak the fluid must not be allowed to...

Page 9: ...National waste disposal regulations must be observed 4 If handling the product releases hazardous substances or fuels that must be disposed of in a special way e g coolants or engine oils that must b...

Page 10: ...ien las informaciones de seguridad elementales as como la documentaci n del producto y entr guelas a usuarios posteriores Tener en cuenta las informaciones de seguridad sirve para evitar en lo posible...

Page 11: ...raves o incluso la muerte Indica una situaci n de peligro que si no se evita puede causar lesiones graves o incluso la muerte Indica una situaci n de peligro que si no se evita puede causar lesiones l...

Page 12: ...entaci n del producto o en la hoja de datos En caso de sobrecalentamiento del producto pueden producirse choques el ctricos incendios y o lesiones graves con posible consecuencia de muerte Seguridad e...

Page 13: ...0950 1 EN60950 1 o IEC61010 1 EN 61010 1 v lidos en cada caso 11 A menos que est permitido expresamente no retire nunca la tapa ni componentes de la carcasa mientras el producto est en servicio Esto p...

Page 14: ...manipulaci n mec nica y o t rmica o el desmontaje del producto debe tenerse en cuenta imprescindiblemente el cap tulo Eliminaci n protecci n del medio ambiente punto 1 5 Ciertos productos como p ej la...

Page 15: ...a las bater as y acumuladores o celdas pueden producirse explosiones incendios y o lesiones graves con posible consecuencia de muerte El manejo de bater as y acumuladores con electrolitos alcalinos p...

Page 16: ...sin clasificar sino que debe ser recogido por separado La eliminaci n se debe efectuar exclusivamente a trav s de un punto de recogida apropiado o del servicio de atenci n al cliente de Rohde Schwarz...

Page 17: ...ument up to date and to be informed about new application notes related to your instrument please send an e mail to the Customer Support Center stating your instrument and your wish We will take care...

Page 18: ...nf 34 4 5 Connecting the R S EX IQ BOX 42 4 6 Installing R S EX IQ BOX Options 44 5 Application Examples 47 5 1 Baseband Receiver Chip Test 47 5 2 CPRI Test Setup 48 5 3 In Circuit Emulation for Wirel...

Page 19: ...l Commands 239 9 3 User Defined Remote Control Commands 257 9 4 CPRI Remote Control Commands 286 10 Interfaces 355 10 1 User Interface of the R S EX IQ BOX 355 10 2 LAN Connector 357 10 3 Breakout Boa...

Page 20: ...entation CD ROM It provides the information needed to put the R S EX IQ BOX into operation and get familiar with the device The guide gives an overview of the operating modes available components opti...

Page 21: ...is embedded in the system components R S DigIConf and in the R S signal generators offering quick context sensitive reference to the information needed for operating The help contains the complete use...

Page 22: ...heet plus the chapters of the quick start guide plus the chapters of the operating manual listed below An index a glossary an open source declaration and attachments are also part of the manual Data S...

Page 23: ...es all remote control commands available including programming examples The chapter is divided according to the main functions of the configuration software R S DigIConf and the protocol types i e use...

Page 24: ...Schwarz internet site provides the most up to date information on the R S EX IQ BOX Additonally firmware updates including the associated release notes instrument drivers current data sheets and appl...

Page 25: ...ames commands coding samples and screen output are distin guished by their font Input Input to be entered by the user is displayed in italics Links Links that you can click are displayed in blue font...

Page 26: ...protocols the R S EX IQ BOX not only provides the I Q data but also the control information of the respective standard Equipped with the respective options the R S EX IQ BOX supports the standardized...

Page 27: ...the control PC checks the data and loads it into the R S EX IQ BOX The Multi Waveform Playback provides simultaneous playback of up to four signals Also for operating in receiver mode a Recording Memo...

Page 28: ...l which informs you about the planned enlargements within the following releases Additionally firmware and software updates as well as the release notes describing the improvements and modifications a...

Page 29: ...and transfers it to an R S instrument for analyzing For further configuration examples refer to chapter 5 Application Examples on page 47 An overview of instruments working with the R S EX IQ BOX is g...

Page 30: ...the digital interface configuration software R S DigIConf via PC In this configuration the R S EX IQ BOX operates in transmitter mode from an R S instrument to the DUT A configuration example of the R...

Page 31: ...R S EX IQ BOX operates in transmitter mode from the signal generator to the DUT 3 1 3 Remote Control of the R S EX IQ BOX Remote control functionality provides access to the measurement from a remote...

Page 32: ...emote Control via R S DigIConf The remote control program controls R S DigIConf which then transmits the settings to the R S EX IQ BOX via the USB interface The remote program runs either on the same...

Page 33: ...gIConf the box is accessed by the instrument via the USB interface Remote control is executed via the instrument i e all remote control interfaces of the instrument can be usesd as well as all remote...

Page 34: ...rol program Fig 3 6 Example of remote control of an R S instrument with a connected R S EX IQ BOX 3 1 4 Waveform Memory Multi Waveform Playback and Recording Mem ory Waveform Memory Multi Waveform Pla...

Page 35: ...S EX IQ BOX equipped with a Waveform Memory Equipped with the Recording Memory option the R S EX IQ BOX records received I Q signals With a suitable program the data can be displayed on a PC and evalu...

Page 36: ...listed Ordering information as well as latest software and firmware versions are also provided on the internet at the R S website http www rohde schwarz com product EX IQ Box html 3 2 1 R S EX IQ BOX...

Page 37: ...d ing Memory require the R S EX IQ BOX 1409 5505K04 and the configuration soft ware R S DigIConf 3 2 2 1 Standardized Protocols For applications with standardized protocols the following options are a...

Page 38: ...y or the Multi Waveform Playback of the R S EX IQ BOX Digital standards are provided by the R S EX IQ BOX 1409 5505K04 and the configuration software R S DigIConf Digital Standard Option R S R S part...

Page 39: ...l necessary program and data files For information on installation of R S DigIConf refer to chapter 4 4 Installing R S Dig IConf on page 34 Operating R S DigIConf is described in the operating manual...

Page 40: ...2 5 R S Instruments Working with the R S EX IQ BOX This sections provides an overview of the R S instruments that work with the R S EX IQ BOX provided that the instrument is equipped with the respecti...

Page 41: ...ral safety instructions also contain information on operating conditions that will prevent damage to the device The device s data sheet may contain additional operating conditions Before putting the d...

Page 42: ...are based on various logic types TTL or CMOS stand ard performing different logic levels The logic type of the connected DUT must be com patible to the set logic type of the R S EX IQ BOX Inappropriat...

Page 43: ...included in delivery Note USB cables are of varying and often poor quality Therefore it is recommended that you use only the supplied USB cable Use only the power supply included in delivery Use the c...

Page 44: ...al Packing material Retain the original packing material If the R S EX IQ BOX needs to be transported or shipped at a later date you can use the material to prevent control elements and con nectors fr...

Page 45: ...DIG I Q IN OUT 1 Green the interface is active Yellow the interface is initializing Off the interface is not connected 2 Status LED for DIG I Q IN OUT 2 Green the interface is active Yellow the inter...

Page 46: ...LED indicates current activities of the R S EX IQ BOX Green blinking the configuration file application specific image is loading Green continuous the configuration file application specific image is...

Page 47: ...given to the chapters containing detailed information Fig 4 3 Rear panel view 4 3 2 1 REF IN Reference signal input BNC connector for input of a reference signal provided by the R S instrument 4 3 2...

Page 48: ...of the interface Green a link is active Yellow transmission is active The LAN connector is intended for future use and it is not possible to directly remote control the R S EX IQ BOX via this interfa...

Page 49: ...the tool for controlling the protocol settings of the R S EX IQ BOX It also encloses the hardware and software requirements which have to be met for installation Software and Hardware Requirements It...

Page 50: ...tallation wizard checks the status of the registry entry DisableCAD in order to exclude logon conflicts during later operation The wizard prompts you to modify the DisableCAD status accordingly in ord...

Page 51: ...sktop and you can run R S DigIConf 4 4 2 Starting R S DigIConf can either be started via the menu item Start Programs R S DigIConf DigIConf_x xx xxx by starting DigIConf exe in the MS Windows explorer...

Page 52: ...nction block with information about the connected instrument Input Output symbols in the block diagram show the currently used inputs and outputs and the lines indicate the signal flow The following p...

Page 53: ...the aid of R S DigIConf uninstaller 1 Start Programs R S DigIConf Uninstall or the PC s control panel 2 Start Settings Control Panel in the Windows task bar and open the Add or Remove Programs dialog...

Page 54: ...shed with OK If you have decided to keep the preference files the respective directories of DigIConf remain 4 4 4 Known Restrictions on SmartCard Related Issues If a R S EX IQ BOX is connected while t...

Page 55: ...mines whether you need to press CTRL ALT DEL keys to log in or whether the login window directly appears after at startup or after locked desktop 2 Logon Message disappears The system forwards to the...

Page 56: ...security attention sequence for windows login or whether the login window directly appears after startup or after locked desktop DisableCAD 0 This status requires users first to press CTRL ALT DEL th...

Page 57: ...d below Connection It is assumed that all R S instruments in the test setup are properly power supplied and switched on 1 Power supply Power supply 30 W switching power supply adapter with an input vo...

Page 58: ...until windows has finished the driver installation If the installation is finished a message is displayed in the info line The software drivers need to be installed only once for a device Due to the...

Page 59: ...RFACE 2 Establish the appropriate connection to the DUT 4 6 Installing R S EX IQ BOX Options This section explains how to install an option of the R S EX IQ BOX Prerequisites Before installing an opti...

Page 60: ...hardware tab indicates various information on a selected device like part num ber serial number firmware version and so on 3 In the Options tab select the appropriate EX IQ BOX Device The list box lis...

Page 61: ...license key provided with the option in the Option Key field and confirm with Enter 6 Confirm with OK R S DigIConf immediately shows the newly enabled option in the table Installing several options J...

Page 62: ...ormat Digital IQ data Clock Breakout board R S EX IQ BOX Transmitter mode USB control Digital IQ data R S Signal Generator Reference R S IQ format Digital baseband R S DigIConf Fading Noise Impairment...

Page 63: ...OX acts as a baseband module REC Remote Equipment Control The test setup requires the CPRI breakout board option R S EXBOX B85 the CPRI RE Test option R S EXBOX K10 and the configuration software R S...

Page 64: ...I RE device The DUT converts the signal from RF to baseband and transmits the baseband signal by using the CPRI link The R S EX IQ BOX extracts the I Q baseband signal from the CPRI protocol and sends...

Page 65: ...fic I Q format to the R S signal analyzer for demodulation The R S signal analyzer features various measuring methods as e g ACP Adjacent Channel Power or EVM Error Vector Magnitude evaluation Use thi...

Page 66: ...IConf The following example shows a test setup for the emulation of a chip in a software model R S DigIConf R S CMW500 Protocol Tester Breakout Board R S EX IQ BOX Frequency reference R S IQ format Di...

Page 67: ...ation Examples R S EX IQ BOX 52 User Manual 1409 5570 32 05 ating manual of the protocol tester and the to http www rohde schwarz com appnote 1CM75 on the internet In Circuit Emulation for Wireless De...

