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アンリツ株式会社 MX370107A 取扱説明書

Contents

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3. a 7 5 b c d e KE 8 2
4. 3 1 1 2 MG3710A MG3740A Select Option Memory GAN samples Memory 64M samples x2 Option 48 Option 78 Memory 256M samples Option 45 Option 75 Memory 256M samples x2 Option 45 Option 48 Option 75 Option 78 Memory 1024M samples Option 46 Option 76 Memory 1024M samples x2 MG3740A Option46 Option76 3 1 1 3 Memory 64M samples Option 46 Option 48 Option 76 Option 78 64M Memory 64M samples x2 With Option48 78 128M Memory 256M samples 256M Memory 256M samples x2 With Option48 78
5. MG3710A MG3740A Fading MG3700A MG3710A MG3740A RF 1 1 1 AWGN 1Q 1QproducerTM
6. OK 31 EM 3 1 8 Calculation Calculation Calculation amp Load Calculation amp Play Export File OKI 3 1 8 1 Calculation Calculation Creating Parameter File Calculating fading waveform N z s Cancel Cancel 3 1 8 1 Calculation Cancel Calculation Completed Cancel OK
7. MX370107A Fading IQproducer 2007 19 9 7 ai 2012 24 10 23 5 Copyright 2007 2012 ANRITSU CORPORATION Printed in Japan pi Eg B ES 6 gt MES US 20 MECH ye DI 6 zi
8. x Export Fa VDocuments and Sel EN ATTORE Pech age Fait Pot Export File Name W CDMA BS Case 120 EIL fs ANS Vake C Output Gan Auto Setting f bei 5a AG RF Frequency 199000000000 MHz ES AWGN OFF Pot D uwen OFFeR a H Cg De 3 3 1 8 Export File b 3 3 1 9 FFT Graph Monitor FFT Points EX 262143 Data Length 117734400 L Quick Add Mode Mouse jnteraction Scale Frequency E 57600 MHz 0000 wi MEI Amplitude ao aB Full Scale TL 3 3 1 9 W CDMA Case3 120km h 3 505 PIR Geen 3 3 2 Moving Propagation MG3700A UL_RMC_12 2kbps W CDMA BS Moving Propagation lt gt 1 2 Common HD 1 System Configuration Channel Configuration 1x1 SISO T Pe AWON Chamel
9. 3 OK 1QproducerTM SystemiCellulan Systern Non Cellular General Purpose Simulation amp Utility E 2 j D d 5 Kan LTE TDD HSDPAHSUPA HSDPAHSUPA Uplink TD SCDMA Downlink E W CDMA W CDMA IEN pio no Mi pe Wi Dd cr E ef V W CDMA Downlink W CDMA Uplink 1xEVDO FWD 1xEVDO RVS XG PHS Standard Standard Change Instrument HELP EXT 2 3 1 3 4 General Purpose General Purpose System Cellular System Non Cellular General Purpose Simulation amp Utility TDMA Multi Fading M d Lamp La Ps E TDMA Multi
10. nuu MG3700A 4 MG3710A MG3740A amp 7 3 4 Load Load E Qproducer Transfer amp Setting Panel Simulation amp Utility c Transfer amp Setting Panel LAN MG8700AMG8710A MG3740A 1QproducerrW 4 6 Transfer amp Setting Panel 41 MG3700A MG3710A X 3 MG3740A EH 3 539 4 1 3 4 1 2
11. Without Option21 Memory 512M samples 256M samples ARB 3 1 1 1 MG3700A Select Option ARB With Option21 1 GBx2 Memory 512M samples Without Option21 El Memory 512M samples 512 MBx2 m MG3710A MG3740A ARB ARB
12. BERG 1
13. MG8700A MG38710A MG3740A TQproducerTM 5 1 MG3700A MG3710A MG3740A MG3700A 3 10 10 MG3710A MG3740A 9 4 4 Install P2 IEf 2 3 Windows XP Windows XP 2 3 1 1
14. FFT FFT 5 TRES REN E FFT HE H Time Domain Time Domain Calculation amp Load Calculation amp Play MG3710 MG3740 Recall Parameter Hile 5s Save Parameter File s Calculation ER Calculation amp Load EA Calculation amp Play Transfer amp Setting Wizard La ccpr FFT Mii Time Domain A Clipping Ext 3 7 PIR BEBEZERT 3 1 2 Common Common 3 1 2 1 Common System
15. Tx Antenna Spectrum is mismatch This pattern cannot use Because Internal FIR 1s used Tx Antenna Tnternal FTIR The number of samples is over 256M samples 256M The number of samples is over 512M samples 512M Not enough hard disk space fJ RA A 2 ng Input waveform pattern include some licensed patterns Clipping was done
16. MX370107A Fading IQproducerTM MG3700A MG3710A MG3740A MG3700A MG3710A MG3740A MG3700A MG3710A MG3740A IQproducer MX370107A Fading IQproducer e MG3700A MG3700A g s MG3710A MG3740A MG3710A MG3740A e MG3700A MG3710A MG3740A IQproducer H i Windows 1Qproduc
17. E QproducerW 1IQproducerrW Rxitl SystemtCelulan System Non Cellular General Purpose Simulation amp Utility nme LTE HSDPA TD Go m SES Kei EE EE H E LTE FDD LTE TDD HSDPAIHSUPA Uplink TD SCDMA W CDMA W CDMA IXEVDO Lei F fi di W CDMA Downlink W CDMA Uplink 1xEVDO FWD 1xEVDO RVS XG PHS Standard Standard 2 3 3 3 IQproducerW BIE Ge an x IQproducer MG3700A T MG3710A MG3740A
18. Bd C 1 2 2 SG a Sampling Rate 20 MHz Sampling RateX2n n 80 MHz a 160 MHz V 20 MHz a Sampling Rate Delay MG3700A J 3 5 8 Waveform Restart MG3700A 2 MG3700A RF 10 MHz 2 RF RE Phase Adjust
19. Transfer amp Setting Wizard Transfer amp Setting Wizard Simulation amp Utility Transfer amp Setting Wizard iX MG3700A MG8710A MG8740A TQproducerTM 4 7 Transfer amp Setting Wizard Transfer amp Setting Panell Simulation amp Utility Transfer amp Setting Panel MG3700A MG3710A MG3740A IQproducerTM 5 2
20. MG3710A MG3740A Copy Channel 1 To All Channel 1 Channel Clipping Clipping B Transfer Setting MEE Simulation Transfer Setting Wizard j 3 1 1 5 Transfer Setting Transfer Setting Wizard Transfer Setting Wizard 3 6 31 IEEE B Simulation BIJ CCDF EFT Time Domain 3 1 1 6 Simulation CCDF CCDF YO CCDF
21. 1340 Scenario1 1150 Scenario2 Scenario3 600 W CDMA MS 750 LTE MS Hz 0 000 2000 000 lt to Z E AX K 7 H HE 0 001 3 39 BIZ Geen 3 1 7 Export File m Export File Export File Package Calculation Export File Channel Configuration Channel Configuration 3 1 7 1 3 1 7 1 Channel Configuration Channel Configuration 1x1 SISO 1x2 SIMO 1x3 SIMO 1x4 SIMO 2x1 MISO 2x2 MIMO 2x3 MIMO 2x4 MIMO 3x1 MISO 3x2 MIMO 3x3 MIMO 3x4 MIMO 4x1 MISO 4x2 MIMO 4x3 MIMO 4x4 MIMO AJI INe AIV TT To ib yta uc rl H
22. Cannot write file s Input File is not found s s s Invalid file format Invalid file format s s Input Package Name Input Export File Name Export File Name Input File is not selected Input File Cannot calculate because all paths are disable in some channels Wrong pattern license Out of Range Sampling Rate kHz 20 8000 20 8000 kHz Out of Range Sampling Rate MHz 0 02 8 0 02 8 MHz Sampling Rate is mismatch Data Points is mismatch Tx Antenna
23. Anritsu Corporation IQproducer IQproducer D gt u Eco M em 88 Windows ien Internet Explorer Microsoft Web Que Media Player o 7 4 39 Windows Messenger A 2 Internet Explorer Q wrom xe yp MSN ua Outlook Express 39 SEET Windows Media Player 2 3 1 1 2 1QproducerTM IQproducerTW MG3700A H MG3710A H MG3740A Ma3700 Select instrument MG3799 C M63710 C MG3740 C MS269x C Ms2830 Dontshow this window next time 2 3 1 2 1 MS269xA MS2830A 2 Dont show this window next time 23 RET
24. HT BAR Hha 2 1 2 2 22 Te 2 3 TE EE 2 4 2 3 1 Sor eh 2 4 E 2 3 2 MG3710AMG3740A 2 6 k UOI DEBT ccce qui eus 2 7 P27 Hh 2 1 22 1 Windows XP OS Windows Vista Windows 7 CPU Pentium M 1 GHz 512 MB 5 GB L YB H K N A E uA LRE 512 M sample 4 27 GB
25. Tx Rx AWGN Channel Y i D _ Tx Antenna 1 e Rx Antenna 1 BS Qcer Tx Antenna 2 e Rx Antenna 2 Tx Antenna 3 3 1 2 2 10 3x2 MIMO 3x3 MIMO 3 Channel Ge 3x3 MIMO ET 8 Rx 8 Hf Tx 3 1 2 2 11 Rx AWON Channel Tx Antenna 1 Tx Antenna 2 4 Tx Antenna 3 3 1 2 2 11 3 14 e TL Rx Antenna 1 L s e TL Rx Antenna 2 6 Y Rx Antenna 3 3x3 MIMO 3x4 MIMO 3 4 Channel configuration 3x4 MIMO 31 BEER K 3 1 2 2 12 4 Rx 4 Tx Rx AWGN Channel v RT 1L Tx Antenna 1 lt Rx Antenna 1 Y FSS B Y Tx Antenna 2
26. 3 Channel configuration 1x3 SIMO 3 1 2 2 3 3 Rx 3 Tx Rx AWGN Channel Y 1 AS R E Tx Antenna 1 3 Na e Rx Antenna 1 e Rx Antenna 2 e Y Rx Antenna 3 3 1 2 2 3 1x3 SIMO 1x4 SIMO 4 Channel configuration 1x4 SIMO 3 1 2 2 4 T 4 Rx 4 Tx Rx AWGN Channel Y OTI 2 Tx Antenna 1 2 3 NL Rx Antenna 1 st _ EC Rx Antenna 2 het _ e Rx Antenna 3 Rx Antenna 4 3 1 2 2 4 1x4 SIMO 2x1 MISO 2 Channel configuration 2x1 MISO
27. 3 21 3 39 Channel Configuration sess 3 11 O EE Dp IUE d Ee e 3 32 S MR E Output Gan 3 43 CONO ese ee ee 3 11 p GE Pus 5 EEEE AAT 3 26 3 35 EE dl M 3 28 EE 3 35 Correlation Settang sese 3 28 E tah lA 3 20 3 26 B Pattern Sync Marker 3 23 in ME LH E E acidi Phase Shift 3 27 iud Resolution pp 3 34 Power NRNMMMMME 3 26 3 32 3 34 Indre 3 39 3 30 Doppler Frequency 3 21 Doppler Spectrum pe D 2 3 39 EIN HI 50 E ee 2 3 V GE 2 3 SU CON EE 2 4 lt EA 3 79 NPB 1 2 pU IDEE 1 5 ou 2 2 EE 4 1 Wl EE 3 51 4 5 LL 4 2 Lc DLE MM TER 4 4 3 49 kk 3 50 daga PERENNI 3 83 PRA EE EE 3 2 EZE
28. 1 FFT Quick Add model Clear IW 2 Simulation FFT K 3 4 4 The request for drawing a trace There is a request from the other Dproducer application for drawing a trace Delete the displayed trace and draw a new trace 3 4 4 Yes 3 82 3 5 35 ec 1x1 SISO Tx Antenna1 CRX H E 1x2 SIMO Tx Antennal 734 w 07 A185 Rx Antennal D Rx Antennal Rx Antenna2 1x3 SIMO Tx Antennal
29. Moving Propagation Path1 Path2 At B sin o t Moving Propagation 3 1 4 1 A Fadine Qproducer for MG3700 File Edit Transfer Setting Simulation Kn B a Common Moving Propagation Ar Csenge oi Moving Propagation conditions Power dB Omega 1 s 0 00 0 04 3 1 4 1 Moving Propagation 3 31 PIR Geen Moving Propagation ER Path1 0 Power A Offset B Variation Omega 3 32 Path2 0 00 dB 80 00 0 00 0 01 Path2 5 US 0 500 1 Path2 1 US 0 500 1
30. Start Frame Trigger pda 1 1 1 1 1 1 1 MG 3700A 1 I I MG 3700A 2 I 1 e 1 t lt 1 Sampling clock C 1 2 Start Frame Trigger C 2 7 HOD MG3700A DRE Master Slave MG3700A 1 Master MG3700A 2 Slave ELT Master Slave Start Frame Trigger Slave MG3700A Master Delay 0 RET 1 Frame Master Slave C 1 3 Master SG Master Slave Setting Master Pattern Sync Marker Markerl 3 8lave SG Master Slave Setting Slave r Rx Antenna Configuration Rx Antenna 1 Rx Antenna 2 em E Master Slave Setting Master zl Marker 1
31. RV 7 D Ke 1 c CD VN iii IV 1
32. Rx Antenna3 Rx Antenna4 3xl MISO Tx Antenna1 E 3x2 MIMO 732 w 07 A185 Rx Antennal D Tx Antenna1 C 8E X E 734 w 0 A185 Rx Antennal Oi Tx Antenna Rx Antenna 3 83 PIR Geen 3 84 3x3 MIMO Tx Antenna1 Rx Antennal Tx Antenna2 Rx Antenna2 Z Tx Antenna3 Rx Antenna3 3x4 MIMO Tx Antennal Rx Antennal DW Tx Antenna2 Rx Antenna2 Tx Antenna3 Rx Antenna3
33. 3 3 5 13 Rx Antenna1 J EFT Graph Monitor 3 3 5 14 Rx Antenna2 3 78 Z773xz AWGN Bandwidth 3 4 AWGN Bandwidth CCDF FFT MG3700A MG3710A MG3740A TQproducerTM 4 3 CCDF 4 4 FFT CCDF 1 Calculation Fading 2 Simulation CCDF Q4 B 3 4 1 CCDF D Orest Factor 11 4233 dB Probability 00 E o Delete ling Points 153600 d 4
34. 8 8 5 11 Export File Package Export File Name OK ox teet ah Rosan iA RU Gao H Package MM MAY Full Path Files Arr en Corpor air produc ert adire Data Export Fie Nene DL MO Meri B Fo Amemai OT MID Meri Rx Autoen 2 DLMNO Maru B 2 Scale amp RMS Value C Output sn T Auto Sette We AK m E H Comment n Freauency DO NE H 3 3 5 11 Export File 3 3 5 12 Level Offset X 2 ED 8G 2 RO SG SG Calculation Level Offset CL MM Maric 1 3348 CL MMO_MewikB 2 0 0048 Caiculaton Completed v f 3 3 5 12 3 77 BIZ B REZERT 5 3 8 5 13 3 3 5 14
