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1.2.1. Prerequisites
1.2.2. Getting Started
1.2.3. Generating the Initial HDL in Platform Designer (Standard)
1.2.4. Top Level Routing
1.2.5. Timing Constraint Configuration
1.2.6. Adding Pin Assignments in Intel® Quartus® Prime Standard Edition
1.2.7. Hardware Programming File Compilation and Generation
1.2.8. SD Card Image Updates
1.2.9. Board Setup and Booting Linux from the SD Card
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1.2.6. Adding Pin Assignments in Intel® Quartus® Prime Standard Edition
- Copy an706_de_pin_assignment.tcl from the AN 706 design files into your project directory.
- In the Intel® Quartus® Prime Standard Edition menu bar, select Tools > Tcl Scripts
- In the Tcl Scripts window, choose an706_de_pin_assignment.tcl and select Run.
Figure 7. Selecting pin_assigment.tcl in the Tcl Scripts WindowThe an706_de_pin_assignment.tcl script automatically assigns EMAC0 and I2C0 signal pins to their related FPGA pin location.
Table 5. Pin Assignments for EMAC0 and I2C0 Signal
Direction
Pin Location
enet1_rx_clk Input
PIN_Y24 enet1_rx_d[0] Input
PIN_AB23 enet1_rx_d[1] Input
PIN_AA24 enet1_rx_d[2] Input
PIN_AB25 enet1_rx_d[3] Input
PIN_AE27 enet1_rx_dv Input
PIN_Y23 enet1_rx_error Input
PIN_AE28 enet1_tx_clk_fb Input
PIN_W25 enet1_tx_d[0] Output
PIN_W20 enet1_tx_d[1] Output
PIN_Y21 enet1_tx_d[2] Output
PIN_AA25 enet1_tx_d[3] Output
PIN_AB26 enet1_tx_en Output
PIN_AB22 enet1_tx_error Output
PIN_AG5 enet_dual_resetn Output
PIN_AJ1 enet_fpga_mdc Output
PIN_H12 enet_fpga_mdio Bidirectional
PIN_H13 fpga_i2c_scl Bidirectional
PIN_G7 fpga_i2c_sda Bidirectional
PIN_F6