アンリツ株式会社 MG3710A ベクトル信号発生器 取扱説明書 （標準波形
Contents
1. IQproducer F 1 12. MG3710A
3. FL Yi Forward Fundamental DEMUX Channel PN9fix gt Y Forward Pilot Channel Yi AII 0 Forward Sync Channel PN9fix 0 Ya Forward Paging Channel 3 8 8 1 FWD_RC3 5 9channel 1 2 3 96 48 CDMA2000 1X E X Baseband Filter Yi Walsh Function Baseband Yo Filter PN Sequence Q Channel PN Sequence 2 0 1 1 1 3 8 8 2 FWD_RC3 5 9channel 2 2 4 PN9 4 4 PN9
4. a b ADI d e 3 E
5. 3 145 3 146 sc 3557 IB M Mobile WiMAX oassseseseresesessn 3 135 1 1xEV DO FWD_Idle 3 100 IxEV DO 3 108 PDC PACKET WIESA V 3 70 IXEV DO 3 105 PDO 8 66 1xRTT Forward RC 3 4 5 PHS 3 73 FWD RC3 5 9 3 96 Q IxRTT Forward RC1 2 FWD RC1 2 9 3 95 QZSS IZ SE usse 5142 1xRTT Reverse RC1 RVS 3 83 T IxRTT Reverse RC2 2 3 85 TestModel 5 xDPCH
6. 5 6 5 7
7. B MG3710A 1QproducerTM MG3700A MG37 10A IQproducer 8 IQproducer MG8710A 3 MG3710A MG3710A
8. 2012 24 1 20 2014 26 7 31 5 Copyright 2012 2014 ANRITSU CORPORATION Printed in Japan O 6 6 30
9. c A B 1 A B A Package2 Pattern21 Pattern22 Pattern23 Package3 Package4 HDD Package2 Package2 Pattern21 Pattern21 pu 1 MG8710A 7 8 Baseband Mode 22 22 MG3710A
10. 3 74 3 6 1 36 PHS PHS 4 4 8 1 DAT 2 4 TCH PN9 3 6 1 1 PHS PI 4 DQPSK PNO9 PI 4 DQPSK_PN15 PI 4 DQPSK ALLO 1 3 6 1 2 3 75 PRISA DR 3 6 2 3 76 2
11. 3 14 1 1 WiMAX_DL_10MHz_QPSK Bandwidth 10MHz Fame Duration 5ms Preamble Index 0 Number of OFDMA Symbols 31 symbol Preamble FCH DL MAP DL Burst FEC Type CTCQ 2 DL Burst QPSK FCH 30 Subchannels Preamble DL MAP DL Burs 0 Modulation Type QPSK Number of OFDMA Symbols 2 Number of Subchannels 20 DL Burs 0 Modulation Type QPSK Number of OFDMA Symbols 28 Number of Subchannels 30 4 31 OFDMA Symbols 3 14 1 1 3 136 WiMAX DL 10MHz QPSK 3 14 Mobile WiMAX E NS WiMAX DL 10MHz 64QAM DL Burst PN9Fix 3 14 1 2 WiMAX_DL_10MHz_64QAM Bandwidth Fame Duration Preamble Index 0 Number of OFDMA Symbols 31 symbol Preamble FCH DL MAP DL Burst FEC Type CTCQ 2 DL Burst 64QAM
12. 8 9 Mid USB CF
13. zu nul zA H 1 X 1 1 1 2 2 1 22 3 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 3 10 3 11 3 12 3 13 3 14 3 15 3 16 3 17 3 18 3 19 LL IM W CDMA LTE LTE TDD PDC PDC PACKET PHS SAAC teens GSM kk CDMA2000 1X kk CDMA2000 1xEV DO kk WLAN AAA aee EZI eE EAA a g ue7oo GPS kk Mobile WiMAX GLONASS
14. 3 6 1 PHS PI 4 DQPSK PN9 PI 4 DQPSK _PN15 PI 4 DQPSK_ALLO DL TCH Slot 1 UL TCH Slot 1 CW PHS MG3710A Marker1 Output AUX 3 6 2 Marker1 Marker2 Marker3 MG3710A 7 4 2 3 6 2 IQ Marker1 Frame Clock Marker2 RE Gate Marker3 Symbol Clock 3 73 BOX PRISA 2 2 MG3710A Defined 3 6 3
15. L 3 109 PRISA DR WLAN DSSS OFDM 6Mbps 3 10 2 WLAN 11b_DSSS_1Mbps IEE802 11b Spreading Coding DSSS 11 chip Barker Code Modulation 11b_DSSS_2Mbps DSSS 11 chip Barker Code 11b DSSS 2Mbps PN9 1 DSSS 11 chip Barker Code 11b 5 5Mbps CCK llb 11Mbps CCK llb 11Mbps PN9 CCK 11b 11Mbps ACP 3 Frame Clock 0 3 CCK E E Trigger Delay 88 sample PLCP Preamble 1 x2 ARB x3 SE 3 10 3 Data rate Mbits s Modulation 256M 1024M
16. 1xRTT Reverse RC3 IQ 3GPP2 C S0002 C 1 R PICH 3 8 3 1 R PICH Reverse Pilot Channel R FCH Reverse Fundamental Channel R PICH 0 5 278 dB N A 0 R FCH 4 1 528 dB 9 6 kbps PN9fix 3 8 3 2 3 8 3 3 4 1 20 ms 4 Channel PN Sequence Q Channel PN Sequence 3 4
17. CDMA2000_1xEV DO FWD 38 4kbps_16slot CDMA2000 1xEV DO TS 95SPEC PN15fix FWD_76_8kbps_8slot CDMA2000 1xEV DO 958 PN15fix FWD 153 6kbps 4slot CDMA2000 1xEV DO TS 95SPEC PNI15fix FWD 307 2kbps 2slot CDMA2000 1xEV DO TS 95SPEC PN15fix FWD_614 4kbps_1slot CDMA2000 1xEV DO TS 95SPEC PN15fix FWD 307 2kbps 4slot CDMA2000 1xEV DO TS 95SPEC PN15fix FWD_614 4kbps_2slot CDMA2000 1xEV DO TS 95SPEC PN15fix FWD_1228_8kbps_1slot CDMA2000 1xEV DO TS 95SPEC PN15fix FWD_921_6kbps_2slot CDMA2000 1xEV DO TS 95SPEC PN15fix FWD_1843_2kbps_1slot CDMA2000 1xEV DO TS 95SPEC PN15fix 39 CDMA2000 IxEV DO E vx v 3 9 1 CDMA2000 1xEV DO 1xEV DO CDMA2000 1xEVDO CDMA2000 1xEVDO CDMA2000 1xEVDO CDMA2000 1xEVDO CDMA2000 1xEV DO CDMA2000 1xEV DO
18. DL Burst 0 Modulation Type 64QAM Number of OFDMA Symbols 2 Number of Subchannels 20 Preamble FCH DL MAP DL Burs 0 Modulation Type 64QAM Number of OFDMA Symbols 28 Number of Subchannels 30 30 Subchannels 31 OFDMA Symbols 3 14 1 2 WiMAX DL 10MHz 64QAM 3 137 OPERI 3 15 3 15 1 Tone 1MHz 1MHz Tone 3 15 2 Tone 1MHz
19. PN9 1 PN9 IEE802 11g Coding bits per Subcarrier Coding bits per OFDM symbol ARB Data bits per OFDM symbol 11g 0888 OFDM 9Mbps 11g DSSS OFDM 12Mbps 11g DSSS OFDM 18Mbps 11g DSSS OFDM 24Mbps 0585 OFDM 36Mbps 11g DSSS OFDM 48Mbps 11g DSSS OFDM 54Mbps 3 110 2 Frame Clock E E Trigger Delay 60 sample PLCP Preamble 4 WLAN AUX 3 10 4 Marker1 Marker2
20. 0 s Signal Point Mapping LU i Simplex Codeword Puncture Te ne 3 Bit Symbol gt Repetition Last3 m per 16 Slot Physical Encoder Factor 37 Symbols Layer Packet Baseband Filter ACK T Signal Point ACK Channel Bit Mapping 1 Bit per Slot Repetition 0 1 elative g Factor 128 iei Gain Quadrature Spreading Complex Multiply l ZI PNI Q PNQ DRC Symbols Bi Codeword Signal Point DRC lt 1 One 4 Bit Symbols Orthogonal Repetition Mapping Channel per Active Slot Encoder Factor 2 0 1 Relative 0001 12 1 Gain DRC Cover Symbols Walsh Cover One 3 Bit Symbol Wi8 i 0 7 per Active Slot y Baseband T Data Filter Signal Point Data Channel i Channel Mapping MAC Layer Add FCS Bits Channel Interleaved 041 Relative Packets R Bits gt Encoder interleaving Packet P Gain PN9fix Repetition i Walsh Cover Decimater by Factor of2 PN PN9 511 Po 1 Channel Q Channel PN 3 9 2 2 3 9 2 1 1xEV DO RVS 9 6kbps RX Long Code Mask MI 0x3FF00000000 MQ 0x3FE00000001 Short PN Sequence
21. 3 11 1 4 ISDBTsb Movie PSI SI Seg 6 8 service_id 0x2600 0x2608 0x2610 0x2618 0x2620 0x2630 network id 0x8090 0x8091 0x8092 0x8093 0x8094 0x8096 transport stream id 0x8090 0x8091 0x8092 0x8093 0x8094 0x8096 remote control key id Ox5B Ox5C Ox5D Ox5E Ox5F Ox60 frequency 0 529 0 52 0x52F 0x532 0x535 0x538 connected_transmission_ group id 0x2401 0x2401 0x2401 0x2401 0x2401 0x2401 3 120 3 12 uefoo Bluetooth K 3 12 1 Bluetooth Bluetooth DH1 1 3 12 1 Data rate Mbits s Payload Modulation GFSK Bluetooth 5 312 Bluetooth NN Dirty FM DH3 GFSK 4 5 5 GFSK 4 5 DH3 3SlotOff 1 GFSK 4 5 DH5 58lotOff 1 GFSK 4 5 POLL GFSK 4 5 2 DH1 n 4 DQPSK 6 2 DH3 1 n 4 DQPSK 6
22. 2 2 1 W CDMA BS Rx test 3GPP W CDMA BS Rx W CDMA BS Tx test 3GPP W CDMA BS Tx W CDMA UE Rx test SGPP W CDMA UE Rx A i W CDMA UE Rx test 3GPP W CDMA UE Rx B H W CDMA UE Rx test W CDMA A UE Rx test W CDMA B UE Rx test 2 W CDMA UE Tx test 3GPP W CDMA UE Tx W CDMA _ CMB W CDMA AWGN LTE FDD BS Tx test 3GPP LTE FDD BS Tx LTE TDD BS Tx test 3GPP LTE TDD BS Tx PDC PDC PDC_C
23. wvd W 2 W CDMA Downlink 1 2 AWGN 2 OW MG3710A 048 148 078 178 PRHE SA DORMIA
24. PN23fix OFDM Frame Pilot Signal structura 3 11 1 2 ISDB T 3 118 31 EESE 0 ISDBT 2layer Movie ISDBT 2layer Movie2 ISDBT 2layer Coded ISDB T 3 11 1 3 ISDB T ISDBT 2layer Movie ISDBT 2layer_Coded 8 11 1 1 ISDBT 2layer Movie2 3 11 1 2 ISDBT 2layer Movie ISDBT 21ayer Movie2 ISDBT 2layer Coded BER ISDBT 21ayer_ Movie ISDBT 21 Movie2 ISDBT 21ayer_Coded A B
25. 3 8 5 1 Frame Encoder Quality Bits PNO 4172 pits Indicator 00000000 12 bits 3 8 5 1 RVS DCCH 3 91 BOX PRISA Reverse Dedicated Add Frame Add 8 Convolutional Symbol Control eh Channel Quality Encoder Encoder Repetition Interleaver Bits Indicator Tail bits R 1 4 9 2x Factor 1536 Symbols PN9fix 172 bits 20 ms 3 8 5 2 RVS DCCH 1 2 Reverse Pilot All 1 Channel Reverse Dedicated lt gt Relative OQ Channel Walsh Cover 0 Decimator by Factor of 2 I Channel PN Sequence Q Channel PN Sequence E 2 1 1 1 3 8 5 3 RVS RC3 DCCH 2 2 4 PN9 4 4 PN9 4
26. 3 8 1 3 PN9fix 3 92 48 CDMA2000 1X E X 3 8 6 1xRTT Reverse RC4 RVS RC4 1xRTT Reverse RC4 19 3GPP2 C S0002 C 1 R PICH R FCH 3 8 6 1 R PICH Reverse Pilot Channel R FCH Reverse Fundamental Channel R PICH 0 5 278 dB N A 0 R FCH 4 1 528 dB 14 4 kbps PN9fix 3 8 6 2 3 8 6 3 4 1 20 ms 4
27. Off DOWN UPCH P CAC SW CC CAC E 2 112 20 8 112 22 R On 4 bit P 2 bit UPCH PN9 SW 087 4 20 bit 1 lt 90236 20 bit 2 81D75m 20 bit CC 00 8 bit E 22 bit UP UPCH 3 72 CAC SW CC CAC G 112 20 8 116 18 R 4 bit P 24 2 bit UPCH SW 0 785B4r 20 bit CC 00n 8 bit G 00000 18 bit 36 PHS 3 6 PHS PHS 3 6 1
28. 3 ARB 256M 1024M ju 311 2 3 11 2 PN23fix BS CS CATV ISDB T 8 144 3 Msps CS 147 62 Msps CATV 42 192 Msps ISDB T 16 253968 Msps ISDB Tsb 8 12698417 Msps PN 3 117 OPERI 3 11 1 BS 1ch CS 1ch CATV AnnexC 1 BS CS PN28 PN23fix 3 11 1 1 BS CS CATV ISDBT 1layer_1ch ISDBT 2layer 1ch ISDBT_QPSK 1 2 ISDBT QPSK 2 3 ISDBT 16QAM 1 2 ISDBT_QPSK 2 3 TI4 ISDB T
29. R DCCH 3 8 5 1 R PICH Reverse Pilot Channel R DCCH Reverse Dedicated Control Channel R PICH 0 5 278 dB N A 0 R DCCH 8 1 528 dB 9 6 kbps PN9fix 3 8 5 2 3 8 5 3 4 1 20 ms 4 Channel PN Sequence Q Channel PN Sequence 3 4 CRC FER Frame Error Rate
30. FCS Frame check sequence PN9fix PN9fix FCS TAIL 3 9 2 1 256 512 1024 2048 or 4096 Bits PN9fix FCS TAIL 234 490 1002 2026 or 4074 16 6 Bits Bits Bits 3 9 2 1 1xEV DO PN9fix FCS RRI DRC 1xEV DO 3 9 2 2 K 3 9 2 1 3 9 2 2 PN 511 PN 3 105 PRISA oR A Pilot Channel
31. Off SS PR UW CI SA TCH CRC 2 6 16 4 16 160 16 16 4 bit SS 2n 2 bit PR lt 19 6 bits UW E149g 16 bit 3D4Crg 16 bit CI 4 bit SA SACCH 8000 16 bit TCH PN9 TCH PN CRC CL SA G 0000 16 bit 37 GSM 720 2 37 GSM GSM K 3 7 1 3 7 1 GSM i GSM GMSK PN9 PN9 1 8PSK PN9 GMSK TNO TNO PN9 8