Page 68: ...gIConf Configuration Software comprises the graphical user interface and basic functionalities of R S DigIConf including configuration dialogs and basic infor mation on remote control Note The latest...

Page 69: ...Windows layout covering a header with the name of the window and buttons for minimizing and closing a menubar with functions to file management tools and access to the help system a toolbar with icons...

Page 70: ...description Table 6 1 Menu overview Menu Function Find description under The File menu contains all functions that belong to file management e g creating saving or recalling settings data chapter 6 1...

Page 71: ...s Test system archi tecture and signal flow are shown in the block diagram Each R S EX IQ BOX is assigned to a block which is shown always in a line with an instrument block and a DUT The DUT is displ...

Page 72: ...ck in the diagram Each dialog consists of a window header and one or more sections with various fields for setting parameters The header line contains the name of the dialog and the buttons for minimi...

Page 73: ...ation of Windows user interfaces Menus and dialogs are made up of known elements such as selection lists check boxes and entry fields File New Setup a new configuration The function resets the current...

Page 74: ...le Program Files RohdeSchwarz DigIConf File Exit Quits the R S DigIConf The current settings of the R S DigIConf session are saved and loaded by default when starting R S DigIConf again 6 1 2 2 Tools...

Page 75: ...nd Window 6 1 3 1 Info Line On top of the block diagram the info line reports and indicates the current state with status error and warning messages Status information and messages differ concerning t...

Page 76: ...After error elimination the message automatically disappears and is also recor ded in the history 6 1 3 2 Info Window An information window comprising a description of current messages opens with the...

Page 77: ...diagram shows the current configuration and signal flow and permits interactive operation via graphical elements The diagram indicates a separate block for each con neced R S EX IQ BOX and other R S...

Page 78: ...hown signal is actually recorded by one of the transient recordes The display is acti vated in the settings dialog chapter 6 1 6 5 Transient Recorder on page 71 and can be used for checking purposes R...

Page 79: ...nto three panels On top several navigation are available scrolling through the help pages On the left a contents panel lists all topics and the text panel aside describes the selected topic The conten...

Page 80: ...reely selectable terms in all help pages A list of the pages containing the entered term is displayed as the search result The content of the titles only for the complete help text can be searched for...

Page 81: ...is related to the selectecd R S EX IQ BOX and indicates various information like part number serial number firmware version etc and the installed options Hardware component Information Model specific...

Page 82: ...hw EBOX DEVice PART on page 241 SOURce hw EBOX DEVice CONTroller on page 240 SOURce hw EBOX DEVice SERial on page 244 SOURce hw EBOX DEVice PPCVersion on page 241 SOURce hw EBOX DEVice FPG BASe on pag...

Page 83: ...he file with the license key Export Deactivation Response To File Options Exports the generated deactivation response key to a file A file management dialog opens for storing the file This key is requ...

Page 84: ...password for the respective protec tion level is entered Unlock for example some self test routines while you switch protective level 1 to unpro tected The password is 123456 Note Only personnel of R...

Page 85: ...the setting requires a restart of R S DigIConf Remote command n a 6 1 6 4 Instrument on the R S EX IQ BOX This dialog covers information on the connected R S instrument In addition R S Dig IConf provi...

Page 86: ...e instrument block Remote command SOURce hw EBOX INST ch TYPE on page 252 Serial Number The serial number of the connected R S instrument The ID is also is displayed in the instrument button of the in...

Page 87: ...ecording as State for activating Data Source to select the signal Display Settings to determine the type of display Acquisition Settings for setting the capture length This section provides setting th...

Page 88: ...ing digital interface DIG I Q IN OUT 2 output ARB 1 4 Records a signal played back from one of the waveform memories USER INTERFACE Records the signal transmitted at the USER INTERFACE Sine Testsignal...

Page 89: ...ts Note The control signals GP_0 GP_5 are part of the I Q signal and transmitted via the digital I Q interface of the R S instrument Software R S DigIConf initiates the trigger event for recording Rec...

Page 90: ...f the transient recorder Stopped or Running 6 1 6 6 Graphical Signal Displays Different signal displays assist in evaluating and checking the I Q data flow through the R S EX IQ BOX I Q Diagram The I...

Page 91: ...mponent in the vector diagram Each point is determined by a vector The amplitudes of the signal components scaled to the peak envelope power PEP are plotted on the X and Y axis minimum scaled amplitud...

Page 92: ...which the output will exceed the average power The level over the average power is plotted from 0 to 20 dB on the X axis the average power corresponds to the origin The probability of exceeding the av...

Page 93: ...er frequency is displayed The power density is plotted on the Y axis and frequency is plotted symmetrically on the X axis sampling rate 2 to sampling rate 2 FFT Points indicates the number of I Q valu...

Page 94: ...olling the R S EX IQ BOX with R S DigIConf the R S EX IQ BOX must be connected to the PC via USB The connection of the R S EX IQ BOX to the PC and the instrument is described in detail in chapter 4 5...

Page 95: ...ly R S DigIConf shows a connected R S EX IQ BOX as follows the EX IQ BOX function block shows the serial number Fig 6 9 R S DigIConf serial number of the R S DigIConf in the function block R S DigICon...

Page 96: ...nf indicates a connected R S instrument 6 1 8 1 Connection The connection to an R S instrument is established via the digital I Q interface DIG IQ IN OUT An R S instrument has to be equipped with an o...

Page 97: ...ation of an R S EX IQ BOX in the R S Instrument After establishing the data connection the R S EX IQ BOX is also indicated in the R S instrument In R S signal generators the ID serial number is shown...

Page 98: ...ion protocols are described in detail after each functional unit For background information on the SCPI command structure and basic information on operating the R S DigIConf software via remote contro...

Page 99: ...User Defined Remote Control Commands on page 257 6 2 1 R S Signal Generators The information in this section applies to R S SMx and R S AMU Signal Generators The R S EX IQ BOX 1409 5502 02 can be cont...

Page 100: ...ype is selected Adjust your setup accord ingly and set correct logic type in the main configuration dialog for User Defined pro tocols see Logic Type on page 99 6 2 1 1 Connection Establish the USB an...

Page 101: ...Once the R S EX IQ BOX is connected via USB the generator detects it and displays the following Info Line The signal generator establishes the connection and reports it in the info line Fig 6 15 R S...

Page 102: ...cessed via the main settings dialogs Baseband Input Settings or Digital I Q Output Settings of the associated function block The setting parameters for the R S EX IQ BOX are identical for baseband inp...

Page 103: ...dialog of the R S EX IQ BOX Fig 6 21 Main settings dialog of the R S EX IQ BOX in R S signal generators The main configuration dialog provides Logic Type and Protocol parameters Cor responding to the...

Page 104: ...dialogs 6 2 2 R S Signal Analyzers The information in this section applies to R S FSx and R S FMU Signal Analyzers The R S EX IQ BOX 1409 5502 02 can be controlled directly by an R S signal ana lyzer...

Page 105: ...een the R S EX IQ BOX and the R S signal analyzer as described in chapter 4 5 Connecting the R S EX IQ BOX on page 42 The R S EX IQ BOX can be connected or disconnected while the R S signal ana lyzer...

Page 106: ...hotkey The R S signal analyzer indicates a hotkey labeled EXIQ ExBox Status parameters The R S signal analyzer updates the status fields and displays information on the connected R S EX IQ BOX Fig 6...

Page 107: ...ce connector Refer also to the manual of your R S signal analyzer for description 6 2 2 3 Dialogs The R S EX IQ BOX settings are accessed by pressing the EXIQ hotkey The configuration dialog ExIQ Box...

Page 108: ...Section ExBox Sta tus informs on the connected R S EX IQ BOX Select Type Select the direction path i e Receiver or Transmitter for data transmission To toggle between the different types press the TX...

Page 109: ...g the SEND TO hotkey Send to Start signal transmission The direction path of signal transmissioin is determined in the Select Type field in chapter 6 2 2 3 Dialogs on page 92 Remote command SOURce REC...

Page 110: ...th an R S instrument you can find the appropriate command syntax by following the link of the SCPI command See also chapter 9 3 1 Explanation to the Device Specific SCPI Syntax on page 257 for more de...

Page 111: ...double data rate I Q interleaved internal clock clk out clock 38 4 MHz phase 90 degree Digital IQ Interface Settings e g 12 single ended lanes and clock CMOS 2 5V paralllel data double data rate I Q i...

Page 112: ...graphically and thus offers a convenient control of the configuration I Q data stream and clock signal to or from the R S EX IQ BOX are shown schematically and are adjusted by changes simultaneously...

Page 113: ...d to the signal in both the logical standard as well as the voltage value Any deviations may damage the DUT or the R S EX IQ BOX A change of the logic type during the operation is performed only when...

Page 114: ...Oxid Semiconductor x x represents the voltage level provided in the list x x V SSI The signal is transmitted by using the SSI Technology Serial Synch ronuos Interface Voltage levels are 1 5 V and 1 8...

Page 115: ...tup The function provided by R S DigIConf presets all parameters and switching states also those of inactive operating modes The default application settings provide a reproducible initial basis for a...

Page 116: ...rnal device DUT via the user interface of the R S EX IQ BOX Serial Tranmsits each sample serially i e bitwise from the DUT to the R S EX IQ BOX or vice versa Example The following graph shows an incom...

Page 117: ...6 User defined I Q OUT parallel signal flow Direction Transmitter Format Parallel The input and output pin assignment depends on the bits alignment and the bit order settings The Data dialog shows the...

Page 118: ...ge of the clock signal triggers data transmission Example Parallel signal output in single data rate Fig 7 7 User defined Signal flow I Q OUT parallel single data rate Direction Transmitter Format Par...

Page 119: ...Fig 7 9 User defined Signal flow I Q IN parallel double data rate Direction Receiver Format Parallel Data Rate DDR Serial signal input in double data rate Fig 7 10 User defined Signal flow I Q IN seri...

Page 120: ...Inter leaved Transmits the baseband signal on the I and Q data lines as indicated in the graph below Example Fig 7 11 User defined Signal flow I Q OUT serial not interleaved Direction Transmitter For...

Page 121: ...s the Q data Serial signal output in double data rate Fig 7 13 User defined Signal flow I Q OUT serial double data rate I Q inter leaved Direction Transmitter Format Serial Data Rate DDR Interleaving...

Page 122: ...te SCPI notation varies In the remote control determine the clock rate ratio value for the R S DigIConf and R S signal generators with SCRxDy x represents the value D substitues the decimal point and...

Page 123: ...be In the lower pane the signal flow is displayed as in all views Analyzers do not indicate data transmission graphically Fig 7 16 User defined Data dialog of parallel transmission Signal Type Selects...

Page 124: ...uivalent bit moves to the appro priate data line Note This parameter applies to parallel data transmission Graphics in the dialog of the generators and in R S DigIConf show the presently set word alig...

Page 125: ...sion 5 bit bit order MSB word size 5 word alignment LSB bit order MSB Fig 7 20 User defined Word alignment LSB I Q parallel transmission 9 bit bit order LSB word size 9 word alignment LSB bit order LS...