35. Du 7 3 6 Copy 2N a BAE JOE 4 1 2 14 1 1 2 E MG3700A 3 5 2 1 MG3710A MG3740A 17 3 4 Load Load
36. 2 1024X768 2 2 IQproducerrW 1QproducerrW 2 Qproducer MG3700A MG3710A MG3740A TQproducerTM 2 MG3700A MG3710A MG3740A
37. 0 001 Round Fading Pattern Random Seed Doppler Frequency Fading 1 Channell 2 Channel2 16 Channel16 17 255 1 3 21 BIZ Geen Rx Antenna Configuration 3 22 x 3 1 2 2 20 Rx Antenna Configuration JV 00 4 amp 1H m Rx Antenna Configuration Rx Antenna 1
38. 1x1 SISO Correlation Coefficients Correlation Matrix 0 00000 1 00000 j1 00000 1 00000 j1 00000 0 00001 Correlation Matrix 3 28 Correlation Setting Edit Kl 3 1 3 4 Chanel Configuration 2x2 MIMO GE Path Correlation Matrix et Correlation Matrix Save Recall File CSR elli Copy To All Paths r Channel Correlation Path Path 1 e Correlation Setting Edit sl r Kronecker method Tx Antenna 1 TxAntenna 2 Tx Antenna 1 f 0 Tx Gorrelatian Matrix Tx Antenna 2 0 0 1 Rx Antenna 1 Rx Antenna 2 1 0 0 Copy To All Paths Kronecker method Rx Antenna 1 Rx Correlation Matrix Rx Antenna 2 0 0 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 0 23660 j 0 43120 0 68830 j 0 12110 0 21507 j 0 26814 Channel 2 0 23660 j 0 43120 1
39. 4 2 4 1 2 kl 4 4 11 9 Lui 4 5 2N a BAX BHE SZ DHIE 4 1 MG3700A MG3710A MG3740A 4 1 1 MG8700A MG3710A MG3740A A MG3710A MG3740A MG3710A MG3740A MG3700A LAN MG3710A MG3740A LAN USB B LAN MG3700A MG3710A MG3740A LAN 2
40. ASCII 2x2 MIMO 1 1 2 2 2x2 MIMO 3 C 7 7 aH IQproducer H MG3700A MG37 10A MG3740A ASCII IQ Data for each Tx Antenna
41. Sequence Delay Path Path 1 1 2 Termination 8 H Path Alternate Setting Sequence Path Delay US 0 Maximum Delay Delay Resolution Path Alternate Setting Sequence 1 Element Termination 4 VET 3 35 BIZ Geen 3 1 6 High Speed Train High Speed Train System Configuration 1x1 SISO Fading Profile High Speed Train W CDMA BS O High Speed Train Scenario1 Scenario3 Scenariol 3 Scenario2 1 LTE BS Scenario1 Scenario W CDMA BS High Speed Train 3 1 6 1 3 1 6 3 W CDMA MS High Speed Train 3 1 6 4
42. Transfer amp Setting Panel NN B MG3700A 41 MG3700A MG3710A X 3 MG3740A amp EIE 3 539 wvi wyd MG3700A 3 5 2 1 B USB MG3710A MG3740A MG38710A MG3740A
43. Angle of Arrival 0 0 deg 0 0 180 0 0 1 Fading Type Rice Phase Shift 0 0 deg 0 0 359 9 0 1 Spectrum Shape Classical 6 dB Classical 3 dB Classical 6 dB Flat Rounded 3 1 3 3 TTY Classical SAB Classical 34B Founded 3 1 3 3 Fading Type Constant 3 ZW 3 27 BIZ BEREZERT Correlation Setting Correlation Matrix Not Use Edit Not Use Edit Path Input File Path Path
44. TDMA 7 2 3 2 2 General Purpose 8 Fading ix 28 3 23 RET MG3710A MG3740A Change Instrument Interface Settings Interface Setting Interface Settings Interface Settings x Row Socket Port Number 49152 Wait Time 0 Default 2 3 2 3 Interface Settings ms L Cancel i IQproducer MG3710A MG3740A Default Row Socket Port Number Row Socket MG3710A MG3740A Wait Time 2 3 3
45. US Fading IQproducer for MG3700 Die Edit Transfer Setting Simulation E 4j m o da X Au d K Common High Speed Train Scenariol Open space T Ee z 5 o E amp 1 SI 7 Dmin m Rician K factor dB Moving Speed km h Maximum Doppler Frequency HZ 50 350 0 1340 000 3 1 6 1 High Speed Train Scenario1 3 36 i Fading IQproducer for MG3700 Eile Edit Transfer Setting Simulation WI 1 N vum Di f Tp Wing e Uh aj Ga NP ad E A Common High Speed Train Scenario2 Tunnel with leaky cable Path Ds m Dmintm RicianKfactor dB Moving Speed km h 1 Infinity 10 00 300 0 Maximum Doppler Frequency Hz 1150 000 3 1 6 2 High Speed Train Scenario2 Fading IQproducer for MG3700 Eile Edit Transfer Setting Simulation E z i Common High Speed Train Scenario3 Tunnel for multi antennas Doppler Shift He Time c Dsim Dmintm _Rician Kfactor dB Moving Speed km h 300 2 Maximum Doppler Frequency Hz 300 0 1150 000 3 1 6 3 High Speed Train Scenario3 3 37 BIZ Geen tg Fading IQproducer for MG3710 File Edit Transfer Setting Simulation Uy qj WW Pe Ga XP ud S C
46. 3 1 2 2 5 Tx Rx AWGN Channel Tx antenna 1 Rx Antenna 1 2 Tx Antenna 2 3 1 2 2 5 2x1 MISO 21 EM 2x2 MIMO 2 Channel configuration 2x2 MIMO 2 Rx 2 H 3 1 2 2 6 3 4 ZW IH Tx Rx AWGN Channel YT B s Tx Antenna 1 e Rx Antenna 1 1 gr Tx Antenna 2 Rx Antenna 2 3 1 2 2 6 2x2 MIMO 15 2x3 MIMO 2 3 x 3 1 2 2 7 ZA w ME Channel configuration 2x3 MIMO 3 3 Rx 3 H Tx Rx AWGN Channel Y TA e Y Tx Antenna 1 3 Rx Antenna 1 4 ET oe YT Tx Antenna 2 Rx Antenna 2 Ska Rx Antenna 3
47. DL MIMO_MatrixB_1 wvw Tx Antennal TDL MIMO_MatrixB_2 wvi Tx Antenna lt FIE gt 1 2 Common 1 System Configuration Channel Configuration 2x2 MIMO S z System Continsetkn H Channel euro MOON Amen Ghannel v M JSF Tx Antunana 1 D fix Antenna 1 J 3 gt Tx Antnana 2 Ru Antenna 2 3 3 5 1 2x2 MIMO 2 Tx Antenna Configuration Tx Antenna 1 Tx Antenna 2 Input wvi Waveform file DL_MIMO_MatrixB_O wwi 0 T waveform file wvi 3 3 5 2 2x2 MIMO 3 71 BIZ B REZEAT 3 72 Tx Antenna 1 Tx Antenna 2 RF Frequency 2400 MHz Repetition 1 3 3 5 3 d 3 3 5 4 Tx Antenna Configuration Tx Antenna 1 Tx Antenna 2 Input File DLMIMO
48. H 3 1 2 Common 1311 Si OK Cancel Calculation Cancel Export Path CXProgram Files Anritsu Corporation IQproc Package Full Path Files Anritsu CorporationWIQproducer Fading Data Export File Name EE Scaling RMS Value C Output Gain P Auto Setting tm so o Comment RF Frequency 1000 00000000 MHz AWGN OFF Rx1 Calculation Creating Parameter File Calculating fading waveform OK Ee Calculation 3 1 8 Calculation OK Export File 3 1 7 Export File Cancel 3 1 1 2 BIZ Geen B File Edit Select Option Recall Parameter File Save Parameter File Exit Transfer Setting Simulation With Option21 Memory 512M samples e Without Option21 Memory 512M samples 3 1 1 3 File Select Option m MG3700A ARB With Option21 Memory 512M samples ARB
49. i 9 USB CF
50. n samples were clipped p7 If you change Input File Format the file information currently opened will be discarded Are you sure to change Input File Format ELET Fading Profile Rural Area 6 tap Moving Speed 130 km h Rician K factor 6 89 dB Angle of Arrival 45 deg J B F PPMV TMVOD ENI B 1 GSM 1 Type Rice Delay us 0 0 Power dB 0 0 Rayleigh 0 1 4 0 Rayleigh 0 2 8 0 Rayleigh 0 3 12 0 Rayleigh 0 4 16 0 Rayleigh 0 5 20 0 Rural Area 4 tap Moving Speed 130 km h Rician K factor 8 26 dB Angle of Arrival 45 deg Rice 0 0 0 0 Rayleigh Rayleigh 0 2 0 4 2 0 Rayleigh 0 6 Hilly Terrain 12 tap 1 Moving Speed 100 km h Rayleigh Rayleigh 0 0 0 1 Rayleigh 0 3 Rayleigh 0 5 Rayleigh 0 7 Rayleigh 1 0 Rayleigh 1 3 Rayleigh OlOISTISMOIOTIRIJOINISRIBRJOINIRIOIJIOVUIR ONI Rayleigh 15 0 15 2 Rayleigh Rayleigh Rayleigh 15 7 17 2 20 0 Hilly Terrain 12 tap 2 Moving Speed 100 km h Rayleigh 0 0 Rayleigh 0 2 Rayleigh
51. wvi 0 02000000 Samphng Rate ASCII1 ASCII2 ASCII3 0 00000001 31 n Input File wvi wvi 3 19 BIZ BEREZERT Channel Setting Repetition Pattern Length Fading Profile Moving Speed Maximum 1000 Sample Maximum n 0k RF GG 3l e 94 St 0 0000001 3 1 2 2 19 Channel Setting Fading Profile Doppler Frequency r Channel Setting AWGN B Channel Channel2 Channel Channel4 Chann
52. 8 Qr ang B 1 CCDF Quick Add mode Clear 2 Simulation CCDF 3 4 2 XP The request for drawing a trace There is a request from the other Dproducer application for drawing a trace Delete the displayed trace and draw a new trace 3 4 2 Yes 3 80 ZS AWGN Bandwidth FFT 1 Calculation Fading 2 Simulation FFT Ed 3 4 3 FFT FFT Graph Monitor Amplitude dB C
53. Select Memory E G1 Memory MemoryB SG2 Memory MemoryB Cancel 3 1 9 2 Select Memory Select Memory OK Load Setting Load Setting OK Load Setting Cancell 3 47 BIZ Geen 3 1 10 Calculation amp Play MG3710A MG3740A Calculation amp Play 2nd Select SG Select 5G 3 1 10 1 Selec
54. 2 5 3 1 6
55. B 1Qproducerr W TExit File Exit M Edit Transfer amp Sett Select Option 2 Recall Parameter File Save Parameter File Exit 2 3 3 1 2 7 P27 ZE Exit lt Do you want to save the changes Yes No 2 3 3 2 Yes Nol Cancel Yes
56. MG3710A ARB K 1024 M sample H ARD 256M sample MG3740A ARB 256M sample 6 1024 M sample MG3710A ARB 1024 M sample 1 5 AIDE ME MG3700AMG3710A 4 MG3740A IQproducerrM 4 5 Convert
57. Rx Antennal Rx Antenna3 1x4 SIMO Tx Antenna1 Rx Antennal Rx Antenna4 2x1 MISO Tx Antenna1 2x2 MIMO Rx Antennal D Tx Antenna1 Rx Antennal D Tx Antenna Rx Antenna 2x3 MIMO Tx Antennal Tx Antenna2 Antenna2 Rx Antenna3 2x4 MIMO Rx Antennal D Rx Tx Antennal Rx Antennal Rx Antenna2 Tx Antenna2
58. KR wvi wvd 2 OK 7 Calculation Aligning RMS value End RMS value alignment RMS 1157 Peak Value 7081 Calculation Completed 3 1 8 2 Calculation RMS 3 45 PIR Geen MG3710A MG3740A Calculation amp Load Calculation amp Play 3 1 8 3 Scaling
59. Moving propagation Birth Death propagation High Speed Train 3 1 4 Moving Propagation 8 1 5 Birth Death Propagation 3 1 6 High Speed Train VIRB E AE B 4 HSDPA 2 Fading Profile Path Type Delay us Power dB Case1 1 Rayleigh 0 0 0 0 2 3 km h Moving Speed 2 3 km h iiia 3 km h Moving Speed 3 km h 4 1 km h Moving Speed 4 1 km h 7 km h Moving Speed 7 7 km h Rayleigh di 8 km h Moving Speed 8 km h Case2 1 Rayleigh 0 0 0 0 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h E Rayleigh 29 4 1 km h Moving Speed 4 1 km h 7 km h Moving Speed 7 km h 3 Rayleigh 20 0 0 8 km h Moving Speed 8 km h Case3 1 Rayleigh 0 0 0 0 92 km h Moving Speed 92 km h 120 km h Moving Speed 120 kmh Kayleigk 0 2k SC 166 km h Moving Speed 166 km h 8 Rayleigh 0 521 6 0 282 km h Moving Speed 282 km h 320 km h Moving Speed 320 km h 4 Rayleigh 0 781 9 0 Case4 1 Rayleigh 0 0 0 0 2 3 km h Moving Speed 2 3 km h PR 3 km h Moving Speed 3 km h 4 1 km h Moving Speed 4 1 km h 7 km h Moving Speed 7 km h 5 Rayleigh MO 8 km h Moving Speed 8 km h Case5 1 Rayleigh 0 0 0 0 38 km h Moving Speed 38 km h 2 50 km h Moving Speed 50 km h 69 km h Moving Speed 69 km h 118 km h Moving Speed 118 km h 2 Rayleigh 0 976
60. Extended Typical Urban e 1 1D I IO I OINISRI STIGI Qt uc tr H B 23 fJRB B 15 MIMO LTE 11 12 Correlation Matrix 1x2 SIMO R_high Channel 1 Channel 2 Channel 1 1 0 0 9 Channel 2 0 9 1 0 R low Channel 1 Channel 2 Channel 1 1 0 0 0 Channel 2 0 0 1 0 B 15 MIMO LTE 11 12 Correlation Matrix 2x2 MIMO Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 0 0 9 0 9 0 81 Channel 2 0 9 1 0 0 81 0 9 Channel 3 0 9 0 81 1 0 0 9 Channel 4 0 81 0 9 0 9 1 0 R_medium Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 0 0 9 0 3 0 27 Channel 2 0 9 1 0 0 27 0 3 Channel 3 0 3 0 27 1 0 0 9 Channel 4 0 27 0 3 0 9 1 0 R_low Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 0 0 0 0 0 0 0 Channel 2 0 0 1 0 0 0 0 0 Channel 3 0 0 0 0 1 0 0 0 Channel 4 0 0 0 0 0 0 1 0 B 24 B 15 MIMO LTE 111 12 Correlation Matrix 4x2 MIMO VIRB SE R_high Ch1 Ch2 Ch3 Ch4 Ch5 Ch6 Ch7 Ch8 Chl 1 0 8999 0 9883 0 8894 0 9542 0 8587 0 8999 0 8099 Ch2 0 8999 1 0 8894 0 9883 0 8587 0 9542 0 8099 0 8999 Ch3 0 9883 0 8894 1 0 8999 0 9883 0 8894 0 9542 0 8587 Ch4 0 8894 0 9883 0 8999