32. 7 5 AWGN 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 W CDMA 3 3 3 1 1 UL RMO xxkbps 3 10 3 1 2 UL TFCSXx UL ISDN UL 64kbps Hcc 3 21 3 1 8 UL Interferer usse 3 29 3 1 4 DL RMO xxkbps eee 3 30 3 1 5 DL AMR TFCSx DL ISDN DL 384kbps Packet 3 41 3 1 6 DL Interferer 3 48 3 1 7 TestModel x 3 50 3 1 8 TestModel 5 3 56 3 1 9 TestModel 5 xHSPDSCH 3 56 3 1 10 TestModel 6 xHSPDSCH 3 59 LTE At LEE 3 62 LTE TDD iEJ2 NA eese 3 64 3 66 3 4 1 Liens 3 68 342 3 69 PDC PACKET Li 3 70 3 5 1 Liens 3 71 352 AB VITRE Lees 3 72 PHS ia 3 73 361 Lesser 3 75 3 6 2 ERE Lassen cim ind 3 76 GSM WH NA 3 77 3 7 1 3 79 3 7 2 sees 3 80 S28 SITUE uccisi tette edit
33. IQ 38PP2 C 80002 C 1 8 8 2 1 3 8 2 1 R FCH Reverse Fundamental Channel 3 8 2 2 4 1 20 ms 4 1 Channel PN Sequence Q Channel PN Sequence 3 80 ms 4 CRC FER Frame Error Rate
34. MG83710A 310 WLAN KE MG3710A Marker1 Output 7 4 2 3 10 4 IQ Marker1 Frame Clock Marker2 RF Gate Marker3 3 111 PERISA 3 10 1 IEEE802 11a IEEE802 11 IEEKE802 11a 3 10 1 1 3 10 1 1 PSDU Length 1000 bytes PSDU Data PN9fix PN9 Sampling Rate 40 MHz PN9fix PSDU PN9 PSDU PN _PN9 511 i PPDU 3 10 1 1 PLCP Header Reserve
35. Preamble Trailer Sync Word 6 3 2 38 6 3 4 ACCESS CODE P SW T P Preamble 4 bits SW Sync Word 475 58 73345 2 64 bits T Trailer 4 bits 3 125 PERISA 3 12 1 2 Packet Header Packet Header BLUETOOTH SPECIFICATION Version 2 0 vol3 7 1 1 HEC generation 18 bit BLUETOOTH SPECIFICATION Version 2 0 EDR vol3 7 4 CODE RATE 1 3 54 bit Packet Header LT_ADDR TYPE FLOW ARQN SEQN HEC LT ADDR logical transport address 3 bits FLOW flow control 1 1 bit ARQN acknowledge indication 1 1 bit SEQN sequence number 1m 0m 1 bit HEC header error check 18 bits 3 12 1 2 1 BR Type Code DH1 DH3 DH5 3 12 1 3 Payload Payload CRC UAP 00g BLUETOOTH SPECIFICATION Ve
36. 3 69 3 5 PDC PACKET PDC PACKET K 8 5 1 3 70 3 5 1 PDC DL Packet Slot 0 dH PDC PACKET Slot 0 DL Packet Slot 01 5100 amp 1 DL Packet Slot all Slot 0 amp 1 amp 2 UL_Packet_Slot_0 PDC PACKET Slot 0 HJR MG3710A Marker1 Output AUX 8 5 2 Marker1 Marker2 Marker3 MG3710A 4 EAT H DR E CBS 7 4 2 3 5 2 IQ Marker1 Frame Clock Marker2 RF Gate Marker3 Symbol Clock 35 PACKET I 3 5 1 PDC PACKET 1 2 3 EU
37. Packet Duration 376 us Preamble 8 bits PDU Payload 37 bytes 296 bits _ PDU Header PDU Length 8 bits 8bits 3 12 3 1 BLE 3 12 3 1 BLE Payload Body PayloadBody bytes BLE Reference Signal 3 12 3 1 Preamble Preamble BLUETOOTH SPECIFICATION Version 4 0 vol 6 2 1 1 Access Address O LSB 10101010 01010101 8 BLE BLE Dirty BLE_Dirty_withFM BLE corrupted Access Address 0x94826E8E Access Address LSB 1 10101010 LSB Access Address LSB 1 10101010b 8 bits Access Address LSB 0 01010101b 8 bits 3 129 PERISA 3 12 3 2 Access Address Access Address BLUETOOTH SPECIFICATION Version 4 0 vol 6 212 32 BLE BLE Dirty BLE Dirty withFM BLE CRC corrupted Access Address 0 94826 8 3 12 3 3 PDU Header PDU Length PDU Header PDU L
38. SYNC_ADJ Data0 Data1 Data10 Data1C 1 SYNC_ADJ MG3710A Baseband Pattern Combination Defined MG3710A 2 RF Subframe 10 ns 1Subframe 1 Jb 1 Start trigger i GPS RF 3 13 1 SYNC_ADJ 3 131 PRISA DR 3 RE 0 Hz 4 092 MHz
39. 3 1 5 5 64 kbps The number of TrChs 1 Transport Block size 640 bits Transport Block set size 4 640 bits Rate Matching attribute 170 CRC 16 bits Coding Turbo coding coding rate 1 3 TTI 40 ms Transport block 1 ee o CRC attachment 640 640 Y 1 CRC e 4 TrBk concatenation 640 16 640 16 Y Turbo coding 1 3 624 Y f Tail bit attachment 7872 Y Tail 4 Rate matching 7872 12 Y 1 interleaving 7884 Nau B Radio frame 7884 segmentation i 1 ee 4 7884 Na 4 7884 Na 4 To TrCh Multiplexing 64 kbps data 3 4 kbps data A 1 2 3 4 1 2 3 4 TrCH multiplexing n cum 1 1 2 2 3 3 4 4 Insertion of DTX indication 2 interleaving Physical channel mapping 120 ksps DPCH i 4 gt CFN 4N 1 gt CFN 4N 2 CFN 4N 3 gt Pilot symbol 3 1 5 3 DL ISDN 3 1 5 6 64 kbps 3 4 kbps Symbol rate
40. Model 1 3 1 7 2 Test Model 1 Numberof Fraction of Level Channelization Timing offset Channels Power setting dB Code x256Teohip P CCPCH SCH Primary CPICH PICH S CCPCH containing PCH SF 256 DPCH SF 128 4 8 16 32 6 3 1 7 3 4 Test Model 1 Test_Model_ 1 64DPCHx2 3 4 Test Model 1 64DPCHx2 2 2 5 MHz 2 5 MHz Test Model 1 64x2 10M 2 5MHz 5 MHz Test Model 1 64x2 15M 2 7 5 MHz 7 5 MHz Test Model 1 64DPCHx3 3 0 MHz 10 MHz 15 MHz 5 MHz Wo Test Model 1 64DPCHx4 4 7 5 MHz 2 5 MHz 2 5 MHz 7 5 MHz Timing offset x256Tchip Level settings dB 4 codes 3 1 7 3 DPCH Level settings dB 8 codes Level settings dB 16 codes 3 1 Level settings dB 32 codes W CDMA KE Level settings dB 64 codes 3 51 PRISA 3 1 7 3 DPCH
41. 3 6 3 PHS PHS_CMB PHS BS ACS 0 6MHz TCH Slot 1 4 DQPSK PN15 600 kHz offset PHS BS ACS 0 9MHz TCH Slot 1 PI 4 DQPSK_PN15 900 kHz offset PHS_BS_IMD _TCH_Slot 1 CW 1 2 MHz offset PHS UE ACS 0 6MHz TCH Slot 1 4 DQPSK_ PHS UE ACS 0 9MHz Slot 1 1 4 DQPSK 15 900 kHz offset PHS UE IMD DL TCH Slot 1 CW 1 2 MHz offset PN15 600 kHz offset 1 CW 600 kHz offset CW 2
42. Type Code 3 127 3 12 2 3 Payload 8 12 1 8 LENGTH 8 12 2 8 1 3 1 2 2 3 1 EDR LENGTH 5 bits 10 bits 10 bits 5 bits 10 bits 3 12 2 4 Synchronous Sequence 10 bits EDR Synchronous Sequence Synchronous Sequence 027 E 0 Orad MEUS 2 DH1 2 DH3 2 DH5 077705 22 bits 3 DH1 3 DH3 3 DH5 017507 92 33 bits 3 12 2 5 Trailer DR Trailer 2 DH1 2 DH3 2 DH5 0H 4 bits 3 DH1 3 DH3 3 DH5 00H 6 bits 3 128 E 312 Bluetooth E NN 3 12 3 BLE Bluetooth Low Energy BLE BLE BLE Dirty BLE Dirty_withFM BLE_CRC_corrupted 3 12 3 1 Payload Body 3 12 3 1 Packet Interval 1 25 ms
43. 3 11 1 Digital_Broadcast 0 35 BS BS_1ch 28 86 MHz EUG QPSK 0 85 CS CS_1ch 21 096 MHz ZT QPSK 0 13 ITU T J83 AnnexC AnnexC 1ch 5 274 MHz 64QAM Mode 3 GI 1 8 ISDB T 13seg 64QAM ode 3 GI 1 8 1seg QPSK 12seg 64QAM ode 3 GI 1 8 1seg QPSK CR 2 3 TI 2 ISDB T 12seg 64QAM CR 778 TI 2 ode 3 GI 1 8 3 1seg QPSK CR 273 TI 4 amp 1 40 2 12seg 64QAM CR 3 4 TI 2 ode 3 GI 1 8 ISDB T 1seg QPSK CR 2 3 TI 2 BER 12seg 64QAM CR 7 8 TI 2
44. 2 Tones 1MHz 1MHz 1MHz vav 3 138 3 16 3 16 MG3710A 3 16 1 PhaseCoherence MG3710A 2 5 MIMO S es di Adjustment MG3710A J 3 139 PERISA DR 3 17 GLONASS GLONASS K 3 17 1 GLONASS 19 3 17 1 GLONASS GLONASS GLOBAL NAVIGATION SATELLITE SYSTEM 15String _PN9 INTERFACE CONTROL DOCUMENT
45. 3 9 1 2 QPSK 8 PSK 16QAAM TDM MAC MAC PN PN 39 CDMA2000 IxEV DO Forward Traffic Channel EC Encoder MAC Layer and gt R 1 3 nterleaver a _ _ _ Packets Tail bits or 1 5 PN15fix PN Scrambler N QPSK S
46. FER Frame Error Rate 3 8 3 1 3 8 3 1 Frame Encoder Quality Bits PRESIDE Indicator 00000000 12 bits RVS_RC3_FCH 3 87 PRHE pid Add Frame Add 8 Convolutional Symbol n Quality Encoder Encoder Repetition Interleaver Bits Indicator Tail bits R 1 4 K 9 2x Factor 1536 Symbols PN9fix 172 bits 20 ms 3 8 3 2 RVS 1 2 Reverse Baseband Pilot Al Filter Channel Reverse Relative UT Q Fundamental Gain Channel Walsh Cover Decimator by Factor of 2 I Channel PN Sequence Q Channel PN Sequence 2 0 1 1 1 3 8 3 3 RVS FCH 2 2 4 PN9
47. Scrambling Code 80g DTCH Information Data PN9 DCCH Information Data All 0 SFN 4096 4 Ch Code P CPICH 0 Ch Code P CCPCH 1 Ch Code PICH 16 Ch Code DPCH for 12 2kbps 96 Ch Code DPCH for 12 2kbps 96 Ch Code DPCH for 12 2kbps MIL 96 Ch Code DPCH for DL 64kbps 24 Ch Code DPCH for RMC_144kbps 12 Ch Code DPCH for 384kbps 6 Ch Code DPCH for DL AMR TFCSx 96 Ch Code DPCH for DL ISDN 24 Ch Code DPCH for DL 384kbps Packet 6 OCNS K 3 1 4 2 Marker 1 TTI Pulse Marker 2 Marker 3 AWGN 3 30 3 1 W CDMA KE 3 1 4 2 OCNS Channelization Code at SF 128 Relative Level setting dB DPCH Data The DPCH data for each channelization code shall be uncorrelated with each other and with any wanted signal over the period of any measurement 3 1 4 3 DL RMC12 2kbps DL 12 2kbps ACS Power ratio Physical Channel P CPICH P CPICH Ec DPCH Ec 7 dB P CCPCH P CCPCH Ec DPCH Ec 5 dB SCH SCH Ec DPCH Ec 5 dB PICH PICH Ec DPCH Ec 2 dB DPCH DPCH Ec Ior 10 3 dB 3 1 4 4 DL RMC12 2kbps MIL Phy
48. 4 3 1 10 2 x Level setting Channelization Timing offset Code x256T P CCPCH SCH Primary CPICH 11 PICH 19 S CCPCH containing 19 SF 256 DPCH SF 128 K 3 1 10 3 3 1 10 3 HS SCCH 3 1 10 4 3 1 10 4 HS PDSCH H 64QAM 3 1 10 5 3 1 10 5 HS PDSCH 4 DPCH 4 HS PDSCH 8 DPCH 30 3 59 OPERI 3 1 10 3 DPCH Code Timing offset Level settings dB Level settings dB SF 128 x256Tchip 30 codes 4 codes 3 60 Code SF 128 31 W CDMA BHE NS 3 1 10 4 HS SCCH Timing offset x256 Tchip Level settings dB 0 15 0 21 3 1 10 5 HS PDSCH Timing offset x256Tchip Level settings dB 8 codes Level settings 4 codes 3 61 BOX PERISA 32 LTE LTE K 3 2 1
49. 3 1 1 8 ULreference measurement channel 144 kbps Parameter Information bit rate DPDCH DPCCH DPCCH Slot Format 1 DPCCH DPDCH power ratio TFCI Repetition 3 1 1 9 UL reference measurement channel 144 kbps Parameters Transport Channel Number 1 2 Transport Block Size 2880 100 Transport Block Set Size 5760 100 Transmission Time Interval 40 ms 40 ms of Error Protection Turbo Coding Convolution Coding Coding Rate 1 3 1 3 Rate Matching attribute 256 256 Size of CRC 16 12 3 17 OPERI DTCH DCCH Information data 2880 2880 Information data 100 iDRC16 CRCI COTES remm attachment 2880 2880 CRC attachment 100 Tail 8 5792 Tail bit attachment 112 i Termination 2x12 Turbo Code R 1 8 17400 Conv coding R 1 3 360 1st interleaving 17400 tst interleving 360 wamagta 1 4350 24350 3 4350 944350 n 90 2 90 3 901 4 90 Rate matching 1 4702 42 4702 3 4702 4 4702 n 98 82 98 8 981 4 98 paie o oom 0 II 6 EA 89 slot segmentation LEE BHA 15 B 320320 320320320 320320320 320320320 gt 320 Ra
