// Copyright (c) 2013 Qualcomm Atheros, Inc. All rights reserved. // $ATH_LICENSE_HW_HDR_C$ // // DO NOT EDIT! This file is automatically generated // These definitions are tied to a particular hardware layout #ifndef _PDG_FES_SETUP_H_ #define _PDG_FES_SETUP_H_ #if !defined(__ASSEMBLER__) #endif // ################ START SUMMARY ################# // // Dword Fields // 0 transmit_fes_type[3:0], medium_prot_type[6:4], su_response_type[9:7], update_timestamp_32[10], update_timestamp_64[11], reserved_0_a[17:12], mprot_required_bw20[18], mprot_required_bw40[19], mprot_required_bw80[20], ppdu_allowed_bw20[21], ppdu_allowed_bw40[22], ppdu_allowed_bw80[23], other_queues_more_data[24], bw_indication_enable[25], set_fc_pwr_mgt[26], reserved_0c[31:27] // 1 location_req[0], location_type[1], remaining_tbtt[17:2], mu_ndp[18], ibfcal_enable[19], bf_type[21:20], reserved_1c[27:22], channel_capture[28], txop_tbtt[29], clpc_en[30], measure_power[31] // 2 max_fes_time[15:0], max_ppdu_time[31:16] // 3 max_txop_time[15:0], extend_duration_value[31:16] // 4 duration_field_ctrl[1:0], duration_extension[2], group_id[8:3], hw_mode_mprot_scrambler_seed_mode[11:9], hw_mode_ppdu_scrambler_seed_mode[14:12], reserved_4[15], insert_timestamp_offset[31:16] // 5-6 struct tx_rate_setting tx_rate_ctr_mprot_bw20; // 7-8 struct tx_rate_setting tx_rate_ctr_mprot_bw40; // 9-10 struct tx_rate_setting tx_rate_ctr_mprot_bw80; // 11-12 struct tx_rate_setting response_rate_mprot_bw20; // 13-14 struct tx_rate_setting response_rate_mprot_bw40; // 15-16 struct tx_rate_setting response_rate_mprot_bw80; // // ################ END SUMMARY ################# #define NUM_OF_DWORDS_PDG_FES_SETUP 17 struct pdg_fes_setup { volatile uint32_t transmit_fes_type : 4, //[3:0] medium_prot_type : 3, //[6:4] su_response_type : 3, //[9:7] update_timestamp_32 : 1, //[10] update_timestamp_64 : 1, //[11] reserved_0_a : 6, //[17:12] mprot_required_bw20 : 1, //[18] mprot_required_bw40 : 1, //[19] mprot_required_bw80 : 1, //[20] ppdu_allowed_bw20 : 1, //[21] ppdu_allowed_bw40 : 1, //[22] ppdu_allowed_bw80 : 1, //[23] other_queues_more_data : 1, //[24] bw_indication_enable : 1, //[25] set_fc_pwr_mgt : 1, //[26] reserved_0c : 5; //[31:27] volatile uint32_t location_req : 1, //[0] location_type : 1, //[1] remaining_tbtt : 16, //[17:2] mu_ndp : 1, //[18] ibfcal_enable : 1, //[19] bf_type : 2, //[21:20] reserved_1c : 6, //[27:22] channel_capture : 1, //[28] txop_tbtt : 1, //[29] clpc_en : 1, //[30] measure_power : 1; //[31] volatile uint32_t max_fes_time : 16, //[15:0] max_ppdu_time : 16; //[31:16] volatile uint32_t max_txop_time : 16, //[15:0] extend_duration_value : 16; //[31:16] volatile uint32_t duration_field_ctrl : 2, //[1:0] duration_extension : 1, //[2] group_id : 6, //[8:3] hw_mode_mprot_scrambler_seed_mode: 3, //[11:9] hw_mode_ppdu_scrambler_seed_mode: 3, //[14:12] reserved_4 : 1, //[15] insert_timestamp_offset : 16; //[31:16] struct tx_rate_setting tx_rate_ctr_mprot_bw20; struct tx_rate_setting tx_rate_ctr_mprot_bw40; struct tx_rate_setting tx_rate_ctr_mprot_bw80; struct tx_rate_setting response_rate_mprot_bw20; struct tx_rate_setting response_rate_mprot_bw40; struct tx_rate_setting response_rate_mprot_bw80; }; /* transmit_fes_type A Scheduled SU or MU transmission - 15-1 Reserved medium_prot_type Self Gen Medium Protection type used su_response_type PPDU transmission Response type expected in case of SU transmission SW sets this after sending NDP or BR-Poll. SW sets this after sending VHT single MPDU. Some vendor chip might send BA rather than ACK in response to VHT single MPDU but still we want to accept BA as well. That's why this type is added. SW sets this after queuing RTS frame as standalone packet and sending it. SW sets this after sending PS-Poll. SW sets this if SW wants to accept any directed CRC-pass frame while waiting for response. This is mainly for debug purpose. Note: For MU transmission this field is only valid for the datastructures for this user 0. For user 1 and user 2 this field should be set to No response expected. update_timestamp_32 Update the 32 bit timestamp at the offset specified by the insert_timestamp_offset. This will be