Page 126: ...R S DigIConf shows the presently set bit sequence Example Fig 7 21 User defined Bit order MSB I Q parallel transmission alignment MSB 5 bit word size 5 word alignment MSB bit order MSB Fig 7 22 User d...

Page 127: ...mission alignment LSB 9 bit word size 9 word alignment LSB bit order LSB Serial transmission The LSB is transmitted first Example Fig 7 26 User defined Bit order LSB I Q serial transmission 16 bit wor...

Page 128: ...ts of lesser signifi cance follow as 2n 2 20 Binary Offset The value of the transmitted data is formatted in binary offset A binary offset of 2n 1 is added such that the final values are always positi...

Page 129: ...defined Strobe polarity negative I Q OUT serial word size 4 bit order LSB numeric format 2 s complement strobe polarity negative Remote command SOURce hw EBOX USER DATA SPOLarity on page 275 Strobe Po...

Page 130: ...ettings for synchronizing the test setup with either external or internal clock source Fig 7 30 User defined Clock dialog The graphic in the clock dialog of the generators and in R S DigIConf indicate...

Page 131: ...ce from the user interface Note The value range of the clock rate depends on Protocol Logic Type and Signal Type settings Remote command SOURce hw EBOX USER CLOCk RATE on page 268 Clock Source Selects...

Page 132: ...35 User defined I Q OUT synchronized by internal clock clock source Internal BNC REF IN REF IN To synchronize data transmission the R S EX IQ BOX obtains the reference frequency from a connected R S i...

Page 133: ...tor xx represents the value in degree Follow the command link below for description of the command and its syntax in detail Remote command SOURce hw EBOX USER CLOCk PHASe on page 267 Clock Skew Sets a...

Page 134: ...hw EBOX USER CLOCk REFerence VALue on page 269 7 1 6 Trigger In the Trigger tab you can configure and activate a trigger signal when the R S EX IQ BOX is working in transmitter mode Fig 7 37 User def...

Page 135: ...testing the user interface between the R S EX IQ BOX and the DUT Prior to any measurement of an I Q signal we recommend that you to check the function of the data interface The R S EX IQ BOX provides...

Page 136: ...es the test generator on or off While the test generator is switched on the test signal replaces the I Q data source com ing from DIG IQ IN Remote command SOURce hw EBOX USER TEST TX STATe on page 281...

Page 137: ...by the following linear feedback shift register LFSR Fig 7 39 User defined Test PRBS linear feedback shift register LFSR Counter Generates a counter test signal The counter size is based on the word...

Page 138: ...SINE AMPLitude on page 280 7 1 9 Rx Test This section provides the parameters for testing in receiver mode Fig 7 43 User defined Test dialog of receiver mode Rx Test Activates the test receiver The R...

Page 139: ...ial Synchronous Interface The SSI General panel contains parameters for data transmission of SSI Serial Syn chronuos Interface signals The graphic in the clock dialog of the signal generators and in R...

Page 140: ...n File Defines a binary file contianing a gain table For the format of the gain table refer to the appropriate generator section Note A gain file can be selected in input receiver mode and for C M 8 R...

Page 141: ...hapter 7 2 6 Main Configuration Dialog on page 150 chapter 7 2 7 Hardware on page 153 chapter 7 2 8 L1 Analysis on page 163 chapter 7 2 9 Downlink and Uplink on page 170 chapter 7 2 10 Control Managem...

Page 142: ...adio Access Network Fig 7 44 CPRI internal interface specification R S provides this standardized protocol by the special purpose option R S EXBOX B85 for the R S EX IQ BOX The associated option is av...

Page 143: ...l communication signals fading and AWGN simulation and the signal analysis fea tures of the spectrum analyzers like e g EVM measurements for digital standards or ACP measurement in the RF section The...

Page 144: ...ested simultaneously i e full duplex or Uplink Downlink individually 7 2 2 CPRI Transmission Protocol Overview In the digital link the I Q baseband data and control information are transmitted togethe...

Page 145: ...ed to the link and is directly transported by the physical layer This information is required for system start up layer 1 link mainte nance and the transfer of time critical information that has a dir...

Page 146: ...R S EX IQ BOX 131 User Manual 1409 5570 32 05 On the highest hierachy level a Node B Frame or CPRI 10ms Frame consists of 150 Hyperframes Dependig on the CPRI line rate the wordlength of the basic fr...

Page 147: ...Protocol Settings R S EX IQ BOX 132 User Manual 1409 5570 32 05 CPRI...

Page 148: ...ame are organized into 64 subchannels of 4 control words each One subchannel contains 4 control words per hyperframe The index Ns of the subchannel ranges from 0 to 63 The index Xs of a control word w...

Page 149: ...rotocol Settings R S EX IQ BOX 134 User Manual 1409 5570 32 05 Fig 7 49 CPRI subchannels The graph shows that the subchannels can carry various data streams as explained in the following sections CPRI...

Page 150: ...byte marks the start of a hyperframe while bytes 2 3 and 4 indicate the actual Node B Frame number and Hyperframe Number Fig 7 50 CPRI synchronization and timing L1 Inband Protocol Subchannel 2 is use...

Page 151: ...ion of management data via HDLC Depending on the CPRI line rate the capacity of the slow C M link varies Fast C M Link Starting from a subchannel number P defined by the L1 inband parameter Pointer ti...

Page 152: ...60 2304 0 153 60 2400 0 105 60 4915 2 3932 16 3686 4 245 76 3840 0 168 96 6144 0 4915 20 4608 0 307 20 4800 0 211 20 9830 4 7864 32 7372 8 491 52 7680 0 337 92 The bit rates are calculated as Line Ra...

Page 153: ...inter faces e g selecting the interface Ethernet pointer position host address or inserting control com mands directly Slow C M Bit rate HDLC status source or mode Fast C M Ethernet pointer bit rate...

Page 154: ...atic view of the CPRI breakout board option R S EXBOX B85 1409 7208 02 1 GENERAL PURPOSE I O Marker signals input output 2 Status LEDs 3 User Interface 4 SFP1 SFP2 Modules 5 RX TX P N High Speed Seria...

Page 155: ...al Connectors 6 RS 232 C Slow C M Interface 7 ETHERNET Fast C M Interface 7 2 4 1 Top View On the top of the case the CPRI breakout board is equipped with three BNC connectors for general purpose sign...

Page 156: ...gs of the high speed serial switch in the hardware section 7 2 4 2 Rear View The rear panel of the CPRI breakout board contains the user interface for connection with the R S EX IQ BOX Data transmissi...

Page 157: ...tworks RX TX P N High Speed Serial Connectors Two SMA SubMiniature version A connectors for differential data transmission These SMA connectors are coaxial connectors with a differential impedance of...

Page 158: ...ointer the data transfer rate varies For information in detail refer to chapter 7 2 10 2 Fast C M Ethernet on page 197 7 2 5 Start with CPRI Setup Example This section describes a RE Radio Equipment t...

Page 159: ...kout board an SFP module for the SFP1 cage of the CPRI breakout board an R S signal generator e g R S SMU200A or R S AMU200A equipped with digital baseband output option B18 an R S signal analyzer e g...

Page 160: ...may exceed the analyzer s maximum power You find the maximum input level of your analyzer in the data sheet Setting the R S Signal Generator 1 Preset the R S signal generator 2 Set reference frequenc...

Page 161: ...6 User Manual 1409 5570 32 05 4 Select the appropriate output port in the Hardware tab and set the CPRI Line Bit Rate the SFP connection supports 5 Switch to the Downlink Rx tab and select the 3GPP FD...

Page 162: ...the information on your instruments and the respective tools and utilities Setting the R S Signal Analyzer 1 Preset the R S signal analyzer 2 Set it to center frequency 2 5 GHz corresponding to the ca...

Page 163: ...he digital I Q signal set a Data Source Dig IQ IN 1 b Display Type Power Spectrum c Acquisition Length 1024 The Recording Memory records the signal data and displays the 3GPP FDD signal in the graphic...

Page 164: ...the RF signal to the R S spectrum analyzer The analyzer displays power spectrum of the 3GPP FDD signal Now you can perform measurements that you need such as for example ACP Adjacent Channel Power mea...

Page 165: ...for CPRI protocol settings the CPRI configuration dialog comprises the common main controls as State for activating Set to Default for preset and Save Recall for storing or loading previously defined...

Page 166: ...guration dialog also comprises tabs for Hardware set tings for Downlink and Uplink configuration for Control Management parameters and Test Diagnostics For the description in detail refer to chapter 7...

Page 167: ...onding FPGA Field Programma ble Array is loaded automatically into the R S EX IQ BOX Remote command SOURce hw EBOX CPRI STATe on page 316 Mode Select a CPRI test scenario In RE test mode the R S EX IQ...

Page 168: ...omplete CPRI settings of the current con figuration File Manager Calls the File Manager cpri is preset in the File Type entry field The file manager is used to copy delete and rename files and to crea...

Page 169: ...CPRI design Remote command SOURce hw EBOX CPRI HW FCVersion on page 300 FPGA Base Version The version of the FPGA Field Programmable Gate Array basic design Remote command SOURce hw EBOX CPRI HW FBVer...

Page 170: ...Hz signal is fed to the BNC connector REF IN on the back of the R S EX IQ BOX Internal CPRI RE test setup if the R S EX IQ BOX is working stand alone The R S EX IQ BOX uses its internal reference osci...

Page 171: ...f RE R2 T34 delay of uplink signal from the output point of RE R3 to the input point of REC R4 Toffset frame offset between the input signal at R2 and the output signal at R3 T14 frame timing differen...

Page 172: ...n section Link Settings you can set the line bit rate for the communication link CPRI Line Bit Rate Select the line bit rate for the communication link The line bit rate defines the total number of bi...

Page 173: ...ing not supported 2 0 scrambling supported 16x 9830 4 Recommended 1 0 scrambling not supported 2 0 scrambling supported Note When working with higher line speeds it is strongly recommended that you us...

Page 174: ...Set the input gain of the equalizer This equalizer is an active high pass filter that equal izes the low pass behavior of the transmission medium such as for example the FR4 backplane The gain expres...

Page 175: ...X B85 version 1409 7208 04 also for the signal output Note that only one interface can be active at the same time If you are working with a CPRI breakout board 1409 7208 02 the R S EX IQ BOX can recei...

Page 176: ...t Output 1409 7208 04 Determines the interface for signal input and for EXBOX B85 version 1409 7208 04 also for the signal output Note that only one interface can be active at the same time If you are...

Page 177: ...pur poses Remote command SOURce hw EBOX CPRI HW GPIO ch DIRection on page 301 Signal GPIO 1 3 Determine the type of the control signal You can define separate signals for each of the three interfaces...

Page 178: ...n Output Marker Frame Width in Clocks contains additional settings for the frame width of the selected GPIO control signal Basic Hyper Node B Enables you to increase the frame width of the correspondi...

Page 179: ...l 2 of a hyperframe protocol set It uses the control words with index 2 66 130 and 194 The data transmitted is related to the link and is directly transported by the physical layer This information is...

Page 180: ...g to the protocol version the link supports data scrambling or descrambling as shown below Note It is strongly recommended that you use scrambling at higher line bit rates Line rate Mbit s Scrambling...

