Common Transceiver Interface Ports - 4.1 English

10G/25G High Speed Ethernet Subsystem Product Guide (PG210)

Document ID
PG210
Release Date
2024-06-07
Version
4.1 English
Table 1. Common Transceiver Interface Ports
Name Size I/O Description
gt_loopback_in_* 3 I GT loopback input signal.

Refer to the GT user guide.

Note: This port is available when the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_loopback_out_* 1 O GT loopback output signal from AXI4-Stream register map.

Refer to the GT user guide.

Note: This port is available when Include AXI4-Lite is selected from the Configuration tab and the Include GT subcore in example design option is selected in the GT Selection and Configuration tab.
gt_txp_out 1 O Differential serial GT TX output
Note: For board-based designs, this port is available when the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
Note: For part-based designs, this port is available when the Include GT subcore in core option and Enable GT Interface for Board Based Design option are selected in the GT Selection and Configuration tab.
gt_txn_out 1 O Differential serial GT TX output.
Note: For board-based designs, this port is available when the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
Note: For part-based design, this port is available when the Include GT subcore in core option and Enable GT Interface for Board Based Design option is selected in the GT Selection and Configuration tab.
gt_rxn_in 1 I Differential serial GT RX input.
Note: For board-based designs, this port is available when the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
Note: For part-based designs, this port is available when the Include GT subcore in core option and Enable GT Interface for Board Based Design option is selected in the GT Selection and Configuration tab.
gt_rxp_in 1 I Differential serial GT RX input.
Note: For board-based designs, this port is available when the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
Note: For part-based designs, this port is available when the Include GT subcore in core option and Enable GT Interface for Board Based Design option is selected in the GT Selection and Configuration tab.
gt_rxp_in_0 1 I Differential serial GT RX input for lane 0.
Note: This port is available when the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_rxn_in_0 1 I Differential serial GT RX input for lane 0.
Note: This port is available when the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_rxp_in_1 1 I Differential serial GT RX input for lane 1.
Note: This port is available when Num of Cores is >1 and the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_rxn_in_1 1 I Differential serial GT RX input for lane 1.
Note: This port is available when Num of Cores is >1 and the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_rxp_in_2 1 I Differential serial GT RX input for lane 2.
Note: This port is available when Num of Cores is >2 and the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_rxn_in_2 1 I

Differential serial GT RX input for lane 2.

Note: This port is available when Num of Cores is >2 and the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_rxp_in_3 1 I Differential serial GT RX input for lane 3.
Note: This port is available when Num of Cores is >3 and the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_rxn_in_3 1 I Differential serial GT RX input for lane 3.
Note: This port is available when Num of Cores is >3 and the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_txp_out_0 1 O Differential serial GT TX output for lane 0.
Note: This port is available when the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_txn_out_0 1 O Differential serial GT TX output for lane 0.
Note: This port is available when the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_txp_out_1 1 O Differential serial GT TX output for lane 1.
Note: This port is available when Num of Cores is >1 and the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_txn_out_1 1 O Differential serial GT TX output for lane 1.
Note: This port is available when Num of Cores is >1 and the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_txp_out_2 1 O Differential serial GT TX output for lane 2.
Note: This port is available when Num of Cores is >2 and the Include GT subcore in core option is selected in the GT Selectionand Configuration tab.
gt_txn_out_2 1 O Differential serial GT TX output for lane 2.
Note: This port is available when Num of Cores is >2 and the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_txp_out_3 1 O Differential serial GT TX output for lane 3.
Note: This port is available when Num of Cores is >3 and the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gt_txn_out_3 1 O Differential serial GT TX output for lane 3.
Note: This port is available when Num of Cores is >3 and the Include GT subcore in core option is selected in the GT Selection and Configuration tab.
gtwiz_loopback_* 3 O GT loopback output signal from AXI4-Lite register map. (Versal devices only). See the appropriate GT user guide.
Note: This port is available when the Include GT subcore in example design option is selected in the GT Selection and Configuration tab and the AXI4-Lite interface is selected from configuration tab.
Note: You must manually connect this signal in the board design.
gtwiz_tx_rate_* 8 O GT TX line rate select from the AXI4-Lite register map. (Versal devices only). See the appropriate GT user guide.
Note: This port is available when the Include GT subcore in example design option is selected in the GT Selection and Configuration tab and the AXI4-Lite interface is selected from configuration tab.
gtwiz_rx_rate_* 8 O GT TX line rate select from the AXI4-Lite register map. (Versal devices only). See the appropriate GT user guide.
Note: This port is available when the Include GT subcore in example design option is selected in the GT Selection and Configuration tab and the AXI4-Lite interface is selected from Configuration tab.
rxgearboxslip_in_* 1 O Rxgearboxslip signal from core to GT.
Note: This port is available when the Include GT subcore in example design option is selected in the GT Selection and Configuration tab and GT type is not GTM.
temperature 10 I For more information, see Virtex UltraScale+ FPGAs GTM Transceivers Wizard LogiCORE IP Product Guide (PG315).
Note: This port is available when the Include GT subcore in core option is selected in the GT Selection and Configuration tab and GT type is GTM.
rxdatavalid_out_* 2 I