used for AWDL action frames. The value of the TSF will be added to the timestamp field in the packet buffer in memory. The tx_delay should also be included in the timestamp field update_timestamp_64 Update the 64 bit TSF at the offset specified by the insert_timestamp_offset. This will be used for beacons and probe response frames. The value of the TSF will be added to the TSF field in the packet buffer in memory. The reserved_0_a mprot_required_bw20 Field only valid when ppdu_allowed_bw20 is set. When set, Medium protection transmission is required for a 20 MHz bandwidth PPDU transmission. In case of MU transmissions, all the medium protection settings are coming from user0. mprot_required_bw40 Field only valid when ppdu_allowed_bw40 is set. When set, Medium protection transmission is required for a 40 MHz bandwidth PPDU transmission. In case of MU transmissions, all the medium protection settings are coming from user0 mprot_required_bw80 Field only valid when ppdu_allowed_bw80 is set. When set, Medium protection transmission is required for a 80 MHz bandwidth PPDU transmission. In case of MU transmissions, all the medium protection settings are coming from user0. ppdu_allowed_bw20 When set, allow PPDU transmission with 20 MHz bandwidth. In case of MU transmissions, all the ppdu allowed bw settings are coming from user0. ppdu_allowed_bw40 When set, allow PPDU transmission with 40 MHz bandwidth. In case of MU transmissions, all the ppdu allowed bw settings are coming from user0. ppdu_allowed_bw80 When set, allow PPDU transmission with 80 MHz bandwidth. In case of MU transmissions, all the ppdu allowed bw settings are coming from user0 other_queues_more_data This setting is passed on to the PCU in the PCU_PPDU_SETUP TLV. It is used by the PCU TX to determine if it needs to set the More data bit in the FC field for the transmitted frames bw_indication_enable If set, indicates that the bw should be indicated in the service field. This is only used for legacy OFDM 11a/11g PPDUs. set_fc_pwr_mgt When set, the TX PCU will set the power management bit in the Frame Control field for the transmitted frames. This will only be set for the SW generated path. reserved_0c location_req (Not supported in Beeliner) When set, a TX_LOCATION_REQ TLV should be generated by the PCU to the PHY TX before this transmission starts. location_type (Not supported in Beeliner) This field is only valid when Location_req is set. This field is used to define what kind of RTT response is required by the MAC and it is inserted into the TX_LOCATION_REQ TLV generated by the TX PCU Indicates iFFT response format remaining_tbtt This field indicates remaining TBTT, which is filled by HWSCH after considering remaining TBTT1 /2 with TBTT1/2 mask fields. mu_ndp If set indicates that this packet is an NDP used for MU channel estimation. This bit will be used by the TPC to signal that the analog gain settings can be updated. The analog gain settings will not change for subsequent MU data packets. ibfcal_enable Defines the current packet as test packet for implicit BF calibration purposes bf_type Transmit a non-beamformed packet Transmit a legacy beamformed packet. This means beamforming starts at the L-STF. The possible preamble formats are 11a, 11n mixed mode and 11ac. This is used to support legacy implicit beamforming. Transmit a single-user beamformed packet starting at the HT-STF or VHT-STF. Transmit a multi-user beamformed packet starting at the VHT-STF. reserved_1c channel_capture When set, indicates that the BB should be armed to capture the channel on the next received packet. This channel estimate is passed to the MAC if the packet is successfully received. Copied by PDG into the channel_capture field in the PPDU_TX_PHY_DESC TLV txop_tbtt (Not supported in Beeliner) 0: TXOP 1: remaining TBTT By design, HWSCH populates minimum of { TXOP, remaining TBTT} in max_TXOP_time of PDG_FES_SETUP and this txop_tbtt field tells which one is currently populated in max_TXOP_time. If TXOP is populated and if ignore_txop_1st_pkt is set in TX_FES_SETUP TLV, then PDG is allowed to transmit single MPDU despite exceeding max_TXOP_time. However, if