Agilent Technologies E6701A Guide de l'utilisateur Page 21
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Agilent PXT Wireless Communications Test Set
User’s Guide
11
N
oc
(RF2)
Displays the resultant value of AWGN power level relative to a single resource element (as described in
3GPP 36.521-1) for antenna port 2. This
is the power level of AWGN relative to a single resource element,
given the SNR RF2 and cell power setting.
Most of the RF conformance tests are expected to use (AWGN) = −98 [dBm/15kHz]
where the bandwidth is set equal to the serving cell channel bandwidth profile.
Mode
BSE, SA
Value = Noise Amplitude (RF2) – 10 log
10
(Number Resource Elements in
Bandwidth)
Dependencies and/or Couplings
Read-only key
Initial S/W Revision
6.3
Key Path
Amp > AWGN
Noise Amplitude (RF1)
Displays the AWGN power level of antenna port 1 as an integrated power level, which is the same terms
used to set or display the total Cell power RF1 amplitude.
Mode
BSE. SA
Value
= RF1 Amplitude – Signal to Noise Ratio (RF1)
Preset
−57
Dependencies and/or Couplings
Read-only key.
Initial S/W Revision
6.3
Key Path
Amp > AWGN
Noise Amplitude (RF2)
Displays the AWGN power level of antenna port 2 as an integrated power level, which is the same terms
used to set or display the total Cell power RF2 amplitude.
Mode
BSE, SA
Value
= RF1 Amplitude – Signal to Noise Ratio (RF2)
Preset
−57
Dependencies and/or Couplings
Read-only key
Initial S/W Revision
6.3
Key Path
Amp > AWGN
- Agilent PXT Wireless 1
- Communications Test Set 1
- (E6621A) 1
- Notices 2
- Table of Contents 5
- 1 Introduction 11
- General Specifications 12
- PXT Software Applications 13
- Latest Documentation 14
- 2 Front-panel and Menu Keys 15
- Amplitude 16
- RF1 Amplitude 17
- RF2 Amplitude 17
- RF1 Amplitude (RSTP) 18
- RF2 Amplitude (RSTP) 18
- Apply AWGN 19
- Signal to Noise Ratio (RF1) 20
- Signal to Noise Ratio (RF2) 20
- Noise Amplitude (RF1) 21
- Noise Amplitude (RF2) 21
- Atten – Key Menu 1 22
- CAUTION 22
- RF1 Ref Level 23
- RF2 Ref Level 23
- Attenuation 23
- RF1 Input Attenuation 25
- RF2 Input Attenuation 25
- Atten – Key Menu 2 26
- CONNECTED_ADJUSTER 27
- OVF_ADJUSTER 27
- Emulator Mode 27
- RF Setup 28
- RF Output Control 29
- RF DL Output 30
- RF1 Front Output 30
- RF2 Front Output 30
- Network Setup 31
- Netmask 32
- Gateway 32
- Remote Ctrl Setup 33
- Cell Setup 34
- External Sync 35
- SIB8 Force Sync 36
- Security Sync 36
- Amplitude Offsets 37
- Examples 39
- RF In/Out Offset 40
- RF1 Output Power Offset 41
- RF2 Output Power Offset 41
- General Config 42
- Freq – Key Menu 1 43
- Setting Method 44
- Center (DL) Freq 44
- Center (UL) Freq 44
- Center (UL/DL) Freq 45
- DL EARFCN 46
- UL EARFCN 47
- Freq – Key Menu 2 48
- Func - Key Menu 1 49
- Parameter (Key Menu 1) 50
- UDP Setting 51
- Transfer Mode 51
- Transfer Rate 52
- Payload Type 52
- UE Power Control 53
- Power Control Mode 54
- Power Adjust (Accumulated) 55
- Power Adjust (Absolute) 55
- Power Adjust (DCI3A) 56
- PUSCH Target Power 59
- PUCCH Target Power 59
- Power Adjust (All Up) 60
- Power Adjust (All Down) 60
- Frame Configuration 60
- Handover 61
- Handover Setup Mode 62
- Destination DL-Carrier Freq 62
- Destination UL-Carrier Freq 62
- Target Phys Cell Id 62
- UE Detach 63
- Custom Messages 64
- Message Name 65
- PDCCH Order 66
- OP.1/OP.2 67
- Func - Key Menu 2 68
- Other PHY CHs 69
- Statistical Throughput 70
- Test Start 71
- Test Stop 71
- Max Frame Size 71
- Confidence Level 72
- Statistical CQI Performance 73
- CQI Median 74
- Timing Advance 75
- Timing Advance Value 76
- Timing Advance Expiry Timer 76
- Func Setup 77
- Info (System Info) 79
- Management 80