Page 181: ...ed values depend on the line speed Bit rate Mbit s 1x 614 4 no HDLC 240 480 2x 1228 8 no HDLC 240 480 960 4x 2457 6 no HDL 240 480 960 1920 5x 3072 0 no HDLC 240 480 960 1920 2400 8x 4915 2 no HDLC 24...

Page 182: ...other and agree on the smallest Valid entries range from 20 63 Depending on the line speed and the pointer the following Ethernet bit rates are achievable Line rate Mbit s Length of control word bit...

Page 183: ...e mode only I Q data are active C M is not used Remote command SOURce hw EBOX CPRI HW CORE on page 299 CPRI Mode Displays the role of the R S EX IQ BOX that is either master CPRI RE test or slave CPRI...

Page 184: ...F on page 313 SOURce hw EBOX CPRI L1 RX REMote LOS on page 313 SOURce hw EBOX CPRI L1 RX REMote RAI on page 314 SOURce hw EBOX CPRI L1 RX REMote RESet on page 314 SOURce hw EBOX CPRI L1 RX REMote SAP...

Page 185: ...y the I Q data Terms used in the description and familiar synonyms UL Uplink The UL defines the direction from a mobile device to a base station A synonym to UL is RL Reverse Link DL Downlink The DL d...

Page 186: ...link dialog of CPRI RE and the UL uplink of CPRI REC are similar and vice versa the UL dialog of the CPRI RE test is identical to the DL dialog of CPRI REC The following description comprises the para...

Page 187: ...pective settings of the selected signal Signals are added copied or removed by means of buttons and a groups table indicates the AxCs assigned to a group The active AxCs are shown on the top right of...

Page 188: ...ommand SOURce hw EBOX CPRI TX RX SIGNal ch DELete on page 343 Signal State Activate a selected signal Remote command SOURce hw EBOX CPRI TX RX SIGNal ch STATe on page 352 Signal Name Enter or change t...

Page 189: ...smitted as it is without scaling rounding or interleaving PRBS Generates a PRBS pattern If you additionally set Signal Output to BER Test you can perform a bit error test with this pattern to evaluate...

Page 190: ...d ard signal the program automatically sets the relevant parameters and values For example a loaded digital standard automatically adjusts the needed AxCs assigns the sample rate and sets up several o...

Page 191: ...ct the signal source ARB R S DigIConf indicates the file name For standard communica tion signals the field is hidden R S DigIConf loads waveforms calculated by simulation software such as Matlab or R...

Page 192: ...ameter applies to the physical source Sync Pattern and the PRBS sequence length Remote command SOURce hw EBOX CPRI TX RX SIGNal ch PLENgth on page 348 Oversampling Determine the oversampling factor Va...

Page 193: ...A binary offset of 2 1 is added such that the final values are always positive Example n 4 8 z 8 Table 7 6 CPRI Numeric format coding z 2 s Complement Binary Offset 8 1 0 0 0 0 0 0 0 7 1 0 0 1 0 0 0 1...

Page 194: ...nent 0 0 2 9 8 7 0 1 2 2 2 I Q i i i I I I Q sample 10 bits 9 bits Q mantissa 1 bit bit_1 exponent 0 0 2 9 8 7 0 1 2 2 2 I Q i i i Q Q Q Remote command SOURce hw EBOX CPRI TX RX SIGNal ch NFORmat on p...

Page 195: ...level refers to external signals like digital standard or user defined sig nals If the R S EX IQ BOX is working with an internal signal that is generated by a pattern or a waveform file the parameter...

Page 196: ...ttings that means on the repetition rate and the number of active AxCs per group The assigned data rate is calculated with the formula OffTime OnTime OnTime Cs AssignedAx solution Re Q I MHz s Mbit Ra...

Page 197: ...mmended scheduling sequences According to the standard the following relations are taken as calculation basis S C S f f f LCM K K S N ceil N A C S N K N N A C V C C S f f f LCM S LCM Last Common Multi...

Page 198: ...768 1 378 325 11 65 768 1 53 960 1 1 4 1 3 960 4 1 4 1 0 1625 1 325 768 1 443 1625 2 325 768 1 118 3250 1 325 384 1 59 Remote command SOURce hw EBOX CPRI TX RX SOURce GROup CALC on page 344 Groups Ta...

Page 199: ...ote control the group is addressed in the repetition command see below Repetition Enter the number of repetitions that means how many CPRI basic frames follow the current group setting State Indicates...

Page 200: ...get a sample rate of 7 68 MS s Note An AxC is a container for one I Q sample But for the required sample rate of 5 76 MS s we would need 1 5 AxCs per basic frame How can we reach that We allocate 2 Ax...

Page 201: ...the 16 words of a CPRI basic frame in a control matrix First the control word is shown then the remaining words follow carrying the I Q data The data words are structured in AxCs antenna carriers A s...

Page 202: ...e Data Rate I Q Displays the available data rate of the I Q data calculated with the formula MHz bit Length Word MHz bit Length Word Count Word Data s Mbit Rate Data avaliable 84 3 15 84 3 Note The wo...

Page 203: ...lated using the following formula 2 Re _ signal axc solution Q I bit size AxC For Sync Pattern signals calculate the source with the formula signal axc Length Pattern bit size AxC _ Conflict A conflic...

Page 204: ...e requires that you have assigned Sync Pattern to one of the signals Remote command SOURce hw EBOX CPRI TX RX TRIGger SOURce on page 332 Arm Stops the data transmission the scheduler and analysis A su...

Page 205: ...tom ized to this pattern In addition CPRI adds stuffing samples for example vendor specific bits in order to adjust the data rate to an integer multiple of the CPRI frame rate Example By means of a 10...

Page 206: ...Rx path of the CPRI link provided Signal Output BER Test is set The Bit Error Rate function evaluates the bit error ratio with a defined data sequence Therefore the PRBS AxCs of the uplink and downlin...

Page 207: ...vides sending and receiving signals without plugging in an SFP module 5 Reset the PRBS Test if necessary Note It is recommended that you reset the PRBS Test after you have changed the settings at the...

Page 208: ...r of error bits by the total number of bits Remote command SOURce hw EBOX CPRI TEST BER RX RATE on page 324 Reset Restarts the PRBS test Performing a reset is recommended after changes of CPRI link pa...

Page 209: ...t transmits the data over the CPRI link 2 Using the RS232 interface the CPRI breakout board expects already HDLC encoded data on the RS 232 C input Then it transmits the encoded data in direct mode to...

Page 210: ...8 8 240 480 960 4x 2457 6 240 480 960 1920 5x 3072 0 240 480 960 1920 2400 8x 4915 2 240 480 960 1920 2400 3840 10x 6144 0 240 480 960 1920 2400 4800 16x 9830 4 240 480 960 1920 2400 7680 Remote comma...

Page 211: ...frames will be lost On the transmitter side the RS232 speed will always be slower than the CPRI slow C M bit rate so all frames will be transmitted Direct The R S EX IQ BOX transmits the data directl...

Page 212: ...HDLC RX on page 296 SOURce hw EBOX CPRI CM HDLC RST on page 296 RS232 Settings This section contains information on the RS232 interface as Data Bits number of information units Stop Bits number of st...

Page 213: ...the DUT directly with its IP address via the Ethernet connector on the breakout board In CPRI RE test mode R S DigIConf also provides an integrated Telnet console for fast C M However this console req...

Page 214: ...92 84 48 5x 3072 0 40 2 40 105 60 8x 4915 2 64 3 84 168 96 10x 6144 0 80 4 80 211 20 16x 9830 4 128 7 86 337 92 Remote command SOURce hw EBOX CPRI CM ETH PTR on page 293 Ethernet Active The LED indic...

Page 215: ...Window Command line Execute The lower part of the fast C M tab provides an entry field to enter control commands manually The commands are displayed in the input window above EXECUTE executes the com...

Page 216: ...acted from the CPRI link and displayed in the table Uplink CPRI RE test mode Rx Vendor data is extracted from the CPRI link and displayed in the table CPRI REC test mode Tx User data entered in the ta...

Page 217: ...ernet Pointer Indicates the resulting Ethernet pointer after the link setup that means the position after the handshake between the R S EXBOX B85 and the DUT You can determine this parameter in the C...

Page 218: ...for CPRI REC test modes the table shows the received vendor specific data and switches into read only mode Find additional information on vendor data exchange in the CPRI specification Remote command...

Page 219: ...isplays the wavelength of the plugged in Laser SFP module for optical data transmission Vcc Displays the measured value of the power supply at the SFP interface in Volts Tx Rx power Shows the current...

Page 220: ...file and embeds it in the CPRI protocol The ARB functionality applies to the transmission mode when the R S EX IQ BOX is sending to the DUT that means in CPRI RE test mode the R S EX IQ BOX sends in...

Page 221: ...ded by R S WinIQSIM2 and is based on a digital standard R S DigIConf indicates the name of the option like EXBOX K242 which represents the 3GPP FDD Standard None indicates that the loaded waveform fil...

Page 222: ...mote command SOURce hw EBOX CPRI ARB ch STATe on page 290 Options Conflict A conflict arises if a waveform requires an option that is not installed on the R S EX IQ BOX or is not enabled A red LED ind...

Page 223: ...source The R S EX IQ BOX extracts the I Q baseband signal of the CPRI protocol records it over a period of time and provides storing the recorded data in a waveform file The recorder function applies...

Page 224: ...nd SOURce hw EBOX CPRI RECorder ch RLENgth on page 319 Trigger Source Select the trigger source for starting the recording A trigger event can be initiated by the software itself or by hardware events...

Page 225: ...is inactive Configure the recorder in that state The recorder remains in Idle state until you start with the Record but ton Free Run The recorder records the signal continuously in a ring memory These...

Page 226: ...ge 317 Save to File Save the data in a file Note CPRI stores the recorded data in the R S WinIQSim2 waveform file format with the predefined file extension wv By default waveform files are stored in t...

Page 227: ...a dialog used to copy delete and rename files and to create new directories Remote command SOURce hw EBOX CPRI RECorder ch FILE SELect on page 318 View Calls the ARB toolbox a viewer program to disla...

Page 228: ...nts SCPI commands messages are used for remote control Commands that are not taken from the SCPI standard follow the SCPI syntax rules R S DigIConf supports the SCPI version 1999 The SCPI standard is...

Page 229: ...as SCPI compliant in the command reference chapters Commands without this SCPI label are device specific however their syntax follows SCPI rules as per mitted by the standard Instrument responses Ins...

Page 230: ...is For better utilization and to enable auto mation by means of programs user defined sockets can be programmed Socket connections are established on a specially defined port The socket address is a c...

Page 231: ...ver LAN Using Socket Protocol Through the examples in this section the program Measurement Automation Explorer from National Instruments under Windows operating system is used for setting up a LAN rem...

Page 232: ...er Manual 1409 5570 32 05 5 Choose the type of TCP IP resource you wish to add and select Next 6 Enter the IP address or the host name of R S DigIConf and select Next 7 Enter the alias name if require...

Page 233: ...e computer name It is only used for instrument identification within the program and displayed in the menu as an option in case of an Ethernet link 8 Confirm the settings with Finish The instrument is...