remaining TBTT is populated, PDG is not allowed to transmit any single MPDU if exceeding max_TXOP_time, regardless of ignore_txop_1st_pkt. clpc_en This field enables closed-loop TPC operation by enabling CLPC adjustment of DAC gain for the next packet. TPC error update disabled TPC error will be applied to DAC gain setting for the next packet measure_power This field enables the TPC to use power measurement for current packet in CLPC updates. TPC will not latch power measurement result for current packet TPC will latch power measurement result for current packet max_fes_time The maximum medium time (in us) that the total Frame exchange sequence is allowed to take. FES time will include the PPDU time plus the optional SIFS + Ack/BA time and if medium protection is included the RTS + SIFS + CTS + SIFS time or CTS + SIFS time. Allowed transmit time needs to have room for 4us extra, in case an extra symbol is needed for LDPC. max_ppdu_time The maximum medium time (in us) that the PPDU Frame is allowed to take. This value is to exceed 5484 usec which is Allowed transmit time needs to have room for 4us extra, in case an extra symbol is needed for LDPC. max_txop_time The maximum TXOP time (in us) for the upcoming Frame Exchange Sequence (FES). The upcoming frame exchange sequence that PDG will calculate is not allowed to go beyond this time (and other transmit boundaries like max_fes_time). The max_TXOP_time field is sometimes also used to calculate the value that needs to be inserted in the duration fields of the frames transmitted. (See field: Duration_field_ctrl). max_txop_time is used for a SIFS burst of transmit packets. It may include time reservation for multiple FES. Allowed transmit time needs to have room for 4us extra, in case an extra symbol is needed for LDPC. extend_duration_value Field only valid when Duration_extension is set and Duration_field_ctrl is set to protect FES or protect TXOP. Based on TLV field Duration_field_ctrl, the PDG will calculate the normal duration field value to be inserted in the transmitted frames. When Duration extension is set, and Duration_field_ctrl is set to protect FES or protect TXOP, this calculated duration value is increased with the Extend_duration_value. Max duration value defined in standard spec is 32,767 us. So, note that after calculation, final duration value can't exceed this. duration_field_ctrl Duration field value generation control Set duration field to 0 Duration field will only coverer all the frames in the current Frame Excange Sequence that PDG is calculating: Typically the ACK/BA after the data frame. The duration field protects the medium up to the end of TXOP, given in field: max_TXOP_time duration_extension Duration extension control 0: No action 1: Add the extra_duration_value to the calculated duration field. group_id Field only valid when Transmit_fes_type indicates a regular (non self generated) transmission When PDG detects that the transmission is at a VHT rate, hw_mode_mprot_scrambler_seed_mode Field only valid in pdg_transmit_mode. Automatic based on medium_prot_type. Generate lower 4 bits dyn_bandwidth = 0 (static) Generate lower 4 bits dyn_bandwidth = 1 (dynamic) Generate lower 5 bits Generate all 7 bits hw_mode_ppdu_scrambler_seed_mode Field only valid in pdg_transmit_mode. Generate all 7 bits Generate lower 4 bits dyn_bandwidth = 0 (static) Generate lower 4 bits dyn_bandwidth = 1 (dynamic) Generate lower 5 bits Generate all 7 bits reserved_4 insert_timestamp_offset Byte offset to the first byte of the timestamp to be inserted. This is applicable to both beacon and probe response TSF and the AWDL timestamp struct tx_rate_setting tx_rate_ctr_mprot_bw20 Field only valid when Mprot_required_bw20 is set. Structure containing all the rate information for transmitting a medium protection frame at 20 MHz. In case of MU transmissions, all the medium protection settings are coming from user0 struct tx_rate_setting tx_rate_ctr_mprot_bw40 Field only valid when Mprot_required_bw40 is set. Structure containing all the rate information for transmitting a medium protection frame at 40 MHz. In case of MU transmissions, all the medium