MRMAC Control Ports - 1.5 English

In addition to the AXI4-Lite configuration registers, the MRMAC IP requires some control inputs illustrated in the following table. All control ports are inputs.

Table 1. MRMAC Control Port Descriptions
Port Name	Clock Domain	Description
ctl_rx_fec_fc32_ra_mode_0	s_axi_aclk	RX_RESET needed after change to CTL_RX_FEC_FC32_RA_MODE_*.
ctl_rx_fec_fc32_ra_mode_1
ctl_rx_fec_fc32_ra_mode_2
ctl_rx_fec_fc32_ra_mode_3
ctl_rx_pause_ack_0[8:0]	rx_axi_clk[0]	RX Pause Processing Acknowledge Each bit of ctl_rx_pause_ack_N[8:0] is associated with a pause priority (Bit[8] is for global pause signaling).
ctl_rx_pause_ack_1[8:0]	rx_axi_clk[0]
ctl_rx_pause_ack_2[8:0]	rx_axi_clk[1]
ctl_rx_pause_ack_3[8:0]	rx_axi_clk[1]
ctl_rx_pause_enable_0[8:0]	rx_axi_clk[0]	RX Pause Packet Enable Each bit of ctl_rx_pause_enable_N[8:0] is associated with a pause priority (Bit[8] is for global pause signaling).
ctl_rx_pause_enable_1[8:0]	rx_axi_clk[0]
ctl_rx_pause_enable_2[8:0]	rx_axi_clk[1]
ctl_rx_pause_enable_3[8:0]	rx_axi_clk[1]
ctl_rx_ptp_st_adjust_0[31:0]	rx_ts_clk[0]	Specifies System Timer Adjust
ctl_rx_ptp_st_adjust_1[31:0]	rx_ts_clk[1]
ctl_rx_ptp_st_adjust_2[31:0]	rx_ts_clk[2]
ctl_rx_ptp_st_adjust_3[31:0]	rx_ts_clk[3]
ctl_rx_ptp_st_adjust_type_0[1:0]	rx_ts_clk[0]	Specifies the desired System Timer Adjustment Type
ctl_rx_ptp_st_adjust_type_1[1:0]	rx_ts_clk[1]
ctl_rx_ptp_st_adjust_type_2[1:0]	rx_ts_clk[2]
ctl_rx_ptp_st_adjust_type_3[1:0]	rx_ts_clk[3]
ctl_rx_ptp_st_adjust_vld_0	rx_ts_clk[0]	Specifies the System Timer Adjust is valid.
ctl_rx_ptp_st_adjust_vld_1	rx_ts_clk[1]
ctl_rx_ptp_st_adjust_vld_2	rx_ts_clk[2]
ctl_rx_ptp_st_adjust_vld_3	rx_ts_clk[3]
ctl_rx_ptp_st_overwrite_0	rx_ts_clk[0]	System Timer Overwrite
ctl_rx_ptp_st_overwrite_1	rx_ts_clk[1]
ctl_rx_ptp_st_overwrite_2	rx_ts_clk[2]
ctl_rx_ptp_st_overwrite_3	rx_ts_clk[3]
ctl_rx_ptp_st_sync_0	rx_ts_clk[0]	System Timer Sync
ctl_rx_ptp_st_sync_1	rx_ts_clk[1]
ctl_rx_ptp_st_sync_2	rx_ts_clk[2]
ctl_rx_ptp_st_sync_3	rx_ts_clk[3]
ctl_rx_ptp_systemtimer_0[54:0]	rx_ts_clk[0]	System timer input in units of 2^-8 nanoseconds (unsigned). This field maps to Bits[62:8] of the correction field format in IEEE 1588-2008 (with the bottom 8 bits set to 0).
ctl_rx_ptp_systemtimer_1[54:0]	rx_ts_clk[1]
ctl_rx_ptp_systemtimer_2[54:0]	rx_ts_clk[2]
ctl_rx_ptp_systemtimer_3[54:0]	rx_ts_clk[3]
ctl_tx_lane0_vlm_bip7_override_01	tx_axi_clk[0]	Indicates that the bip7 byte value is overridden.
ctl_tx_lane0_vlm_bip7_override_23	tx_axi_clk[1]	Indicates that the bip7 byte value is overridden.
ctl_tx_lane0_vlm_bip7_override_value_01[7:0]	tx_axi_clk[0]	Indicates that the bip7 byte value has a override value.
ctl_tx_lane0_vlm_bip7_override_value_23[7:0]	tx_axi_clk[1]	Indicates that the bip7 byte value has a override value.