Page 234: ...further error location inform the network administrator In large networks specification of additional addresses may be required for link setup e g gateway and subnet mask which are known to the netwo...

Page 235: ...S EX IQ BOX 220 User Manual 1409 5570 32 05 3 In the viWrite tab write the command to be send to the instrument and select Exe cute Instrument responses are displayed on the viRead tab Remote Control...

Page 236: ...software only a telnet program is required The telnet program is part of every operating system 1 To establish a Telnet connection with R S DigIConf start the telnet program and enter the socket addre...

Page 237: ...ter After the first remote control command had been send R S DigIConf is in remote controlled state Instrument response is displayed after the command has been sent 8 2 SCPI Command Structure SCPI com...

Page 238: ...S DigIConf does not support the entire functionality of the SCPI commands Note the following restrictions 2 commands entered in a row are not provided usually divided by a semicolon only a limited su...

Page 239: ...NSe FREQuency STOP numeric value SENSe LIST FREQuency numeric_value numeric_value Long and short form The mnemonics feature a long form and a short form The short form is marked by upper case letters...

Page 240: ...monics are marked by square brackets in the description The instru ment must recognize the long command to comply with the SCPI standard Some com mands are considerably shortened by these optional mne...

Page 241: ...ed Example Definition SENSE BANDwidth BWIDth RESolution numeric_value The two following commands with identical meaning can be created Command SENS BAND RES 1 Command SENS BWID RES 1 mnemonics in squa...

Page 242: ...i U micro and N nano If the unit is missing the basic unit is used Example SENSe FREQ STOP 1 5GHz SENSe FREQ STOP 1 5E9 Units For physical quantities the unit can be entered Allowed unit prefixes are...

Page 243: ...eric values associated to MAXimum MINimum DEFault can be queried by adding the corresponding mnemonics to the command They must be entered following the quotation mark Example SENSe LIST FREQ MAXimum...

Page 244: ...definite length The use of the indefinite format requires a NL END message to terminate the data block This format is useful when the length of the transmission is not known or if speed or other consi...

Page 245: ...itted in this case Example HCOP ITEM ALL HCOP IMM This command line is represented in its full length and contains two commands separated from each other by the semicolon Both commands are part of the...

Page 246: ...ckly are usually implemented as sequential commands Sequential commands are not implemented in the instrument however the execution time of most commands is so short that they act as sequential comman...

Page 247: ...command Assuming that INITiate IMMediate takes longer to execute than OPC sending the following command sequence results in initiating a sweep and after some time set ting the OPC bit in the ESR INIT...

Page 248: ...ocessing until all commands sent before WAI have been exe cuted Sending WAI directly after the command whose processing should be terminated before other commands are executed Command synchronization...

Page 249: ...ironment of the controller application supports threads separate threads can be used for the application GUI and for controlling the instrument s via SCPI A thread waiting for a OPC thus will not bloc...

Page 250: ...alfunction The program should react appropriately to the service request Error queues The error queue should be queried after every service request in the controller program as the entries describe th...

Page 251: ...rder Addditionally find a list of all commands for the R S EX IQ BOX at the end of the manual see Alphabetical List of Commands 9 1 Common Commands Common commands are described in the IEEE 488 2 IEC...

Page 252: ...ate a service request The query form writes a 1 into the output buffer as soon as all preceding commands have been executed This is used for command synchronization Parameters opc string OPT OPTion id...

Page 253: ...defined default status It is equivalent to SYSTem PRESet The default settings are indicated in the description of commands Setting parameters rst string Usage Setting only SAV sav SAVe stores the cur...

Page 254: ...w EBOX DEVice FPG BASe 240 SOURce hw EBOX DEVice FPG BOB 241 SOURce hw EBOX DEVice FPG DIGio 241 SOURce hw EBOX DEVice PART 241 SOURce hw EBOX DEVice PPCVersion 241 SOURce hw EBOX DEVice BOARd PART 24...

Page 255: ...y only Manual operation See Hardware Info on page 66 SOURce hw EBOX DEVice CPLD Queries the version of CPLD Complex Programmable Logic Device This command is model specific and applies to R S EX IQ BO...

Page 256: ...applies to R S EX IQ BOX 1409 5505K04 Return values fpga string Example SOUR EBOX DEV FPG DIG query the digital interface standard Usage Query only Manual operation See Hardware Info on page 66 SOURc...

Page 257: ...BOARd REVision Queries the revision number of the R S EX IQ BOX s internal board Return values rev string Example SOUR EBOX DEV BOAR REV query the board revision number Usage Query only Manual operat...

Page 258: ...e BOB TYPE Queries the type of the connected breakout board Return values typ string Example SOUR EBOX DEV BOB TYP Response EXBOX B85 a CPRI breakout board is connected Usage Query only Manual operati...

Page 259: ...diagnosis and servicing SCPI does not define any DIAGnostic commands the commands listed here are all device specific DIAGnostic commands are query commands which are not influenced by RST DIAGnostic...

Page 260: ...vent DIAGnostic EBOX CPRI TEST The command checks the CPRI communication link for service purposes Return values Test 0 1 OFF ON RST 1 Example DIAG EBOX CPRI TEST query the test result of the CPRI lin...

Page 261: ...e pur poses Return values dcm ON OFF RST OFF Example DIAG EBOX LVDS DCM query the state DCM Response 0 locked 1 unlocked Usage Query only DIAGnostic EBOX LVDS ERRors The queries the number of errors i...

Page 262: ...ived bits Usage Query only DIAGnostic EBOX LVDS RX TX SOURce source Selects LVDS test source This function is protected and used for service purposes Parameters source PRBS COUNTER Example DIAG EBOX L...

Page 263: ...Select float Example DIAG EBOX SEL 100112 select the connected R S EX IQ BOX with serial number 10112 9 2 3 EBOX Subsystem The EBOX subsystem describes all remote control commands regarding the confi...

Page 264: ...list out all waveform files in the default directory Response wav1 wav2 the directory contains the configuration files wav1 wv and wav2 wv Usage Query only SOURce hw EBOX ARB DELete Delete The comman...

Page 265: ...iagram on page 56 SOURce hw EBOX ID Queries the Id of the R S EX IQ BOX The Id is composed of part_num ber serial_number and checksum Return values Id string Example EBOX ID Response 1409 5505K04 1000...

Page 266: ...NStrument subsystem contains remote control commands to query the interface and identity of connected R S instruments The numeric suffix INST ch distinguishes between the instruments connected to the...

Page 267: ...SOURce hw EBOX INST ch SERial Queries serial number of the R S instrument connected to the R S EX IQ BOX Return values Serial string Example SOUR1 EBOX INST1 TYPE query the serial number of the instr...

Page 268: ...not be used Use of the slashes and should be avoided since they are used in file paths A number of names are reserved by the operating system e g CLOCK CON AUX COM1 COM4 LPT1 LPT3 NUL and PRN In the...

Page 269: ...set with the MMEM MSIS command is effective 9 2 5 2 Extensions for User Files The following table list all available file extensions for user files The currently available files on the instrument dep...

Page 270: ...y only MMEMory CDIRectory Cdirectory Changes the default directory for mass memory storage The directory is used for all subsequent MMEM commands if no path is specified with them It is also possible...

Page 271: ...ry string Example MMEM MDIR d test Usage Setting only MMEMory RDIRectory Rdirectory Removes an existing directory from the mass memory storage system If no directory is specified the subdirectory with...

Page 272: ...S instruments See also chap ter 9 3 1 Explanation to the Device Specific SCPI Syntax on page 257 for more details Specific properties that relate to a particular instrument are clearly expressed The c...

Page 273: ...ion 258 SOURce hw IQ OUTPut EXTernal DIRection 258 SOURce hw EBOX USER DIRection 258 SOURce BBIN EXTernal LOGic TYPE 259 SOURce hw IQ OUTPut EXTernal LOGic TYPE 259 SOURce TRANsmitter LOGictype 259 SO...

Page 274: ...in Single Data Rate SDR mode from the DUT to the R S EX IQ BOX or vice versa The data transmission is triggered by the rising edge of the data clock Example EBOX USER DIR TRAN set the R S EX IQ BOX t...

Page 275: ...age values Available level values 3 3 V 2 5 V 1 8 V 1 5 V 1 2 V SSIxx R S instruments only The signal is transmitted by using the SSI technology Serial Synchronuos Interface Note SSI signal are only s...

Page 276: ...bsystem contains the commands for loading and storing appli cation settings in files SOURce hw EBOX USER SETTing CATalog 261 SOURce hw EBOX USER SETTing DELete 262 SOURce hw EBOX USER SETTing LOAD 262...

Page 277: ...ng parameters Load directory file_name String parameter to determine the target directory and the file name for loading the settings file Example SOUR1 EBOX USER SETT LOAD d DigIConf Settings User con...

Page 278: ...Mat 264 SOURce RECeiver FORMat 264 SOURce hw EBOX USER FORMat 264 SOURce BBIN EXTernal ILEaving 264 SOURce hw IQ OUTPut EXTernal ILEaving 264 SOURce TRANsmitter ILEaving 264 SOURce RECeiver ILEaving 2...

Page 279: ...FORMat Format SOURce hw EBOX USER FORMat Format Sets the signal transmission protocol of the R S EX IQ BOX for receiving sending a baseband signal from to an external device DUT via the user interfac...

Page 280: ...e rising edge triggers the I data the falling edge triggers the Q data Parallel transmission SDR The I marker output at the Reserved1 pin UI_RES1 of the user interface marks the I data Parallel transm...

Page 281: ...Ck RATE 267 SOURce TRANsmitter CLOCk RATE 267 SOURce RECeiver CLOCk RATE 268 SOURce hw EBOX USER CLOCk RATE 268 SOURce hw EBOX USER CLOCk REFerence FREQuency 269 SOURce hw EBOX USER CLOCk REFerence VA...

Page 282: ...ly control R S signal analyzers Example SOUR1 EBOX USER CLOC PHAS 180 define a phase shift of 180 degree for the clock edge Manual operation See Clock Phase on page 118 SOURce BBIN EXTernal CLOCk POLa...

Page 283: ...Hz LVDS 1 25 kHz 400 MHz WS Word size 4 18 serial mode 1 parallel mode Int Interleaving mode 1 non interleaved 2 I Q and Q I interleaved DDR Double data rate 1 SDR 2 DDR SCR Sample Clock rate ratio 1...

Page 284: ...Lue Queries the value of the clock signal at REF IN Return values RefVal float Example SOUR1 EBOX USER CLOC REF VAL query the clock value Usage Query only Manual operation See Freq Counter on page 119...

Page 285: ...urce SOURce RECeiver CLOCk SOURce Source SOURce hw EBOX USER CLOCk SOURce Source Selects the clock source for data transmission Either the R S instrument or the external device DUT can deliver the ref...

Page 286: ...ts the decimal point according to the following values SCR 1 4 5 2 5 1 5 1 10 1 20 1 0 8 Enter the value numerically when you remotely control R S signal analyzers 1 4 5 2 5 1 5 1 10 1 20 Set a sample...