- Meas (BSE Mode) 80
- Message 82
- L1/L2 Status 83
- BLER/Throughput 84
- Information 86
- Channel State Information 89
- RLC Information 91
- PDCP Information 92
- Meas Setup 93
- Display Interval 94
- Integ. BW 94
- Call Scenario 95
- Control Mode 96
- CH Bandwidth 96
- PHY Settings 98
- CFI (Normal SF) 99
- CFI (Special SF) 99
- UL Resource Allocation 100
- RB Size 101
- RB Start 101
- Ignore PRACHs 102
- Aggregation Level 102
- SPS Config 102
- Resource Allocation Mode 106
- CQI Reports 106
- I_MCS sf-control 107
- I_MCS 109
- Type0 Bitmap 111
- Subframe #5 Control 111
- Subframe #0 Control 112
- MIMO Setting 112
- MAC Settings 120
- RRC Settings – Key Menu 1 120
- Transmission Mode 121
- RRC Settings - Key Menu 2 123
- Connected DRX On/Off 124
- DRX-StartOffset 124
- RRC – Key Menu 3 126
- Connection Timer Status 127
- Connection Timer 127
- Inactivity Timer Status 127
- Additional Spectrum Emission 128
- NAS Settings 130
- TFT Handling 131
- 2 or 3 Digit MNC 132
- NAS Ciphering Algorithm 132
- IP Address Type 133
- V4 Address 134
- V6 Address 134
- DNS State 134
- DNS Address Type 135
- V4 DNS Address 135
- V6 DNS Address 135
- P-CSCF State 136
- P-CSCF Address Type 137
- V4 P-CSCF Address 137
- V6 P-CSCF Address 137
- Default EPS Bearer Config #2 138
- Default EPS Bearer Config #3 139
- Default EPS Bearer Config #4 139
- Security – Key Menu 1 140
- Security 141
- Authentication Algorithm 141
- Key Option 141
- K value 142
- OP value 143
- OPc value 143
- AMF value 143
- IMSI value 144
- Security – Key Menu 2 145
- Recall State 145
- Spectrum Analyzer 146
- Agilent VSA 146
- Real Time VSA 147
- Disconnect: 148
- VSA IP address: 148
- VSA Port: 148
- Start sending data: 148
- Stop sending data: 148
- Spectrum 149
- User’s Guide 151
- Indicators 153
- Scenario Information 153
- UE State 153
- Meas View 153
- Emulator Run/Stop 154
- EPC Setup 154
- Bindings 155
- Setup and Operation 156
- E2E Tests 157
- Downlink 162
- Uplink 162
- Parameter Descriptions 163
- License Requirements 165
- Controlling PXT in Live Mode 166
- Open the connection 170
- 5 Handovers 173
- Cell Selection 175
- Scenarios 175
- General Parameters 176
- Display / Logging 177
- Blind Handover 179
- PXT to PXT Handover 183
- Handover Test Steps 184
- Footnote: 185
- Performing Cell Reselections 187
- Mobile Originated CSFB 190
- Mobile Terminated CSFB 190
- Hardware Configuration 192
- Initial Software Setup 192
- PXT Scenario File 194
- SRVCC Test 195
- Phase 2 – SRVCC Execution 197
- SMS over SGs 198
- 6 RF Measurements 199
- Frequency 200
- Source Port Setup 200
- Source Level 201
- Receiver Port Setup 201
- Receiver Level 201
- Triggering 202
- Averaging 202
- Measurement Markers 203
- RF Measurement Setup 204
- General Purpose Measurements 205
- Channel Power Measurement 206
- Measurement Setup 207
- Uplink LTE Measurements 209
- Power vs. Time (FDD/TDD) 213
- Power vs. Time (TDD Example) 214
- Auto Config 218
- PXT Settings 219
- Scenario File Settings 220
- General Settings 220
- PUSCH Settings 221
- Reference Signal Settings 221
- Sounding RS Settings 222
- PRACH Settings 222
- Modulation Quality Summary 223
- Constellation Measurement 225
- Power Spectrum Measurement 226
- Received IQ Data Measurement 227
- Map Information Measurement 228
- Error Vector Measurement 229
- 7 Tips and Tricks 233
- UE Connection Manager Setup 234
- Firewalls 234
- Multiple Routes available 234
- High EVM observed 235
- 8 Troubleshooting 239
- Functional Check 240
- Calling Agilent Technologies 242
- Service and Support 243
- Web-based support 244
- E-mail support 244
- Phone support 244
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