In this task, the following instructions were gone through:
Quartus® Prime Introduction Using VHDL Designs
GPIO - PIN assignments can be taken from the manual for the board:
Device family: Cyclone V (E/GX/GT/SX/SE/ST)
Name: 5CSXFC6D6F31C6
The LEDs 0-9 should now be connected directly to the buttons 0-9: Exercise_1/Task_2.vhd
Now 2 switches shall control 5 LEDs each: Exercise_1/Task_3.vhd
2-1 Multiplexer: Exercise_2/A1/multiplexer.vhd
4-1 Multiplexer: Exercise_2/A2/multiplexer.vhd
7 Segment Display: Exercise_2/A3/multiplexer.vhd
Carry Ripple Adder: Exercise_2/A4/rippleadder.vhd
Here we will refer to the Altera tutorial. Work through the tutorial Latches, Flip-flops, and Registers. The simulation steps and parts IV and V of the tutorial are not necessary.
A gated RS latch circuit: Exercise_3/A1/part1.vhd
Quartus II RTL Viewer tool: Technology Map Viewer tool:
Circuit for a gated D latch: Exercise_3/A2/gatedDLatch.vhd
Implementation of the gated D latch: Exercise_3/A2/part2.vhd
master-slave D flip-flop: Exercise_3/A3/part3.vhd
Single Digit Counter on 7 Segment Display
Triple Digit Counter on 7 Segment Display
optional with 6x 7 Segment Display: A3.vhd
online CRC Checker that works and is easy to understand: https://asecuritysite.com/comms/crc_div
Generator/Polynom: 8 bit