61. Qc ET 3 Rx 3 Tx Rx AWGN X J o Tx Antenna 1 e Rx Antenna 1 sr Tx Antenna 2 e Rx Antenna 2 st Tx Antenna 3 19 11 Rx Antenna 3 Tx Antenna 4 3 1 2 2 15 4x3 MIMO 4x4 MIMO 4 Channel configuration 4x4 MIMO 3 1 2 2 16 ld LT E l4 s Tx Antenna 1 L4 Tx Antenna 2 Tx Antenna 3 Tx Antenna 4 E 4 Rx 4 Rx AWGN X e Rx Antenna 1 De e Rx Antenna 2 e Y e Rx Antenna 3 B gt Rx Antenna 4 3 1 2 2 16 4x4 MIMO 31 JEREMI Tx Antenna Configuration x 3 1 2 2 17 Tx Antenna Configuration FTx Antenna Configuration Tx Antenna 1 Input File ULRMOT22Kpsmvi Reference wyi Delete RF Frequency isso oooooooo 7 MHz Sampling Rate 1152000000 MHz Bandwidth 84000000 MHz Repetition 1 Maximum Pattern Length mamm ms 3 1 2 2 17 Tx Anten
62. 1 4 Rx Antenna1 Rx Antenna4 Export File Name 1 e 9 e 9 11 4 1 4 3 1 7 1 3 1 7 4 1 RF Frequency 2 AWGN 3 40 31 BEER Export Path YProersm Eiere an Corporahionflpror D EX Package LII m F RNS Value C Output Gain F Aen Settme F bei Scaling RMS Output ms Gain Connern RF Frequency 100000000000 Miz AWON OFF Rx1 OK Cancel 3 1 7 1 Export File 1 H Expert Fila TE Bopa Py an Ft Goa DI FRR DTN Export File Maps 6 6 Reemmall Du Rx Antenna Tm Sosine RMS Vake C Output Gan Auto Seite F me mm 7 Comer tequencyzt e e NH AWGN OFF Sal Sai I Owen
63. 3 1 7 5 SG Output BE Gain LETT 2310 04 07 15 24 20 1 000 000 000 oo 10 00 LLLA Detail Information 3 1 7 5 Gain Offset 3 43 BIZ Geen 3 44 3 1 7 6 FEAT 2 2 Select folder Convert DVB T H B Fading ok mesa MultiCarrier MWIMAX oC TDMA Transfer El WW ANMA z eem 3 1 7 6 X XIQproducerXFadingYXData X IQproducer 1QproducerTM 6 amp Ovz 6 el
64. Channel Configuration 1x1 SISO Tx Antenna Configuration Tx Antenna 1 Rx Antenna Configuration Rx Antenna 1 1x2 SIMO Tx Antenna 1 Rx Antenna 1 Rx Antenna 2 1x3 SIMO Tx Antenna 1 Rx Antenna 1 Rx Antenna 3 1x4 SIMO Tx Antenna 1 Rx Antenna 1 Rx Antenna 4 2x1 MISO Tx Antenna 1 Tx Antenna 2 Rx Antenna 1 2x2 MIMO Tx Antenna 1 Tx Antenna 2 Rx Antenna 1 Rx Antenna 2 2x3 MIMO Tx Antenna 1 Tx Antenna 2 Rx Antenna 1 Rx Antenna 3 2x4 MIMO Tx Antenna 1 Tx Antenna 2 Rx Antenna 1 Rx Antenna 4 3x1 MIMO Tx Antenna 1 Tx Antenna 3 Rx Antenna 1 3x2 MIMO Tx Antenna 1 Tx Antenna 3 Rx Antenna 1 Rx Antenna 2 3x3 MIMO Tx Antenna 1 Tx Antenna 3 Rx Antenna 1 Rx Antenna 3 3x4 MIMO Tx Antenna 1 Tx Antenna 3 Rx Antenna 1 Rx Antenna 4 4x1 MISO Tx Antenna 1 Tx Antenna 4 Rx Antenna 1 4x2 MIMO Tx Antenna 1 Tx Antenna 4 Rx Antenna 1 Rx Antenna 2 4x3 MIMO Tx Antenna 1 Tx Antenna 4 Rx Antenna 1 Rx Antenna 3 4x4 MIMO Tx Antenna 1 Tx Antenna 4 Rx Antenna 1 Rx Antenna 4 31 BEER 3 1 2 2 Common 123 4 Common System Configuration Channel Configuration 1x1 SISO 1
65. 512M Memory 1024M samples 1024M 7 Memory 1024M samples x2 With Option48 78 MG3740A Recall Parameter File 1024M Save Parameter File X Save Parameter Hile Exit BIZ Geen B Edit hi Transfer Setting Sim Calculation Clipping 3 1 1 4 Edit Calculation Calculation amp Load Z MG83710A MG3740A MG3710A MG3740A Calculation amp Play MG3710A MG3740A
66. Not Use Marker1 Marker2 Marker3 nl 3 5 3 23 PIR BEREZERT 3 1 3 Channel Channel 3 1 3 1 Fading IQproducer for MG3700 File Edit Transfer Setting Simulation Channel Parameter r Channel 1 Parameter r Power Delay Profile WB 000 Fading Profile Default Settine RF Frequency 00000000000 bd Power Delay Profile Sampling Rate 002000000 Is Bandwidth poz M Pattern Leneth 090 mg ST 06000 Delay us Path Fading Type Delay us Power dB Rayleigh 0 0000 0 00 3 1 3 1 Channel 3 24 31 IEEE Channel Channel n parameters n 1 16 X 3 1 3 2 Channel Parameter Channel1 Tx Antenna r Channel 1 Parameter Input File ULRMO122kbpswwi 7 Fading Profile W CDMA BS Case3 120km h RF Frequency Jaoom 7 MHz Sampling Rate hemm
67. Delay Power Path ON OFF Path Rayleigh Rayleigh Rice Constant Rayleigh Rice Constant 0 0000 US 0 0000 2000 0000 0 0001 Path 0 00 dB 80 00 0 00 0 01 31 lE Rician K factor 0 00 dB 40 00 40 00 0 01 Fading Type Rice
68. 3 1 L 6 80 4 2 Fk 1 3 4 1
69. Save Parameter File E Drives Windows C File Name Directories File List BTIQproducer Fading bmp 1xEVDO FWD Hur ien s 1xEVDO RVS ading ini AWON g FadingIGpro Initial xml CCDF Clipping Convert DVB T H Se y C Anritsu IQproducer Fading FFT HSDPA IGproducer LTE sI TF TDD lt Default Root OK Cancel 3 2 1 2 MG3710A MG3740A 3 49 PIR BEREZERT 2 Directories File Name TIL OK Default Root Directories VET 3 2 2 PC 1 File Recall Parameter File 0 O Fading EZ A Data A FadineProfile Tm FadinglGQpro_Initial x
70. xX x x i D c S Es o o O Ch16 Ch15 Ch14 Ch13 Ch12 Ch11 Ch10 0 0 0 0 0 0 0 Ch9 0 0 0 0 0 0 0 Ch9 Ch10 Ch11 Ch12 Ch13 Ch14 Ch15 Ch16 Ch1 Ch2 Ch3 Ch4 Ch5 Ch6 Ch7 Ch8 Ch9 Ch10 Ch11 Ch12 Ch13 Ch14 Ch15 Ch16 B 28 VIRB SE 1 8GPP TS 45 005 V7 9 0 2007 02 Annex C 2 8GPP TS34 121 V8 9 0 2009 12 Annex D 3 3GPP TS25 141 V9 2 0 2009 12 Annex D 4 3GPP2 C S0011 C v2 0 5 3GPP2 C 80010 C v2 0 6 3GPP TS 25 102 V7 7 0 2007 06 Annex B 7 3GPP2 C S0032 A v1 0 8 8 Channel model for HiperLAN 2 in different indoor scenarios ETSI EP BRAN 3ERIO085B March 1998 9 WiMAX Forum Mobile RCT Wave2 2007 12 10 ETSI TR 101 290 V1 2 1 2001 05 11 3GPP TS 36 101 V9 2 0 2009 12 12 3GPP TS 36 141 V9 2 0 2009 12 13 IEC 60489 6 Ed 3 0 1999 B 29 B 30 ee teg E E EE 2X2 MIMO 2 Rx RF MG3700A MG3710A MG3740A Start Frame Trigger
71. Oo Oli TR TOR TN RIM To TN TR wR Rayleigh B 15 fJRB EE AS High correlation B 16 Correlation Matrix 2x2 MIMO B 12 MIMO Mobile WiMAX 9 ITU Pedestrian B 3km h Path 1 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 1468 0 4156i 0 0303 0 70641i 0 298 0 09111i Channel 2 0 1468 0 4156i 1 00000 0 28913 0 11629 0 0308 0 7064i 1 Channel 3 0 0303 0 70641 0 28913 0 11629i 1 00000 0 1468 0 41561 Channel 4 0 29803 0 091 0 0303 0 70641 0 1468 0 41561 1 00000 111 Path 2 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 4467 0 42271 0 4007 0 60731 0 4357 0 10191i Channel 2 0 4467 0 42271 1 00000 0 07771 0 440 0 4007 0 60731 661 Channel 3 0 4007 0 60731 0 07771 0 4406 1 00000 0 4467 0 42271 61 Channel 4 0 4357 0 10191i 0 4007 0 60731 0 4467 0 42271 1 00000 Path 3 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 2906 0 43471 0 6664 0 2621 0 07976 0 3658 2i Channel 2 0 2906 0 4847 1 00000 0 30755 0 2135 0 666440 2621 51 Channel 3 0 6664 0 2621 0 30755 0 213551 1 00000 0 2906 0 43471 Channel 4 0 07976 0 3658 0 6664 0 2621 0 2906 0 43471 1 00000 21 Path 4 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 4273 0 42591 0 6522 0 20881 0 18976 0 3671 Channel 2 0 4273 0 42591 1 00000 0 367
72. 2 1 Master 1 Slave C 1 MG3700A Start Frame Trigger MG3700A Start Frame Trigger C 1 1 10 MHz buffered output 10 MHz reference mm OJ 00 90 o iBB8B9 9 oi MG3700A 1 MG3700A 2 olDBBB o980889 8 Ze mesoWM bh 00000090 0000000 Start Frame Trigger Start Frame Trigger 2 TTL Antenna 1 Antenna 2 C 1 1 MG3700A StarWFrame Trigger Jg 82 6 0MG3700A Zit MG3710A DE MG3700A 1 MG3700A 2 Start Frame Trigger TTL 2 Start Frame Trigger Trigger On Mode Start Delay 0 1
73. Maximum Delay 10 US 17 400 Delay Resolution Path1 Path2 Delay Resolution Delay Resolution Delay Resolution Dwell time Delay 1 US 17 Maximum Delay 1 Path1 Path2 Maximum Delay Delay Resolution Maximum Delay Maximum Delay Dwell time 191 000 ms 0 001 200 000 0 001 Sampling Rate Path1 Path2 31 IEEE Path Alternate setting Path Delay Path Alternate setting Random Random Sequence Random Path1 Path2
74. NN 3 2 3 1 1 E TE 3 2 3 1 2 Common ee 3 8 3 1 3 Channel iiiiiniiiiiiiiiiaiasasananasasasanananann 3 24 Kee 3 1 4 Moving Propagation 3 31 3 1 5 Birth Death propagation 3 33 3 1 6 High Speed Train 3 36 3 1 7 Export File 3 40 3 1 8 Calculation 3 45 3 1 9 Calculation amp Load srei rninn 3 47 3 1 10 Calculation amp Play 3 48 32 OTTO 3 49 3 2 1 IGA S Een E 3 49 3 2 2 3 50 3 3 3 51 3 3 1 1x1 SISO pp 3 51 3 3 2 Moving Propagation i 3 56 3 3 3 Birth Death Propagation 3 61 3 3 4 High Speed Train 3 66 3 3 5 2x2 MIMO 3 7 1 3 4 AWGN Bandwidth 3 79 3 5 w le P EE 3 83 PIR Geen 3 1 3 1 1 N Common Birth Death Propagati
75. 1 RMS Auto Setting Auto Setting RMS RMS 1 RMS 1 Auto Setting RMS RMS 3 42 Output Gain Gain Offset ERT 31 EM 0 0 dB 0 07 10 0 0 1 Output Gain MG3700A MG3710A MG3740A Gain Offset
76. Power dB Moving Speed km h Doppler Frequency HZ Rician K factor dB 4 0 0000 0 2600 0 5210 0 7810 Rayleigh Rayleigh Rayleigh Rayleigh GH 0 00 3 00 6 00 9 00 120 0 120 0 120 0 120 0 220 152 220 152 220 152 220 152 3 3 1 7 Channel 3 68 PIR BEBEZERT 3 54 3 3 3 1 1 W CDMA BS System Configuration Channel Configuration 1x1 SISO Tx Antenna Configuration Input File UL RMC 12 2kbps wvi RF Frequency 1980 MHz Sampling Rate 11 52 MHz Bandwidth 3 84 MHz Repetition 1 Pattern Length 10220 0 ms Channel Setting Fading Profile W CDMA BS Case3 120km h Moving Speed 120 km h Doppler Frequency 220 152 Hz Round Fading Pattern Random Seed 1 Rx Antenna Configuration AWGN AA ZE EE 4 Edit Calculation 4 3 3 1 8 Export File Package Export File Name OK
77. da eT Tz Antenna 1 Rx Antenna 1 3 3 2 1 System Configuration 1x1 SISO 2 Tx Antenna Configuration Input File wv Wavelorm tile 2M oMNOG owns ke FE maah UL AMG 12 Aessen TALDE Torsten tilm mi ar 3 3 2 2 3 56 EE EEN y z RF Frequency 1980 MHz Repetition 1 3 3 2 3 3 3 2 3 Tx Antenna Configuration 3 Channel setting H Select Profile W CDMA BS Moving Propagation 3 3 2 4 8 8 2 5 3 3 2 5 Channel Setting Moving Propagation 3 07 BIZ BEREZERT 4 Rx Antenna Configuration 3 3 2 6 Rx Antenna Configuration Rx Antenna 1 SG Master Slave Sattig us AWON AWON Bardnidh TT M Gm PTT me Pattern Sync Make ho um 3 3 2 6 Rx Antenna Configuration 3 Moving Propagation Path 3 3 2 1 3 3 2 1 Path Moving Propagati
78. 77 MHz Bandwidth Beso MHz Pattern Length Jazz 7 ms 3 1 3 2 Channel Parameter ll Input File Input File Tx Antenna Fading Profile Fading Profile Tx Antenna RF Frequency Tx Antenna Sampling Rate Tx Antenna Bandwidth Tx Antenna 3 25 PIR Geen Path 1 20 3 26 Pattern Length Vi Ok t RU Tx Antenna Path Fading Type
79. Bandwidth B fir WV wvi ASCII1 ASCII2 ASCII3 MG3700A MG8710A MG3740A 1QproducerTM 4 5 6 1000 00000000 MHz 0 25000000 6000 00000000 0 00000001 Tx Antenna 1 Tx Antenna 4 RF Frequency Doppler Frequency N AV SS Al Dt 0 02000000 MHz wvi 0 02000000 160 00000000 MG3740A ASCII1 ASCII2 ASCII3 0 02000000 8 00000000 MG3740A ASCII1 ASCII2 ASCII3 0 00000001 Input File wvi wvi 0 02000000 MHz