protection settings are coming from user0 struct tx_rate_setting tx_rate_ctr_mprot_bw80 Field only valid when Mprot_required_bw80 is set. Structure containing all the rate information for transmitting a medium protection frame at 80 MHz. In case of MU transmissions, all the medium protection settings are coming from user0 struct tx_rate_setting response_rate_mprot_bw20 Field only valid when Mprot_required_bw20 is set. Structure containing all the rate information for transmitting a medium protection frame at 20 MHz. In case of MU transmissions, all the medium protection settings are coming from user0 struct tx_rate_setting response_rate_mprot_bw40 Field only valid when Mprot_required_bw40 is set. Structure containing all the rate information for transmitting a medium protection frame at 40 MHz. In case of MU transmissions, all the medium protection settings are coming from user0 struct tx_rate_setting response_rate_mprot_bw80 Field only valid when Mprot_required_bw80 is set. Structure containing all the rate information for transmitting a medium protection frame at 80 MHz. In case of MU transmissions, all the medium protection settings are coming from user0 */ /* Description PDG_FES_SETUP_0_TRANSMIT_FES_TYPE A Scheduled SU or MU transmission - 15-1 Reserved */ #define PDG_FES_SETUP_0_TRANSMIT_FES_TYPE_OFFSET 0x00000000 #define PDG_FES_SETUP_0_TRANSMIT_FES_TYPE_LSB 0 #define PDG_FES_SETUP_0_TRANSMIT_FES_TYPE_MASK 0x0000000f /* Description PDG_FES_SETUP_0_MEDIUM_PROT_TYPE Self Gen Medium Protection type used */ #define PDG_FES_SETUP_0_MEDIUM_PROT_TYPE_OFFSET 0x00000000 #define PDG_FES_SETUP_0_MEDIUM_PROT_TYPE_LSB 4 #define PDG_FES_SETUP_0_MEDIUM_PROT_TYPE_MASK 0x00000070 /* Description PDG_FES_SETUP_0_SU_RESPONSE_TYPE PPDU transmission Response type expected in case of SU transmission SW sets this after sending NDP or BR-Poll. SW sets this after sending VHT single MPDU. Some vendor chip might send BA rather than ACK in response to VHT single MPDU but still we want to accept BA as well. That's why this type is added. SW sets this after queuing RTS frame as standalone packet and sending it. SW sets this after sending PS-Poll. SW sets this if SW wants to accept any directed CRC-pass frame while waiting for response. This is mainly for debug purpose. Note: For MU transmission this field is only valid for the datastructures for this user 0. For user 1 and user 2 this field should be set to No response expected. */ #define PDG_FES_SETUP_0_SU_RESPONSE_TYPE_OFFSET 0x00000000 #define PDG_FES_SETUP_0_SU_RESPONSE_TYPE_LSB 7 #define PDG_FES_SETUP_0_SU_RESPONSE_TYPE_MASK 0x00000380 /* Description PDG_FES_SETUP_0_UPDATE_TIMESTAMP_32 Update the 32 bit timestamp at the offset specified by the insert_timestamp_offset. This will be used for AWDL action frames. The value of the TSF will be added to the timestamp field in the packet buffer in memory. The tx_delay should also be included in the timestamp field */ #define PDG_FES_SETUP_0_UPDATE_TIMESTAMP_32_OFFSET 0x00000000 #define PDG_FES_SETUP_0_UPDATE_TIMESTAMP_32_LSB 10 #define PDG_FES_SETUP_0_UPDATE_TIMESTAMP_32_MASK 0x00000400 /* Description PDG_FES_SETUP_0_UPDATE_TIMESTAMP_64 Update the 64 bit TSF at the offset specified by the insert_timestamp_offset. This will be used for beacons and probe response frames. The value of the TSF will be added to the TSF field in the packet buffer in memory. The */ #define PDG_FES_SETUP_0_UPDATE_TIMESTAMP_64_OFFSET 0x00000000 #define PDG_FES_SETUP_0_UPDATE_TIMESTAMP_64_LSB 11 #define PDG_FES_SETUP_0_UPDATE_TIMESTAMP_64_MASK 0x00000800 /* Description PDG_FES_SETUP_0_RESERVED_0_A */ #define PDG_FES_SETUP_0_RESERVED_0_A_OFFSET 0x00000000 #define PDG_FES_SETUP_0_RESERVED_0_A_LSB 12 #define PDG_FES_SETUP_0_RESERVED_0_A_MASK 0x0003f000 /* Description PDG_FES_SETUP_0_MPROT_REQUIRED_BW20 Field only valid when ppdu_allowed_bw20 is set. When set, Medium protection transmission is required for a 20 MHz bandwidth PPDU transmission. In case of MU transmissions, all the medium protection settings are coming from user0. */ #define PDG_FES_SETUP_0_MPROT_REQUIRED_BW20_OFFSET 0x00000000 #define PDG_FES_SETUP_0_MPROT_REQUIRED_BW20_LSB 18 #define