ctl_tx_pause_req_0[8:0]	tx_axi_clk[0]	TX Pause Request Each bit of ctl_tx_pause_req_N[8:0] is associated with a pause priority (Bit[8] is for global pause signaling).
ctl_tx_pause_req_1[8:0]	tx_axi_clk[0]
ctl_tx_pause_req_2[8:0]	tx_axi_clk[1]
ctl_tx_pause_req_3[8:0]	tx_axi_clk[1]
ctl_tx_ptp_st_adjust_0[31:0]	tx_ts_clk[0]	Specifies System Timer Adjust
ctl_tx_ptp_st_adjust_1[31:0]	tx_ts_clk[1]
ctl_tx_ptp_st_adjust_2[31:0]	tx_ts_clk[2]
ctl_tx_ptp_st_adjust_3[31:0]	tx_ts_clk[3]
ctl_tx_ptp_st_adjust_type_0[1:0]	tx_ts_clk[0]	Specifies the desired System Timer Adjustment Type
ctl_tx_ptp_st_adjust_type_1[1:0]	tx_ts_clk[1]
ctl_tx_ptp_st_adjust_type_2[1:0]	tx_ts_clk[2]
ctl_tx_ptp_st_adjust_type_3[1:0]	tx_ts_clk[3]
ctl_tx_ptp_st_adjust_vld_0	tx_ts_clk[0]	Specifies the System Timer Adjust is valid.
ctl_tx_ptp_st_adjust_vld_1	tx_ts_clk[1]
ctl_tx_ptp_st_adjust_vld_2	tx_ts_clk[2]
ctl_tx_ptp_st_adjust_vld_3	tx_ts_clk[3]
ctl_tx_ptp_st_overwrite_0	tx_ts_clk[0]	System Timer Overwrite
ctl_tx_ptp_st_overwrite_1	tx_ts_clk[1]
ctl_tx_ptp_st_overwrite_2	tx_ts_clk[2]
ctl_tx_ptp_st_overwrite_3	tx_ts_clk[3]
ctl_tx_ptp_st_sync_0	tx_ts_clk[0]	System Timer Sync
ctl_tx_ptp_st_sync_1	tx_ts_clk[1]
ctl_tx_ptp_st_sync_2	tx_ts_clk[2]
ctl_tx_ptp_st_sync_3	tx_ts_clk[3]
ctl_tx_ptp_systemtimer_0[54:0]	tx_ts_clk[0]	System timer input in units of 2^-8 nanoseconds (unsigned). This field maps to Bits[62:8] of the correction field format in IEEE 1588-2008 (with the bottom 8 bits set to 0).
ctl_tx_ptp_systemtimer_1[54:0]	tx_ts_clk[1]
ctl_tx_ptp_systemtimer_2[54:0]	tx_ts_clk[2]
ctl_tx_ptp_systemtimer_3[54:0]	tx_ts_clk[3]
ctl_tx_resend_pause_0	Asynchronous	Transmit Resend Pause
ctl_tx_resend_pause_1
ctl_tx_resend_pause_2
ctl_tx_resend_pause_3
ctl_tx_send_idle_0	Asynchronous	Transmit Idle code words. If this input is sampled as a 1, the TX path only transmits Idle code words. This input should be set to 1 when the partner device is sending Remote Fault Indication (RFI) code words.
ctl_tx_send_idle_1
ctl_tx_send_idle_2
ctl_tx_send_idle_3
ctl_tx_send_idle_in_0	Asynchronous	Transmit Send Idle Code Words Input
ctl_tx_send_idle_in_1
ctl_tx_send_idle_in_2
ctl_tx_send_idle_in_3
ctl_tx_send_lfi_0	Asynchronous	Transmit Local Fault Indication (LFI) code word. Takes precedence over RFI.
ctl_tx_send_lfi_1
ctl_tx_send_lfi_2
ctl_tx_send_lfi_3
ctl_tx_send_lfi_in_0	Asynchronous	Transmit Send Local Fault Indication Input
ctl_tx_send_lfi_in_1
ctl_tx_send_lfi_in_2
ctl_tx_send_lfi_in_3
ctl_tx_send_rfi_0	Asynchronous	Transmit Remote Fault Indication (RFI) code word. If this input is sampled as a 1, the TX path only transmits Remote Fault code words. This input should be set to 1 until the RX path is fully aligned and is ready to accept data from the link partner.
ctl_tx_send_rfi_1
ctl_tx_send_rfi_2
ctl_tx_send_rfi_3
ctl_tx_send_rfi_in_0	Asynchronous	Transmit Send Remote Fault Indication Input
ctl_tx_send_rfi_in_1
ctl_tx_send_rfi_in_2
ctl_tx_send_rfi_in_3