50. 4 ISDBT_1layer_1ch ISDB T ISDBT 2layer 1ch ISDBT 2layer Movie NS ISDBT 2layer Movie2 1 ISDBT 21layer Coded ode 3 GI 1 8 1seg QPSK CR 1 2 0 12seg 64QAM CR 7 8 1 ode 3 GI 1 8 12seg 64QAM CR 7 8 TI 1 BER ode 3 GI 1 8 4 1seg 16QAM 1 9 12seg 64QAM CR 7 8 1 de 3 GI 1 8 1seg QPSK CR 2 3 TI 4 12 64QAM CR 3 4 TI 2 ISDBT QPSK 1 2 ISDBT QPSK 2 3 ISDBT 16QAM 1 2 ISDBT QPSK 2 3 TI4 M A B M A B M A B M A B 3 116 8 11 FO KEKE NS 3 11 1 Seg 1 5 1 Seg 6 8 3 8 M
51. QZSS a 1 1 1 2 2 2 2 3 PIE AR MG8710A 1 1 0 1 2 1 1 MG8710A H ER EIE SA v X 4 MG3710A E MG3710A T MG3710A wvi
52. D o 3 8 2 1 Erasu re Frame Enco der Tail i SOLIS i 00 0 1 2 bits 3 8 2 1 RVS RC2 3 65 PERISA Channel Add One Add Frame Add 8 Convolutional Block Bits Frasure Quality Encoder Encoder Interleaver PN9fix Indicator Indicator Tail bits R 1 2 9 576 Symbols 267 bits 20 ms Bit Channel PN Sequence Baseband Filter Signal Point Mapping 64 ary Orthogonal Modulator 1 2 PN Chip Delay Baseband Filter Signal Point Mapping Q Channel PN Sequence 3 8 2 2 RVS RC2 FCH 4 PN9 4 4 PN9 4 3 8 1 3 PN9fix 3 86 48 CDMA2000 1X E X 3 8 8 1xRTT Reverse RC3 1 RC3
53. 3 7 3 8 PN 148 8 25 bit PN PN9 G 444 24 75 bit PN PN9 G 3 80 37 GSM 720 2 GMSK PN9 8PSK PN9 8PSK TNO GMSK T E S TSC S E T G 3 57 1 26 1 57 3 8 25 bit T On 4 bit E 1 PN9 E S TSC 09708974 T 4 bit G 8PSK
54. 3 9 2 IQ Marker1 Frame Clock Marker2 RF Gate Marker3 Symbol Clock AWGN 3 99 PRISA oR A 3 9 1 3 100 1xEV DO FWD_ldle FWD_38_4kbps_16slot FWD_2457_6kbps_1slot 3GPP2 C S0024 1Q CDMA2000 1xEV DO FCS Frame check sequence PN15fix PN15fix ECS TATL 8 9 1 1 PN15fix FCS 1024 2048 3072 or 4096 Bits PN15fix FCS TAIL 1002 2026 3050 or 4074 16 6 Bits Bits Bits 3 9 1 1 1xEV DO
55. PN9 1 5 1 1 5 UE 3 4 1 2 3 68 xr 4 DQPSK 2 1 8 gt 3 4 1 3 342 34 2 UP TCH TCH SW CC SF SACCH TCH G 4 2 112 20 8 1 15 112 6 R
56. Type of bits block data convolutional coded bits interleaving channel parity tail1 code rate block depth TCH FS class I 1824 344 class II 78 0 0 5 1 4 1SLOT 3GPP TS05 03 5 1 GPRS PDTCH Packet data block type 1 CS 4 4 CS 1 Code Pre coded Radio Block excl Coded Punctured 2 3 3 181 40 4 456 0 CS 1 1 CS 4 1 3 12 428 16 456 3 79 BOX PRISA DR DL UL MCS 1 5 9 1SLOT 4SLOT 3GPP TS05 03 5 1 EGPRS PDTCH Packet data block type 5 MCS 1 9 MCS 5 13 MCS 9 3 E RLC blocks Raw Data per Radio within Tail payload 20 ms Block MCS 9 1 0 0 36 2 2x592 A 2x12 2x6 59 2 8PSK MCS 5 0 37 1 8 1 448 B 8 22 4 12 6 MCS 1 0 53 0 53 GMSK 1 176 C 8 8 Header 0 3 7 2 8 TCH FS 26 52
57. Parameter Information bit rate DPDCH DPCCH DPCCH Slot Format 1 DPCCH DPDCH power ratio TFCI Repetition 3 1 1 7 UL reference measurement channel 64 kbps Parameter Transport Channel Number 1 2 Transport Block Size 2560 100 Transport Block Set Size 2560 100 Transmission Time Interval 40 ms 40 ms of Error Protection Turbo Coding Convolution Coding Coding Rate 1 3 1 3 Rate Matching attribute 256 256 Size of CRC 16 12 3 15 OPERI DTCH DCCH E CRC12 CRC attachment 2560 PUE CRC attachment 100 d Tail 8 2576 Tail bit attachment 112 Termination 12 Turbo Code R 1 3 7740 Conv coding 1 3 360 1st interleaving 7740 tst interleving 360 me B segmentaton 1 1935 2 1935 3 1995 4195 9 190 90 20 Rate matching 1 2293 2 2293 3 2293 slot segmentation HA dS R Es C OE A BHA A3 m 160160 160160160 160160160 160160160 160 FN 4N Radio CREAN FN 4N 1 RAAE FN 4N 2 frame FN 4N 3 2nd UK 3 1 1 3 UL reference measurement channel 64 kbps 3 16 31 W CDMA 2180 UL 144kbps
58. 1 1 2 3 1 1 1
59. 21 i 2 2 22 2 3 2 1 B2 DEMIE 2 1 MG3710A MG3710A MG3710A 2 2
60. BS Tx Test 3 64 33 LTE TDD 3 3 1 LTE TDD Test Model Band Width 3 2 01M4 TDD 3 2 03M TDD 3 2 05M TDD 3 2 10M TDD E TM 3 2 15M TDD E TM 3 2 20M TDD 3 3 01 4 TDD 3 3 08M TDD E TM 3 3 05M TDD E TM 3 3 10M TDD E TM 8 3 15M TDD E TM 3 3 20M TDD BS Tx Test 3 65 PRISA 34 3 66 PDC 3 4 1 0 3 4 1 PI 4 DQPSK PN9 PI 4 DQPSK 15 DL Full Rate SlotO 5100 DL Half Rate SlotO Slot0 UL Full Rate SlotO Slot0 UL Half Rate_Slot0 Slot0
61. Full Rate_Slot0 CW 100 kHz offset PDC BS HALF RATE ACS Half Rate 800 4 DQPSK_PN15 50 kHz offset PDC BS HALF RATE IMD Rate_Slot0 CW 200 kHz offset PDC BS HALF RATE SR Half Rate_Slot0 CW 100 kHz offset PDC UE FULL RATE ACS DL Full Rate 51000 4 DQPSK PN15 50 kHz offset PDC UE FULL RATE IMD DL Full Rate 5100 CW 200 kHz offset PDC UE FULL RATE SR DL Full Rate_Slot0 CW 100 kHz offset PDC UE HALF RATE ACS DL Rate Slot0 PI 4 DQPSK_PN15 50 kHz offset PDC UE HALF RATE IMD DL Half Rate_Slot0 CW 200 kHz offset PDC UE HALF RATE SR DL Half Rate_Slot0 CW 100 kHz offset 1
62. 3 1 H H 6 30 4 FA f NY
63. 5 DH3 DH5 dirty 1 GFSK 4 5 DH5 2 DH1 dirty 4 DQPSK 2 DH1 2 DH3 dirty 1 A4 DQPSK 2 DH3 2 DH5 dirty 3 DHI dirty n 4 DQPSK 8 DPSK 2 DH5 3 DHI1 Dirty 3 DH3 dirty 8 DPSK 3 DH3 Dirty 3 DH5 dirty 8 DPSK 3 DH5 Dirty DH1 Dirty withFM GFSK 4 5 DH1 Dirty FM DH3 Dirty withFM GFSK 4 5 DH3 Dirty FM DH5 Dirty withFM GFSK 4 5 DH5 Dirty FM 2 DH1 Dirty withFM Di 1 A DQPSK 2 DH1 Dirty FM DH3_Dirty_withFM n 4 DQPSK 2 DH3 Dirty FM DH5 Dirty withFM n 4 DQPSK 2 DH5 Dirty FM DH1_Drty_wnthFM 8 DPSK 3 DH1 Dirty FM DH3_Dirty_withFM 8 DPSK 3 DH3 Dirty FM DH5 Dirty withFM 8 DPSK 3 DH5 Dirty FM BLE GFSK 5 BLE Reference Signal BLE Reference Signal BLE Reference Signal BLE corrupted GFSK 9
64. BCH Transport block 11 bit SFN 10M 15M MG3710A IX IQproducer W CDMA MX370101A HSDPA 1Qproducer B 3 7 2 Defined 3 1 2 DL W CDMA 3 1 2 W CDMA W CDMA UE Rx te
65. BE CD 77 1
66. K 3 12 1 Dirty Dirty FM Bluetooth Bluetooth SIG Inc 3 13 GPS 3 13 GPS GPS 3 13 1 GPS 1 3 13 1 GPS GPS GLOBAL POSITIONING SYSTEM STANDARD POSITIONING SERVICE SIGNAL SPECIFICATION SYNC ADJ
67. Check Bit String Navigation bit GLOBAL NAVIGATION SATELLITE SYSTEM 15String _Message INTERFACE CONTROL DOCUMENT Check Bit String Navigation bit String Frame PN9 GLONASS_PN9 BER 15String _PN9 15String Message MG3710A Marker1 Output AUX 3 17 2 Marker1 Marker2 MG38710A 7 4 2 3 17 2 IQ IMarker1 Frame Clock Marker2 String Clock Marker3 3 140 3 17 GLONASS KE NN 3 17 1 K 3 17 1 Idle Data KX MB Idle Data KX MB 1 String 1 Frame 15 Strings i ldle Idle chip 1bit 50 bps Data 76 bits 50 bps KX Check bit 8 bit
68. RABit RPC 18 RA 1 MAC MAC B 3 9 1 3 MAC 3 9 1 5 3 108 PERISA DR RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RandomRandom Random Random Random Random Random Random Random Random Random Random Random Random RPC MAC 5 RPCBit RPCBit Random Random RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RandomRandomIRandomlIRandomlRandomlIRandomIRandomIRandomlIRandomlIRandomlRandomIRandomIRandomlRandomlIRandomIRandom RPC RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit RPCBit MAC 17 RABit RABit RABit RABit RABit RABit RABit RABit RABit RABit RABit RA MAC
69. 3 56 1zRTT Reverse ROS 1 3 87 TestModel 5_xHSPDSCH 1111110111111 3 56 IxETT Reverse 2 TestModel 6 xHSPDSCH 3 59 s TestModel x 3 50 1xRTT Reverse RC3 3 RVS RC3 DCCH c 3 91 U 1xRTT Reverse RC4 RVS 4 3 93 UL TFCSx UL ISDN UL 64kbps Packet TR 3 21 UL Interferer 3 29 7277 UL RMCxxxkbps ces 3 10 C W CDMA2000 1xEV DO 3 98 T uses 9 8 CDMA2000 1X yz 3 82 WLAN 3 109 D DL TFCSx DL ISDN DL 384kbps_Packe NCC 3 41 DL Interferer eee 3 48 DL_RMCxxxkbps 3 30 G GLONASS 3 140 GPS kk 3 131 GSM 3 77 IEEES802 11a ees 3 112 IEEE802 11b o c ccu E 3 114 IEEES802 11g ees 3 115 XZI 1 AI 50 3 139 3 69 3 72 3 76 3 80 1 2 amp pee PIAI qd 3 138 Mw 3 79 E E EBEN 2 2 D M 2 3 A 3 68 3 71 3 75 3 80 3 118
70. 4 3 UL Interferer ov3 Marker 1 Frame Clock Marker 2 Slot Clock Marker 3 3 1 3 2 UL Interferer Parameter Channel Bit Rate DPDCH DPCCH DPCCH Slot Format 1 DPCCH DPDCH power ratio 3 29 PRISA DR 3 1 4 DL RMOxxxkbps 3GPP TS 25 101 Annex A DL Reference Measurement Channel DPCH 3GPP TS 25 101 Annex C 3 1 4 1 MG3710A Marker1 Output AUX 8 1 4 1 Marker1 Marker2 MG3710A 7 4 2 3 1 4 1
71. 8 1 1 1 Marker1 Marker2 MG3710A 7 4 2 Marker1 3 1 1 1 SG1 Marker1 561 Marker1 SG2 Marker1 A w SG2 Marker1 B Marker2 SG1 Marker2 A SG1 Marker2 B SG2 Marker2 A SG2 Marker2 B Marker3 SG1 Marker3 A SG1 Marker3 B SG2 Marker3 A HP gt SG2 Marker3 31 W CDMA BHE NS UL 12 2kbps UL RMC_12 2kbps ACS 3 1 1 2 UL reference measurement channel 12 2 kbps Parameter Information bit rate DPDCH DPCCH DPCCH Slot Format 1 DPCCH DPDCH power ratio TFCI Repetition 3 1 1 3 UL reference measurement channel 12 2 kbps Parameters Transport Channel Number 1 2 Transport Block Size 244 100 Transport Block Set Size 244 100 Transmission Time Interval 20 ms 40 ms Type of Error Protection Convolution Coding Convolution Coding Coding Rate 1 3 1 3 Rate Matching att
72. 8 indication i iNncu 103 Nn acl 3 20 E 3 8 i d 2 8 1 interleaving 1 1 03 Nin 60 3 20 8 f 2 NricHo 8 i segmentation i E 1 03 60 1 2 16 20 1 2 Nara Nae Nar 3 20 2 Nar 3 Nrcuo 8 103 2 2 8 60 2 TrCh Multiplexing and tail bits for TrCH a is attached even if 0 bits since CRC parity bit attachment for 0 bit transport block is applied 3 1 5 1 DL AMR TFCSx 1 2 3 1 5 3 3 4 kbps Transport Block size 148 bits Transport Block set size 148 bits Rate Matching attribute 160 CRC 16 bits Coding CC coding rate 1 3 TTI 40 ms 3 43 PRISA DR Transport block attachment 148 148 16 bits TrBk concatination 1 TrBks 164 Tail bit attachment Convolutional 164 8 coding R 1 3 1 Rate matching 516 Insertion of DTX 516 Nar indication i
