Description: Continuing from last assignment, lets create a "memory walker", which stores random values to consecutive addresses in a Ram.

Steps: A$)$ Add a Ram unit $($available under the "Memory" group$)$ to the simulation area. Configure it to have $16$ address bits, and $8$ data bits, and to have separate load$/$store ports. B$)$ Change the counter we designed in last assignment to have $16$ bits instead of $8$ bits $($what needs to change for this?$).$ You can remove the hex displays at the counter output, or expand them to cover the $16$ bits. C$)$ Connect the output of the counter to the Address bus of the Ram. D$)$ Add an $8-$bit Random Generator $($under "Memory"$)$ to the circuit and connect its output to the data Input of the ram. Don't forget to connect the clock generator to all units that need it$.$ Set the write signal on the Ram to "high", so that data will be written to it$.$