80. 2 SG Delay MG3710A MG8740A amp 7 3 8 Start Frame Trigger Start Frame Trigger Waveform Restart MG83710A 2 MG8710A K RF 10 MHz 2 RE RE Phase Adjust Start Frame Trigger MG 3710A 1 X MG 3710A 2 I 1 I lt 1Sampling clock C 2 2 StarWFrame Trigger C 6 Master Slave C2 HZD MG3710A MG3740A Dft MG3710A 1 Master MG3710A 2 Slave ELT
81. 6 Set ES SUN SS Cursor Position 20 0000 1 1 1 1 8 10 12 14 Peak Power Ave Power dB Data Points 163600 dB 00000 100 0000 Ki Full Scale 36 7923 3 4 1 CCDF CCDF Calculation 2 CCDE FFT 3 79 BIZ BEREZERT WB 1 CCDF Quick Add mode Add SR 2 Simulation CCDF b CCDF
82. Omega 0 04 Hz 0 007 1 00 0 01 31 BEER 3 1 5 Birth Death propagation Birth Death Propagation System Configuration 1x1 SISO Fading Profile Birth Death Propagation Birth Death Propagation 2 Birth Death Propagation 3 1 5 1 D I Fadine IQproducer for MG3700 File Edit Transfer Setting Simulation d m e Ga X ud db D Common Birth Death Propagation n R RR n R Birth Death Propagation Path Power dB _ Maximum Delay us Delay Resolution us Dwell time ms 1 0 00 10 191 000 2 0 00 10 1 191 000 Path Alternate Setting Random gt Element Path Delay usl 4 3 1 5 1 Birth Death Propagation 3 33 PIR Geen 3 34 Birth Death Propagation Power Path 0 00 dB 80 00 0 00 0 01 Maximum Delay
83. T D FO RBW 100Hz VBW 10 Reference Level Pos amp Neg 100 Center 2 000 000 000GHz U T S D E 5 I m cr d Spectrum Analyzer Reference Level 10 00dBm Pos amp Neg Center 2 000 000 000GHz Span 50 00kHz Trace Write D 1 8 Rice with Rounded D 2 MG8700A MG3710A UL RMC 12 2kbps D 2 1 D 2 1 System Configuration Channel Configuration 1x1 SISO Tx Antenna Configuration Tx Antenna 1 RF Frequency 2000 00000000 MHz Sampling Rate 11 52 MHz Repetition 1 Pattern Length 10220 ms Channel Setting Channel 1 Moving Speed 2 3 50 120 250 583 km h Doppler Frequency 4 262
84. Correlation Matrix Kronecker Correlation Matrix Save File Path Correlation Matrix CSV Recall File CSV Correlation Matrix Copy To All Paths Path Path 3 29 BIZ Geen Power Delay Profile Power Delay Profile Delay Power U Path Full Scale Path Full Scale 3 1 3 6 Power Delay Profile Bd 3 1 3 7 3 1 3 8 di A BERI 3 1 3 8 3 30 31 BEER 3 1 4 Moving Propagation Moving Propagation System Configuration 1x1 SISO Fading Profile Moving Propagation
85. Rayleigh Model C Moving Speed 10 8 km h Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh lolalolnl rlowolrl re Model D Rayleigh Moving Speed 10 8 km h n Rayleigh n n Rayleigh n N Rayleigh ja CD Rayleigh LA N Rayleigh n u Rayleigh m Rayleigh m 1 Rayleigh m Oo Rayleigh B 13 VIRB SE B 10 WLAN 8 Fading Profile Delay us Power dB Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh 1 2 3 4 5 6 7 8 9 Model E Rayleigh Moving Speed 10 8 km h Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh B 14 Fading Profile TTU Pedestrian B Moving Speed 3 km h B 11 Mobile WiMAX 9 Rayleigh VIRB SE Delay us Power dB Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh ITU Vehicular A Moving Speed 60 km h Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Large delay spread channel Moving Speed 120 km h Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh
86. SG Master Slave Setting Netus J AWGN AWGN Bandwidth mm ha C N 0 00 dB Marker 1 Marker 2 Marker 3 Pattern Sync Marker Notus s 3 1 2 2 20 Rx Antenna Configuration SG Master Slave Setting AWGN SIMO MIMO SG Master Slave Not Use Not Use Master Slave Slavel Slave3 SG C AWGN ON OFF AWGN AWGN Bandwidth AWGN 0 01000000 MHz 0 01000000 Sampling Rate 2 0 00000001 31 lE C N C N 0 00 dB 40 00 40 00 0 01 Marker1 3 31 XT Pattern Sync Marker Ve Pattern Sync Marker HE Not Use
87. wem m mm mm mm em mm em mm IQ Data for each Rx Antenna Te E E B 4 c MG3700A MG37 10A MG3740A 1 1 1 AIX PME d TM I IQproducer 1 e mone nar m mt m t I E 1 Lech A i 1 IQ Data for IQ Data for I Tx Antenna 1 Tx Antenna 2 ge i n9 S Y CES I ifa 1 1 l 1 1 1 1 1 1 1 l 1 A l d Rx Antenna1 Rx Antenna2 Fading IQproducer V V IQ Data for Rx Antenna 2 Receiver IQ Data for Rx Antenna 1 pm mm M M o Le LLL rm mem mm pm rm mm CT EE y MG3700AMG3710A MG3700AMG3710A MG3740A 1 MG3740A 2 d 4 Bt ee eg e Je Zeg del Jee eg em e em e JL ID N Rx Antenna1 N Rx Antenna2 R Receiver 1 1 2 2x2MIMO D 1 2 1 2 1 MG3700A MX370107A MG3710A 7 2 infin 245 MG3740A 256 M sample 512 M sample 1 64 M sampl
88. 2 WB MG8700A 3 5 2 4 Edit A MG3710A MG3740A 7 8 5 Select hr 7 EH k MG3700A 4 MG3710A 7 8 5 Select ni MG3740A 2N a E QproducerW Transfer amp Setting Panel Simulation amp Utility Transfer amp
89. 3 1 2 2 7 2x3 MIMO 2x4 MIMO 2 4 Channel configuration 2x4 MIMO 3 1 2 2 8 4 Rx 4 T Rx waan Channel VS oe tf Tx Antenna 1 Rx Antenna 1 5 m Ska 8 Tx Antenna 2 Rx Antenna 2 Cf ka Rx Antenna 3 G ka Rx Antenna 4 3 1 2 2 8 2x4 MIMO 3 13 BIZ BEREZERT 3x1 MISO 3 Channel configuration 3x1 MISO 3 1 2 2 9 Ri Tx Rx AWGN Channel Y Tx Antenna 1 Rx Antenna 1 Tx Antenna 2 5 Tx Antenna 3 3 1 2 2 9 3x1 MISO 3x2 MIMO 8 2 Channel configuration 3x2 MIMO 3 1 2 2 10 ld E 2 Rx 2
90. MG3700A UL_RMC_12 2kbps W CDMA BS High Speed Train 3 66 lt gt 1 2 Common HD 1 System Configuration Channel Configuration 1x1 SISO Fa T Rs AWON Chamel Za im eT Tz Antenna 1 Rx Antenna 1 3 3 4 1 System Configuration 1x1 SISO 2 Tx Antenna Configuration Input File wvi SECH E mie Svs Red a F C EF maah UL AMG 12 2khgs mv Kar ueni m ie md D 3 3 4 2 A BN EEE RF Frequency 1980 MHz Repetition 1 3 3 4 3 3 3 4 3 Tx Antenna Configuration 3 Channel setting H Select Profile W CDMA BS High Speed Train Scenario1 3 3 4 4 3 3 4 5 3 3 4 5 Channel Setting High
91. Master Slave Start Frame Trigger Slave MG3710A Master Delay 0 RET 1 Frame Master Slave C 2 3 Master SG Master Slave Setting Master Pattern Sync Marker Markerl 3 8lave SG Master Slave Setting Slave r Rx Antenna Configuration Rx Antenna 1 Rx Antenna 2 M r P P Pun SG Master Slave Setting Master E Marker 1 Pattern Sync Marker Marker 2 Uplink Subfame Pulse 7 Marker 3 RF Gate Pattern Sync Marker Marker1 F i C 2 3 Master Ek C JC 82 MG3700A Zit MG3710A OZ C 2 4 C 2 5 2 SG Master Slave Start Frame Trigger Master Patte
92. Rx Antenna4 4x1 MISO Tx Antennal Rx Antennal OE 4x2 MIMO Tx Antenna1 Rx Antennal DW Tx Antenna2 Rx Antenna 4x3 MIMO Tx Antennal Rx Antennal Tx Antenna Rx Antenna2 Tx Antenna3 Rx Antenna3 4x4 MIMO Tx Antenna1 Rx Antennal Tx Antenna Rx Antenna2 Tx Antenna3 Rx Antenna3 Tx Antenna
93. Setting Panel LAN MG3700A MG3710A 7 bl 4 r MG3740A TQproducerTM 4 6 Transfer amp Setting Panel BAX BEL DRHTE 4 6 A B C D PTER A 1 B 1 MG3700A 10A 40A C 1 kiki D 1 ITER fF II A 1 x ni Da The Setting value is out of range s x n nz s RA s x nibb5ns Cannot write file Cannot read file Cannot open file
94. Tz Antenna 1 Rx Antena 1 3 3 3 1 System Configuration 1x1 SISO 2 Tx Antenna Configuration Input File wv che ie 00 294 nim O W COMAIBS Px test 2r4 s ti JUL pe 12 tpt e mo 1 MID 3 3 3 2 3 61 BIZ B a RF Frequency 1980 MHz Repetition 1 3 3 3 3 3 3 3 3 Tx Antenna Configuration 3 Channel setting Select Profile W CDMA BS Birth Death Propagation 3 3 3 4 3 3 3 5 3 3 3 5 Channel Setting Birth Death Propagation 3 62 A3 BN EEF 4 Rx Antenna Configuration K 8 8 8 6 Fx Antenna Configuration Re Antenna 1 SG Master Slave Setting Us AWGN AWGN Bandwdn OOO qM om Pm ei Marke 1 Frane Glock 3 3 3 6 Rx Antenna Configuration 3 Birth Death Propagation Path 3 3 3 1 3 3 3 1 Path Birth Death Propagation Po
95. 0 00000 421 Channel 2 0 00000 1 00000 0 00000 0 28569 0 4104 21 Channel 3 0 28569 0 410 0 00000 1 00000 0 00000 421 Channel 4 0 00000 0 28569 0 410421 0 00000 1 00000 Path6 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 0000 0 0000 0 31838 0 421 0 0000 311 Channel 2 0 0000 1 0000 0 0000 0 31838 0 4213 11 Channel 3 0 31838 0 421 0 0000 1 0000 0 0000 311 Channel 4 0 0000 0 31838 0 421311 0 0000 1 0000 B 21 VIRB SE B 13 DVB T 10 Fading Profile Delay us Power dB Rayleigh Rayleigh Rayleigh Typical Urban TU6 Rayleigh Rayleigh Rayleigh Rice Rayleigh Rayleigh Typical Rural Area RA6 Rayleigh Rayleigh 1 2 3 4 5 6 1 2 3 4 5 6 Rayleigh B 22 fJRB EE AS B 14 LTE MS BS 11 12 Fading Profile Type Delay us Power dB Rayleigh 0 00 0 0 Rayleigh 0 03 1 0 Rayleigh 0 07 2 0 Rayleigh 0 09 3 0 Rayleigh 0 11 8 0 Rayleigh 0 19 17 2 Rayleigh 0 41 20 8 Rayleigh 0 00 0 0 Rayleigh 0 03 1 5 Rayleigh 0 15 1 4 Rayleigh 0 31 3 6 Rayleigh 0 37 0 6 Rayleigh 0 71 9 1 Rayleigh 1 09 7 0 Rayleigh 1 73 Rayleigh 2 51 Rayleigh 0 00 Rayleigh 0 05 Rayleigh 0 12 Rayleigh 0 20 Rayleigh 0 23 Rayleigh 0 50 Rayleigh 1 6 Rayleigh 2 3 Rayleigh 5 0 High Speed Train 3 1 6 High Speed Train Extended Pedestrian A EPA Extended Vehicular A EVA
96. 0 4 Rayleigh 0 6 Rayleigh 0 8 Rayleigh 2 0 Rayleigh 2 4 Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh VIRB SE B 1 GSM 1 Fading Profile Type Delay us Power dB Rayleigh 0 0 0 0 Rayleigh 0 1 1 5 Rayleigh 0 3 4 5 Rayleigh 0 5 7 5 Rayleigh 15 0 8 0 Rayleigh 17 2 17 7 Rayleigh 0 0 0 0 Rayleigh 0 2 2 0 Rayleigh 0 4 4 0 Rayleigh 0 6 7 0 Rayleigh 6 0 Hilly Terrain 6 tap 1 Moving Speed 100 km h Hilly Terrain 6 tap 2 Moving Speed 100 km h Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Urban Area 12 tap 1 Rayleigh Moving Speed 100 km h Rayleigh Rayleigh 1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6 7 8 9 Rayleigh n Rayleigh n n Rayleigh nm N Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Urban Area 12 tap 2 Rayleigh Moving Speed 100 km Rayleigh Rayleigh olola laoala a lvl Rayleigh Rayleigh Rayleigh Rayleigh B 2 Fading Profile Urban Area 6 tap 1 Moving Speed 100 km h B 1 GSM 1 Rayleigh VIRB SE Delay us Power dB Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Urban Area 6 tap 2 Moving Speed 100 km h Rayleigh Rayleigh Rayleig
97. 1 0 8894 0 9883 0 8587 0 9542 Ch5 0 9542 0 8587 0 9883 0 8894 1 0 8999 0 9883 0 8894 Ch6 0 8587 0 9542 0 8894 0 9883 0 8999 1 0 8894 0 9883 Ch7 0 8999 0 8099 0 9542 0 8587 0 9883 0 8894 1 0 8999 Ch8 0 8099 0 8999 0 8587 0 9542 0 8894 0 9883 0 8999 1 R_medi Ch1 Ch2 Ch3 Ch4 Ch5 Ch6 Ch7 Ch8 T Chi 1 0 9 0 8748 0 7873 0 5856 0 5271 0 3 0 27 Ch2 0 9 1 0 7878 0 8748 0 5271 0 5856 0 27 0 8 Ch3 0 8748 0 7878 1 0 9 0 8748 0 7873 0 5856 0 5271 Ch4 0 7873 0 8748 0 9 1 0 7873 0 8748 0 5271 0 5856 Ch5 0 5856 0 5271 0 8748 0 7873 1 0 9 0 8748 0 7873 Ch6 0 5271 0 5856 0 7873 0 8748 0 9 1 0 7873 0 8748 Ch7 03 0 27 0 5856 0 5271 0 8748 0 7873 1 0 9 Ch8 0 27 0 3 0 5271 0 5856 0 7873 0 8748 0 9 1 R low Ch1 Ch2 Ch3 Ch4 Ch5 Ch6 Ch7 Ch8 Ch1 1 0 0 0 0 0 0 0 Ch2 0 1 0 0 0 0 0 0 Ch3 0 0 1 0 0 0 0 0 Ch4 0 0 0 1 0 0 0 0 Ch5 0 0 0 0 1 0 0 0 Ch6 0 0 0 0 0 1 0 0 Ch7 0 0 0 0 0 0 1 0 Ch8 0 0 0 0 0 0 0 1 B 25 SS Ei B VIRB SE R_high B 26 B 15 MIMO LTE 11 12 Correlation Matrix 4x4 MIMO Ch1 Ch2 Ch3 Ch4 Ch5 Ch6 Ch7 Ch8 Ch1 1 0 9882 0 9541 0 8999 0 9882 0 9767 0 943 0 8894 Ch2 0 9882 1 0 9882 0 9541 0 9767 0 9882 0 9767 0 943 Ch3 0 9541 0 9882 1 0 9882 0 943 0 9767 0 9882 0 97