73. Baseband Filter Baseband 2 0 1 1 1 3 8 7 1 FWD_RC1 2 9channel T I Channel Symbol Data PN Sequence Forward Fundamental Channel PNOfix Forward Pilot Channel All 0 Forward Sync Walsh Q Channel Channel PN9fix Function PN Sequence Forward Paging Channel PN9fix 4 PN9 4 4 PN9 4 X 8 8 1 3 PN9fix 3 95 PRISA 3 8 8 1xRTT Forward RC 4 5 FWD RC3 5 9channel 3GPP2 C S0002 C 1 1xRTT Forward RC3 RC4 F PIC
74. TestModel_3_4DPCH 3 1 1 W CDMA 2 4 P CPICH P CCPCH SCH PICH S CCPCH 4 DPCH TS25 141 V11 4 0 BS TX TestModel 3 SDPCH P CPICH P CCPCH SCH PICH S CCPCH 8 DPCH TS25 141 V11 4 0 BS TX TestModel 3 16DPCH P CPICH P CCPCH SCH PICH S CCPCH 16 DPCH TS25 141 V11 4 0 BS TX TestModel 3 32DPCH P CPICH P CCPCH SCH PICH S CCPCH 32 DPCH TS25 141 V11 4 0 BS TX TestModel 4 P CCPCH SCH TS25 141 V11 4 0 BS TX TestModel 4 CPICH P CPICH SCH TS25 141 V11 4 0 BS TX TestModel_ 1 64DPCHx2 5 P CPICH P CCPCH SCH PICH S CCPCH 64 DPCH TS25 141 V11 4 0 BS TX TestModel_ 1 64x2 10 5 6 P CPICH P CCPCH SCH PICH S CCPCH 64 DPCH TS25 141 V11 4 0 BS TX TAM TestModel 1 64x2 15M 5 6 P CPICH P CCPCH SCH PICH S CCPCH 64 DPCH TS25 141 V11 4 0 BS TX TestModel_ 1 64DPCHx3 6 P CPICH P CCPCH SCH PICH S CCPCH 64 DPCH TS25 141 V11 4 0 BS TX TestModel_ 1 64DPCHx4 5 P CPICH P CCPCH SCH PICH S CCPCH 64 DPCH TS25 141 V11 4 0 BS TX
75. 3 CW CW 100 kHz offset CW 2 AZ vav 3 67 PRISA oR A 3 4 1 PDC 3 PN9 1 2 1 1 2 mS 3 4 1 1 PDC TDMA 6
76. 4 kHz CLK 1575 42 MHz 4 kHz 1575 42 MHz CLK 4 092 MHz CLK 4 09201039 MHz RE MG3710A 4 ARB 256M ARB 1024M TLM PARITY MG3710A Marker1 Output AUX 3 13 2 Markerl Marker2 MG3710A 7 4 2 3 13 2 IQ Marker1 Subframe Clock Marker2 RF Gate Marker3 3 132 313 GPS 3 13 1
77. Channel PN Sequence Q Channel PN Sequence 3 4 FER Frame Error Rate 3 8 6 1 Reserved Frame Encoder Tail Bit PN9fix 267 bit Quality Bits 07 Indicator 00000000 12 bits 3 8 6 1 RVS_RC4_ FCH 3 93 OPERI Reverse Bess Add Add Frame Add 8 Convolutional Symbol Symbol Block Bi Reserved Quality Encoder Encoder Repetition Puncture Interleaver PN ofx Bits Indicator Tail bits R 1 4 K 9 Factor 8 of 24 1536 Symbols 267 bits 20 ms 3 8 6 2 RVS_RC4_FCH 1 2 Baseband Flot AE Filter Channel Reverse Relative Baseband Fundamental Gain Filter Channel Walsh Cover Decimator by Fa
78. RT FR 3 145 AI 2
79. 2 Subframe TLM HOW 1 1 GLOBAL POSITIONING SYSTEM STANDARD POSITIONING SERVICE SIGNAL SPECIFICATION nm gt N DES Subframe TLM HOW PN9 BER Subframe PN9 GLOBAL POSITIONING SYSTEM STANDARD T POSITIONING SERVICE SIGNAL SPECIFICATION PARITY Word 1Word 24 PN9fix 6 GLOBAL POSITIONING SYSTEM STANDARD POSITIONING SERVICE SIGNAL SPECIFICATION TLM_PARITY 4 Subframe TLM HOW Nav Data Word3 Word10 Nav Data 5 1 SYNC ADJ SYNC_ADJ
80. 0 103 Nrrcn 0 60 bits Rate Matching attribute RM 200 190 235 12 bits attached only to TrCh a CC Coding coding rate 1 3 for TrCh a b coding rate 1 2 for TrCh c TTI 20 ms 3 28 PRISA DR 3 24 1 2 1b 2b 1 2c 1 2 1b 2b 1 2 1 2 3 4 TrCH multiplexing 4 1 1b 1 1 2 20 2 2 1a 16 1 3 2 26 2 4 2 interleaving Physical channel 600 600 600 600 mapping 60 ksps DPDCH 4 CFN 4N gt lt 4 1 gt lt CFN 4N 2 gt CFN 4N 3 gt Transport block TrCh a CRC attachment Y Tail bit attachment Nona 12 Y Convolutional coding R 1 3 1 2 yY Radio frame equalization Y 19 interleaving Y Radio frame segmentation Y Rate matching Tail 12 8 TrCh b Nrcrp Tail 8 03 Nrcua 20 3 8 1 08 3 20 3 Nircnp 8 Nronp 1 03 3 Nrcn 20 1 3 8 1 03 1 Nr 811 103 ia 26 1b 2b 2b b Nac TrCh C INrcne Tail
81. 4 bits P 2m 2 bits TCH PN9 TCH PN SW 0 785B4m 20 bits 1 62DC9a 20 bits 2 7E28An 20 bits CC 00 8 bits SF 1 bit SACCH 0000n 15 bits G 6 bits TCH SF SACCH Off DOWN TCH RIP TCH SW SF SACCH TCH 412 112 20 8 li 15 112 R 0Om 4 bits P 2u 2 bits TCH PN9 TCH PN SW 087 4 20 bits 1 9D236n 20 bits 2 81075 20 bits CC 00 8 bits SF 1 bit SACCH 000000 21 bits TCH SF SACCH Off
82. Level settings Levelsettings Level settings dB 16 dB 32 dB 64 codes codes codes Timing offset Level settings Level settings x256Tchip dB 4 codes dB 8 codes 3 52 Test Model 2 P CCPCH SCH 3 1 3 1 7 4 Test Model 2 Number of Channels Fraction of Power 96 Level setting dB Channelization Code W CDMA KE Timing offset x256T chip Primary CPICH PICH S CCPCH containing PCH SF 256 DPCH SF 128 2x10 1x50 Test Model 3 P CCPCH SCH 24 72 120 3 1 7 5 Test Model 3 Number of Channels Fraction of Power 96 4 8 16 32 15 8 15 8 12 6 7 9 Level settings dB 4 8 16 32 8 8l 9 11 Channelization Code Timing offset 256 Primary CPICH 15 8 15 8 12 6 1 9 8 8 9 11 2 5 2 5 5 1 6 16 16 13 18 S CCPCH containing PCH SF 256 2 5 2 5 5 1 6 16 16 DPCH SF 256 4 8 16 32 63 4 63 4 63 7 80 4 in total 3 1 7 6 3 53 OPERI 3 1 7 6 Test Model 3 Level settings Level settings dB 16 dB codes 32
83. 1Word 24 6 PARITY H QZSS_PN9 BER Subframe PN9 DefaultNavData PARITY MG3710A Marker1 Output AUX 3 18 2 Markerl Marker2 MG3710A 7 4 2 3 18 2 IQ Marker1 Subframe Clock Marker2 RE Gate Marker3 3 142 318 QZSS 3 18 1 K 8 18 1 Satellite ID Number 193 C A 3 18 1 1 TLM TLM P HOW P Data 1 1 1 1 1 ED 1 Bc i TLM Telemetry 30 bits Eig HOW Handover Word 30 bits Ec Data Default
84. 3 11 1 1 3 11 1 2 3 119 A ISDBTsb Movie 3 11 1 3 1 3 3 111 3 8 3 11 1 3 ISDBTsb_Movie 20 23 26 ISDBTsb Movie 3 11 1 4 RF MG3710A 190 21428571 MHz
85. Bluetooth MG3710A Marker1 Output AUX 3 12 2 Marker1 Marker2 MG3710A 7 4 2 3 12 2 IQ Marker1 Packet Clock Marker2 Gate Marker3 3 124 312 Bluetooth NN 3 12 1 Basic Rate DH1 DH3 DH5 DH3 38lotOff DH5 5SlotOff 3 12 1 1 Payload Body 3 12 1 1 LSB MSB ACCESS CODE HEADER PAYLOAD 68bit 54bit lt GFSK gt 3 12 1 1 Basic Rate 3 12 1 1 BR Payload Body PayloadBody bytes 3 12 1 1 ACCESS CODE ACCESS CODE Sync Word LAP 9R8B38r BLUETOOTH SPECIFICATION Version 2 0 EDR vol3 6 3 3 Sync Word Definition
86. 4 8 8 1 3 PN9fix 3 97 PRISA DR 3 9 CDMA2000 1xEV DO CDMA2000 1xEV DO FWD 38 4 16slot FWD 2457 6 1slot 83GPP2 C S0024 1 CDMA2000 1xEV DO FWD 3GPP2 C S0024 IQ CDMA2000 1xEV DO RVS 9 6 kbps RX RVS 153 6 kbps RX 3GPP2 C S0024 1Q CDMA2000 1xEV DO CDMA2000 1xEV DO 3 9 1 1xEV DO EZR 3 9 1 CDMA2000 1xEV DO
87. 4 Random Random Random Random Random Random Random Random Random RandomRandom Random Random Random Random Random MAC Packet Packet Packet Packet Packet _ Packet Packet Packet Packet Packet Packet Packet Packet Packet Packet 2 3 4 1 3 4 1 2 3 4 1 2 3 4 MAC MAC MAC MAC Index Index 6 Index Index 8 5 Index Index Index Index Index Index Index Index Index Index 7 7 8 5 6 7 8 5 6 7 8 Data 400 chips Data MAC 64 chips Data 400 chips 64 chips 96 chips 1 half slot 0 83 ms 1 frame 26 67 ms 3 9 1 5 3 104 39 CDMA2000 IxEV DO 3 9 2 1xEV DO RVS 9 6kbps_RX RVS_153_6kbps_TX 1xEV DO 3GPP2 C S0024 1Q CDMA2000 1xEV DO RRI
88. Indicator 400000000 12 bits 3 8 1 1 RVS 1 3 83 PERISA DR Channel Add Frame Add 8 Convolutional Block Bits Quality Encoder Encoder Interleaver PN9fix Indicator Tail bits R 1 3 K 9 576 172 bits 20 ms Channel PN Sequence Signal Point Baseband Mapping Filter ML 64 ary Orthogonal Modulator 1 2 PN Chip Signal Point Baseband Dela Mappin Filter Q pping Q Channel PN Sequence 3 8 1 2 RVS 1 3 8 1 3 4 PN9 4 4 PN9fix 4 Short Code 26 66 ms PN9fix 4 frame 80 ms PN9fix 3 8 1 3 PN9fix 3 84 48 CDMA2000 1X E X 3 8 8 1xRTT Reverse RC2 RVS RC2 1xRTT Reverse RC2 R FCH
89. MAC 1xEV DO 3 9 3 1 64 ary Walsh Cover for MACIndex i MAC Channel RPC bits for MACIndex i Quadrature Repetition Spreading Factor 4 Complex Multiply MAC Channel RA bits for MACIndex i Ch nnel PN Sequence Q Channel PN Sequence Pilot Channel Walsh Cover 0 3 9 3 1 1xEV DO 1xEV DO 8 9 8 2 1xEV DO 3 9 3 1 64 chip 96 64 64 chip 96 chip lt 1 slot 1 67 ms gt 3 9 3 2 1xEV DO 3 9 3 1 1xEV DO MAC RA Channel RPC Channel Gain Gain 4 ARA Channel 19 04 3 108 3 10 WLAN WLAN 11a OFDM 6Mbps WLAN W Z
90. 1 interleaving 516 Radio frame 516 segmentation 3 1 2 3 4 516 4 516 Nay 4 516 4 516 4 TrCh Multiplexing Insertion of DTX indication is used only if the position of the TrCHs in the radio frame is fixed 12 2 kbps data 12 2 kbps data 3 4 kbps data MM 1a 2a 1b 2b 1c 2c 1a 1b 2b 1 2 1 2 3 4 TrCH multiplexing 4 iHa 16 1c 1 2 20 2 2 1a 1b 1 3 2 20 2 4 2 interleaving i H Physical channel 510 510 510 510 pi mapping 1 12 19 HUI e Ii 30 ksps DPCH I T CFN 4N EN CFN 4N 1 Ed CFN 4N 2 CFN 4N 3 gt Pilot symbol TPC 3 1 5 2 DLAMR TFCSx 2 2 3 1 5 4 12 2 kbps 3 4 kbps Symbol rate ksps Npiot bits Nrrci bits Nrec bits bits bits 9 4 o 2 6 j 9 3 44 31 W CDMA DL_ISDN
91. 1 DBPSK PPDU 2 DQPSK 5 5 or 11 Mbit s 3 10 2 1 IEEE802 11b Long PLCP PPDU Long PLCP PPDU PSDU 3 8 1 IEBEE802 11a 3 114 310 WLAN 3 10 3 IEEE802 119 3 IEEE802 11 IEEE802 11g 38 10 8 1 3 10 3 1 PSDU Length 1000 bytes PSDU Data PN9fx Sampling Rate 44 MHz PN9fix PSDU PN9 i PSDU PN Long PLCP PPDU 3 10 3 1 PLCP PLCP Header PSDU Preamble 48 Bits Data Modulation 144 Bits 3 10 3 1 IEEE802 11g Long preamble PPDU 3 115 PRISA 3 11 K 3 11 1
92. 3 13 1 2 GPS 9 PARITY TLM_PARITY TLM P HOW P D eda D P A 1Subframe TLM Telemetry 24 bits HOW Handover Word 24 bits D Data 24 bits P Parity Bit 6 bits Data 3 13 1 3 GPS PARITY 3 13 1 4 3 14 Mobile WiMAX IE 3 14 Mobile WiMAX Mobile WiMAX iE Mobile WIMAX 3 14 1 Mobile WiMAX Mobile WIMAX WiMAX DL 10MHz QPSK WiMAX DL 10MHz 64QAM BS TX Premable DL MAP QPSK DL Burst Premable DL MAP 64QAM DL Burst 3 135 PRISA 3 14 1 WiMAX DL 10MHz DL Burst PN9Fix