RX data valid signal from GT to core.

Note: This port is available when the Include GT subcore in example design option is selected in the GT Selection and Configuration tab and GT type is not GTM.
rx_serdes_data_out_* 32/64/128 I RX data signal from GT to core.
Note: This port is available when the Include GT subcore in example design option is selected in the GT Selection and Configuration tab and GT type is not GTM.

The data width is 32/64 bits for 10G configuration and 128 bits for 25G configuration.

rxdata_out_* 256 I RX data signal from GT to core.
Note: This port is available when the Include GT subcore in example design option is selected in the GT Selection and Configuration tab and GT type is GTM.
rxheader_out_* 6 I RX header signal from GT to core.
Note: This port is available when the Include GT subcore in example design option is selected in the GT Selection and Configuration tab and GT type is not GTM.
rxheadervalid_out_* 2 I RX header valid signal from GT to core.
Note: This port is available when the Include GT subcore in example design option is selected in the GT Selection and Configuration tab and GT type is not GTM.
tx_serdes_data_in_* 32/64/128 O TX data signal from core to GT.
Note: This port is available when the Include GT subcore in example design option is selected in the GT Selection and Configuration tab and GT type is not GTM.

The data width is 32/64 bits for 10G configuration and 128 bits for 25G configuration.

txdata_in_* 256 O TX data signal from core to GT.
Note: This port is available when the Include GT subcore in example design option is selected in the GT Selection and Configuration tab and GT type is GTM.
mst_tx_resetdone_* 1 I TX master resetdone signal from GT to Core indicates lane0 status. (Versal devices only).
mst_rx_resetdone_* 1 I RX master resetdone signal from GT to Core indicates lane0 status. (Versal devices only).
tx_pma_resetdone_* 1 I TX PMA resetdone signal from GT to Core indicates lane0 status. (Versal devices only).
rx_pma_resetdone_* 1 I RX PMA resetdone signal from GT to Core indicates lane0 status. (Versal devices only).
mst_tx_reset_* 1 O TX master reset output signal from Core to GT of Lane0. (Versal devices only).
mst_rx_reset_* 1 O RX master reset output signal from Core to GT of Lane0. (Versal devices only).
txuserrdy_out_* 1 O TX user ready output signal from Core (reset Interface IP) to GT of Lane0. (Versal devices only).
mst_tx_dp_reset_* 1 O TX reset output signal from GT reset IP to the core (Versal devices only).
mst_rx_dp_reset_* 1 O RX reset output signal from GT reset IP to the core (Versal devices only).
rxuserrdy_out_* 1 O RX user ready output signal from Core (reset Interface IP) to GT of Lane0. (Versal devices only).
tx_resetdone_out_* 1 O TX user ready output signal from Core to example design. (Versal devices only).
rx_resetdone_out_* 1 O RX user ready output signal from Core to example design. (Versal devices only).
txheader_in_* 6 O TX header signal from core to GT.
Note: This port is available when the Include GT subcore in example design option is selected in the GT Selection and Configuration tab.