Rohde & Schwarz R&S CMW-KS300 Manuals

Manuals and User Guides for Rohde & Schwarz R&S CMW-KS300. We have 1 Rohde & Schwarz R&S CMW-KS300 manual available for free PDF download: User Manual

Rohde & Schwarz R&S CMW-KS300 User Manual

Rohde & Schwarz R&S CMW-KS300 User Manual (388 pages)

NB-IoT Firmware Applications

Brand: Rohde & Schwarz | Category: Test Equipment | Size: 5 MB

Table of Contents

Table of Contents

3
- Documentation Overview
  9
- Getting Started Manual / Quick Start Guide
  9
- User Manual and Help
  9
- Features & Functions
  9
- Preface
  9
- Basic Safety Instructions
  10
- Data Sheet and Brochure
  10
- Release Notes and Open-Source Acknowledgment (OSA)
  10
- Application Notes, Application Cards, White Papers, Etc
  10
- R&S CMW Models
  10
- GUI Reference
  11
- Programming Examples
  11
- Application Sheets
  11
- General Description
  11
- How to Read Firmware Application Chapters
  11
- Command Reference
  12
Nb-Iot Signaling

13
- General Description
  13
- What's New in this Version
  13
- Initiating Signaling Tests
  14
- Test Setup
  14
- Internal Fading
  15
- Connection States
  16
- Operation Modes
  18
- Physical DL Channels and Signals
  20
- UL Resources in Time and Frequency Domain
  21
- Scheduling Type UL RMC
  23
- Scheduling Type DL RMC
  24
- User-Defined Scheduling
  24
- Operating Bands
  27
- Data Tests
  30
- Trigger Signals
  30
- Cell Reselection Setup
  31
- GUI Reference
  32
Main View

33
- Signaling Control
  42
- Using the Shortcut Softkeys
  43
- General Settings
  44
- RF Settings
  45
- Internal Fading
  50
- Downlink Power Levels
  54
- Uplink Power Control
  56
- Physical Cell Setup
  58
Configure:niot:sign 2.3.10 Network Settings

63
- Neighbor Cell Settings
  63
- Network Settings
  63
- Cell Reselection Settings
  64
- Identity
  66
- Security
  67
- Timers
  68
- UE Identity
  68
- Time
  69
- Synchronization
  71
Connection Configuration

72
Default Paging Cycle/Pcch-Config Nb

81
- BCCH Mod. Period Coeff
  81
- Default Paging Cycle
  81
- PCCH-Config Nb
  81
- PSM Allowed
  81
- Cycle Length
  82
- Edrx (Idle Mode)
  82
- Enabled
  82
- Messaging (SMS) Parameters
  82
- Paging Time Window
  82
- Large SMS Handling
  83
- Data Coding / Character Set
  84
- Outgoing Message Handling
  84
- Outgoing SMS
  84
- Outgoing SMS Binary
  84
- Protocol Identifier
  84
- User Data Header
  84
- Coding Group
  85
- Message Class
  85
- Originating Address
  85
- Originator SMSC Address
  85
- Service Center Time Stamp
  85
- From File
  86
- Last Message Sent
  86
- Select └ Length
  86
- Message Monitoring Settings
  87
- Debug Configuration
  88
- Shortcut Configuration
  88
- BLER Measurement
  90
- General Configuration
  93
- Programming
  93
- BLER Tests
  104
- Command Reference
  105
- Conventions and General Information
  105
- Connection Control and States
  111
- Event Log
  113
- UE Info
  114
Ue Capabilities

116
Measurement Results

212
- Overview
  212
- View Error Vector Magnitude
  213
- Views Magnitude Error, Phase Error
  214
- View Inband Emissions
  215
- View Spectrum Emission Mask
  216
- View Spectrum ACLR
  218
- View I/Q Constellation
  219
- View Power Monitor
  220
- View Power Dynamics
  221
- View TX Measurement
  223
- Selecting and Modifying Views
  224
- Using Markers
  224
Modulation

225
- Common View Elements
  225
- Signal Routing and Analyzer Settings
  226
- Measurement Control Settings
  229
Physical Cell ID/Shift