93. 4 1 20 ms 4 Channel PN Sequence Q Channel PN Sequence 3 4 FER Frame Error Rate 3 8 4 1 Frame Encoder Tail PNOfix 172 bi Quality Bits T Indicator 00000000 12 bits 3 8 4 1 RVS SCH 3 89 PERISA DR pid Add Frame Add 8 Convolutional Symbol Block UNS Quality Encoder Encoder Repetition Interleaver Bits Indicator Tail bits R 1 4 K 9 2x Factor 1536 Symbols PN9fix 172 bits 20 ms 3 8 4 2 RVS
94. Marker1 Output AUX 3 7 2 Marker1 Marker2 Marker8 MG3710A 7 4 2 3 7 2 IQ Marker1 Frame Clock Marker2 Gate Marker3 Multi Frame Clock 37 GSM 720 2 3 7 1 GMSK 9 8PSK PN9 PN9 GMSK TNO 8PSK TNO PN9 NB ALL NB_8PSK NB 8PSK PNI PN9 FS 3GPP TS05 03 3 1 Speech channel at full rate TCH FS
95. Parameters Transport Channel Number 1 2 Transport Block Size 244 100 Transport Block Set Size 244 100 Transmission Time Interval 20 ms 40 ms of Error Protection Convolution Coding Convolution Coding Coding Rate 1 3 1 3 Rate Matching attribute 256 256 Size of CRC 16 12 3 33 OPERI DTCH DCCH Information data 244 Information data 10 neteeetttttttcttttottotttttiien RG CRC attachment 244 CRC16 CRC attachment 100 Termination 12 8 Tail bit attachment 260 Tail bit attachment 112 Conv coding R 1 3 804 Conv coding R 1 3 360 Rate matching 686 Rate matching 308 1st interleaving 686 tst interleaving 308 segmentation 2nd interleaving mm 3m 39 mm slot segmentation m 14 H Es ln z 28 28 28 28 28 28 28 28 28 28 28 inluding TFCI bits FN 4N RIE frame FN 4N 1 Radio BENZ FN 4N 2 frame FN 4N 3 3 1 4 1 DL reference measurement channel 12 2 kbps 3 34 31 W CDMA 9 2 64kbps 3 1 4 8 DL reference measurement channel 64 kbps Parameter Information bit rate DPCH Slot Format 1 TFCI Power offsets PO1 PO2 and Repet
96. TestModel_5 4DPCH P CPICH P CCPCH SCH PICH S CCPCH 4 DPCH HS SCCH 4 HS PDSCH TS25 141 V11 4 0 BS TX TestModel 5 2HSPDSCH P CPICH P CCPCH SCH PICH S CCPCH 6 DPCH HS SCCH 2 HS PDSCH TS25 141 V11 4 0 BS TX 31 W CDMA BHE NS 3 1 1 W CDMA 3 4 BS TX TestModel 5 4HSPDSCH P CPICH P CCPCH TS25 141 V11 4 0 SCH PICH S CCPCH 14 DPCH HS SCCH 4 HS PDSCH P CPICH P CCPCH SCH PICH S CCPCH 30 DPCH HS SCCH 8 HS PDSCH P CPICH P CCPCH SCH PICH S CCPCH 4 DPCH HS SCCH 4 HS PDSCH P CPICH P CCPCH SCH PICH S CCPCH 30 DPCH HS SCCH 8 HS PDSCH BS TX TestModel 5 SHSPDSCH TS25 141 V11 4 0 BS TX TestModel 6 4HSPDSCH TS25 141 V11 4 0 BS TX TestModel 6 SHSPDSCH TS25 141 V11 4 0 W CDMA A UE Rx test UE RX UE RX P CPICH P CCPCH TS25 944 4 1 1 4 DL CPICH P CCPCH DL 12 2kbps ACS P CPICH P CCPCH SCH PICH DPCH TS25 101 A 3 1 TS25 101 C 3 1 UE RX DL Interferer P CPICH P CCPCH SCH PICH OCNS TS25 101 4 UE RX DL Interferer ov3 7 P CPICH
97. 4 4 PN9 E 4 3 8 1 3 PN9fix 3 88 48 CDMA2000 1X E 3 8 4 1xRTT Reverse RC3 2 5 SCH 1xRTT Reverse RC3 19 3GPP2 C S0002 C 1 R PICH R FCH R SCH 3 8 4 1 R PICH Reverse Pilot Channel R FCH Reverse Fundamental R SCH Reverse Supplemental Channel BM Walsh Code Code Power Data Rate 7 5912 dB 0 8 8412 dB PN9fix 8 8412 dB PN9fix B 3 8 4 2 Bd 3 8 4 8
98. 4 Reverse PICH FCH 14 4 kbps FWD RCI 2 9channel cdma2000 1xRTT RC1 RC2 Forward PICH SyncCH PagingCH FCH 19 2 ksps x 6 FWD 5 9channel CDMA2000 1X Marker1 Output 3 cdma2000 1xRTT RC3 RC4 RC5 Forward H MG3710A 15 if AUX 8 8 2 PICH SyncCH PagingCH FCH 38 4 ksps x 6 Marker1 Marker2 Marker3 MG8710A 7 4 2 3 8 2 IQ Marker1 Frame Clock Marker2 RF Gate Marker3 Symbol Clock AWGN 48 CDMA2000 1X E X 3 8 1 1xRTT Reverse RC1 RVS RC1 1xRTT Reverse RC1 R FCH IQ 3GPP2 C S0002 C 1 3 8 1 1 3 8 1 1 R FCH Reverse Fun
99. 3 41 OPERI 3 42 DL TFCSx 3 1 5 2 12 2 kbps The number of TrChs 3 TrCHsta 0 39 or 81bits Transport Block size TrCH b 108 bits TrCH c 60 bits 1 Nrrcn 1 81 lt 1108 1 60 bits 2 Nmcua71 39 0 108 0 60 bits 3 Nrrcna 1 0 lt 0 108 0 60 bits Rate Matching attribute 200 190 235 12 bits attached only to TrCh a CRC parity bit attachment for 0 bit transport block Applied only to TrCh a Coding CC coding rate 1 3 for TrCh a b coding rate 1 2 for TrCh c TTI 20 ms 31 W CDMA REN Transport block TrChita TrChitb TrCh C attachment Tail bit attachment 12 i Tail rai Conv coding 12 8 amp 8 Nreay1 03 8 60 R 1 3 1 2 d E Rate matching 3 20 8 103 2 8 60 Insertion of DTX i 3 20 E 3 Nrrcnp 8 2
100. ICO TW TR 2 DH5 4 DQPSK 6 2 DH5 2 DH3_ 3SlotOff 1 n 4 DQPSK 6 2 DH3 2 DH5 58SlotOff 1 4 DQPSK 6 2 DH5 3 DH1 8 DPSK 6 3 DH1 3 DH3 1 8 DPSK 6 3 DH3 3 DH5 1 8 DPSK 6 3 DH5 3 DH3 3SlotOff 1 8 DPSK 6 3 DH3 3 DH5 58SlotOff 1 8 DPSK 6 3 DH5 GFSK PN9 2 GFSK 4 5 GFSK PN15 1 GFSK 4 5 PI 4 DQPSK PN9 2 rx 4 DQPSK 6 PI 4 DQPSK PNI15 3 2 774 DQPSK 6 8DPSK PN9 2 3 8DPSK 6 8DPSK PN15 3 3 8DPSK 6 3 121 OPERI DHI dirty 3 12 1 Data rate Mbits s Payload Modulation GFSK 4 Bluetooth 5 DH1 Dirty FM DH3 dirty GFSK 4
101. K 8 18 1 Satellite ID Number 1 8 13 1 1 SYNC_ADJ TLM TLM P HOW P Data 1 TR 1 1 hot i A i TLM Telemetry 30 bits Eig HOW Handover Word 30 bits Ec Data Default Navigation Data 240 bits Preamble TLM Message Parity TOW Solved Parity Reserve Snoof Alert Flag Preamble 8 8 bits TLM Message 00u 14 bits Reserved 3m 2 bits TOW Time of Week 00000n 17 bits Alert Flag On 1 bit Anti Snoof Flag 1 bit Subframe ID 1n 3 bits Solved 1n 2 bits Parity Bit Parity Bit 6 bits 3 13 1 1 GPS 3 133 OPERI 3 134 PN9 PN9 PARITY D P D 1Word A 10Word D Data 24 bits P Parity Bit 6 bits Data PN9fix Word PN 10 Word 1 Word PN
102. T1 E TSC E T2 G 9 174 78 174 9 24 75 bit T1 1 9 bit 1 PN9 E TSC 9 29 FFF3 FF3F 9 49 T2 1 9 bit G 1 NB PN9 3 81 PRISA 3 8 1 3 8 CDMA2000 1X CDMA2000 1X 3 8 1 CDMA2000 1X T CDMA2000 FCH 9 6 kbps RVS RC1 FCH cdma2000 1xRTT RO1 Reverse RVS RC2 FCH cdma2000 1xRTT 2 Reverse FCH 14 4 kbps RVS_RC3_FCH cdma2000 1xRTT Reverse PICH FCH 9 6 kbps RVS RC3 FCH SCH cdma2000 1xRTT RC3 Reverse PICH FCH 9 6 kbps SCH 9 6 kbps RVS RC3 DCCH cdma2000 1xRTT RC3 Reverse PICH DCCH 9 6 kbps RVS RC4 cdma2000 1xRTT
103. V ELT K 3 10 1 X 310 WLAN IEEE802 11a b g 3 10 1 Data rate Mbits s IEE802 11a Modulation Coding bits OFDM symbol Coding bits per subcarrier 3 10 2 3 10 3 Data bits per OFDM symbol OFDM 9Mbps 11 OFDM 9Mbps PN9 OFDM 12Mbps OFDM 18Mbps OFDM 18Mbps PN9 OFDM 24Mbps OFDM 36Mbps OFDM 36Mbps 9 1 36 16 QAM 3 4 192 144 11a OFDM 48Mbps 48 64 QAM 2 8 288 192 11a OFDM 54 54 64 QAM 3 4 288 216 11a OFDM_54Mbps_PN9 54 64 QAM 3 4 288 216 OFDM 54Mbps ACP 2 54 64 QAM 3 4 AININ INJ ejeje 288 216 1 Delay 4 sample 2 4 sample PLCP Preamble PN9 1 PN9 ET Trigger PLCP Preamble
104. 1 4 3 UPCH 2 0 CAO 1 1 0 FV UPCH 1 DL Packet Slot 0 0 1 2 UPCH IDLE All 1 IDLE All 1 UPCH 2 DL Packet Slot 01 0 1 2 UPCH UPCH IDLE FV UPCH 3 DL Packet Slot all om 0 1 2 UPCH UPCH UPCH UPCH 1 UL Packet Slot 0 0 1 2 Off 1 3 71 PERISA DR 3 5 2 2
105. 3 28 Transport block CRC attachment Y TrBk concatenation Y Turbo coding R 1 3 Y Tail bit attachment Y 1 interleaving y Radio frame segmentation y Rate matching B TrBks B 4 352 B 1056 B 1056 B 1218 9 1 1056 B amp 12 9 2 1056 B 124 B 9 2 To TrCh Multiplexing 1056 B 12 B 9 2 3 1 2 5 UL64 kbps Packet 64 kbps Packet data 64 kbps Packet data 3 4 kbps data 1056 B 12 9 0 2 Naui B 12 B 9 2 2 1 2 1 2 3 4 1 TrCH multiplexing 1 1 2 2 1 3 2 4 2 9 interleaving Physical channel mapping DPDCH CFN 4N CFN 4N 1 3 4 CFN 4N 2 CFN 4N 3 3 1 2 6 UL 64 kbps Packet m di 31 W CDMA BHE NS 3 1 3 UL Interferer 3GPP TS 25 141 Annex I Characteristics of the W CDMA interference signal 3 1 3 1 UL Interferer Scrambling Code 1 DTCH Information Data PN9 DCCH Information Data All 0
106. 3 9 1 5 3 3 8 3 9 1 5 3 9 1 1 3 102 39 CDMA2000 IxEV DO E NS 3 9 1 1 T 1xEV DO 7 FWD 38 4kbps_16slot FWD 76 8kbps 8slot FWD 153 6kbps 4slot FWD 307 2kbps 2slot FWD 614 4kbps_1slot FWD 307 2kbps 4slot FWD 614 4kbps_2slot FWD 1228 8kbps lslot FWD 921 6kbps 2slot FWD 1843 2kbps lslot FWD 1228 8kbps 2slot FWD 2457 6kbps lslot lo 3 9 1 2 3 9 1 2 RA RPBR 4 Eu Channel RPC RPCBit RA
107. ksps i deu Nui bits Nreai bits Nec bits Nasa bits bits Ca 1 3 8 3 45 PRHA DREA DL 384kbps Packet 3 1 5 7 384 kbps The number of TrChs 1 Transport Block size 336 bits Transport Block Set size 336 B bits 12 Rate Matching attribute 145 16 bits Coding Turbo coding coding rate 1 3 TTI 10 ms Transport block CRC attachment m f 336 16 TBK 12 TrBks concatenation Turbo coding R 1 3 352 12 Tail bit attachment i E Rate matching 1056 12 1211242 1 interleaving 1056 12 12 12 Nay 1056 124 12 12 Nay To Multiplexing 3 1 5 4 01 384 kbps Packet 3 46 31 W CDMA BHE NS 384kbps Packet data 384kbps Packet data 3 4 kbps data A 1 2 1 2 1 2 3 4 TrCH multiplexing Ne cn 1 1 2 2 1 3 2 4 Insertion of H DTX indication Physical channel segmentation no e Bo t gP oe ge Ho Je ge 2 interleaving j i f i ge m
108. 12 2 Enhanced Data Rate 3 127 3 12 3 3 129 3 12 4 Dirty Transmitter Signal 3 130 Cl t AZAS a 3 131 3 13 1 3 133 Mobile WiMAX 3 135 3 14 1 4 a i 3 136 a 3 138 i 3 139 GLONASS Lesen 3 140 347 RIIA Y Fonni 3 141 QZSS 3 142 3 18 1 3 143 ED DAAA a 3 145 31 W CDMA 3 1 W CDMA W CDMA K 3 1 1 3 1 1 W CDMA 1 4 W CDMA BS Rx test UL 12 2kbps UL DPCCH DPDCH TS25 141 A 2 BS RX UL 12 2kbps_ACSY2 UL DPCCH DPDCH TS25 141 A 2 BS RX UL 64kbps UL DPCCH DPDCH TS25 141 A 3 BS RX UL 144 2 UL DPCCH DPDCH TS25 141 A 4 BS RX UL _RMC_384kbps 2 UL DPCCH DPDCH T
109. 3GPP TS36 141 LTE 6 E UTRA Test Models 1 1 E TM1 2 E TM2 E TM3 1 E TM3 2 E TM3 3 Channel Bandwidth 1 4 MHz 3 MHz 5 MHz 10 MHz 15 MHz 20 MHz E UTRA Test Models 3GPP TS36 141 6 3 2 1 LTE Test Model Band Width _FDD BS Tx test E TM_1 1 01 4 FDD E TM 1 1 03M FDD E TM 1 1 05M FDD E TM 1 1 10M FDD E TM 1 1 15M FDD E TM 1 1 20M FDD E TM 1 2 01M4 FDD E TM 1 2 03M FDD E TM 1 2 05M FDD E TM 1 2 10M FDD E TM 1 2 15M FDD E TM 1 2 20M FDD BS Tx Test E TM 2 01M4 FDD 2 03M FDD E TM 2 05M FDD E TM 2 10M FDD E TM 2 15M FDD E TM 2 20M FDD 3 1 01 4 FDD E TM 3 1 03M FDD E TM 3 1 05M FDD E TM 31 10M FDD E TM 3 1 15M FDD 3 62 E TM 3 1 20M FDD 32 LTE 3 2 1 LTE Test Model Band Width E TM 3 2 01M4 FDD E TM 3 2 03M FDD E TM 3 2 05M FDD E TM 3 2 10M FDD 3 2 15M FDD E TM 3 2 20M FDD E TM 3 3 01M4 FDD E T
