DCTMeasurementRequest ) Name Type Valid range Description DCTRequesterAddress MAC Address Any valid individual MAC address Specifies the MAC address of the PCP/AP from which the DCT Measurement Request frame is received. DCTMeasurementRequest DCT Measurement Request Action field As defined in the DCT Measurement Request format Specifies the parameters of the DCT Measurement. 6.3.95.3.3 When generated This primitive is generated by the MLME when a valid DCT Measurement Request frame is received. 6.3.95.3.4 Effect on receipt On receipt of this primitive, the SME operates according to the procedure in 10.39. 6.3.95.4 MLME-DCTMeasurement.report 6.3.95.4.1 Function This primitive requests transmission of a DCT Measurement Report frame to the DCT requester PCP/AP. 6.3.95.4.2 Semantics of the service primitive The primitive parameters are as follows: MLME- DCTMeasurement.report ( DCTResquesterAddress, DCTMeasurementReport )
25.3.4 Timing Related Parameters T 12Table 25-4— Timing Related Parameters Parameter Value NSD: Number of data subcarriers 336 NSP: Number of pilot subcarriers 16 NDC: Number of DC subcarriers 3 NST: Total Number of subcarriers 355 NSR: Number of subcarriers occupying half of the overall BW 177 ΔF: subcarrier frequency spacing 2.5781MHz(1320MHz/512) Fs: OFDM sample rate 1320MHz
Fc: SC chip rate 880MHz = ⅔ Fs Ts: OFDM Sample Time 0.76ns=1/Fs Tc: SC Chip Time 1.14ns=1/Fc TDFT: IDFT/DFT period 0.388 us TGI: Guard Interval duration 97 ns= TDFT/4 Tseq 14.6 ns=128×Tc TSTF: Detection sequence duration 3054.5 ns=21× Tseq TCE: Channel Estimation sequence duration 1309.1 ns=9×Tseq TSYM: Symbol Interval TDFT+TGI THEADER: Header Duration 0.485 µs=TSYM (OFDM) 1.75 µs =3×512×Tc (SC)
FCCP: Control PHY chip rate 880MHz TCCP: Control PHY chip time 1.14 ns = 1/FCP TSTF-CP: Control PHY short training field duration 7.5636 µs =52× Tseq TCE-CP: Control PHY channel estimation field duration 1309.1 ns=9×Tseq TData NSYM×TSYM (OFDM) NBLKS×(512+64)×Tc (SC) T 13Table 25-5— Frequently used parameters Symbol Explanation Number of coded bits per symbol Number of data bits per symbol
25.6.3 Transmission 25.6.3.1 Header 25.6.3.1.1 General In the MR SC PHY, the preamble is followed by the header. The header consists of several fields which define the details of the PPDU to be transmitted. The encoding and modulation of the header is described in subclause 25.6.3.1.4. The header fields are described in Table 25-11. T 19Table 25-11—11MR SC Header fields Field Name Number of bits Start Bit Description Scrambler Initialization 7 0 bits X1-X7 of the initial scrambler state. MCS 6 7 Index into the Modulation and Coding Scheme table Length 18 13 Number of data octets in the PSDU. Range 0-262143. Additional PPDU 1 31
CDMG-P1.2 CMCS 1-9 of MR SC PHY 25.6 TBD Yes, No, N/A CDMG-P1.3 CMCS 10-17 of HR SC PHY 25.7 TBD Yes, No, N/A CDMG-P1.4 CMCS 18-29 of OFDM PHY 25.5 TBD Yes, No, N/A CDMG-P1.5 CMCS 30-36 of Low power SC PHY 25.8 TBD Yes, No, N/A CDMG-P2 IQ imbalance/PA nonlinearity estimation and compensation 25.7, 25.5 TBD Yes, No, N/A CDMG-P3 Enhanced Mobile Device Support Mode TBD Yes, No, N/A … … … … … Annex E (normative) Country elements and operating classes E.1 Country information and operating classes Insert the following table E-4, after Table T 30Table E-4—Operating Classes in the China Class Global operating class (See Table E-5 Global operating classes) Channel starting frequency(GHz) Channel spacing (MHz) Channel set Behavior limits set 1 181 59.4 2160 2,3 — 2 182 59.4 1080 5,6,7,8 — 2~255 Reserved Reserved Reserved Reserved Reserved Change Table E-4 to Table E-5, and change the rows as follows : T 31Table E-5—Global operating classes