234
- Physical Cell ID
  234
- Shift
  234
- Range
  235
- Statistic Count
  235
- Enable < List Mode
  236
- EVM Excl. Periods Leading/Lagging < Modulation
  236
- Offline Segment Nr. < List Mode
  236
- Select ACLR < ACLR < Spectrum
  236
- Time Mask < Dynamics < Power
  236
- Trigger Settings
  236
Limit Settings

239
- EVM, Magnitude Error and Phase Error Limits
  239
- Frequency Error Limits
  240
- I/Q Origin Offset Limits
  240
- Inband Emissions Limits
  241
- Occupied Bandwidth Limits
  242
- Spectrum Emission Mask
  242
- ACLR Limits
  243
- Power Dynamics Limits
  244
- Additional Softkeys and Hotkeys
  246
- Shortcut Configuration
  246
- General Examples
  248
- Programming
  248
- Using the List Mode
  252
- Command Reference
  255
- Conventions and General Information
  256
- General Measurement Settings
  262
Multi-Evaluation Measurement Commands

267
- Abort:niot:meas<I>:Mevaluation
  268
- Initiate:niot:meas<I>:Mevaluation
  268
- Measurement Control and States
  268
- Stop:niot:meas<I>:Mevaluation
  268
- Fetch:niot:meas<I>:Mevaluation:state
  269
- Fetch:niot:meas<I>:Mevaluation:state:all
  269
- Enabling Results and Views
  270
- Measurement Control Parameters
  272
- List Mode Settings
  279
- Trigger Settings
  287
- Limits Modulation
  289
- Limits Spectrum
  293
- Limits Power
  295
- EVM Results (Traces)
  296
- Magnitude Error Results (Traces)
  298
- Phase Error Results (Traces)
  298
- Inband Emission Results
  299
- Outoftolerance
  300
- Spectrum Emission Results
  301
- ACLR Spectrum Results
  304
- I/Q Constellation Results
  306
- Power Monitor Results
  306
- Power Dynamics Results
  307
- Modulation Results (Single Values)
  310
- List Mode Results
  313
- Combined Signal Path Commands
  322
- List of Commands
  323
- General Description
  328
- How to Measure an Uplink NPRACH Signal
  328
- NB-Iot NPRACH Measurement
  328
- Test Setup
  328
- What's New in this Version
  328
- Defining the Scope of the Measurement
  329
- Calculation of Modulation Results
  330
- Parallel Signaling and Measurement
  330
- NB-Iot Preamble Structure
  331
- GUI Reference
  333
- Measurement Control
  333
- Measurement Results
  333
- According to the General Rules for Statistical Results
  341
- Average": Average of All "Current" Values Referenced to the Last Statistics Cycle
  341
- Common View Elements
  341
- Current Settings
  341
- Current": Value of the Result Obtained in the Last Measurement Interval. for some
  341
- Extreme", "Min", "Max": Largest or Smallest "Current" Value that the R&S CMW
  341
- Modulation Results, an RMS Value and a Peak Value Are Available. They Are Calcu
  341
- Stddev": Standard Deviation of All "Current" Values Since the Start of the Mea
  341
- The most Important Settings of the NB-Iot NPRACH Measurement Are Displayed at the Top of the Measurement Dialog
  341
- This Section Describes Elements that Are Displayed in most Views
  341
- Measurement Control Settings
  342
- Signal Routing and Analyzer Settings
  342
- Trigger Settings
  346
- Limit Settings
  348
- Additional Softkeys and Hotkeys
  350
- Programming
  350
- Shortcut Configuration
  350
- Key Features
  351
- Specifying General and Common Measurement Settings
  351
- Configuring the Trigger System
  352
- Specifying Limits
  352
- Specifying Measurement-Specific Settings
  352
- Specifying Required NPRACH Settings
  352
- Performing Single-Shot Measurements
  353
- Command Reference
  354
- Single-Shot and Continuous Measurements
  354
- Conventions and General Information
  355
- General Measurement Settings
  360
- NPRACH Measurement Commands
  360

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