98. 3 1 7 2 Export File 2 TD Epot pa FECOSNFIERTTOCCDSYSONERC Peckaee Full Path Fi su adneYData Export File Maps Rx Antenna 1 V Rx Antenna Rx Aamss Soine RMS Ve C Outpt Gein I Auto Setting FT H 157 Comment Ier Freguencyzt 000 00000000 MHz EWON OFF Axi RE Rd E Gel 3 1 7 3 Export File 3 3 41 BIZ BEREZERT y Rx Antenna nana aal 3 1 7 4 Export File 4 Scaling RMS Value RMS Output Gain 0 0 dB 10 0 dB RMS Value RMS 1157 17 1634
99. Pattern Sync Marker Marker 2 Uplink Subframe Pulse Marker 3 RF Gate 1 I Pattern Sync Marker Markerl zl C 1 3 Master C 1 4 C 1 5 2 SG Master Slave Start Frame Trigger Master H Pattern Sync Marker Start Frame Trigger EE MG3700A J 3 5 4 10 MHz buffered output 10 MHz reference input MG3700A 1 MG3700A 2 o Master AUX Input Output Connector 1 Start Frame Trigger Antenna 1 Antenna 2 DUT C 1 4 MG3700A MasterSlave C 3 Ek JC 82 0MG3700A 7 3 MG3710A DE MG 3700A 1 1 1 1 1 EU 1 Start Frame Trigger 1 MG 3700A 2 1 I 1 1 I 1 1 I 1 kl Le lt 1 Sampling cl
100. e Rx Antenna 2 T E E Tx Antenna 3 EX Rx Antenna 3 Am sr Rx Antenna 4 3 1 2 2 12 3x4 MIMO 4x1 MISO 4 Channel configuration 4x1 MISO 3 1 2 2 13 SR ax Rx AWGN Channel v ES B Tx Antenna 1 Rx Antenna 1 2 Tx Antenna 2 Tx Antenna 3 4 Tx Antenna 4 3 1 2 2 13 4x1 MISO 4x2 MIMO 4 2 Channel configuration 4x2 MIMO 3 1 2 2 14 ld E ET 2 Rx 2 3 15 BIZ Geen 3 16 Tx Channel 1 Tx Antenna 1 2 Tx Antenna 2 e a t Tx Antenna 3 7 K Tx Antenna 4 AWGN a gt TL e Rx Antenna 1 e T Rx Antenna 2 3 1 2 2 14 4x2 MIMO 4x3 MIMO 4 3 Channel configuration 4x3 MIMO 3 1 2 2 15
101. 0 0 39066 0 353471 0 00000 1 00000 Path6 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 00000 0 33153 0 410 0 00000 781 Channel 2 0 00000 1 00000 0 00000 0 33153 0 4107 81 Channel 3 0 33153 0 410 0 00000 1 00000 0 00000 781 Channel 4 0 00000 0 33153 0 410781 0 00000 1 00000 Correlation Matrix 2x2 MIMO High correlation VIRB SE B 12 MIMO Mobile WiMAX 9 ITU VehicularA 60km h Large delay spread channel Path 1 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 2366 0 43121 0 6883 0 12111i 0 21507 0 268 141 Channel 2 0 2366 0 43121 1 00000 0 11063 0 3254 0 6883 0 1211i 4i Channel 3 0 6883 0 12111 0 11063 0 3254 1 00000 0 2366 0 43121 4i Channel4 0 21507 0 268 0 6883 0 12111 0 2366 0 43121 1 00000 141 Path 2 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 1888 0 23431 0 3508 0 59261 0 09016 0 1644 5i Channel 2 0 1388 0 23431 1 00000 0 1875 0 0000 0 3508 0 59261 61 Channel 3 0 8508 0 59261i 0 18754 0 0000 1 00000 0 1388 0 23431 61 Channel 4 0 09016 0 1644 0 3508 0 59261 0 1388 0 23431 1 00000 5i Path 3 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 6443 0 3651 0 3884 0 56041 0 0457 0 5028 3i Channel2 0 6443 0 365i 1 00000 0 4547940 219 0 3884 0 56041 31 Channel 3 0 3884 0 56041 0 45479 0 21931 1 00000 0 6443 0 3
102. 0 11063 j 0 32544 0 68830 j 0 12110 Channel 3 0 68830 j0 12110 0 11063 j 0 32544 1 0 23660 j 0 43120 Channel 4 0 21507 j 0 26814 0 68830 j0 12110 0 23660 j 0 43120 1 Correlation Matrix OK Cancel 3 1 3 4 Correlation Matrix 2x2 MIMO 31 BEER System Configuration System Configuration 3 1 3 1 System configuration 1x2 SIMO 2x1 MISO 2x2 1x3 SIMO 3x1 MISO 3X3 1x4 SIMO 4x1 MISO 2x2 14X4 MIMO 2x3 MIMO 3x2 MIMO 6x6 2x4 MIMO 4x2 MIMO 8x8 3x3 MIMO 9x9 3x4 MIMO 4x3 MIMO 12X12 4x4 MIMO 16x16 Correlation Matrix Ed 3 1 8 5 Input Complex Data x Input Complex Data 0 00000 j 0 0000 3 1 3 5 Kronecker Method Kronecker Method ON OFF Tx Correlation Matrix Rx
103. 0 9767 0 9882 0 9767 0 943 Ch11 0 9541 0 9882 1 0 9882 0 943 0 9767 0 9882 0 9767 Ch12 0 8999 0 9541 0 9882 1 0 8894 0 943 0 9767 0 9882 Ch13 0 9882 0 9767 0 943 0 8894 1 0 9882 0 9541 0 8999 Ch14 0 9767 0 9882 0 9767 0 943 0 9882 1 0 9882 0 9541 Ch15 0 943 0 9767 0 9882 0 9767 0 9541 0 9882 1 0 9882 Ch16 0 8894 0 943 0 9767 0 9882 0 9541 0 9882 1 0 8999 R medium B 15 MIMO LTE 11 12 Correlation Matrix 4x4 MIMO fJ RB EE AS Ch1 Ch2 Ch3 Ch4 Ch5 Ch6 Ch7 Ch8 Ch1 1 0 9882 0 9541 0 8999 0 8747 0 8645 0 8347 0 7872 Ch2 0 9882 1 0 9882 0 9541 0 8645 0 8747 0 8645 0 8347 Ch3 0 9541 0 9882 1 0 9882 0 8347 0 8645 0 8747 0 8645 Ch4 0 8999 0 9541 0 9882 1 0 7872 0 8347 0 8645 0 8747 Ch5 0 8747 0 8645 0 8347 0 7872 1 0 9882 0 9541 0 8999 Ch6 0 8645 0 8747 0 8645 0 8347 0 9882 1 0 9882 0 9541 Ch7 0 8347 0 8645 0 8747 0 8645 0 9541 0 9882 1 0 9882 Ch8 0 7872 0 8347 0 8645 0 8747 0 8999 0 9541 0 9882 1 Ch9 0 5855 0 5787 0 5588 0 527 0 8747 0 8645 0 8347 0 7872 Ch10 0 5787 0 5855 0 5787 0 5588 0 8645 0 8747 0 8645 0 8347 Ch11 0 5588 0 5787 0 5855 0 5787 0 8347 0 8645 0 8747 0 8645 Ch12 0 527 0 5588 0 5787 0 5855 0 7872 0 8347 0 8645 0 8747 Ch1
104. 000 1 00000 0 0000 0 02201 0 513 B 13i Channel3 0 02201 0 5131 0 00000 1 00000 0 00000 31 Channel 4 0 00000 0 02201 40 5131 0 00000 1 00000 31 Path2 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 0000 0 0000 0 29107 0 4411 0 0000 ER Channel 2 0 0000 1 0000 0 0000 0 29107 0 4411 ER Channel 3 0 29107 0 441 0 0000 1 0000 0 0000 141 Channel 4 0 0000 0 29107 0 441141 0 0000 1 0000 Path3 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 00000 0 48407 0 190 0 00000 321 Channel 2 0 00000 1 00000 0 00000 0 48407 0 1903 21 Channel 3 0 48407 0 190 0 00000 1 00000 0 00000 321 Channel 4 0 00000 0 48407 0 190321 0 00000 1 00000 B 17 VIRB SE Low correlation B 18 Path4 B 12 MIMO Mobile WiMAX 9 Correlation Matrix 2x2 MIMO Channel 1 Channel 2 ITU Pedestrian B 3km h Channel 3 Channel 4 Channel 1 1 00000 0 00000 0 47376 0 151 671 0 00000 Channel 2 0 00000 1 00000 0 00000 0 47376 0 1516 Ti Channel 3 0 47376 0 151 671 0 00000 1 00000 0 00000 Channel 4 0 00000 0 47376 0 151671 0 00000 1 00000 Path5 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 00000 0 39066 0 353 471 0 00000 Channel 2 0 00000 1 00000 0 00000 0 39066 0 3534 7 Channel 3 0 89066 0 353 0 00000 1 00000 0 00000 471 Channel 4 0 0000
105. 0000 0 7264 Channel 3 0 7264 0 00000 1 00000 0 00000 Channel 4 0 00000 0 7264 0 00000 1 00000 Low Path1 Channel 1 Channel 2 Channel 3 Channel 4 correlation Channel 1 1 00000 0 00000 0 49998 0 0879 0 00000 7 Channel 2 0 00000 1 00000 0 00000 0 49998 0 0877 971 Channel 3 0 49998 0 0879 0 00000 1 00000 0 00000 7 Channel 4 0 00000 0 49998 0 0879 0 00000 1 00000 71 Path2 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 00000 0 25482 0 430 0 00000 461 Channel 2 0 00000 1 00000 0 00000 0 25482 0 4304 61 Channel 3 0 25482 0 430 0 00000 1 00000 0 00000 461 Channel 4 0 00000 0 25482 0 430461 0 00000 1 00000 Path3 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 00000 0 28213 0 4070 0 00000 7 Channel 2 0 00000 1 00000 0 00000 0 28213 0 407 071 Channel 3 0 28213 0 4070 0 00000 1 00000 0 00000 Ti Channel 4 0 00000 0 28213 0 4070 0 00000 1 00000 B 20 71 Correlation Matrix 2x2 MIMO Low correlation VIRB SE B 12 MIMO Mobile WiMAX 9 ITU Vehicular A 60km h Large delay spread channel Path4 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 0000 0 0000 0 18794 0 4935 0 0000 91 Channel 2 0 0000 1 0000 0 0000 0 13794 0 493 591 Channel 3 0 13794 0 4935 0 0000 1 0000 0 0000 91 Channel 4 0 0000 0 13794 0 4935 0 0000 1 0000 91 Path5 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 00000 0 28569 0 410
106. 10 0 133 km h Moving Speed 133 km h Case6 1 Rayleigh 0 0 0 0 192 km h Moving Speed 192 km h 250 km h Moving Speed 250 km h Rayleigh 0 26 EL 345 km h Moving Speed 345 km h 3 Rayleigh 0 521 6 0 583 km h Moving Speed 583 km h 688 km h Moving Speed 688 km h 4 Rayleigh 0 781 9 0 Case8 1 Rayleigh 0 0 0 0 23 km h Moving Speed 23 km h R 30 km h Moving Speed 30 km h 41 km h Moving Speed 41 km h i 2 Rayleigh 0 976 10 0 71 km h Moving Speed 71 km h 80 km h Moving Speed 80 km h Fading Profile TTU Pedestrian A 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h 4 1 km h Moving Speed 4 1 km h 7 km h Moving Speed 7 km h 8 km h Moving Speed 8 km h B 4 HSDPA 2 Rayleigh VIRB SE Delay us Power dB Rayleigh Rayleigh Rayleigh ITU Pedestrian B 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h 4 1 km h Moving Speed 4 1 km h 7 km h Moving Speed 7 km h 8 km h Moving Speed 8 km h Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh ITU Vehicular A 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h 4 1 km h Moving Speed 4 1 km h 7 km h Moving Speed 7 km h 23 km h Moving Speed 23 km h 30 km h Moving Speed 30 km h 41 km h Moving Speed 41 km h 71 km h Moving Speed 71 km h 80 km h Moving Speed 80 km h 9
107. 2 km h Moving Speed 92 km h 120 km h Moving Speed 120 km h 166 km h Moving Speed 166 km h 282 km h Moving Speed 282 km h 320 km h Moving Speed 320 km h Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh VIRB E AE B 5 HSUPA 3 Fading Profile Path Type Delay us Power dB Case1 1 Rayleigh 0 0 0 0 2 3 km h Moving Speed 2 3 km h ME 3 km h Moving Speed 3 km h 4 1 km h Moving Speed 4 1 km h 7 km h Moving Speed 7 km h 2 Rayleigh 0 976 10 0 8 km h Moving Speed 8 km b Case2 1 Rayleigh 0 0 0 0 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h Rayleigh I ton 4 1 km h Moving Speed 4 1 km h 7 km h Moving Speed 7 km h 3 Rayleigh 20 0 0 8 km h Moving Speed 8 km h Case3 1 Rayleigh 0 0 0 0 92 km h Moving Speed 92 km h 120 km h Moving Speed 120 km h Z Rayleigh 166 km h Moving Speed 166 km h 3 Rayleigh 0 521 6 0 280 km h Moving Speed 280 km h 320 km h Moving Speed 320 km h 4 Rayleigh 0 781 9 0 Case4 1 Rayleigh 0 0 0 0 192 km h Moving Speed 192 km h 250 km h Moving Speed 250 km h Z EEN 345 km h Moving Speed 345 km h 3 Rayleigh 0 521 6 0 583 km h Moving Speed 583 km h i 668 km h Moving Speed 668 km h 4 Rayleigh 0 781 9 0 ITU Pedestrian A 1 Rayleigh 0 0 0 0 2 3 km h Moving Speed 2 3 km h 3 km h
108. 3 10 5 8 5 5 3 0 5 2 4 5 Peak Power Avg Power dB D 2 10 Moving Speed 583 km h D 11 VIRD D 12 A xh DWR B 22 Wed AFIR Dwell ta36 iecit reete trenes 3 34 E isi SIS EE EE 3 51 EE T RR sa TEV DO atar aaa B 11 Export EE 3 40 a F 2x9 MIMO KEK 3 71 Fading Profile gue 3 20 3 25 Fading Type ecce ir tret nre ear 3 26 FT 3 81 A UL D 3 D 5 EE 3 32 5 Angle of Arrival TEE 3 27 GSM ee B 1 Auto Setting 3 42 i AWGN tee 3 22 EE Ende Se AWGN Bandwidth LLL 3 29 er ge B 6 I B D E E 3 32 VE Bandwidth 3 18 3 25 un Birth Death propagation c 3 33 MEN Birth Death Propagation 3 33 3 61 Duo M R C M CIN 3 23 Caleulation amp Load 3 47 Markeri E 3 23 A O Master Slave s C 3 C 7 ma n SE MU MEN MAN Maximum Delay eee 3 34 Calculation im 3 45 CCDF 3 79 Maximum Doppler Frequency 3 39 p S Mobile WAMAX Lik B 15 CDMA2000 Ne B 9 Moving Propagation 3 31 3 56 Channel cii etti eoe einen 3 24 Moving Speed