PDG_FES_SETUP_0_MPROT_REQUIRED_BW20_MASK 0x00040000 /* Description PDG_FES_SETUP_0_MPROT_REQUIRED_BW40 Field only valid when ppdu_allowed_bw40 is set. When set, Medium protection transmission is required for a 40 MHz bandwidth PPDU transmission. In case of MU transmissions, all the medium protection settings are coming from user0 */ #define PDG_FES_SETUP_0_MPROT_REQUIRED_BW40_OFFSET 0x00000000 #define PDG_FES_SETUP_0_MPROT_REQUIRED_BW40_LSB 19 #define PDG_FES_SETUP_0_MPROT_REQUIRED_BW40_MASK 0x00080000 /* Description PDG_FES_SETUP_0_MPROT_REQUIRED_BW80 Field only valid when ppdu_allowed_bw80 is set. When set, Medium protection transmission is required for a 80 MHz bandwidth PPDU transmission. In case of MU transmissions, all the medium protection settings are coming from user0. */ #define PDG_FES_SETUP_0_MPROT_REQUIRED_BW80_OFFSET 0x00000000 #define PDG_FES_SETUP_0_MPROT_REQUIRED_BW80_LSB 20 #define PDG_FES_SETUP_0_MPROT_REQUIRED_BW80_MASK 0x00100000 /* Description PDG_FES_SETUP_0_PPDU_ALLOWED_BW20 When set, allow PPDU transmission with 20 MHz bandwidth. In case of MU transmissions, all the ppdu allowed bw settings are coming from user0. */ #define PDG_FES_SETUP_0_PPDU_ALLOWED_BW20_OFFSET 0x00000000 #define PDG_FES_SETUP_0_PPDU_ALLOWED_BW20_LSB 21 #define PDG_FES_SETUP_0_PPDU_ALLOWED_BW20_MASK 0x00200000 /* Description PDG_FES_SETUP_0_PPDU_ALLOWED_BW40 When set, allow PPDU transmission with 40 MHz bandwidth. In case of MU transmissions, all the ppdu allowed bw settings are coming from user0. */ #define PDG_FES_SETUP_0_PPDU_ALLOWED_BW40_OFFSET 0x00000000 #define PDG_FES_SETUP_0_PPDU_ALLOWED_BW40_LSB 22 #define PDG_FES_SETUP_0_PPDU_ALLOWED_BW40_MASK 0x00400000 /* Description PDG_FES_SETUP_0_PPDU_ALLOWED_BW80 When set, allow PPDU transmission with 80 MHz bandwidth. In case of MU transmissions, all the ppdu allowed bw settings are coming from user0 */ #define PDG_FES_SETUP_0_PPDU_ALLOWED_BW80_OFFSET 0x00000000 #define PDG_FES_SETUP_0_PPDU_ALLOWED_BW80_LSB 23 #define PDG_FES_SETUP_0_PPDU_ALLOWED_BW80_MASK 0x00800000 /* Description PDG_FES_SETUP_0_OTHER_QUEUES_MORE_DATA This setting is passed on to the PCU in the PCU_PPDU_SETUP TLV. It is used by the PCU TX to determine if it needs to set the More data bit in the FC field for the transmitted frames */ #define PDG_FES_SETUP_0_OTHER_QUEUES_MORE_DATA_OFFSET 0x00000000 #define PDG_FES_SETUP_0_OTHER_QUEUES_MORE_DATA_LSB 24 #define PDG_FES_SETUP_0_OTHER_QUEUES_MORE_DATA_MASK 0x01000000 /* Description PDG_FES_SETUP_0_BW_INDICATION_ENABLE If set, indicates that the bw should be indicated in the service field. This is only used for legacy OFDM 11a/11g PPDUs. */ #define PDG_FES_SETUP_0_BW_INDICATION_ENABLE_OFFSET 0x00000000 #define PDG_FES_SETUP_0_BW_INDICATION_ENABLE_LSB 25 #define PDG_FES_SETUP_0_BW_INDICATION_ENABLE_MASK 0x02000000 /* Description PDG_FES_SETUP_0_SET_FC_PWR_MGT When set, the TX PCU will set the power management bit in the Frame Control field for the transmitted frames. This will only be set for the SW generated path. */ #define PDG_FES_SETUP_0_SET_FC_PWR_MGT_OFFSET 0x00000000 #define PDG_FES_SETUP_0_SET_FC_PWR_MGT_LSB 26 #define PDG_FES_SETUP_0_SET_FC_PWR_MGT_MASK 0x04000000 /* Description PDG_FES_SETUP_0_RESERVED_0C */ #define PDG_FES_SETUP_0_RESERVED_0C_OFFSET 0x00000000 #define PDG_FES_SETUP_0_RESERVED_0C_LSB 27 #define PDG_FES_SETUP_0_RESERVED_0C_MASK 0xf8000000 /* Description PDG_FES_SETUP_1_LOCATION_REQ (Not supported in Beeliner) When set, a TX_LOCATION_REQ TLV should be generated by the PCU to the PHY TX before this transmission starts. */ #define PDG_FES_SETUP_1_LOCATION_REQ_OFFSET 0x00000004 #define PDG_FES_SETUP_1_LOCATION_REQ_LSB 0 #define PDG_FES_SETUP_1_LOCATION_REQ_MASK 0x00000001 /* Description PDG_FES_SETUP_1_LOCATION_TYPE (Not supported in Beeliner) This field is only valid when Location_req is set. This field is used to define what kind of RTT response is required by the MAC and it is inserted into the TX_LOCATION_REQ TLV generated by the TX PCU Indicates iFFT response format */ #define PDG_FES_SETUP_1_LOCATION_TYPE_OFFSET 0x00000004 #define PDG_FES_SETUP_1_LOCATION_TYPE_LSB 1 #define PDG_FES_SETUP_1_LOCATION_TYPE_MASK 