110. 5 BLE Reference 7 Signal BLE Dirty GFSK 5 Dirty BLE_Dirty_withFM 1 GFSK AU Ww Dirty FM GFSK PN15 BLE GFSK 5 1 Payload PN9 2 PN9 3 PN15 4 0 32 3 122 312 Bluetooth NN 5 BT Bandwidth Time 0 5 6 8 0 4 1 CRC RF PHY TS 4 0 0 RCV LE CA 07 C PER Report Integrity 8 3 12 4 Dirty Transmitter Signal 9 0 5 1501 ZISA DARISI DH1 2 DH1 3 DH1 POLL DH3 2 DH3 3 DH3 DH5 2 DH5 3 DH5 DH3_3SlotOff 2 DH3_3SlotOff 3 DH3_3SlotOff DH5 5SlotOff 2 DH5 5SlotOff 3 DH5_5SlotOff BLE Reference Signal 3 12 1 Time B 3 12 1 3 123 PRISA DR
111. CDMA2000 1xEV DO CDMA2000 1xEV DO CDMA2000 1xEV DO FWD 1228 8kbps 2slot IS 95SPEC EQ PN15fix FWD_2457_6kbps_1slot IS 95SPEC EQ PN15fix FWD Idle IS 95SPEC EQ RVS_9_6kbps_RX IS 95SPEC RVS 19 2kbps RX TS 95SPEC RVS 38 4kbps RX TS 95SPEC RVS 76 8kbps RX IS 95SPEC RVS 153 6kbps RX IS 95SPEC RVS 9 6kbps TX IS 95SPEC CDMA2000 1xEV DO RVS 19 2kbps TX c 18 956 CDMA2000 1xEV DO RVS 38 4kbps TX TS 95SPEC CDMA2000 1xEV DO RVS 76 8kbps TX TS 95SPEC RVS 153 6kbps Tx CDMA2000 1xEV DO IS 95SPEC PN CDMA2000 1xEV DO MG3710A Marker1 Output AUX 3 9 2 Marker1 Marker2 Marker3 MG3710A 7 4 2
112. DCCH information Data 3 Marker 1 Frame Clock Marker 2 Slot Clock Marker 3 AWGN 3 21 PERHE SI DERA 9 3 1 2 2 UL AMR_TFCSx Parameter DPDCH DPCCH DPCCH Slot Format 1 DPCCH DPDCH power ratio 3 1 2 3 3 4 kbps DCCH Transport Block size 148 bits Transport Block set size 148 bits Rate Matching attribute 160 16 bits Coding CC coding rate 1 3 TTI 40 ms 3 22 31 W CDMA Xfzxz attachment 148 148 16 TrBk concatenation 1 TrBk 164 Tail bit attachment a Convolutional 164 coding R 1 3 1 interleaving 516 j Radio frame 51 6 segmentation 2 amp 725 158 EN 5 i Rate matching NECS Tu NEM RM2 RM4 TrCh Multiplexing 3 1 2 1 ULAMR TFCSx 1 2 3 1 2 4 12 2 kbps DTCH The number of TrChs 3 TrCH a 39 or 81 bits TrCH b 108 bits TrCH C 60 bits 1 Nrrcma 1 81 1 103 160 bits TFCS 2 139 0 103 0 60 bits Transport Block size 3 Nrrcn 0 81
113. Forward Fundamental Channel Walsh Code Code Power Symbol Rate Symbol Data F PICH 0 4 8 ksps PN9fix PagingCH 19 2 ksps PN9fix F FCH x 6 19 2 kbps PN9fix 3 8 7 1 Symbol Data 4 1 20 ms 4 1 Channel PN Sequence Q Channel PN Sequence 3 4
114. Ior SCH 10 dB P CPICH Ec Ior 104 PICH Ec Ior 15 dB P CPICH OCNS 0 dB 8 1 6 3 3 48 3 1 W CDMA KE 3 1 6 3 OCNS Channelization Code at SF 128 Relative Level setting dB DPCH Data The DPCH data for each channelization code shall be uncorrelated with each other and with any wanted signal over the period of any measurement 3 49 PRISA 3 1 7 x xxDPCH 3 50 TestModel x xxDPCH 3GPP TS25 141 11 4 0 Test Models 3 1 7 1 Scrambling Code 0 5 N MHzl Scrambling Code N N 0 N7 5 2 N 5 3 N 5
115. P CCPCH SCH PICH OCNS 1525 101 C 4 UE RX OPERI 3 1 1 W CDMA 4 4 W CDMA B UE Rx test DL RMC 12 2kbps RX P CPICH SCH PICH DPCH TS25 101 A 3 1 TS25 101 C 3 1 UE RX DL 12 2kbps P CPICH SCH PICH DPCH OCNS TS25 101 A 3 1 TS25 101 C 3 2 UE RX DL RMC 12 2kbps MIL P CPICH SCH PICH DPCH OCNS TS25 101 A 3 1 TS25 101 C 3 1 UE RX DL 64kbps P CPICH SCH PICH DPCH OCNS TS25 101 A 3 2 TS25 101 C 3 2 UE RX DL 144kbps P CPICH SCH PICH DPCH OCNS 1525 101 A 3 3 TS25 101 C 3 2 UE RX DL RMC 384kbps P CPICH SCH PICH DPCH OCNS TS25 101 A 3 4 TS25 101 C 3 2 UE RX DL TFCS1 5 P CPICH SCH PICH DPCH OCNS TS25 944 4 1 1 3 1525 101 C 3 2 UE RX DL TFCS2 P CPICH SCH PICH DPCH OCNS TS25 944 4 1 1 3 TS25 101 C 3 2 UE RX DL TFCS3 3 P CPICH SCH PICH DPCH OCNS 1525 944 4 1 1 3 TS25 101 C 3 2 UE RX DL ISDN 5 P CPICH SCH PICH DPCH OCNS TS25 944 4 1 1 3 TS25 101 C 3 2 UE RX DL 384kbps Packet P CPICH SCH PICH DPCH OCNS TS25 944 4 1 1 3 T
116. RC3 FCH SCH 1 2 Reverse Pilot 1 Channel Reverse Fundamental Channel Relative Gain Walsh Cover Relative Gain Baseband Filter Q Reverse Supplemental Channel Walsh Cover e Decimator by Factor of 2 PN Sequence Q Channel PN Sequence 2 0 1 1 1 3 8 4 3 RVS FCH SCH 2 2 4 PN9 4 4 PN9 4 8 8 1 3 PN9fix 3 90 48 CDMA2000 1X E 3 8 5 1xRTT Reverse RC3 3 RVS_RC3_DCCH 1xRTT Reverse RC3 19 3GPP2 C S0002 C 1
117. codes T Level settings Level settings offset dB 4 codes dB 8 codes 3 54 31 W CDMA BHE NN 4 3 1 7 7 Test Model 4 Number of Fraction of Level setting Channelization Timing Channels Power 96 dB Code offset P CCPCH SCH when Primary CPICH is disabled P CCPCH SCH when Primary CPICH is enabled Primary CPICH1 3 55 PRISA 3 1 8 5 xDPCH TS 25 141 6 1 Test Model 5 HS SCCH HS PDSCH 3 1 9 3 1 9 TestModel_5_xHSPDSCH 3 1 9 TestModel 5 xHSPDSCH TS 25 141 6 1 Test Model 5 HS SCCH HS PDSCH 3 1 9 1 Scrambling Code 3 1 9 2 x Level setting Channelization Timing offset Code x256T P
118. 0 DLreference measurement channel 144 kbps Parameter Information bit rate DPCH Slot Format 1 TFCI Power offsets PO1 PO2 and Puncturing 3 1 4 11 DL reference measurement channel 144 kbps Parameters Transport Channel Number 1 2 Transport Block Size 2880 100 Transport Block Set Size 2880 100 Transmission Time Interval 20 ms 40 ms Type of Error Protection Turbo Coding Convolution Coding Coding Rate 1 3 1 3 Rate Matching attribute 256 256 Size of CRC 16 12 Position of TrCH in radio fixed fixed frame 3 37 OPERI DTCH DCCH Information data 2880 Information data 10 CRC attachment 2880 CRC16 CRC attachment 100 Tail 8 2896 bit attachment 112 Termination 12 Turbo code R 1 3 8688 3 Conv coding R 1 3 360 Rate matching 352 ist interleaving 352 1 4232 2 4232 1 4232 2 4232 n 88 2 88 3 88 4 J segmentation lt o pec uoo 4232 4232 4232 4232 2nd interleaving i i 95 slot segmentation m el 9 m E el 14 288288 ees 288288288 gt 288288288 eeee 288288288 ee inluding TFCI bits FN 4N mM frame FN 4N 1 Radio gg ENG FN 4N 2 f
119. AC Pilot MAC Data 400 chip 64chip 96chip 64 800 chip 64chip 96chip 64 400 chip 1 slot 1 67 ms gt 3 9 1 3 1xEV DO 3 101 DRAA Data Rates of 153 6 307 2 614 4 921 6 1228 8 1843 2 and 2457 6 kbps Preamble Channel Pilot Channel Pilot Channel N Coded amp MAC Coded amp MAC Coded Chips Packet 224 Packet 224 Packet 400 N Chips 800 Chips 400 Chips Chips Chips Data Rates of 38 4 and 76 8 kbps Preamble Pilot Preamble Channel 400 Pilot Channel amp MAC 112 Chips Coded amp MAC Coded Chips 224 or Packet 224 Packet Chips 624 Chips 668 Chips 400 Chips Chips or 176 Chips 3 9 1 4 PN15 PN15fix 4 LM MAC
120. Address 1 FFFF FFFF Address 2 0000 0000 00004 Address 3 0000 0000 00004 Sequence Control 0000 Address 4 0000 0000 00004 Address 1 Adhoc Destination Address 1 3 113 3 10 2 IEEE802 11b IEEE802 11 IEEE802 11b 3 10 2 1 3 10 2 1 PSDU Length 1024 bytes PSDU Data PN9fix PN9 Sampling Rate 44 MHz PN9fix PSDU PN9 PSDU PN _PN9 511 i Long PLCP PPDU 8 10 2 1 Scrambled One s 1 Mbit s DBPSK PLCP Preamble PLCP HEADER 144 bits 5 48 bits 2 7 t E 192 227
121. B WCDMA BS ACS For TS25 141 Adjacent Channel Selectivity test UL RMC12 2kbps UL Interferer 5 MHz offset WCDMA BS DRange For TS25 141 Dynamic Range test UL 12 2kbps AWGN 1 ARB 256M IR 1024M 2 AWGN 256M ARB 1024M PRISA DR 3 1 1 3 10 UL RMOxxxkbps 2 3GPP TS 25 141 Annex UL Reference Measurement Channel iX MG3710A 1 3 1 1 1 3 Marker1 Output ET E AUX
122. CCPCH SCH Primary CPICH PICH S CCPCH containing SF 256 DPCH SF 128 30 14 6 4 HS SCCH 2 HS PDSCH 16QAM 2 HS PDSCH 2 DPCH 6 HS PDSCH 4 DPCH 14 4 HS PDSCH 8 DPCH 30 3 56 5 128 Timing offset x256Tchip Level settings dB 30 codes 31 W CDMA BHE NS 3 1 9 3 DPCH Level settings dB 14 codes Level settings dB 6 codes Level settings dB 4 codes 3 57 OPERI 3 1 9 4 HS SCCH Code SF 128 Timing offset x256 Tchip 0 Level settings dB 15 0 21 3 1 9 5 HS PDSCH Timing offset x256Tchip Level settings dB 8 codes Level settings dB 4 codes Level settings dB 2 codes 3 58 31 W CDMA BHE NS 3 1 10 TestModel 6 xHSPDSCH TS 25 141 6 1 Test Model 6 HS SCCH HS PDSCH 3 1 10 1 Scrambling Code
123. CW PDC MG3710A Marker1 Output AUX 3 4 2 Marker1 Marker2 Marker3 MG3710A 7 4 2 3 4 2 IQ Marker1 Frame Clock Marker2 RE Gate Marker3 Symbol Clock 34 2 2 MG3710A Defined 3 4 3 3 4 3 PDC PDC_CMB PDC BS FULL RATE ACS Full Rate_Slot0 PI_4 DQPSK PNI15 50 kHz offset PDC BS FULL RATE IMD Full Rate_Slot0 CW 200 kHz offset PDC BS FULL RATE SR
124. H F SyncCH PagingCH x 6 6 Symbol Data Walsh Code 8 9 13 3 8 8 1 F PICH Forward Pilot Channel F SyncCH Forward Sync Channel PagingCH Paging Channel F FCH Forward Fundamental Channel E Walsh Code Code Power Symbol Rate Symbol Data F PICH 0 F SyncCH PN9fix PagingCH PN9fix F FCH x 6 PN9fix K 3 8 8 1 Symbol Data 4 1 20 ms 4 1 Channel PN Sequence Q Channel PN Sequence 3 4
125. M 3 3 03M FDD E TM 3 3 05M FDD 3 3 10M FDD E TM 3 3 15M FDD 3 3 20M FDD BS Tx Test 3 63 PERISA DR 3 3 LTE TDD LTE TDD K 3 3 1 3GPP TS36 141 6 E UTRA Test Models 1 1 1 2 E TM2 E TM3 1 E TM3 2 E TM3 3 Channel Bandwidth 1 4 MHz 3 MHz 5 MHz 10 MHz 15 MHz 20 MHz E UTRA Test Models 3GPP TS36 141 6 3 3 1 LTE TDD Band Width LTE_TDD BS Tx te E TM_1 1 01M4_ TDD E TM_1 1 03M TDD E TM 1 1 05M TDD E TM 11 10M TDD E TM 1 1 15M TDD E TM 11 20M TDD E TM 1 2 01M4 TDD 1 2 03M TDD 1 2 05M TDD E TM 1 2 10M TDD E TM 1 2 15M TDD E TM 1 2 20M TDD E TM 2 01M4 TDD E TM 2 03M TDD E TM 2 05M TDD 2 10M TDD 2 15M TDD 2 20M TDD 3 1 01M4 TDD 3 1 03M TDD 3 1 05M TDD E TM 3 1 10M TDD E TM 3 1 15M TDD E TM 3 1 20M TDD