Page 287: ...ce BBIN EXTernal DATA SPOLarity 275 SOURce hw IQ OUTPut EXTernal DATA SPOLarity 275 SOURce TRANsmitter DATA SPOLarity 275 SOURce RECeiver DATA SPOLarity 275 SOURce hw EBOX USER DATA SPOLarity 275 SOUR...

Page 288: ...EXTernal DATA BORDer Border SOURce hw IQ OUTPut EXTernal DATA BORDer Border SOURce TRANsmitter DATA BORDer Border SOURce RECeiver DATA BORDer Border SOURce hw EBOX USER DATA BORDer Border Sets the or...

Page 289: ...1 0 0 1 1 0 0 5 0 1 0 1 1 1 0 1 6 0 1 1 0 1 1 1 0 7 0 1 1 1 1 1 1 1 Parameters Nformat TCOMplement OBINary TCOMplement Formats the value of the transmitted data in 2 s complement The most significant...

Page 290: ...SOURce hw EBOX USER DATA SIZE Size Sets the word size resolution of a sample If the word size is set to a value n the I word uses these n bits and the Q word uses n bits The R S EX IQ BOX supports wo...

Page 291: ...output The strobe marker is output at the UI_GP5 of the user interface Parameters Sposition float Range 0 to word size 1 RST 0 Example SOUR1 EBOX USER DATA SPOS 10 sets the strobe marker output to sam...

Page 292: ...BOX USER DATA TYPE queries the set data type 9 3 7 Test Subsystem The USER TEST subsystem provides commands for testing the user interface between the R S EX IQ BOX and the DUT SOURce hw EBOX USER TES...

Page 293: ...ce sequence for testing COUNTer Selects a counter test signal Range PRBS to COUN RST PRBS Example SOUR1 EBOX USER DIR REIC SOUR1 EBOX USER TEST RX SIGN COUN sets to Receiver and selects a counter sign...

Page 294: ...ceived Bits on page 124 SOURce hw EBOX USER TEST TX SIGNal Signal Selects a test signal of the test generator The R S EX IQ BOX internally generates either a sine PRBS or counter signal for test ing d...

Page 295: ...ta tab Each output sample increases the counter by 1 SINE Provides a sine signal for testing determined as shown by the formula above Range PRBS to SINE RST PRBS Example SOUR1 EBOX USER DIR TRAN SOUR1...

Page 296: ...replaces the I Q data source coming from DIG IQ IN Parameters State OFF ON RST OFF Example SOUR1 EBOX USER DIR TRAN SOUR1 EBOX USER TEST TX STAT ON sets Transmitter and switches on the test generator...

Page 297: ...cycles after the trigger event Manual operation See Trigger Delay on page 120 SOURce hw EBOX USER TRIGger RESTart Starts triggering again Example EBOX USER TRIG REST restarts triggering Usage Event S...

Page 298: ...EBOX USER SSI GAIN STATe 284 SOURce hw EBOX USER SSI LFSYnc 284 SOURce hw EBOX USER SSI SIZE 284 SOURce hw EBOX USER SSI SPI CLOCk FREQuency 285 SOURce hw EBOX USER SSI SPI CLOCk PHASe 285 SOURce hw E...

Page 299: ...es a binary file contianing a gain table Parameters FSelect string Example EBOX USER SSI GAIN FSEL gainFile hex Manual operation See Gain File on page 125 SOURce hw EBOX USER SSI GAIN STATe State Acti...

Page 300: ...SPI CLOCk PHASe Phase Selects the phase of the clock signal Either 0 or 180 degree are possible Parameters Phase 0 180 RST 0 Example EBOX USER SSI SPI CLOC PHAS 180 shifts the phase of the clock signa...

Page 301: ...oftware R S DigIConf In remote control operation R S DigIConf itself is operated remotely by means of remote control commands For background information about the SCPI command struc ture and basic inf...

Page 302: ...288 SOURce hw EBOX CPRI ARB SAMPles TOTal 288 SOURce hw EBOX CPRI ARB ch CONFlict 289 SOURce hw EBOX CPRI ARB ch FILE 289 SOURce hw EBOX CPRI ARB ch SAMPles 289 SOURce hw EBOX CPRI ARB ch SRATe 290 SO...

Page 303: ...memory Usage Event Manual operation See Reload on page 207 SOURce hw EBOX CPRI ARB RMS Queries the signal level in terms of an rms value The unit of the power is dBFS Full Scale ratio Return values rm...

Page 304: ...er directory and file name with the file extension wv for waveform files Parameters File path file_name ext String parameter containing the directory where the waveform file is located the file name a...

Page 305: ...tivate waveform loaded in ARB1 Manual operation See State on page 207 9 4 2 CPRI Control Management Subsystem The CPRI Control Management C M command subsystem comprises all remote control commands re...

Page 306: ...face Response 0 the interface is not active Usage Query only Manual operation See Ethernet Active on page 199 SOURce hw EBOX CPRI CM HDLC BAUDrate Baudrate Determines the number of bits to be transfer...

Page 307: ...al operation See Input Window Command line Execute on page 200 SOURce hw EBOX CPRI CM ETH EXECute The command sends the C M data in fast C M mode Example SOUR1 EBOX CPRI CM ETH EXEC executes the contr...

Page 308: ...tion 45 Usage Query only Manual operation See Ethernet Pointer on page 167 SOURce hw EBOX CPRI CM ETH STATe State The command activates the C M data exchange via the Ethernet interface Parameters Stat...

Page 309: ...Example SOUR1 EBOX CPRI CM HDLC BRAT 480 select a bit rate of 480 kbit s for slow C M transmission Manual operation See Bit Rate on page 195 SOURce hw EBOX CPRI CM HDLC COMMand Command Enters a contro...

Page 310: ...he R S EX IQ BOX transmits the data directly to the DUT i e without internal encoding or decoding This mode applies to HDLC source RS 232 C Connector ECODing The R S EX IQ BOX either encodes the plain...

Page 311: ...values Rx string Example EBOX CPRI CM HDLC RX Usage Query only Manual operation See Terminal on page 197 SOURce hw EBOX CPRI CM HDLC SFRames The command queries the number of sent HDLC frames Return v...

Page 312: ...EBOX CPRI CM HDLC STAT ON switch on slow C M Manual operation See State on page 195 9 4 3 CPRI Hardware Subsystem The hardware HW command subsystem encloses remote control commands for setting hardwar...

Page 313: ...EBOX CPRI HW SEED SCRambling 309 SOURce hw EBOX CPRI HW SMA DOSWing 310 SOURce hw EBOX CPRI HW SMA RXEGain 310 SOURce hw EBOX CPRI HW T14T 311 SOURce hw EBOX CPRI HW TIMing 311 SOURce hw EBOX CPRI HW...

Page 314: ...EX IQ BOX operates as slave i e in CPRI REC Test mode Usage Query only Manual operation See CPRI Mode on page 168 SOURce hw EBOX CPRI HW CORE Queries the current state of the CPRI core Return values...

Page 315: ...rammable Gate Array basic design Return values Fbversion string Example SOUR1 EBOX CPRI HW FBV check the version of the FPGA basic design Response 02 01 123 the CPRI FPGA has revision 02 01 123 Usage...

Page 316: ...signal to 2 clock periods Manual operation See Basic Hyper Node B on page 163 SOURce hw EBOX CPRI HW GPIO MFWidth NFRame Width Sets the frame width of the node B frame marker output signal in clock p...

Page 317: ...erface as input which means you receive a signal from the external device e g for trigger purpose RST OFF Example SOUR1 EBOX CPRI HW GPIO1 DIR OUTP outputs the control signal at GPIO port 1 Manual ope...

Page 318: ...10 ms i e you can control the DUT with a clock rate of 100 Hz TMCLock Uses the CPRI signal processing clock e g 61 44 MHz at 2x line rate This clock is used for timing measurements like response time...

Page 319: ...8 02 Input Output 1409 7208 04 on page 160 SOURce hw EBOX CPRI HW HSSS OUTPut SFP1 STATe State Determines the SFP1 Small Form factor Pluggable interface for signal output i e aligns the transmitter ty...

Page 320: ...e g set SFP1 for signal transmission to the DUT and SMA for signal monitoring Parameters State OFF ON RST OFF Example SOUR1 EBOX CPRI HW HSSS OUTP SMA ON activates the interface for signal output Manu...

Page 321: ...on See LOF Loss of Frame on page 168 SOURce hw EBOX CPRI HW LOS The command queries data synchronization Return values Los 0 1 RST 0 Example SOUR1 EBOX CPRI HW LOS check if data is synchronized Respon...

Page 322: ...Return values Reclocked 0 1 ON The clock recovery is locked OFF The clock recovery is unlocked RST 1 Example SOUR1 EBOX CPRI HW RCL CRL check if clock recovery is locked Response 1 clock recovery is l...

Page 323: ...put is available Return values Reflocked 0 1 RST 1 Example SOUR1 EBOX CPRI HW RCL ROL check if the reference clock output is available Response 1 clock output is not available Usage Query only Manual...

Page 324: ...ion is mandatory in a CPRI REC test setup since the R S EX IQ BOX operates in CPRI slave mode RST RIN Example SOUR1 EBOX CPRI HW RCL SOUR RIN set the internal clock source for reference Manual operati...

Page 325: ...ential output voltage of the CML Manual operation See Differential Output Swing on page 159 SOURce hw EBOX CPRI HW SMA RXEGain Rxegain The command sets the input gain of the equalizer This equalizer i...

Page 326: ...operation See T14 on page 157 SOURce hw EBOX CPRI HW TIMing The command queris if the R21 timing calculation is invalid CPRI requirement 21 Return values Timing 0 1 RST 0 Example SOUR1 EBOX CPRI HW T...

Page 327: ...CPRI L1 VERSion 315 SOURce hw EBOX CPRI L1 HDLC BRATe Queries the HDLC bit rate value during link setup Return values rate float Example EBOX CPRI L1 HDLC BRAT Response 4800 Usage Query only Manual o...

Page 328: ...y only Manual operation See Local Alarms on page 168 SOURce hw EBOX CPRI L1 RX REMote LOF Queries whether the received signal is synchronized correctly at the DUT that means without LOF Loss of Frame...

Page 329: ...ate Return values reset 0 1 OFF ON 1 CPRI RE test mode Confirms that a reset was performed CPRI REC test mode Confirms a reset request 0 CPRI RE test mode No reset was performed CPRI REC test mode No...

Page 330: ...Te 316 SOURce hw EBOX CPRI VERSion 316 SOURce hw EBOX CPRI MODE Mode Selects the CPRI test mode The R S EX IQ BOX simulates either the baseband module or the RF module to test the appropriate counterp...

Page 331: ...Subsystem The CPRI RECorder subsystem contains all remote control commands that are rele vant for recording an I Q signal and storing the recorded data in a waveform file SOURce hw EBOX CPRI RECorder...

Page 332: ...r Recorder under SOURce hw EBOX CPRI RX SIGNal ch OUTPut on page 331 Switch on signal state see SOURce hw EBOX CPRI TX RX SIGNal ch STATe on page 352 Parameters Source string String parameter to speci...

Page 333: ...ettings unless another directory is selected File name and the directory are user selectable Parameters path filename String parameter to specify directory path and filename Example SOUR1 EBOX CPRI RE...