0x00000002 /* Description PDG_FES_SETUP_1_REMAINING_TBTT This field indicates remaining TBTT, which is filled by HWSCH after considering remaining TBTT1 /2 with TBTT1/2 mask fields. */ #define PDG_FES_SETUP_1_REMAINING_TBTT_OFFSET 0x00000004 #define PDG_FES_SETUP_1_REMAINING_TBTT_LSB 2 #define PDG_FES_SETUP_1_REMAINING_TBTT_MASK 0x0003fffc /* Description PDG_FES_SETUP_1_MU_NDP If set indicates that this packet is an NDP used for MU channel estimation. This bit will be used by the TPC to signal that the analog gain settings can be updated. The analog gain settings will not change for subsequent MU data packets. */ #define PDG_FES_SETUP_1_MU_NDP_OFFSET 0x00000004 #define PDG_FES_SETUP_1_MU_NDP_LSB 18 #define PDG_FES_SETUP_1_MU_NDP_MASK 0x00040000 /* Description PDG_FES_SETUP_1_IBFCAL_ENABLE Defines the current packet as test packet for implicit BF calibration purposes */ #define PDG_FES_SETUP_1_IBFCAL_ENABLE_OFFSET 0x00000004 #define PDG_FES_SETUP_1_IBFCAL_ENABLE_LSB 19 #define PDG_FES_SETUP_1_IBFCAL_ENABLE_MASK 0x00080000 /* Description PDG_FES_SETUP_1_BF_TYPE Transmit a non-beamformed packet Transmit a legacy beamformed packet. This means beamforming starts at the L-STF. The possible preamble formats are 11a, 11n mixed mode and 11ac. This is used to support legacy implicit beamforming. Transmit a single-user beamformed packet starting at the HT-STF or VHT-STF. Transmit a multi-user beamformed packet starting at the VHT-STF. */ #define PDG_FES_SETUP_1_BF_TYPE_OFFSET 0x00000004 #define PDG_FES_SETUP_1_BF_TYPE_LSB 20 #define PDG_FES_SETUP_1_BF_TYPE_MASK 0x00300000 /* Description PDG_FES_SETUP_1_RESERVED_1C */ #define PDG_FES_SETUP_1_RESERVED_1C_OFFSET 0x00000004 #define PDG_FES_SETUP_1_RESERVED_1C_LSB 22 #define PDG_FES_SETUP_1_RESERVED_1C_MASK 0x0fc00000 /* Description PDG_FES_SETUP_1_CHANNEL_CAPTURE When set, indicates that the BB should be armed to capture the channel on the next received packet. This channel estimate is passed to the MAC if the packet is successfully received. Copied by PDG into the channel_capture field in the PPDU_TX_PHY_DESC TLV */ #define PDG_FES_SETUP_1_CHANNEL_CAPTURE_OFFSET 0x00000004 #define PDG_FES_SETUP_1_CHANNEL_CAPTURE_LSB 28 #define PDG_FES_SETUP_1_CHANNEL_CAPTURE_MASK 0x10000000 /* Description PDG_FES_SETUP_1_TXOP_TBTT (Not supported in Beeliner) 0: TXOP 1: remaining TBTT By design, HWSCH populates minimum of { TXOP, remaining TBTT} in max_TXOP_time of PDG_FES_SETUP and this txop_tbtt field tells which one is currently populated in max_TXOP_time. If TXOP is populated and if ignore_txop_1st_pkt is set in TX_FES_SETUP TLV, then PDG is allowed to transmit single MPDU despite exceeding max_TXOP_time. However, if remaining TBTT is populated, PDG is not allowed to transmit any single MPDU if exceeding max_TXOP_time, regardless of ignore_txop_1st_pkt. */ #define PDG_FES_SETUP_1_TXOP_TBTT_OFFSET 0x00000004 #define PDG_FES_SETUP_1_TXOP_TBTT_LSB 29 #define PDG_FES_SETUP_1_TXOP_TBTT_MASK 0x20000000 /* Description PDG_FES_SETUP_1_CLPC_EN This field enables closed-loop TPC operation by enabling CLPC adjustment of DAC gain for the next packet. TPC error update disabled TPC error will be applied to DAC gain setting for the next packet */ #define PDG_FES_SETUP_1_CLPC_EN_OFFSET 0x00000004 #define PDG_FES_SETUP_1_CLPC_EN_LSB 30 #define PDG_FES_SETUP_1_CLPC_EN_MASK 0x40000000 /* Description PDG_FES_SETUP_1_MEASURE_POWER This field enables the TPC to use power measurement for current packet in CLPC updates. TPC will not latch power measurement result for current packet TPC will latch power measurement result for current packet */ #define PDG_FES_SETUP_1_MEASURE_POWER_OFFSET 0x00000004 #define PDG_FES_SETUP_1_MEASURE_POWER_LSB 31 #define PDG_FES_SETUP_1_MEASURE_POWER_MASK 0x80000000 /* Description PDG_FES_SETUP_2_MAX_FES_TIME The maximum medium time (in us) that the total Frame exchange sequence is allowed to take. FES time will include the PPDU time plus the optional SIFS + Ack/BA time and if medium protection is included the RTS + SIFS + CTS + SIFS time or CTS + SIFS time. Allowed transmit time needs to have room for 4us extra, in case an extra symbol is needed for LDPC. */ #define