126. MB PDC PHS PHS PHS_CMB PHS GSM GSM CDMA2000 CDMA2000 1X CDMA2000_1xEV DO CDMA2000 1xEV DO WLAN IEEE802 11a b g Digital_Broadcast Bluetooth Bluetooth GPS GPS MobileWiMAX Mobile WiMAX BS TX v Tone PhaseCoherence MG3710A B2 DEMIE 2 4 K BIE AWGN MG3710A AWGN 2 AWGN MG3710A
127. MG3710A 2FJV R S S E 5 MG37 10A M W3581AW 5 0 AN EZ 1
128. Navigation Data 240 bits i lt HOW Preamble TLM Message Parity TOW Solved Parity Reserve Snoof Preamble 8 8 bits TLM Message 00 14 bits Reserved 2 bits TOW Time of Week 00000n 17 bits Alert Flag On 1 bit Anti Snoof Flag 1 bit Subframe ID 1 8 bits Solved 1 2 bits Parity Bit Parity Bit 6 bits 3 18 1 1 DefaultNavData 3 143 SE OPERI 3 144 PN9 PN9 PARITY ENC D P D m D P lt gt 1Word A 10Word D Data 24 bits P Parity Bit 6 bits Data PN9fix PARITY Word PN 10 Word 1 Word PN 3 18 1 2 0255 9 PARITY 3 18 1 3 C A 3 19 K 3 19 1 W CDMA Downlink W CDMA D L Tnterferer Interfe
129. Nrcuc 8 Nus 60 P Nricuc 8 60 8 60 Nr Nrcie 60 ux Nac Nay 1 c Nac Nay 3 20 1 Nrcna 81 de 3 8 103 1 103 2 8 60 TrCh Multiplexing and tail bits for TrCH a is attached even if Nr cna 0 bits since parity bit attachment for 0 bit transport block is applied 12 2 kbps data 12 2 kbps data 3 4 kbps data 3 1 2 2 ULAMR TFCSx 2 2 31 W CDMA UL_ISDN 3 1 2 5 UL _ISDN Parameter Information bit rate DPDCH DPCCH DPCCH Slot Format 1 DPCCH DPDCH power ratio 3 1 2 6 64 kbps The number of TrChs 1 Transport Block size 640 bits Transport Block set size 4 640 bits Rate Matching attribute 170 CRC 16 bits Coding Turbo coding coding rate 1 3 TTI 40 ms 3 25 OPERI 3 26 Transport block 640 CRC attachme
130. PSK TNO TNO NB_GMSK TNO NB_ALL GMSK PN9 3 NB 8PSK TNO NB_ALL 8PSK TCH FS TNO CS 1_1SLOT TNO CS 4 1SLOT TNO DL_MCS 1_1SLOT TNO UL_MCS 1_1SLOT TNO DL_MCS 5_1SLOT PN9 4 TNO UL_MCS 5_1SLOT TNO DL MCS 9 1SLOT TNO UL MCS 9 1SLOT TNO DL_MCS 9_4SLOT 5 TNO 1 2 3 UL MCS 9 ASLOT 5 TNO 1 2 3 1 PN9 2 PN9 3 PN9 4 PN9 5 ARB 256M ARB 1024M 3 77 PRISA DR 3 78 GSM MG3710A
131. S25 101 C 3 2 UE RX DL Interferer P CPICH P CCPCH SCH OCNS TS25 101 4 UE RX DL Interferer ov3 7 P CPICH P CCPCH SCH PICH OCNS 1525 101 C 4 UE RX W CDMA UE Tx test UL RMC 12 2kbps TX 3 6 DPCCH DPDCH TS25 101 A 2 1 UE TX 1 x2 x3 x4 x2 x3 x4 2 3 A x6 x5 31 W CDMA ARB 256M ARB 1024M ARB 256M ARB 1024M UE RX RM DL_RMC_12 2kbps ACS P CCPCH P CCPCH 3 1 2
132. S25 141 A 5 BS RX UL TFCS1 UL DPCCH DPDCH TS25 944 4 1 2 BS RX UL AMR TFCS2 UL DPCCH DPDCH TS25 944 4 1 2 BS RX UL TFCS3 UL DPCCH DPDCH TS25 944 4 1 2 BS RX UL _ISDN 2 UL DPCCH DPDCH TS25 944 4 1 2 BS RX UL 64kbps_Packet 1 UL DPCCH DPDCH TS25 944 4 1 2 BS RX UL Interferer UL DPCCH DPDCH TS25 141 I BS RX UL Interferer ov3 UL DPCCH DPDCH TS25 141 1 BS RX W CDMA BS Tx test TestModel_1 4DPCH DL P CPICH P CCPCH SCH PICH S CCPCH 4 DPCH TS25 141 V11 4 0 BS TX TestModel 1 SDPCH P CPICH P CCPCH SCH PICH S CCPCH 8 DPCH TS25 141 V11 4 0 BS TX TestModel 1 16DPCH P CPICH P CCPCH SCH PICH S CCPCH 16 DPCH TS25 141 V11 4 0 BS TX TestModel 1 32DPCH P CPICH SCH PICH S CCPCH 32 DPCH TS25 141 V11 4 0 BS TX TestModel 1 64DPCH P CPICH SCH PICH S CCPCH 64 DPCH TS25 141 V11 4 0 BS TX TAM TestModel 2 P CPICH P CCPCH SCH PICH S CCPCH 3 DPCH TS25 141 V11 4 0 BS TX PRISA
133. Ui Channel User Long Code PN Sequence 1xEV DO 1xEV DO RRI Symbol ACK ChannelBit Short PN Sequence lo Q Channel User Long Code PN Sequence Long Code Mask RVS 19 2kbps RX RVS 38 4kbps RVS 76 8kbps RX MI 0x3FF00000 RVS 153 6kbps RX 000 RVS 9 6kbps TX MQ 70x3FE0000 RVS 19 2kbps TX 0001 RVS 38 4kbps TX RVS 76 8kbps TX RVS 153 6kbps TX 3 106 39 CDMA2000 IxEV DO E NS 3 9 2 2 1xEV DO DRC Pilot ACK Pilot 1xEV DO Data Pilot RRI Pilot 3 75 dB 6 75 dB 9 75 dB 18 25 dB 18 50 dB 3 75 dB 6 75 dB 9 75 dB 18 25 dB 18 50 dB RVS 9 6kbps RX RVS 19 2kbps RX RVS 38 4kbps RX RVS 76 8kbps RX RVS 153 6kbps RX RVS 9 6 kbps TX RVS 19 2 kbps TX RVS 38 4 kbps TX RVS 76 8 kbps TX RVS 153 6 kbps TX 3 107 PRISA DR 3 9 3 1xEV DO Pattern FWD_Idle 3GPP2 C S0024 IQ CDMA2000 IxEV DO
134. ctor of 2 I Channel PN Sequence Q Channel PN Sequence 2 0 1 1 Ix 1 3 8 6 3 RVS FCH 2 2 4 PN9 4 4 PN9 4 Ed 3 8 1 3 PN9fix 3 94 48 CDMA2000 1X E X 3 8 7 1 Forward RC1 2 RC1 2 9channel 3GPP2 C 80002 C 1 1xRTT Forward RC1 RC2 F PICH F SyncCH PagingCH F FCH x 6 6 Symbol Data Walsh Code 8 9 13 3 8 7 1 F PICH Forward Pilot Channel F SyncCH Forward Sync Channel PagingCH Paging Channel F FCH
135. d LENGTH Parity Tail SERVICE Tail 4bits 1bit 12bits 6bits 16 bits PSDU 6 bits Bits 1 77 Coded OFDM 1 BPSK r 1 2 Coded OFDM RATE is indicated in SIGNAL oe S A PLCP Preamble SIGNAL DATA 12 Symbols OFDM Symbol Variable Number of OFDM Symbols 3 10 1 1 IEEE802 11a PPDU PPDU PSDU 3 10 1 2 MAC Frame Body MAC FCS Octets 2 2 6 6 6 2 6 0 2312 4 Frame Duration Address Address Address Sequence Address Frame FCS Control ID 1 2 3 Control 4 Body MAC Header 3 10 1 2 IEEE802 11a MAC 3 112 Frame Control 3 10 1 2 310 WLAN BHE SZ 3 10 1 2 Frame Control Protocol Version Type Subtype To DS From DS More Flag Retry Power Management More Data WEP Order Frame Control MAC 3 10 1 3 3 10 1 3 MAC Header Frame Control Duration ID 0000n
136. damental Channel meme R FCH 9 6 kbps PN9fix Bd 3 8 1 2 4 1 20 ms 4 1 Channel PN Sequence Q Channel PN Sequence 3 80 ms 4 CRC FER Frame Error Rate o D 3 8 1 1 Frame Encoder Tail ix Quality Bits
137. dio NN FN 4N Radio WHEN T FN 4N 1 frame FN 4N 2 FN 4N 3 2nd interleaving 3 1 1 4 UL reference measurement channel 144 kbps 3 18 31 W CDMA 9 2 UL_RMC_384kbps 3 1 1 10 ULreference measurement channel 384 kbps Parameter Information bit rate DPDCH DPCCH DPCCH Slot Format 1 DPCCH DPDCH power ratio TFCI Puncturing 3 1 1 11 UL reference measurement channel 384 kbps Parameter Transport Channel Number 1 2 Transport Block Size 3840 100 Transport Block Set Size 15360 100 Transmission Time Interval 40 ms 40 ms of Error Protection Turbo Coding Convolution Coding Coding Rate 1 3 1 3 Rate Matching attribute 256 256 Size of CRC 16 12 3 19 OPERI DTCH DCCH Information data 3840 Information data 100 CRC attachment CRC attachment 100 Tail bit attachment 112 w Termination 4x12 Turbo Code R 1 3 46320 Conv coding 1 3 360 1st EISE 46320 tst interleving 360 Radio d 1 11580 2 11580 3 11580 4 11580 n 90 2 90 3 90 4 initis 1 9525 2 9525 3 9525 4 9525 n 75 2 75 3 75 7 2nd
138. e 3 80 CDMA2000 1X i 3 82 3 8 1 1xRTT Reverse RC1 RVS_RC1_FCH 3 83 3 8 2 1xRTT Reverse RC2 RVS_RC2_FCH 3 85 3 8 3 1xRTT Reverse RC3 1 RVS RC3 FCH 3 87 3 8 4 3 8 5 3 8 6 1xRTT Reverse RC3 2 RVS FCH SOCH 3 89 1xRTT Reverse RC3 3 RVS DCCH 3 91 1xRTT Reverse RC4 PRISA DR 3 9 3 10 3 11 3 12 3 13 3 14 3 15 3 16 3 17 3 18 3 19 RVS ROCA 3 93 3 8 7 1xRTT Forward RC1 2 FWD RC1 2 9channel 3 95 3 8 8 1xRTT Forward RC 4 5 FWD RC3 5 9 3 96 CDMA2000 1xEV DO 3 98 3 9 1 1xEV DO FWD_ldle 3 100 3 9 2 1xEV DO ik 3 105 3 9 3 1xEV DO 3 108 WLAN kik 3 109 3 10 1 IEEE802 11a 3 112 3 10 2 IEEE802 11b 3 114 3 10 3 IEEE802 11g 3 115 3 116 3 11 1 Lise 3 118 Bluetoot i 3 121 3 12 1 Basic Rate 3 125 3
139. ength BLUETOOTH SPECIFICATION Version 4 0 vol 6 2 4 RE PHY TS 4 0 0 7 2 4 8 Payload Type 4 bits ana 0000 PDU Length 3 12 3 4 PDU Payload CRC PDU Payload BLUETOOTH SPECIFICATION Version 4 0 vol 6 2 4 6 37 BLE Dirty BLE Dirty withFM BLE CRC corrupted 37 CRC 3 3 12 4 Dirty Transmitter Signal 3 130 Bluetooth Test Specification 1 2 2 0 2 0 EDR 2 1 2 1 EDR 3 0 3 0 HS 5 1 18 RF PHY TS 4 0 0 6 3 1 Dirty Transmitter Signal Dirty Transmitter Signal 50 8 10 Test Run 1 10 Dirty Transmitter Signal
140. equence Symbol 16 ary Walsh Walsh rm OM p on F DEMUX Walsh Channel Gain Chip Level Q Modulator Puncturing gt 11016 Cover 1 4 Summer H 32 Symbol Bi Orthogonal Cover with MAC index i i 1 Baseband Signal Point S L 9 Quadrature Filter fires p Mapping Repetition 2 Spreading 0 2 1 g Complex Multiply Lees 64 ary Walsh Cover for MACIndex i Baseband gt Filter PQ MAC Channel Signal Point RPC Channel for even MACIndex Q RPC bits for Channel Q Channel for odd MACIndex MACIndex i Gain 1 1 1 Walsh Sequence l Channel Q Channel Chip Level Repetition Q PN SequencePN Sequence Summer Factor 4 MAC Channel Bit Signal Point RA 3 Repetition 0 pd RABLength Slots 1 1 an Signal Point Walsh Cover 5 Pilot Channel aae gt 12 1 o i Walsh Cover 0 3 9 1 2 1xEV DO 3 9 1 8 E 3 9 1 4 MAC Data MAC Pilot MAC Data M
141. ing Code lt 80h DTCH information data lt PN9 2 1 31 W CDMA BHE NS AWGN 2 2 MG3710A Defined 3 1 3 BS Uplink WCDMA 1Qproducer Combination File Edit Downlink 3 1 3 W CDMA W CDMA_CM
142. ing TFCI bits FN 4N PTP frame FN 4N 1 Radio NN FN 4N 2 frame FN 4N 3 3 1 4 4 DL reference measurement channel 384 kbps 3 40 31 W CDMA BHE NS 3 1 5 DL AMR_TFCSx DL_ISDN DL_384kbps_Packet 3GPP TS 25 944 4 1 1 Channel coding and multiplexing example FDD Downlink T 3 1 5 1 MG3710A Marker1 Output AUX 8 1 5 1 Marker1 Marker2 MG3710A 7 4 2 3 1 5 1 Scrambling Code 80 DTCH Information Data PN9 DCCH information Data All 0 4 Marker 1 TTI Clock Marker 2 Marker 3 AWGN
143. interleaving 389 3999 a o slot segmentation 2 15 15 15 640640 640640640 640640640 640640640 640 FN 4N o PNEU frame FN 4N 1 Radio hc ETE d FN 4N 2 NSR FN 4N 3 3 1 1 5 UL reference measurement channel 384 kbps 3 20 31 W CDMA BHE NS 3 1 2 UL TFCSx UL ISDN UL 64kbps Packet 3GPP TS 25 944 4 1 2 Channel coding and multiplexing example Uplink 3 1 2 1 MG3710A Marker1 Output AUX 8 1 2 1 Marker1 Marker2 MG8710A 7 4 2 3 1 2 1 Scrambling Code On DTCH Information Data PN9