109. 3 0 3 0 2965 0 2862 0 27 0 5855 0 5787 0 5588 0 527 Ch14 0 2965 0 3 0 2965 0 2862 0 5787 0 5855 0 5787 0 5588 Ch15 0 2862 0 2965 0 3 0 2965 0 5588 0 5787 0 5855 0 5787 Ch16 0 27 0 2862 0 2965 0 3 0 527 0 5588 0 5787 0 5855 Ch9 Ch10 Ch11 Ch12 Ch13 Ch14 Ch15 Ch16 Ch1 0 5855 0 5787 0 5588 0 527 0 3 0 2965 0 2862 0 27 Ch2 0 5787 0 5855 0 5787 0 5588 0 2965 0 3 0 2965 0 2862 Ch3 0 5588 0 5787 0 5855 0 5787 0 2862 0 2965 0 3 0 2965 Ch4 0 527 0 5588 0 5787 0 5855 0 27 0 2862 0 2965 0 3 Ch5 0 8747 0 8645 0 8347 0 7872 0 5855 0 5787 0 5588 0 527 Ch6 0 8645 0 8747 0 8645 0 8347 0 5787 0 5855 0 5787 0 5588 Ch7 0 8347 0 8645 0 8747 0 8645 0 5588 0 5787 0 5855 0 5787 Ch8 0 7872 0 8347 0 8645 0 8747 0 527 0 5588 0 5787 0 5855 Ch9 1 0 9882 0 9541 0 8999 0 8747 0 8645 0 8347 0 7872 Ch10 0 9882 1 0 9882 0 9541 0 8645 0 8747 0 8645 0 8347 Ch11 0 9541 0 9882 1 0 9882 0 8347 0 8645 0 8747 0 8645 Ch12 0 8999 0 9541 0 9882 1 0 7872 0 8347 0 8645 0 8747 Ch18 0 8747 0 8645 0 8347 0 7872 1 0 9882 0 9541 0 8999 Ch14 0 8645 0 8747 0 8645 0 8347 0 9882 1 0 9882 0 9541 Ch15 0 8347 0 8645 0 8747 0 8645 0 9541 0 9882 1 0 9882 Ch16 0 7872 0 8347 0 8645 0 8747 0 9541 0 9882 1 0 8999 B 27 K B fJRB EE AS IS S qe UI H Q LO S e Ve Q
110. 4 Rx Antenna4 35 ec Marker Setting Pattern Sync Marker X 3 5 1 100 Samples Pattern Sync Marker 0 RF i a HE L 3 5 1 Pattern Sync Marker RF 3 85 BIZ BEREZERT 3 86 PIE Ee DRITE 4 1 MG3700A MG3710A MG3740A kk 4 2 4 1 1
111. 61 0 1885 0 6522 0 2088i 51 Channel 3 0 6522 0 2088i 0 36761 0 188551 1 00000 0 4273 0 42591 Channel 4 0 18976 0 3671 0 6522 0 20881 0 4273 0 42591 1 00000 Path 5 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 7026 0 33951 0 5378 0 48661 0 21266 0 5244 71 Channel 2 0 7026 0 33951 1 00000 0 54306 0 15931 0 5378 0 48661 Channel 3 0 537840 48661 0 54306 0 1593i 1 00000 0 7026 0 33951 Channel 4 0 21266 0 5244 0 5378 0 48661 0 7026 0 33951 1 00000 Ti fJRB FP YRIULETFIL OREKA B 12 MIMO Mobile WiMAX 9 Correlation Matrix 2x2 MIMO ITU Pedestrian B 3km h High _ Path 6 Channel 1 Channel 2 Channel 3 Channel 4 correlation Channel 1 1 00000 0 45 0 4222 1 0 4564 0 56551 0 44413 0 0617 81 Channel 2 0 45 0 422i 1 00000 0 03337 0 447 0 4564 0 5655i 171 Channel 3 0 4564 0 5655i 0 03337 0 4471 1 00000 0 45 0 42221 71 Channel 4 0 44413 0 0617 0 4564 0 5655i 0 45 0 42221 1 00000 amp Medium Path 1 6 Channel 1 Channel 2 Channel 3 Channel 4 correlation Channel 1 1 00000 0 00000 0 7264 0 00000 Channel 2 0 00000 1 00000 0 00000 0 7264 Channel 3 0 7264 0 00000 1 00000 0 00000 Channel 4 0 00000 0 7264 0 00000 1 00000 Low Path1 Channel 1 Channel 2 Channel 3 Channel 4 correlation Channel 1 1 00000 0 00000 0 02201 0 5181 0 00000 31 Channel 2 0 00
112. 651 Channel 4 0 0457 0 5028 0 388440 56041 0 6443 0 3651 1 00000 3i Path 4 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 36240 4331i 0 1899 0 67951 0 36304 0 163 731 Channel 2 0 362 0 43311 1 00000 0 22555 0 3282 0 1899 0 6795i 31 Channel 3 0 1899 0 67951 0 22555 0 32823i 1 00000 0 362 0 4331i Channel 4 0 36304 0 163 0 1899 0 67951 0 362 0 43311 1 00000 731 Path 5 Channel 1 Channel 2 Channel 3 Channel 4 Channel 1 1 00000 0 7074 0 38721 0 3933 0 565i1 0 46874 0 2670 61 Channel 2 0 7074 0 33721 1 00000 0 0877 0 53231 0 3933 0 5651 Channel 3 0 3933 0 5651 0 0877 0 5323i 1 00000 0 7074 0 3872i Channel 4 0 46874 0 2670 0 3933 0 5651 0 7074 0 33721 1 00000 61 B 19 VIRB SE Correlation Matrix 2x2 MIMO B 12 MIMO Mobile WiMAX 9 ITU VehicularA 60km h Large delay spread channel High Path 6 Channel 1 Channel 2 Channel 3 Channel 4 correlation i Channel 1 1 00000 0 4405 0 4238i 0 4383 0 581 0 43888 0 0697 41 Channel 2 0 4405 0 42381 1 00000 0 05273 0 441 0 4383 0 581 241 Channel 3 0 4383 0 581 0 05273 0 4412 1 00000 0 4405 0 4238i 41 Channel 4 0 43888 0 0697 0 4383 0 581 0 4405 0 42381 1 00000 4i Medium Path 1 6 Channel 1 Channel 2 Channel 3 Channel 4 correlation Channel 1 1 00000 0 00000 0 7264 0 00000 Channel 2 0 00000 1 00000 0 0
113. 67 Ch4 0 8999 0 9541 0 9882 1 0 8894 0 943 0 9767 0 9882 Ch5 0 9882 0 9767 0 943 0 8894 1 0 9882 0 9541 0 8999 Ch6 0 9767 0 9882 0 9767 0 943 0 9882 1 0 9882 0 9541 Ch7 0 943 0 9767 0 9882 0 9767 0 9541 0 9882 1 0 9882 Ch8 0 8894 0 943 0 9767 0 9882 0 8999 0 9541 0 9882 1 Ch9 0 9541 0 943 0 9105 0 8587 0 9882 0 8999 0 9541 0 9882 Ch10 0 943 0 9541 0 943 0 9105 0 9767 0 9882 0 9767 0 943 Ch11 0 9105 0 943 0 9541 0 943 0 943 0 9767 0 9882 0 9767 Ch12 0 8587 0 9105 0 943 0 9541 0 8894 0 943 0 9767 0 9882 Ch13 0 8999 0 8894 0 8587 0 8099 0 9541 0 943 0 9105 0 8587 Ch14 0 8894 0 8999 0 8894 0 8587 0 943 0 9541 0 943 0 9105 Ch15 0 8587 0 8894 0 8999 0 8894 0 9105 0 943 0 9541 0 943 Ch16 0 8099 0 8587 0 8894 0 8999 0 8587 0 9105 0 943 0 9541 Ch9 Ch10 Ch11 Ch12 Ch13 Ch14 Ch15 Ch16 Ch1 0 9541 0 943 0 9105 0 8587 0 8999 0 8894 0 8587 0 8099 Ch2 0 943 0 9541 0 943 0 9105 0 8894 0 8999 0 8894 0 8587 Ch3 0 9105 0 943 0 9541 0 943 0 8587 0 8894 0 8999 0 8894 Ch4 0 8587 0 9105 0 943 0 9541 0 8099 0 8587 0 8894 0 8999 Ch5 0 9882 0 9767 0 943 0 8894 0 9541 0 943 0 9105 0 8587 Ch6 0 8999 0 9882 0 9767 0 943 0 943 0 9541 0 943 0 9105 Ch7 0 9541 0 9767 0 9882 0 9767 0 9105 0 943 0 9541 0 943 Ch8 0 9882 0 943 0 9767 0 9882 0 8587 0 9105 0 943 0 9541 Ch9 1 0 9882 0 9541 0 8999 0 9882 0 9767 0 943 0 8894 Ch10 0 9882 1 0 9882 0 9541
114. 8 km h 15 km h Moving Speed 15 km h Rayleigh Configuration 2 3 km h Moving Speed 3 km h Rayleigh 6 km h Moving Speed 6 km h Configuration 3 30 km h Moving Speed 30 km h Rayleigh 58 km h Moving Speed 58 km h Configuration 4 Rayleigh 100 km h Moving Speed 100 km h Rayleigh 192 km h Moving Speed 192 km h Rayleigh Configuration 5 Rayleigh Moving Speed 0 km h Rayleigh B 11 VIRB SE B 10 WLAN 8 Fading Profile Delay us Power dB Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh VOA OO co e Rayleigh Model A Moving Speed 10 8 km h Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh cool 1o co amp jcol t nd Model B Rayleigh Moving Speed 10 8 km h n Rayleigh n n Rayleigh n N Rayleigh n CO Rayleigh LA N Rayleigh n u Rayleigh m Rayleigh m 1 Rayleigh m Oo Rayleigh B 12 VIRB SE B 10 WLAN 8 Fading Profile Delay us Power dB Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh O lOISTIOl IRI OI NIH
115. 92 657 222 376 463 283 1080 377 Hz Round Fading Pattern Random Seed 1 Rx Antenna Configuration Rx Antenna 1 AWGN 1 IEC 60489 6 Annex C 1999 D 6 Moving Speed 2 3 km h 100 10 Probability 0 1 Rayleigh Distribution Rayleigh Distribution 2 dB shift Rayleigh Distribution 2 dB shift Moving Speed 2 3 km h 33 30 28 25 23 20 18 15 13 10 75 5 2 5 0 2 5 5 7 5 Peak Power Avg Power dB D 2 1 Moving Speed 2 3 km h 100 S 10 E z 2 _ j lt e Q c e x P Bos V t po aee A RJ aa t NI 5 LL em SN LA S wm eg s Sa o IN 1 uu e d uev A ge su e eg r NA Rayleigh Distribution E Rayleigh Distribution 20 shift Rayleigh Distribution 20 shift Moving Speed 2 3 km h 0 1 25 5 23 20 5 18 15 5 13 10 5 8 5 5 3 0 5 2 4 5 Peak Power Avg Power dB D 2 2 Moving Speed 2 3 km h T RD TF 0 Moving Speed 50 km h 100 10 Probability T Rayleigh Distribution Rayleigh Distribution 2 dB shift Rayleigh Di
116. CDMA2000 BS 5 Fading Profile Delay us Power dB Case1 Moving Speed 3 km h Rayleigh Case2 Rayleigh Moving Speed 8 km h Rayleigh Case3 Moving Speed 30 km h Rayleigh Rayleigh Case4 Moving Speed 100 km h Rayleigh Rayleigh VIRB SE Fading Profile Case1 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h B 8 TD SCDMA 6 n Rayleigh Delay us Power dB Rayleigh Case2 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h Rayleigh Rayleigh Rayleigh Case3 92 km h Moving Speed 92 km h 120 km h Moving Speed 120 km h ITU Pedestrian A 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh ITU Pedestrian B 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh ITU Vehicular A 23 km h Moving Speed 23 km h 30 km h Moving Speed 30 km h 92 km h Moving Speed 92 km h 120 km h Moving Speed 120 km h B 10 Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh oO OU TR TR To RR TIT TR Te cjtinm c rtoln Rayleigh VIRB SE B 9 1xEVDO 7 Fading Profile Delay us Power dB Configuration 1 Rayleigh 8 km h Moving Speed
117. Carrier Fading Convert Clipping AWGN Change Instrument HELP EXIT 2 3 1 4 General Purpose 5 Fading 8 Change Instrument B2 ZS 2 3 2 MG3710A MG3740A 1 MG3710A MG3740A MG3740A I3 Option 0207120 me 1QproducerTW 2 3 2 1 2 General Purpose General Purpose
118. Configuration Tx Antenna Configuration Channel Setting Rx Antenna Configuration 14 Fading IQproducer for MG3700 File Edit Transfer Setting Simulation e m ap um ue d X d ad db System Configuration r Tx Antenna Configuration Tx Antenna 1 AO Reference S Tx Antenna Configuration RF Frequency bm Du Sampling Rate 7 02000000 Rx AWON Seiten mmm pm Channel Configuration _ 1xNSISO Channel v J wee gier System Configuration Tx Antenna 1 Rx Antenna 1 Pattern Length 00000000 ms Rx Antenna Configuration Rx Antenna 1 SG Master Slave Setting Not Use SSE vi T men m AWGN Bandmith Fm D Rx Antenna Configuration P GN BR dB Fading Profile Default Setting v i 1 Marker 1 Doppler Frequency po Hz Marker 2 V Round Fading Patterr Marker 3 mon y ai er Not Use d BEE paene TEE Channel Setting 3 1 2 1 Common 31 IEEE 3 1 2 1 Common Channel Configuration Fading Profile Channel Configuration Fading Profile 8 1 2 1 1 3 1 2 1 1 Common Channel Configuration Fading Profile Moving Propagation Moving Propagatio
119. MX370107A Fading IQproducer 5 MG3700A MG3710A MG3740A M W2995AW 5 0
120. MatixB mvi 7 Reference wvi z Delete RF Frequency 240000000000 7 MHz Sampling Rate Damm 7 MHz Bandwidth ino000000 MHz Repetition 1 Maximum Pattern Length pono ms 3 3 5 3 Tx Antenna1 Configuration FTx Antenna Configuration Tx Antenna 1 Tx Antenna 2 Input File D WMD MatrixB Twi _ Reference Wi z Delete RF Frequency p000000000 7 MHz Sampling Rate Damm MHz Bandwidth T0000 MHz Repetition Boo Maximum Pattern Length pono 7 ms 3 3 5 4 Tx Antenna2 Configuration 3 Channel Setting Channel 1 4 Select Profile MIMO Mobile WiMAX 2x2 MIMO ITU Vehicular A Medium Correlation Charel Setting Channeli Crame Charner Cheyek HMON Buste P wei m faim moe nsa rl 7 H Moving spaed Pi Ae W COMADMS sf rone Wie bet poo W CDNAIBS 1 Upik Subtrame Pun HUPA b fram aM H Found Fading Pattern E o FF Gute Fandom Seed P GOMAZDOO S ae Mate Ju iess m OD LI H 3 3 5 5 Channel Setting AA ZE EE 3 3 5 6 3 3 5 6 Chann