Page 334: ...ce hw EBOX CPRI RECorder ch RTIMe Queries the recording time The recording time results from the recording length and the sample rate Return values Duration float Range 0 to 2147483647 s Increment 0 0...

Page 335: ...the trigger event occurs imme diately TRIGgered After the trigger event only the remaining samples after the trigger position are recorded post trigger data DONE If all post trigger data are recorded...

Page 336: ...vent is necessary EXT1 3 Starts recording with an external trigger event External trigger events are generated by the hardware and fed at the GENERAL PURPUSE IO interface TXBF TXHF TXNF RXBF RXHF RXNF...

Page 337: ...the specified directory Settings files are used to store current application settings Only files with the file extension cpri will be listed Access to the files via remote is possible using the comma...

Page 338: ...on See Save Recall on page 152 SOURce hw EBOX CPRI SETTing STORe Store Saves the current CPRI signal configuration Specify the directory and file name R S DigIConf automatically assigns the file exten...

Page 339: ...Rce hw EBOX CPRI TEST SFP st TX FAULt 328 SOURce hw EBOX CPRI TEST TX REReset 328 SOURce hw EBOX CPRI TEST TX SDI 329 SOURce hw EBOX CPRI TEST BER RX RATE The command queries the number of bit errors...

Page 340: ...el BER test Usage Query only Manual operation See Rx Received Bits on page 193 SOURce hw EBOX CPRI TEST BER TX STATe Execute The command starts the transmission of the test data Parameters Execute ON...

Page 341: ...as failed Return values Rai 0 1 RST 0 Example SOUR1 EBOX CPRI TEST RX RAI check if a remote part of the end to end link has failed Response 0 if OK 1 if not OK Usage Query only Manual operation See Fl...

Page 342: ...parameters Return values Info string Example SOUR1 EBOX CPRI TEST SFP INFO query all parameters of the SFP1 module Response Vendor R S Part number 90567 Connector LC Bit Rate 2400kbit s Wave Length 10...

Page 343: ...values Fault 0 1 RST 0 Example SOUR1 EBOX CPRI TEST SFP TX FAUL check if a transmission error occured Response 0 if OK 1 if not OK Usage Query only Manual operation See SFP LEDs on page 204 SOURce hw...

Page 344: ...ansmitter SAP Defect Indication Manual operation See SDI on page 169 9 4 9 CPRI TX RX Downlink Uplink Subsystem The TX RX subsystem comprises the remote control commands related to the CPRI Uplink and...

Page 345: ...X RX TRIGger SOURce 332 SOURce hw EBOX CPRI SFRame st DATA 332 SOURce hw EBOX CPRI TX SIGNal ch SOURce 332 SOURce hw EBOX CPRI TX RX APPLy 333 SOURce hw EBOX CPRI TX RX AXC COUNt 333 SOURce hw EBOX CP...

Page 346: ...SOURce hw EBOX CPRI TX RX SIGNal ch SRATe 349 SOURce hw EBOX CPRI TX RX SIGNal ch STANdard 350 SOURce hw EBOX CPRI TX RX SIGNal ch STATe 352 SOURce hw EBOX CPRI TX RX WARNing 352 SOURce hw EBOX CPRI...

Page 347: ...CPRI frame with a static pattern for debugging purposes This pattern is transmitted as it is without scaling rounding or interleaving Parameters StaticFrameData integer Example SOURce hw EBOX CPRI SF...

Page 348: ...up to four signals For information on the available options refer to chapter 3 2 2 3 Waveform Memory Multi Waveform Playback and Recording Memory on page 23 STATic Fills the complete CPRI frame with a...

Page 349: ...OURce hw EBOX CPRI TX RX AXC ch0 WADDress on page 336 Parameters Baddress float Range 0 to 38 Increment 2 RST 0 Example SOUR1 EBOX CPRI TX AXC0 BADD 0 set the starting bit to 0 Manual operation See Ax...

Page 350: ...AxC For Sync Pattern signals calculate the source with the formula signal axc Length Pattern bit size AxC _ Return values Size integer Range 2 to 40 Increment 1 RST 32 Example SOUR1 EBOX CPRI TX AXC1...

Page 351: ...188 SOURce hw EBOX CPRI TX RX AXCStatus The command queries the status of all AxCs Note This command applies to downlink Return values Axcstatus 0 1 RST 0 Example SOUR1 EBOX CPRI RX AXCS check the sta...

Page 352: ...he available I Q data rate Response 921 60 Mbit s the CPRI basic frame provides a data rate of 921 6 Mbit s for I Q Usage Query only Manual operation See Available Data Rate I Q on page 187 SOURce hw...

Page 353: ...s command applies to downlink Return values Conflict 0 1 OFF ON RST 0 Example SOUR1 EBOX CPRI TX SIGN ARB CONF check if the signal in the waveform memory is loaded and activa ted Response 1 if active...

Page 354: ...beginning of the base frame i e at the position of word 1 FLEXible Manually assign the position of the AxCs by word address and offset address Tip Use this setting to embed each sample of a signal ind...

Page 355: ...g on the sample rate a signal needs one or more AxCs to carry its I Q data If possible R S DigIConf automatically assigns the number of needed AxCs to the signal Note The maximum number of AxCs for al...

Page 356: ...the sample rate It is calculated by the sample rate as shown Return values Assigned float Increment 10000 RST 122880000 Example SOUR1 EBOX CPRI TX SIGN AXC DRAT ASS check the data rate of the first si...

Page 357: ...Nal ch AXC LIST Note This command applies to downlink Return values List string Example SOUR1 EBOX CPRI TX SIGN2 AXC LIST query the AxCs assigned to the second signal Response AXC3 AXC4 AXC5 this sign...

Page 358: ...ual operation See Crest Factor on page 180 SOURce hw EBOX CPRI TX RX SIGNal ch DELete Removes a signal from the list The function removes the corresponding AxCs from the list of used AxCs The signal i...

Page 359: ...al and assign the signal to AxC1 in the first group of the AxC allocation table Manual operation See Groups Table on page 183 SOURce hw EBOX CPRI TX RX SOURce GROup CALC Calculates the scheduling sequ...

Page 360: ...X SOUR GRO REP 3 repeats the signal of Group1 3 times Manual operation See Groups Table on page 183 SOURce hw EBOX CPRI TX RX SOURce ch GROup user0 STATe state Activates the respective AxC By default...

Page 361: ...umber range for word size n Bit 2n 1 n 2n 1 Table 9 4 User defined Numeric format coding z 2 s Complement Binary Offset 8 1 0 0 0 0 0 0 0 7 1 0 0 1 0 0 0 1 6 1 0 1 0 0 0 1 0 5 1 0 1 1 0 0 1 1 4 1 1 0...

Page 362: ...i i Q Q Q Parameters Nformat COMPlement C9E2 BOFFset COMPlement Formats the signal in two s complement The most significant bit has a value of 2n 1 the bits of lesser sig nificance follow as 2n 2 20 C...

Page 363: ...he parameter applies to the physical source PATTern Parameters Plength float Range 2 to 40 Increment 2 RST 16 Example SOUR1 EBOX CPRI TX SIGN PLEN 4 sets the pattern length 4 Manual operation See Patt...

Page 364: ...fits to the sampling rate of R S DigIConf as well as to the sampling rate of the R S signal analyzer The table shows the predefined sample rates of the available signals The sample rate of a digital s...

Page 365: ...with automatically assigned sample rate Alternatively select a signal from a waveform file the ARB function or assign user specific values R S DigIConf supports all current standards and their variant...

Page 366: ...AX_3M5 WIMAX_5M WIMAX_7M WIMAX_8M75 WIMAX_10M WIMAX_20M Selects the digital standard IEEE 802 16 WiMAX Worldwide Inter operability for Microwave Access WiMAX provides wireless transmission of data usi...

Page 367: ...if settings are not yet accepted 0 if OK Usage Query only Manual operation See Apply Setup on page 189 9 4 10 CPRI Vendor Data Subsystem The VENDor DATA command subsystem provides input of user specif...

Page 368: ...ode TX User data entered in the table is embedded in the CPRI link for transmission to the DUT RST DOWN Example SOUR1 EBOX CPRI VEND DIR DLIN determine the direction for vendor data transmission Manua...

Page 369: ...By determining the line bit rate the DUT also defines the word width See also SOURce hw EBOX CPRI HW LBRate on page 305 Return values Wwidth float Range 1 to 18 Increment 1 RST 16 Example SOUR1 EBOX...

Page 370: ...ls 10 1 1 Z DOK Adapter Board Connector Type Z DOK Adapter Board Connector Manufacturer Tyco Electronics Part number 6367557 1 10 1 2 Pin Description The user interface consists of a specific and a co...

Page 371: ..._N P F13 F14 I O indicates valid data blocks Note This signal must be active in receiver mode D_CLK_UIN_N P F25 F26 I interface clock input Note This clock signal is required as a reference for PLL Th...

Page 372: ...ruments Table 10 2 User Interface pinout when the R S EX IQ BOX is controlled by Pin R S DigIConf R S Instruments Signal Name Dir Description Signal Name Dir Description D11 D12 UI_AUXIO_N P0 I O addi...

Page 373: ...connectors and pinouts of the available breakout boards chapter 10 1 User Interface of the R S EX IQ BOX on page 355 chapter 10 3 1 1 Breakout Board Single Ended 3585 7280 00 on page 359 chapter 10 3...

Page 374: ...internet under http www rohde schwarz com appnote 1CM75 10 3 1 1 Breakout Board Single Ended 3585 7280 00 This breakout board contains the counterpart to the user interfaceof the R S EX IQ BOX i e a...

Page 375: ...19 UI_Q_P9 X2 21 UI_I_P10 X3 21 UI_Q_P10 X2 23 UI_I_P11 X3 23 UI_Q_P11 X2 25 UI_I_P12 X3 25 UI_Q_P12 X2 27 UI_I_P13 X3 27 UI_Q_P13 X2 29 UI_I_P14 X3 29 UI_Q_P14 X2 31 UI_I_P15 X3 31 UI_Q_P15 X2 33 UI...

Page 376: ...ut board supports test cases with differential signals It contains the Z DOK Adapter board connector X1 for connection to the user interface of the R S EX IQ BOX and two 50 pole SMD connectors for ass...

Page 377: ...20 UI_Q_P4 X2 21 X2 22 GND X3 21 X3 22 GND X2 23 UI_I_N5 X3 23 UI_Q_N5 X2 24 UI_I_P5 X3 24 UI_Q_P5 X2 25 X2 26 GND X3 25 X3 26 GND X2 27 UI_I_N6 X3 27 UI_Q_N6 X2 28 UI_I_P6 X3 28 UI_Q_P6 X2 29 X2 30 G...

Page 378: ..._I_N16 X3 67 UI_Q_N16 X2 68 UI_I_P16 X3 68 UI_Q_P16 X2 69 X2 70 GND X3 69 X3 70 GND X2 71 UI_I_N17 X3 71 UI_Q_N17 X2 72 UI_I_P17 X3 72 UI_Q_P17 X2 73 X2 74 GND auxiliary signals X3 73 X3 74 GND auxili...