PDG_FES_SETUP_2_MAX_FES_TIME_OFFSET 0x00000008 #define PDG_FES_SETUP_2_MAX_FES_TIME_LSB 0 #define PDG_FES_SETUP_2_MAX_FES_TIME_MASK 0x0000ffff /* Description PDG_FES_SETUP_2_MAX_PPDU_TIME The maximum medium time (in us) that the PPDU Frame is allowed to take. This value is to exceed 5484 usec which is Allowed transmit time needs to have room for 4us extra, in case an extra symbol is needed for LDPC. */ #define PDG_FES_SETUP_2_MAX_PPDU_TIME_OFFSET 0x00000008 #define PDG_FES_SETUP_2_MAX_PPDU_TIME_LSB 16 #define PDG_FES_SETUP_2_MAX_PPDU_TIME_MASK 0xffff0000 /* Description PDG_FES_SETUP_3_MAX_TXOP_TIME The maximum TXOP time (in us) for the upcoming Frame Exchange Sequence (FES). The upcoming frame exchange sequence that PDG will calculate is not allowed to go beyond this time (and other transmit boundaries like max_fes_time). The max_TXOP_time field is sometimes also used to calculate the value that needs to be inserted in the duration fields of the frames transmitted. (See field: Duration_field_ctrl). max_txop_time is used for a SIFS burst of transmit packets. It may include time reservation for multiple FES. Allowed transmit time needs to have room for 4us extra, in case an extra symbol is needed for LDPC. */ #define PDG_FES_SETUP_3_MAX_TXOP_TIME_OFFSET 0x0000000c #define PDG_FES_SETUP_3_MAX_TXOP_TIME_LSB 0 #define PDG_FES_SETUP_3_MAX_TXOP_TIME_MASK 0x0000ffff /* Description PDG_FES_SETUP_3_EXTEND_DURATION_VALUE Field only valid when Duration_extension is set and Duration_field_ctrl is set to protect FES or protect TXOP. Based on TLV field Duration_field_ctrl, the PDG will calculate the normal duration field value to be inserted in the transmitted frames. When Duration extension is set, and Duration_field_ctrl is set to protect FES or protect TXOP, this calculated duration value is increased with the Extend_duration_value. Max duration value defined in standard spec is 32,767 us. So, note that after calculation, final duration value can't exceed this. */ #define PDG_FES_SETUP_3_EXTEND_DURATION_VALUE_OFFSET 0x0000000c #define PDG_FES_SETUP_3_EXTEND_DURATION_VALUE_LSB 16 #define PDG_FES_SETUP_3_EXTEND_DURATION_VALUE_MASK 0xffff0000 /* Description PDG_FES_SETUP_4_DURATION_FIELD_CTRL Duration field value generation control Set duration field to 0 Duration field will only coverer all the frames in the current Frame Excange Sequence that PDG is calculating: Typically the ACK/BA after the data frame. The duration field protects the medium up to the end of TXOP, given in field: max_TXOP_time */ #define PDG_FES_SETUP_4_DURATION_FIELD_CTRL_OFFSET 0x00000010 #define PDG_FES_SETUP_4_DURATION_FIELD_CTRL_LSB 0 #define PDG_FES_SETUP_4_DURATION_FIELD_CTRL_MASK 0x00000003 /* Description PDG_FES_SETUP_4_DURATION_EXTENSION Duration extension control 0: No action 1: Add the extra_duration_value to the calculated duration field. */ #define PDG_FES_SETUP_4_DURATION_EXTENSION_OFFSET 0x00000010 #define PDG_FES_SETUP_4_DURATION_EXTENSION_LSB 2 #define PDG_FES_SETUP_4_DURATION_EXTENSION_MASK 0x00000004 /* Description PDG_FES_SETUP_4_GROUP_ID Field only valid when Transmit_fes_type indicates a regular (non self generated) transmission When PDG detects that the transmission is at a VHT rate, */ #define PDG_FES_SETUP_4_GROUP_ID_OFFSET 0x00000010 #define PDG_FES_SETUP_4_GROUP_ID_LSB 3 #define PDG_FES_SETUP_4_GROUP_ID_MASK 0x000001f8 /* Description PDG_FES_SETUP_4_HW_MODE_MPROT_SCRAMBLER_SEED_MODE Field only valid in pdg_transmit_mode. Automatic based on medium_prot_type. Generate lower 4 bits dyn_bandwidth = 0 (static) Generate lower 4 bits dyn_bandwidth = 1 (dynamic) Generate lower 5 bits Generate all 7 bits */ #define PDG_FES_SETUP_4_HW_MODE_MPROT_SCRAMBLER_SEED_MODE_OFFSET 0x00000010 #define PDG_FES_SETUP_4_HW_MODE_MPROT_SCRAMBLER_SEED_MODE_LSB 9 #define PDG_FES_SETUP_4_HW_MODE_MPROT_SCRAMBLER_SEED_MODE_MASK 0x00000e00 /* Description PDG_FES_SETUP_4_HW_MODE_PPDU_SCRAMBLER_SEED_MODE Field only valid in pdg_transmit_mode. Generate all 7 bits Generate lower 4 bits dyn_bandwidth = 0 (static) Generate lower 4 bits dyn_bandwidth = 1 (dynamic) Generate lower 5 bits Generate all 7 bits */ #define PDG_FES_SETUP_4_HW_MODE_PPDU_SCRAMBLER_SEED_MODE_OFFSET 