121. Moving Speed 3 km h 2 Rayleigh e Sud 4 1 km h Moving Speed 4 1 km h 3 Rayleigh 0 19 19 2 7 km h Moving Speed 7 km h 8 km h Moving Speed 8 km h 4 Rayleigh 0 41 22 8 1 Rayleigh 0 0 0 0 ITU Pedestrian B 2 Rayleigh 0 2 0 9 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h 3 Rayleigh 0 8 4 9 4 1 km h Moving Speed 4 1 km h 4 Rayleigh 1 2 8 0 7 km h Moving Speed 7 km h 8 km h Moving Speed 8 km h 5 Rayleigh 2 3 7 8 6 Rayleigh 3 7 23 9 ITU Vehicular A 1 Rayleigh 0 0 0 0 23 km h Moving Speed 23 km h 30 km h Moving Speed 30 km h 2 Rayleigh al EP 41 km h Moving Speed 41 km h 3 Rayleigh 0 71 9 0 71 km h Moving Speed 71 km h 80 km h Moving Speed 80 km h i Rayleigh 1 09 10 0 92 km h Moving Speed 92 km h 5 Rayleigh 1 73 15 0 120 km h Moving Speed 120 km h 166 km h Moving Speed 166 km h 282 km h Moving Speed 282 km h 6 Rayleigh 2 51 20 0 320 km h Moving Speed 320 km h VIRB SE B 6 CDMA2000 MS 4 Fading Profile Delay us Power dB Casel Rayleigh Moving Speed 8 km h Rayleigh Case2 Rayleigh 14 km h Moving Speed 14 km h 30 km h Moving Speed 30 km h Rayleigh Case3 Moving Speed 30 km h Rayleigh Rayleigh Case4 Moving Speed 100 km h Rayleigh Rayleigh Case5 Rayleigh Moving Speed 0 km h Rayleigh Case6 Moving Speed 3 km h Rayleigh B 7
122. RMS Value Level Offset SG 2 SG 1 SG RMS Level Offset SG Calculation Rx Antenna 2 RMS 1157 Peak Value 5650 Level Offset DL MIMO MatrixB 1 1 33dB DL MIMO MatrixB 2 0 00dB Calculation Completed 3 1 8 3 Calculation Level Offset 3 46 31 BER 3 1 9 Calculation amp Loa MG3710A MG3740A Calculation amp Load Load Setting Load Setting Wave Pattern Package l producer P SG1 MemoryA WaveformPattern Pattern Name 3 1 9 1 Load Setting Load Setting Select Memory
123. Rootl Directories 3 50 AA ZE EE 3 3 Fading 3 3 1 1x1 SISO MG3700A UL_RMC_12 2kbps W CDMA BS Multi Path SR lt FIE gt 1 2 Common 1 System Configuration BE Channel Configuration 1x1 SISO A r System Configuration Channel Configuration Dsg Tx Rx AWGN Channel v 1 p Y Tx Antenna 1 Rx Antenna 1 3 3 1 1 System Configuration 1x1 SISO 2 Tx Antenna Configuration Input File wv SG 2r4 0f EI RM 12 Bes evi Co Kaka 3 3 1 2 3 01 BIZ P REZERT RF Frequency 1980 MHz Repetition 1 8 8 1 8 3 3 1 3 Tx A
124. S Fo Tent Z Seck Are CorporatcnwiOproducerWF sines ss Export Fie Name Mona Scare ANS Vale C Output Gan Ao Salting dB H 157 Gomment Freauency 1503 D0000000 MHz AWGN OFF Re Cancel 3 3 2 8 Export File 3 69 PIR BEREZERT 6 FFT 2 UA a2 g 5 Anplitude GB SE 3 1 pem FFT Points 262144 Sampling Range Data Length 3 0 Frequency MHz Scale Frequency 5700 5750 d iz He 100 1200 Ser Full Scale 3 3 2 9 Moving Propagation 3 60 AA ZE EE 3 3 3 Birth Death Propagation MG3700A UL_RMC_12 2kbps W CDMA BS Birth Death Propagation lt gt 1 2 Common 1 System Configuration Channel Configuration 1x1 SISO System Cairon Em HE i H T Re AWON Charmel v RO t
125. Sampling Rate 11 52 MHz Bandwidth 3 84 MHz Repetition 1 Pattern Length 10220 0 ms Channel Setting Fading Profile W CDMA BS Birth Death Propagation Rx Antenna Configuration AWGN AA ZE EE 5 Edit Calculation al 3 3 3 9 Export File Package Export File Name OK SR Ful Path tsu ai Export Fe Neme Brth Oeath Scare ANS Vale F Output Gan 7 Auto Satine FT TM 1157 Comment Ah HE F Frequency 1980 00000000 MHz F WN OFFRI O 6 6 6 6 n ml Ed 3 3 3 9 Export File 6 Sc 3 3 3 10 FFT Graph Monitor Amplitude dB TNT FFT Points 262144 SE 0 262143 Data Length 117734400 Quick Add Mode Mouse Interaction r Cursor Frequency z Frequency 0 0000 Add r MHz Amplitude A Amplitude 114275 yB 3 3 3 10 Birth Death Propagation 3 65 PIR Geen 3 3 4 High Speed Train
126. Speed Train 3 67 PIR Geen 4 Rx Antenna Configuration 3 3 4 6 Rx Antenna Configuration Ri Antena 1 SG Master Slave Sattig ue 2 AWON AWON Bardmi in TT QM Pattern Sync Marker nos Uso 3 3 4 6 Rx Antenna Configuration 3 High Speed Train Path 3 3 4 1 3 3 4 1 Path High Speed Train Rician K factor dB Moving Speed km h Maximum Doppler Frequency Hz tg Fading IQproducer for MG3700 File Edit Transfer Setting Simulation Wu Ei aj om t d P db Common High Speed Train Scenariol Open space Doppler Shift He Ds m Dmin m Rician K factor dB Moving Speed km h Maximum Doppler Frequency Hz 350 0 1000 50 1340 000 3 3 4 7 High Speed Train Scenario1 3 68 AA ZE EE 4 3 3 4 2 W CDMA BS High Speed Train Scenario1 System Configuration Channel Configuration 1x1 SISO Tx Antenna Configuration Input File UL RMC 12 2kbps wvi RF Frequency 1980 MHz Sampling Rate 11 52 MHz Bandwidth 3 84 MHz Repetition 1 Ge Pattern Length 10220 0 m
127. Zz UY D EIED N D 1 Doppler Spectrum Fading Type Rayleigh Rice Doppler Spectrum D 1 1 D 1 8 Spectrum Analyzer ATT SWT 78s Pos amp Neg Reference Level 10 00dBm Center 2 000 000 000GHz Span 50 00kHz Trace A Lud D 1 1 Rayleigh with Classical 3 dB Spectrum Analyzer Bis DI RBW 100Hz ATT 10dB DI VBW 10Hz SWT 178s Reference Level 10 00dBm Pos amp Neg Center 2 000 000 000GHz Span 50 00kHz Trace write D 1 2 Rayleigh with Classical 6 dB D 2 VIRD F Reference Level Center 2 000 000 000GHz Span 50 00kHz DD RBW 00H ATT 10dB DI VBW 10Hz SWT 178s 10 00dBm Pos amp Neg D 1 3 Rayleigh with Flat l Spectrum Analyzer Reference Leve Jg RBW 100Hz ATT 10dB VBW 10Hz SWT 178s 10 00dBm Pos amp Neg Span 50 00kHz D 1 4 Rayleigh with Rounded D 3 Spectrum Analyzer ATT 10dB SWT 178s Reference Level 10 00dBm Pos amp Neg 100 Center 2 000 000 000GHz Span 50 00kHz D 1 5 Rice with Classical 3 dB l Spectrum Analyzer DI RBW 100Hz ATT 10dB DI VBW 10Hz SWT 178s Reference Level 10 00dBm Pos amp Neg 100 Center 2 000 000 000GHz Span 50 00kHz Trace write D 1 6 Rice with Classical 6 dB
128. e 128 M sample 256 M sample 512 M sample 1024 M sample 6 64 M sample 128 M sample 256 M sample 4 512 M sample 5 LAN LAN USB 2 LAN USB 2 x1 x2 x3 edu x4 256 M sample 512M sample 128 M sample MG3740A 256 M sample 1 MG8700A ARB 1 MG3710A 1 MG3710A MG3740A ARB 256 M sample 5 512 M sample DW
129. el Channel Chan 4 gt C N Fading Profile Default Setting Select Profile d M GSI Moving Speed oo km h W CDMA MS W ODMA BS Doppler Frequency bom Hz HSDPA JV Round Fading Pattern HSUPA CDMA2000 MS Random Seed CDMA2000 BS TD SCDMA 1xEVDO WLAN Mobile WiMAX MIMO Mobile WiMAX DVB T LTE MS LTE BS MIMO LTE Default Setting 3 1 2 2 19 Channel Setting Fading Profile Default Setting Select Profile B Default Setting Channel 3 20 Moving Speed 31 IEEE 0 0 km h 0 0 5000 0 0 1 Doppler Frequency 0 000 Hz 0 000 Sampling Rate 2 1000 RF Frequency 5000 x x 3600 c c 299792458 m s
130. el Setting 4 Rx Antenna Configuration 8 8 5 7 3 3 5 8 TH 3 3 5 8 Rx Antenna2 Configuration 3 73 BIZ BEBEZERT 5 Channel 1 4 Channel Setting Md Fading IQproducer for MG3700 File Edit Transfer Setting Simulation Se Bs aj m Ue d a b oa a Common Channel Channel 2 Channel 3 Channel 4 Channel 1 Parameter Power Delay Profile Input File DL_MIMO_MatrixB 0 wvi Fading Profile MIMO Mobile WiMAX 2x2 MIMO7ITU RF Frequency 240000000000 MH Sampling Rate pmo MHz Bandwidth 0009 Ma Pattern Length P0000000 be Fading Type Delay us Power dB Moving Speed km h Doppler Frequency HZ Rician K factor dB lt Rayleigh 0 0000 0 00 i 133 426 Rayleigh 0 3100 1 00 133 426 Rayleigh 0 7100 9 00 H 133 426 Rayleigh 1 0900 10 00 H 133 426 Rayleigh 1 7300 15 00 133 426 Rayleigh 2 5100 20 00 133 426 3 3 5 9 Channel 2x2 MIMO Path1 Correlation Setting Edit Edit Channel 1 4 Corre
131. er e Fading IQproducer gt Fading IQproducerTM IT AX Re 1 m NE oc PT 12 AEDEM EE 2 21 2 2 eee 2 3 2 3 3 1 3 2 kk 3 3 kk 3 4 AWGN Bandwidth eee 3 5 50 ne A EEN 4 4 1 MG3700A MG3710A MG3740A 1 1 1 2 1 3 2 1 2 2 2 3 2 4 3 2 3 48 3 50 3 78 3 82 4 1 A B C D e E A 1 B 1 MG3700A 10A40A Dil PR C 1 ae D 1 1 III PIE ME MX370107A Fading 1QproducerTM 1 1 VIN EE 1 2 12 S S E ad r lns 1 5 AIDE ME 1 1 MX870107A Fading IQproducer
132. h 100 gt 3 1 01 L a e g Rayleigh Distribution j Rayleigh Distribution 2 dB shift Rayleigh Distribution 2 dB shift Moving Speed 250 km h 0 01 32 5 30 27 5 25 22 5 20 17 5 15 12 5 10 7 5 5 2 5 0 2 5 5 7 5 Peak Power Avg Power dB D 2 7 Moving Speed 250 km h 1000 100 Level Crossing Rate times s Rayleigh Distribution Rayleigh Distribution 20 shift Rayleigh Distribution 20 shift Moving Speed 250 km h 1 25 5 23 20 5 18 15 5 13 10 5 8 5 5 3 0 5 2 4 5 Peak Power Avg Power dB D 2 8 Moving Speed 250 km h D 10 E Et Moving Speed 583 km h 100 Probability id Rayleigh Distribution Rayleigh Distribution 2 dB shift Rayleigh Distribution 2 dB shift Moving Speed 583 km h 0 01 32 5 30 27 5 25 22 5 20 17 5 15 12 5 10 7 5 5 2 5 0 2 5 5 7 5 Peak Power Avg Power dB D 2 9 Moving Speed 583 km h 10000 1000 V hy o E E 8 c T 100 E 8 Q gt IET a Rayleigh Distribution Rayleigh Distribution 20 shift Rayleigh Distribution 20 shift Moving Speed 583 km h 1 25 5 23 20 5 18 15 5 1
133. h Rayleigh Rayleigh Rayleigh Equalization Test 6 tap Moving Speed 100 km h Typical small cell 2 tap Rayleigh Rayleigh Rayleigh Rayleigh Rayleigh Jan TO RRR TO TR ONI H Rayleigh Rayleigh Moving Speed 5 km h Rayleigh VIRB E AE B 2 W CDMA MS 2 Fading Profile Delay us Power dB Case1 Rayleigh 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h 4 1 km h Moving Speed 4 1 km h 7 km h Moving Speed 7 km h 8 km h Moving Speed 8 km h Case2 Rayleigh 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h 4 1 km h Moving Speed 4 1 km h 7 km h Moving Speed 7 km h Rayleigh 8 km h Moving Speed 8 km h Case3 Rayleigh 92 km h Moving Speed 92 km h 120 km h Moving Speed 120 km h 166 km h Moving Speed 166 km h Rayleigh 282 km h Moving Speed 282 km h 320 km h Moving Speed 320 km h Rayleigh Case4 Rayleigh Rayleigh Rayleigh Rayleigh 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h 4 1 km h Moving Speed 4 1 km h 7 km h Moving Speed 7 km h Rayleigh 8 km h Moving Speed 8 km h Case5 38 km h Moving Speed 38 km h 50 km h Moving Speed 50 km h 69 km h Moving Speed 69 km h 118 km h Moving Speed 118 km h Rayleigh 133 km h Moving Speed 133 km h Case6 1 192 km h Moving Speed 192
134. km h 250 km Moving Speed 250 km h Z 345 km h Moving Speed 345 km h 3 Rayleigh 0 521 6 0 4 Rayleigh Rayleigh Rayleigh 583 km h Moving Speed 583 km h 688 km h Moving Speed 688 km h Rayleigh 0 781 9 0 Moving propagation Birth Death propagation High Speed Train 3 1 4 Moving Propagation 8 1 5 Birth Death Propagation 3 1 6 High Speed Train VIRB SE B 3 W CDMA BS 3 Fading Profile Path Type Delay us Power dB Case1 1 Faviisli 0 0 0 0 2 5 km h Moving Bseed 9 9 km h 3 km h Moving Speed 3 km h 4 1 km h Moving Speed 4 1 km h l 7 km h Moving Speed 7 km h Rayleigh 8 km h Moving Speed 8 km h Case2 Rayleigh 2 3 km h Moving Speed 2 3 km h 3 km h Moving Speed 3 km h 4 1 km h Moving Speed 4 1 km h 7 km h Moving Speed 7 km h Rayleigh 8 km h Moving Speed 8 km h Case3 Rayleigh Rayleigh 92 km h Moving Speed 92 km h 120 km h Moving Speed 120 km h 166 km h Moving Speed 166 km h Rayleigh 280 km h Moving Speed 280 km h 320 km h Moving Speed 320 km h Rayleigh Rayleigh Case4 Rayleigh 192 km h Moving Speed 192 km h 250 km h Moving Speed 250 km h 345 km h Moving Speed 345 km h Rayleigh 583 km h Moving Speed 583 km h 668 km h Moving Speed 668 km h Rayleigh 0 781 9 0 Rayleigh