Page 379: ...on the pinouts of the connectors Differential breakout board Find a detailed pin assignment to this breakout board in the appendix of the operating manual drawing number 3585 7296 00 The drawing cover...

Page 380: ...m ber Signal Name Comment X2 1 UI_I_P0 I component X2 35 GND X2 2 UI_I_P1 X2 36 GND X2 3 UI_I_P2 X2 37 GND X2 4 UI_I_P3 X2 38 GND X2 5 UI_I_P4 X2 39 GND X2 6 UI_I_P5 X2 40 GND X2 7 UI_I_P6 X2 41 GND X...

Page 381: ...D_CLK_UIN_P interface clock input X2 34 D_CLK_UOUT_N X2 68 UI_VALID_P indicates valid data blocks Information on the pinouts of the connectors Cadence Palladium breakout board Find the pin assignment...

Page 382: ...ferential electrical interface realized by four SMA connectors The front panel also provides the connectors for C M data exchange For fast C M use the Ethernet interface and for slow C M the RS 232 C...

Page 383: ...X2 X3 SFP interface The type of these SFP modules depends on the used equipment Note These modules must fit to the transmission characteristics of the DUT X4 X5 X6 X7 SMA Differential Tx Rx Interfaces...

Page 384: ...Abbreviation Term ACP Adjacent Channel Power AGC Automatic Gain Control AxC Antenna carrier BBMUS BBM Unspecified BPNC Backplane Not Connected C M Control and Management ceil ceiling function CML Cur...

Page 385: ...Receive SA Shelf Address SAP Service Acces Point SCLK System Clock SDI SAP Defect Indication SFP Small Form factor Pluggable SMA SubMiniatur version A SYNC Synchronization Signal Tc CPRI basic frame l...

Page 386: ...onfiguration Soft ware Settings R S DigIConf settings savrcl A 3 Preset The following lists give an overview of the key preset values of the corresponding proto cols A 3 1 User Defined Default Setting...

Page 387: ...te Ratio 1 Source REF IN Frequency 10 MHz Test Parameter Default value Tx Test Off Test Signal PRBS IQ Words Rec 0 Rx BER Rec 0 00 E 00 Wave File ARB None Sample Rate ARB 0 Number of Samples ARB 0 A 3...

Page 388: ...ource downlink DIG IQ IN 1 Signal Output uplink DIG IQ OUT 2 Sample Rate 3 84 MHz Pattern Length 16 Oversampling 1 Downllink 2 Uplink I Q Resolution 16 Downscale 0 AxC Allocation Packed AxC s Data Rat...

Page 389: ...Pointer 20 Bit Rate Ethernet 42 l24 MBit s Vendor Data Parameter Default value State Off Line Bit Rate 2x 1228 8 Mbit s Direction Downlink Word Width 16 Ethernet Pointer 20 Z aa 0 1 Z bb 0 1 Z cc 0 1...

Page 390: ...cluded drawings C 6367557 Tyco Z Dok Adapter Board Connector 56 differential pairs see also chapter 10 1 User Interface of the R S EX IQ BOX on page 355 3585 7280 00 Single Ended Breakout Board with c...

Page 391: ......

Page 392: ..._P13 UI_Q_N13 UI_Q_P11 UI_Q_N11 UI_Q_P9 UI_Q_N9 UI_Q_P7 UI_Q_N7 UI_Q_P5 UI_Q_N5 UI_Q_P3 UI_Q_N3 UI_Q_P1 UI_Q_N1 AUX_IO_N0 UI_I_P16 UI_I_P14 UI_I_N14 UI_I_N12 UI_I_P12 UI_I_N10 UI_I_P10 UI_I_N8 UI_I_P8...

Page 393: ..._N 1 10 100 11 12 13 14 15 16 17 18 19 2 20 21 22 23 24 25 26 27 28 29 3 30 31 32 33 34 35 36 37 38 39 4 40 41 42 43 44 45 46 47 48 49 5 50 51 52 53 54 55 56 57 58 59 6 60 61 62 63 64 65 66 67 68 69 7...

Page 394: ...D18 D17 D16 D15 D14 D13 D12 D11 D10 D1 C9 C8 C7 C6 C5 C4 C3 C28 C27 C26 C25 C24 C23 C22 C21 C20 C2 C19 C18 C17 C16 C15 C14 C13 C12 C11 C10 C1 B9 B8 B7 B6 B5 B4 B3 B28 B27 B26 B25 B24 B23 B22 B21 B20...

Page 395: ...X POINt 247 DIAGnostic EBOX POINt VALue 248 DIAGnostic EBOX SELect 248 ERR 238 MMEMory CATalog 254 MMEMory CDIRectory 255 MMEMory DELete 255 MMEMory LOAD STATe 255 MMEMory MDIRectory 256 MMEMory RDIRe...

Page 396: ...e TRANsmitter DATA TYPe 277 SOURce TRANsmitter DRATe 263 SOURce TRANsmitter FORMat 264 SOURce TRANsmitter ILEaving 264 SOURce TRANsmitter LOGictype 259 SOURce TRANsmitter SCRatio 271 SOURce TRANsmitte...

Page 397: ...GPIO MFWidth BFRame 300 SOURce hw EBOX CPRI HW GPIO MFWidth HFRame 301 SOURce hw EBOX CPRI HW GPIO MFWidth NFRame 301 SOURce hw EBOX CPRI HW GPIO ch DIRection 301 SOURce hw EBOX CPRI HW GPIO ch SIGna...

Page 398: ...ECorder ch STATe 319 SOURce hw EBOX CPRI RECorder ch STATus 320 SOURce hw EBOX CPRI RECorder ch TRIGger POSition 320 SOURce hw EBOX CPRI RECorder ch TRIGger SOURce 321 SOURce hw EBOX CPRI RECorder ch...

Page 399: ...OX CPRI TX RX SIGNal ch AXC DRATe NEEDed 341 SOURce hw EBOX CPRI TX RX SIGNal ch AXC DRATe STATus 341 SOURce hw EBOX CPRI TX RX SIGNal ch AXC LIST 342 SOURce hw EBOX CPRI TX RX SIGNal ch COPY 342 SOUR...

Page 400: ...ST ch PORT 252 SOURce hw EBOX INST ch SERial 252 SOURce hw EBOX INST ch TYPE 252 SOURce hw EBOX OPT 250 SOURce hw EBOX SELect 251 SOURce hw EBOX STATe 251 SOURce hw EBOX USER CLOCk PHASe 267 SOURce hw...

Page 401: ...TEST RX SIGNal 278 SOURce hw EBOX USER TEST RX STATe 278 SOURce hw EBOX USER TEST RX WORDs 279 SOURce hw EBOX USER TEST TX SIGNal 279 SOURce hw EBOX USER TEST TX SINE AMPLitude 280 SOURce hw EBOX USE...

Page 402: ...rnal CLOCk RATE 267 SOURce BBIN EXTernal CLOCk SKEW IN 269 SOURce BBIN EXTernal CLOCk SKEW OUT 270 SOURce BBIN EXTernal CLOCk SOURce 270 SOURce BBIN EXTernal DATA ALIGnment 272 SOURce BBIN EXTernal DA...

Page 403: ...ARB file CPRI 205 289 ARB options conflict CPRI 289 ARB preset CPRI 288 ARB reload CPRI 288 ARB samples total CPRI 288 ARB settings CPRI 205 ARB signal conflict CPRI 173 338 ARB subsystem CPRI 287 ARB...

Page 404: ...reference frequency 118 269 sample clock rate ratio 107 sample rate 265 Clock settings display 107 DigIConf 107 Clock setup 115 clock in skew 118 clock phase 118 clock polarity 267 clock rate 115 268...

Page 405: ...40 AxC s data rate status 181 341 AxC s assigned 339 AxC s signal assigned 181 AxC allocation 180 339 AxC Container Definition 186 AxC group pattern 183 AxC group state 183 AxC list 342 AxC Size AxC t...

Page 406: ...e 195 294 HDLC clear 197 200 HDLC command 197 HDLC execute 295 HDLC frames received 197 295 HDLC frames sent 196 296 HDLC input window 197 HDLC logout 200 HDLC mode 195 295 HDLC mode direct 195 295 HD...

Page 407: ...303 Select receiver 160 161 select tansmitter 304 305 Select transmitter 160 161 set to default 315 Set to default 152 SFP1 output 304 SFP2 output 304 SFP bit rate 204 SFP connector type 204 SFP diag...

Page 408: ...PRI TX RX connector 142 CPRI Output marker frame width Basic 163 Hyper 163 Node B 163 CPRI protocol version CPRI L1 inband analysis 165 CPRI rear panel user interface 141 CPRI recorder 316 Discard 211...

Page 409: ...277 direction 99 258 display 54 Download 23 53 format 101 264 I Q polarity 275 interleaving 104 265 load 100 logic type 99 259 numeric format 112 273 preset 260 reference frequency 118 269 sample clo...

Page 410: ...etup 124 strobe polarity 113 275 strobe position 114 276 TX test signal 121 279 TX test sine amplitude 123 280 TX test sine frequency 123 281 TX test state 121 281 word alignment 109 word size 109 275...

Page 411: ...rate 102 263 data settings 107 data type 277 format 101 264 interleaving 104 265 logic type 99 Send to 94 signal type 108 276 strobe polarity 113 275 strobe position 114 276 word alignment 109 word s...

Page 412: ...rding status 210 Import license key Device manager 68 Index 60 Indication Connected Device 85 DIG I Q IN labeled symbol generator 85 DIG I Q OUT labeled symbol generator 85 ExBox status parameters ana...

Page 413: ...ed 262 Load instrument settings 255 Local LOF CPRI 168 LOS CPRI 168 RAI CPRI 168 LOF CPRI Rx alarms 166 CPRI RX alarms 325 CPRI status 168 306 Local 168 Remote 169 Logic type CMOS 99 DigIConf 99 259 L...

Page 414: ...or 24 user defined protocols 22 waveform memory 64 MS 23 Z2 demo breakout board 24 Z3 SCSI II Palladium 22 Z4 MDR Mini DeltaRibbon 22 Z6 LVDS cable 24 Options conflict CPRI ARB settings 207 Output CPR...

Page 415: ...output locked CPRI reference clock 155 308 Reference signal input 32 REF IN 32 CPRI 155 308 Remote LOF CPRI 169 LOS CPRI 169 RAI CPRI 169 Reset CPRI 169 SDI CPRI 169 Remote control 16 18 R S DigIConf...

Page 416: ...connector type CPRI 204 SFP Diagnostics CPRI 204 SFP info CPRI 204 327 SFP LOS CPRI 204 327 SFP module alarms CPRI 204 SFP module temperature CPRI 204 SFP module warnings CPRI 204 SFP part number CPR...

Page 417: ...Status information Device manager 68 Status LED 30 CPRI clock recovery locked 155 307 Status reporting system common commands 236 Stobe position DigIConf 114 276 Stop bits RS232 CPRI 197 Strobe polari...

Page 418: ...DOK 355 TYCO Z Dok adapter board connector 31 U Uninstalling 38 Update firmware 68 Uplink CPRI 170 329 USB Slave 33 type B 33 USB IN 33 USB interface 33 user defined CPRI standard 175 350 User define...

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