144. ition 3 1 4 9 DL reference measurement channel 64 kbps Parameter Transport Channel Number 1 2 Transport Block Size 1280 100 Transport Block Set Size 1280 100 Transmission Time Interval 20 ms 40 ms Type of Error Protection Turbo Coding Convolution Coding Coding Rate 1 3 1 3 Rate Matching attribute 256 256 Size of CRC 16 12 Position of TrCH in radio frame fixed fixed 3 35 OPERI DTCH DCCH Information data 1280 Information data 10 CRC attachment 1280 CRC attachment 100 1296 Tail bit attachmet 112 Termination 12 Turbo Code R 1 3 3888 4 Conv coding R 1 3 360 Rate matching 4014 Rate matching 372 1st interleaving 4014 1st interleaving 372 morae 2007 2 2007 12007 12 2007 1 es r2 es 3 93 4 931 segmentation 2007 2007 2007 2007 2nd interleaving Slot segmentation maj 140140 seso 140140140 140140140 140140140 140 To 4 5554 55 4 5 Radio frame FN 4N Radio frame FN 4N 1 Radio frame FN 4N 2 Radio frame FN 4N 3 3 1 4 2 DL reference measurement channel 64 kbps 3 36 31 WCDMA 8 2 DL_RMC_144kbps 3 1 4 1
145. nce measurement channel 12 2 kbps for Tx test Parameters Transport Channel Number 1 2 Transport Block Size 244 100 Transport Block Set Size 244 100 Transmission Time Interval 20 ms 40 ms of Error Protection Convolution Coding Convolution Coding Coding Rate 1 3 1 3 Rate Matching attribute 256 256 Size of CRC 16 12 3 13 OPERI DTCH DCCH Information data 244 Information data oo c M M E MM son CRC CRC attachment 244 UNDIS CRC attachment 100 Taig Tail 8 Tail bit attachment 260 Tail bit attachment 112 Conv Coding R 1 3 804 Conv pond 360 1st interleaving 804 1st interleaving Radio Frame Segmentation 402 402 j Rate matching 90 1 90 90 1 90 Rate matching SMU 1 490 SMU MURS SMU 2 490 SMU 1 490 SMU 2 490 110 110 110 110 2nd interleaving H RE B slot segmentation 9 A 4 9 4 Radio frame FN 4N 2 Radio frame FN 4N 3 Radio frame FN 4N Radio frame FN 4N 1 3 1 1 2 UL reference measurement channel 12 2 kbps 3 14 31 W CDMA UL 64kbps 3 1 1 6 ULreference measurement channel 64 kbps
146. nt TrBk concatenation Turbo coding R 1 3 Tail bit attachment fere Tail 1 interleaving 7872 12 Radio frame 7884 segmentation ec 4 Rate matching 1971 i 1971 1 e 4 1971 1971 To TrCh Multiplexing 3 1 2 3 ULISDN 64 kbps Packet data 64 kbps Packet data 3 4 kbps data u 1 2 iH 2 m 2 3 m multiplexing pc n 1 2 2 n 279 interleaving Physical channel mapping DPDCH 640 e e 16 M 640 a 640 j 16 4 CFN 4N CFN 4N 4 1 B 4 4 2 4 CFN 4N 3 3 1 2 4 ULISDN 31 W CDMA 218 2 UL 64kbps_Packet 3 1 2 7 UL 64kbps_Packet Parameter Information bit rate DPDCH DPCCH DPCCH Slot Format 1 DPCCH DPDCH power ratio 3 1 2 8 64 kbps The number of TrChs 1 Transport Block size 336 bits Transport Block 1 E ue 64 kbps 336 B bits B 4 Rate Matching attribute 150 CRC 16 bits Coding Turbo coding coding rate 1 3 TTI 20 ms 3 27 PRISA DR
147. o ree gm o Je gP Ho jeee gm Physical channel RR nee PRG cc EX 5 12 ee 51 2 ee 5 1 2 e 51 2 e 15 1 e o e e DPDCH M 4 CFN 4N CFN 4N 1 CFN 4N 2 lt CFN 4N 3 gt Pilot symbol TFCI amp TPC 3 1 5 5 DL 384 kbps Packet 3 1 5 8 384 kbps 3 4 kbps Data rate Symbol rate No of physical Nuioi Naatai kbps ksps channel bits bits bits bits bits om oa 3 47 OPERI 3 1 6 DL Interferer DL Interferer 3GPP TS25 104 4 W CDMA Modulated Interferer 3 1 6 1 DL Interferer Scrambling Code 4 3 DL Interferer ov3 3 1 6 2 DL Interferer Channel Spreading Channeliza Timing offset Type Factor tion Code x256T P CCPCH SCH P SCH S SCH 2 SCH Ec
148. ode 3 1 8 QPSK CR 1 2 4 B QPSK CR 1 2 TI 4 Seg 1 5 1 Seg 6 8 3 8 Mode 3 GI 1 8 A QPSK CR 1 2 TI 0 B QPSK CR 1 2 TI 0 Seg 1 5 1 Seg 6 8 3 8 Mode 3 GI 1 8 QPSK CR 2 3 TI 0 QPSK CR 2 3 TI 0 Seg 1 5 1 Seg 6 8 3 8 Mode 3 GI 1 8 A 16QAM CR 1 2 TI 0 16QAM CR 1 2 TI 0 68 2 ISDBTsb Movie 3 ISDBTsb QPSK 12 BER 1 4 7 ISDBTsb 2 3 ISDBTsb 16QAM 1 2 1 ARB 256M V ARB 1024M 2
149. rame FN 4N 3 3 1 4 3 DL reference measurement channel 144 kbps 3 38 31 WCDMAZJf DL 384kbps 3 1 4 12 DLreference measurement channel 384 kbps Parameter Information bit rate DPCH Slot Format 1 TFCI Power offsets PO1 PO2 and Puncturing 3 1 4 13 DL reference measurement channel 384 kbps Parameter Transport Channel Number 1 2 Transport Block Size 3840 100 Transport Block Set Size 3840 100 Transmission Time Interval 10 ms 40 ms Type of Error Protection Turbo Coding Convolution Coding Coding Rate 1 3 1 3 Rate Matching attribute 256 256 Size of CRC 16 12 Position of TrCH in radio fixed Fixed frame 3 39 HD BERI DTCH DCCH Information data 3840 Information data 10 CRC attachment 3840 CRC attachment 100 Tail8 3856 Tail bit attachment 112 Termination 12 Turbo code 1 3 11568 d Conv coding Rz 1 3 360 Rate matching 9049 Rate matching 284 1st interleaving 284 2nd interleaving i i i i slot segmentation mja m E el 14 608608 608608608 608608608 608608608 E inlud
150. rer 3 19 1 DL Interferer ov3 W CDMA A U Rx test 319 HERBE SZ 2 TS84 121 1 4 3 1 6 DL Interferer LTE FDD Downlink FDD DL xxMx Interfer Interferer 3GPP TS36 521 1 Table A3 2 1 xxMx vv LTE TDD Downlink TDD DL xxMx Interfer Interferer 3GPP TS36 521 2 Table A3 2 2 xxMx GSM GSM Interfe rer Interferer PN9 GSM PN9 3 7 GMSK_PN9 TD SCDMA TD SCDMA In terferer Interferer 3GPP TS34 122 6 1 28M s 1 0 22 Interferer
151. ribute 256 256 Size of CRC 16 12 3 11 OPERI DTCH DCCH Information data 244 Information data 10 erste MP rr stenosis ists 6 CRC attachment 244 CRC16 CRC attachment 100 Taig Tals Tail bit attachment 260 Tail bit attachment 112 Conv Coding 1 3 804 Conv Coding R 1 3 360 1st interleaving 804 1st interleaving 360 Radio Frame Segmentation 402 402 Rate matching 90 90 90 1 90 hemctng SMU8490 SMU2490 490 490 SMus suse e 2nd interleaving BH du 1 slot segmentation 4 4 4 Radio frame 4 Radio frame FN 4N 1 Radio frame FN 4N 2 Radio frame FN 4N 3 3 1 1 1 UL reference measurement channel 12 2 kops 3 12 31 W CDMA BHE NS 12 2kbps TX 3 1 1 4 UL reference measurement channel 12 2 kbps for Tx test Parameter Information bit rate DPDCH DPCCH DPCCH Slot Format 1 DPCCH DPDCH power ratio TFCI Repetition 3 1 1 5 UL refere
152. rsion 2 0 EDR vol3 7 1 2 generation PAYLOAD LLID FLOW LENGTH UNDEFINED PAYLOAD BODY CRC LLID logicallink indication 2n 2 bit FLOW flow indication 1n 1 bit LENGTH payload length indicator 3 12 1 3 1 3 12 1 3 1 BR LENGTH 7 312 Bluetooth NN 3 12 2 Enhanced Data Rate 2 DH1 2 DH3 2 DH5 3 DH1 3 DH3 3 DH5 2 DH3 3510 0 2 DH5 5SlotOff 3 DH3 3SlotOff 3 DH5_5SlotOff Bd 3 12 2 1 Payload Body 3 12 2 1 0 MSB LSB ACCESS CODE HEADER GUARD SYNC PAYLOAD TRAILER 68bit 54bit lt lt GFSK gt pPSKC gt 3 12 2 1 Enhanced Data Rate 3 12 2 1 EDR Payload Body PayloadBody bytes 3 12 2 1 ACCESS CODE 3 12 1 1 3 12 2 2 Packet Header 3 12 2 2 1 3 12 1 2 TYPE 3 12 2 2 1 EDR
153. s 150 bps MB Time Mark 30 bits 100 bps 1 Data PN9fix Data 1 Frame 2 Time Mark 1 3 17 1 1 15String 9 15String PN9 511 bits PN9 PN9 511 bits 100 bps 3 17 1 2 GLONASS PN9 3 141 PRISA DR 3 18 QZSS QZSS X 3 18 1 QZSS T 3 18 1 QZSS QZSS GLOBAL POSITIONING SYSTEM STANDARD POSITIONING SERVICE SIGNAL SPECIFICATION Subframe TLM HOW DefaultNavData GLOBAL POSITIONING SYSTEM STANDARD POSITIONING SERVICE SIGNAL SPECIFICATION Word 1Word 24 PN9fix 6 GLOBAL POSITIONING SYSTEM STANDARD POSITIONING SERVICE SIGNAL SPECIFICATION Word
154. sical Channel P CPICH Power ratio P CPICH Ec Ior 10 dB P CCPCH P CCPCH Ec Ior 12 dB SCH SCH Ec Ior 12 dB PICH PICH Ec Ior 15 dB DPCH DPCH Ec Ior 19 dB OCNS OCNS 0 dB 3 31 SE OPERI 3 1 4 5 DL RMO xxxkbps DL RMC12 2kbps RX DL RMC12 2kbps ACS DL RMC12 2kbps MIL Physical Channel Power ratio P CPICH P CPICH Ec lor 10 dB P CCPCH P CCPCH Ec Ior 12 dB SCH SCH Ec Ior 12 dB PICH PICH Ec Ior 15 dB 12 2 kbps DPCH Ec Ior 16 6 dB 64 kbps DPCH Ec Ior 12 8 dB 144 kbps Ec Ior 9 8 dB 384 kbps DPCH Ec Ior 5 5 dB OCNS 0 dB 3 32 31 W CDMA DL 12 2kbps DL 12 2kbps DL 12 2kbps ACS 12 2kbps MIL 3 1 4 6 DL reference measurement channel 12 2 kbps Parameter Information bit rate DPCH Slot Format 1 TFCI Power offsets PO1 PO2 and Puncturing 3 1 4 7 DL reference measurement channel 12 2 kbps
155. st DL 12 2k RX Downlink Reference Measurement Channel 12 2 kbps for test except Maximum Input Level Scrambling Code lt 80h DTCH information data PN9 MG3710A DL RMC 12 2k Downlink Reference Measurement Channel 12 2 kbps Performance test Scrambling Code lt 80h DTCH information data PN9 DL CMB RMC 12 2k MIL Downlink Reference Measurement Channel 12 2 kbps Maximum Input Level Scrambling Code lt 80h DTCH information data PN9 DL CMB RMC 64k Downlink Reference Measurement Channel 64 kbps Performance test Scrambling Code 80h DTCH information data PN9 DL CMB RMC 144k Downlink Reference Measurement Channel 144 kbps Performance test Scrambling Code lt 80h DTCH information data PN9 DL CMB RMC 384k Downlink Reference Measurement Channel 384 kbps Performance test Scrambling Code lt 80h D TCH information data lt PN9 DL CMB_AMR_TFCS1 Downlink AMR for TFCS1 Scrambling Code lt 80h DTCH information data PN9 DL CMB AMR TFCS2 Downlink AMR for TFCS2 Scrambling Code 80h DTCH information data PN9 DL CMB TFCS3 Downlink AMR for TFCS3 Scrambling Code 80h DTCH information data PN9 DL CMB ISDN Downlink ISDN Scrambling Code lt 80h DTCH information data PN9 DL CMB 384k Packet Downlink 384 kbps Packet Scrambl
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