135. lation Matrix 3 8 5 10 3 74 3 3 BESA AMER FMR 3 3 5 10 Path Correlation Matrix 3 75 PIR Geen 3 76 3 3 3 5 1 Mobile WiMAX System Configuration Channel Configuration 2x2 MIMO Tx Antenna Configuration Tx Antenna1 2 Input File Tx Antennal DL MIMO MatrixB 1 wvi Input File Tx Antenna2 DL MIMO MatrixB 2 wvi RF Frequency 2400 MHz Sampling Rate 22 4 MHz Bandwidth 10 MHz Repetition 1 Pattern Length 5 ms Channel Setting Channel 1 4 Fading Profile MIMO Mobile WiMAX 2x2 MIMO ITU Vehicular A Medium Correlation Moving Speed 60 km h Doppler Frequency 133 426 Hz Round Fading Pattern Random Seed Rx Antenna Configuration Tx Antenna1 2 AWGN OFF Channel 1 4 Spectrum Shape Classical 6 dB Correlation Setting Path1 6 Medium correlation Channel1 Channel1 Channel Channel Channel4 Channel Channel Channel4 A3 BESA PERF Edit Calculation
136. ml FadingIQproParameter xml Ny FA O T Setting Files xml s 3 2 2 1 2 O MG3710A MG3740A 1 File Recall Parameter File w 7 Recall E x Drives Windows Directories File List 9 Qproducer z FadinglQpro Initial xml m1xEVDO_ FWD 1xEVDO RVS AWGN CODE Clipping Convert DVB T H FFT s HSDPA IQproducer amp LTE TF TDD z Default Root OK Cancel 3 2 2 2 MG3710A MG3740A 2 Directories IRL File List OK Default
137. n Birth Death Propagation Birth Death Propagation High Speed Train High Speed Train Channel 1 1x2 SIMO Channel 1 Channel 2 1x3 SIMO Channel 1 Channel 3 1x4 SIMO Channel 1 Channel 4 2xl MISO TH Channel 1 Channel 2 2x2 MIMO TE Channel 1 Channel 4 2x3 MIMO TE Channel 1 Channel 6 2x4 MIMO TE Channel 1 Channel 8 3x1 MISO TH Channel 1 Channel 3 3x2 MIMO TE Channel 1 Channel 6 3x3 MIMO TE Channel 1 Channel 9 3x4 MIMO EB Channel 1 Channel 12 4x1 MISO Ix Channel 1 Channel 4 Channel 1 Channel 8 Channel 1 Channel 12 Channel 1 Channel 16 1x1 SISO PIR Geen 3 10 I zy Channel Configuration E Tx Antenna Configuration Rx Antenna Configuration Channel Configuration Tx Antenna Configuration Rx Antenna Configuration 3 1 2 1 2 3 1 2 1 2 Tx Antenna Configuration Rx Antenna Configuration
138. na Configuration Ge E Input File E H 8 1 2 2 18 Conver t x Please OK button to read the file shown below Import file type ASCIB I B nara JrationilaproduceriFadineYDatsY TEST Itxt Q data file name ation IQproducer Fading Data TEST Qtxt Marker data file name ationWiQproducer Fading DataWTEST_Mt Peak value 1634000000 RMS value 1634 0000 Length 2560000 3 1 2 2 18 ASCII3 Peak RMS OK Cancel 3 17 PIR Geen 3 18 Input File RF Frequency Sampling Rate
139. ntenna Configuration 3 Channel Setting Select Profile W CDMA BS Case3 120km h 3 3 1 4 3 3 1 5 3 3 1 5 Channel Setting 3 02 A3 BN EEF 4 Rx Antenna Configuration 8 8 1 6 Rx Antenns Configuration Rx Antenna 1 SG Master Slave Sattig ue AWON AWON Bardnidh 1000017 Mie Gm PTT wm Markar 1 Frame Gek Marker 3 k e i 3 3 1 6 Rx Antenna Configuration zu HX 5 Channel Channel 1 Parameter Channel Setting M Fading IQproducer for MG3700 File Edit Transfer Setting Simulation Pattern Sync Marker nor um et zu gt e Bs uj Da D Ga Common Channel 1 Channel 1 Parameter CDMABSVCase3 i20kmh 98nooooomm mt Jam mu fasaoooooo a 220oooom Input File Fading Profile RF Frequency Sampling Rate Bandwidth Pattern Length 3 4 up m r Power Delay Profile 0 00 20 00 740 00 Es 60 00 80 00 1 08000 Full Scale 1 1 04000 06000 Delay us 1 1 00000 02000 Tv 2 F Fading Type Delay us
140. ock C 1 5 Master Slave C2 HZD MG3710A MG3740A Dft C 2 MG3710A MG3740A Start Frame Trigger MG3710A MG3710A Start Frame Trigger C 2 1 10 MHz buffered output 10 MHz reference input l C 9 2 i ESAME je MG3710A42 0222288 e Anritsu W wem S Start Frame Trigger Start Frame Trigger TTL C 2 1 MG3710A StarWFrame Trigger Antenna 1 Antenna 2 C 5 JC HBHODMGS3STOOAZZEIZ MG3710A OZ MG3710A 1 MG3710A 2 Start Frame Trigger TTL 2 Start Frame Trigger Trigger On Mode Start Delay 0 1 B C 2 2
141. ommon High Speed Train H 5 i Time sso Ds m Dminim Rician K factor dB Moving Speed km h Maximum Doppler Frequency HZ 3 2 3 1 6 4 High Speed Train W CDMA MS 3 38 High Speed Train Ds Dmin Rician K factor Moving Speed 31 BEER BS X2 1000 Scenario1 Infinity Scenario2 300 Scenario3 W CDMA MS LTE MS m 0 2000 1 BS 50 Scenario1 2 Scenario3 W CDMA MS LTE MS Gcenario2 10 00 dB 40 00 40 00 0 01 350 0 Scenario1 300 0 Scenario2 Scenario3 W CDMA MS LTE MS km h 0 07 5000 0 0 1 Maximum Doppler Frequency
142. on SE Omega i 0 0 0 0 0 1 5 1 Common Moving Propagation M B 2 L sin omega Moving Propagation conditions Power dB Omega 1 5 9 9 0 00 0 04 3 3 2 7 Moving Propagation 3 508 AA ZE EE 4 3 3 2 2 W CDMA BS Moving Propagation System Configuration Channel Configuration 1x1 SISO Tx Antenna Configuration Input File UL RMC 12 2kbps wvi RF Frequency 1980 MHz Sampling Rate 11 52 MHz Bandwidth 3 84 MHz Repetition 1 Ge Pattern Length 10220 0 ms Am Channel Setting Fading Profile W CDMA BS Moving Propagation Rx Antenna Configuration AWGN Edit 735 Calculation ali Kl 3 3 2 8 Export File File Name OK Package Export NN ZTCTINNNN Export Path Facit agn Ful Path IG Prae an F dest Arr itus Corpor stengen sz AE
143. on Speed Train Common 5 Fading IQproducer for MG3700 File Edit TransferSetting Simulation eS UY uj GN Channel 1 System Configmtion Channel Configur te Rx AWGN v H Channel 1 Tx Antenna 1 Channel Setting Channeli Fading Profile Defaul Moving Speed E Random Seed f Rx Antenna 1 km h Doppler Frequency U00 Hz F dine Patterr Tx Antenna Configuration Tx Antenna 1 Jnput File RF Frequency Sampie Rate Bandwidth Repetition Pattern Lengt 0000000 cke HX Is Reference Rx Antenna Configuration Rx Antenna 1 SG Master Slave Setting T AWGN AWGN Bandwidth 1 C N po v Marker 2 Marker 3 Pattern Sync Marker Not Use 3 1 1 1 Channel E77 Moving Propagation HX General Purposel Fading High Channel Common System Configura
144. rn Sync Marker Start Frame Trigger CL MG3710A MG3740A amp 7 3 8 Start Frame Trigger Start Frame Trigger 10 MHz buffered output 10 MHz reference input EE Es y dem za N sz 5 9c az z gt USA gt 20 e ME vs3710A 2 EES e e e Master AUX Input Output Connector 1 Start Frame Trigger Antenna 1 Antenna 2 C 2 4 MG3710A MasterSlave MG 3710A 1 A 1 1 1 1 Start Frame Trigger TT MG 37 10A 2 TE 1 1 1 lt 1 Sampling clock C 2 5 Master Slave C 8 PIERD L7 EREODIS E D 1 Doppler Spectrum D 2 D 1 Doppler Spectrum D 2
145. s 8 Channel Setting Fading Profile W CDMA BS High Speed Train Scenario1 Rx Antenna Configuration AWGN 3 69 BIZ BEREZERT 3 70 5 Edit Calculation al 8 3 4 8 Export File Package Export File Name OK E orb x Export Path D E fw wwssRTso TTT Fu Path Peris CorpatcnmiprodxceWFdreias Export Fie Mere HietSpeedTron S OO cale ANS Vabe F Output Gap 7 A Satine FT pr _ Comment equencyzt MHz Iw OFF Rx xs 3 3 4 8 Export File 6 3 3 4 9 li FFT Graph Monitor Amplitude dB FFT Points 262144 pu 0 262143 Data Length 117734400 Quick Add Mode Mouse Interaction 5 7600 MHD Add Cursor e 1200 3 3 4 9 High Speed Train Scenario1 EE EEN 3 8 5 2x2 MIMO Mobile WIMAX 2x2 MIMO
146. stribution 2 dB shift Moving Speed 50 km h 0 01 32 5 30 275 25 225 20 175 15 125 10 75 5 2 5 0 2 5 5 7 5 Peak Power Avg Power dB D 2 3 Moving Speed 50 km h 1000 100 Level Crossing Rate times s Rayleigh Distribution Rayleigh Distribution 20 shift Rayleigh Distribution 20 shift Moving Speed 50 km h 1 25 5 23 20 5 18 15 5 13 10 5 8 5 5 s i 0 5 2 4 5 Peak Power Avg Power dB D 2 4 Moving Speed 50 km h RD E Et Moving Speed 120 km h 100 10 Probability 0 1 Rayleigh Distribution Rayleigh Distribution 2 dB shift Rayleigh Distribution 2 dB shift Moving Speed 120 km h 32 5 30 275 25 225 20 175 15 125 10 75 sch 2 5 0 2 5 5 7 5 Peak Power Avg Power dB D 2 5 Moving Speed 120 km h 1000 100 Level Crossing Rate times s Rayleigh Distribution Rayleigh Distribution 20 shift Rayleigh Distribution 20 shift Moving Speed 120 km h 25 5 23 20 5 18 15 5 13 10 5 8 5 5 3 0 5 2 4 5 Peak Power Avg Power dB D 2 6 Moving Speed 120 km h T RD TF OH Moving Speed 250 km
147. t SG 3 48 id bL 3 2 3 2 1 PC 1 File Save Parameter File Ph O Fadine A Data y FadingProfile C3 Tmp amp Fadinglapro Initialxml FadineI proParameter xml Setting Files xm Y 3 2 1 1 2 N S 1 X IQproducer Fading xml X IQproducer 1QproducerTM FT MG3710A MG3740A 1 File
148. tion Rx Antenna Configuration Channel Setting 31 n 3 1 1 2 4 Fading I producor for MG3700 Convert NNN Ella Edt Traneter Setting Siet onver x G S Please OK button to read the file shown below Bs A Ue dd SP A ud OM dA Mea Gian Import file type ASCIB innel Configuration Ix E Ti Mena t Channel Danfisaation xiSEO So Kn H A AR ration lOproducer Fadine Data TEST Itxt oun M KE Delete Q data file name atiorWiQproducer FadinsWDataWTEST Qtxt ee Marker data file name ation IQproducer Fading Data TEST_Mtxt Sage Fate Fmmm A 9 mesi T Peak value 1634 000000 hant r pF feti F RMS value 1634 0000 mewa1 Pattern Lorath Fm mm Length 2560000 Ra Antenna Confewation z Re Antenna 1 24 ee e OK Cancel FT awan Cherrel Sein um egen ET D I comet R HET pur Vel Panepolie Js r Moving Speed kw ps wier Doppler Frequency Di F Makar Lv Cancel 5n Feed Patam Syre Mors iet Te z V BE SES P
149. ursor Frequency Amplitude 202191 dB Bj3 4 3 FFT FFT Calculation 2 CCDF FFT 3 81 BIZ BEREZERT E 1 FFT Quick Add model Add 3 deu 2 Simulation FFT FFT 4 E
150. wer dB Minimum Delay us Delay Resolution us Dwell time ms 191 000 191 000 A Fading IQproducer for MG3700 File Edit Transfer Setting Simulation e B al Common Birth Death Propagation n B ll Path Power dB Maximum Delay us Delay Resolution us Dwell time ms 1 0 00 10 1 191 000 2 0 00 10 1 191 000 Birth Death propagation Path Alternate Setting Random zl Element Delay us Il 3 3 3 7 Birth Death Propagation 3 63 PIR BEREZERT 3 64 Path Alternate We Random Path Path Alternate Setting Sequence Path Random Path Alternate Setting Sequence gt 3 3 3 8 Sequence 4 3 3 3 2 _W CDMA BS Birth Death Propagation System Configuration Channel Configuration 1x1 SISO Tx Antenna Configuration Input File UL RMC 12 2kbps wvi RF Frequency 1980 MHz
151. x1 SISO 1x2 SIMO 1x3 SIMO 1x4 SIMO 2x1 MISO 2x2 MIMO 2x3 MIMO 2x4 MIMO 3xl MISO 3x2 MIMO 3x3 MIMO 3x4 MIMO 4x1 MISO 4x2 MIMO 4x3 MIMO 4x4 MIMO Channel Configuration 1x1 SISO 4x4 MIMO pE 8 1x1 SISO Channel configuration 1x1 SISO 3 1 2 2 1 EM Tx Rx AWGN Channel Y Tx Antenna 1 Rx Antenna 1 3 1 2 2 1 1x1 SISO 1x2 SIMO 2 Channel configuration 1x2 SIMO 3 1 2 2 2 F 2 Rx 2 Tx Rx AWGN Channel T 1 gt _ Ts Anta bla D Rx Antenna 1 e Y Rx Antenna 2 3 1 2 2 2 1x2 SIMO 3 11 BIZ BEREZERT 3 12 1x3 SIMO

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