0x00000010 #define PDG_FES_SETUP_4_HW_MODE_PPDU_SCRAMBLER_SEED_MODE_LSB 12 #define PDG_FES_SETUP_4_HW_MODE_PPDU_SCRAMBLER_SEED_MODE_MASK 0x00007000 /* Description PDG_FES_SETUP_4_RESERVED_4 */ #define PDG_FES_SETUP_4_RESERVED_4_OFFSET 0x00000010 #define PDG_FES_SETUP_4_RESERVED_4_LSB 15 #define PDG_FES_SETUP_4_RESERVED_4_MASK 0x00008000 /* Description PDG_FES_SETUP_4_INSERT_TIMESTAMP_OFFSET Byte offset to the first byte of the timestamp to be inserted. This is applicable to both beacon and probe response TSF and the AWDL timestamp */ #define PDG_FES_SETUP_4_INSERT_TIMESTAMP_OFFSET_OFFSET 0x00000010 #define PDG_FES_SETUP_4_INSERT_TIMESTAMP_OFFSET_LSB 16 #define PDG_FES_SETUP_4_INSERT_TIMESTAMP_OFFSET_MASK 0xffff0000 #define PDG_FES_SETUP_5_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW20_OFFSET 0x00000014 #define PDG_FES_SETUP_5_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW20_LSB 16 #define PDG_FES_SETUP_5_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW20_MASK 0xffffffff #define PDG_FES_SETUP_6_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW20_OFFSET 0x00000018 #define PDG_FES_SETUP_6_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW20_LSB 16 #define PDG_FES_SETUP_6_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW20_MASK 0xffffffff #define PDG_FES_SETUP_7_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW40_OFFSET 0x0000001c #define PDG_FES_SETUP_7_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW40_LSB 16 #define PDG_FES_SETUP_7_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW40_MASK 0xffffffff #define PDG_FES_SETUP_8_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW40_OFFSET 0x00000020 #define PDG_FES_SETUP_8_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW40_LSB 16 #define PDG_FES_SETUP_8_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW40_MASK 0xffffffff #define PDG_FES_SETUP_9_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW80_OFFSET 0x00000024 #define PDG_FES_SETUP_9_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW80_LSB 16 #define PDG_FES_SETUP_9_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW80_MASK 0xffffffff #define PDG_FES_SETUP_10_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW80_OFFSET 0x00000028 #define PDG_FES_SETUP_10_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW80_LSB 16 #define PDG_FES_SETUP_10_TX_RATE_SETTING_TX_RATE_CTR_MPROT_BW80_MASK 0xffffffff #define PDG_FES_SETUP_11_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW20_OFFSET 0x0000002c #define PDG_FES_SETUP_11_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW20_LSB 16 #define PDG_FES_SETUP_11_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW20_MASK 0xffffffff #define PDG_FES_SETUP_12_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW20_OFFSET 0x00000030 #define PDG_FES_SETUP_12_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW20_LSB 16 #define PDG_FES_SETUP_12_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW20_MASK 0xffffffff #define PDG_FES_SETUP_13_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW40_OFFSET 0x00000034 #define PDG_FES_SETUP_13_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW40_LSB 16 #define PDG_FES_SETUP_13_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW40_MASK 0xffffffff #define PDG_FES_SETUP_14_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW40_OFFSET 0x00000038 #define PDG_FES_SETUP_14_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW40_LSB 16 #define PDG_FES_SETUP_14_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW40_MASK 0xffffffff #define PDG_FES_SETUP_15_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW80_OFFSET 0x0000003c #define PDG_FES_SETUP_15_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW80_LSB 16 #define PDG_FES_SETUP_15_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW80_MASK 0xffffffff #define PDG_FES_SETUP_16_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW80_OFFSET 0x00000040 #define PDG_FES_SETUP_16_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW80_LSB 16 #define PDG_FES_SETUP_16_TX_RATE_SETTING_RESPONSE_RATE_MPROT_BW80_MASK 0xffffffff #endif // _PDG_FES_SETUP_H_