Dennis Field / dvk-mx8m-bsb - History

Move more symbols, sheets, and pins around on the front sheet to make it even clearer, bring back the old hierarchical structure (again), bring back each sheet's title, add large text "titles" to each sheet reflecting what they are for

Still need to double check everything on the first page.

Small visual enhancements on top level page - e. g. at least one grid space around schematic blocks.
Double-labelled I2C busses to indicate clearly that they are point-to-multipoint connections and not just point to point.
Reduced drawing field and logo a bit in size (saves space).

Make all sheets except the top-level one identical to master, also checkout master's dvk-mx8m-bsb-cache.lib file

Reorganize the top-level sheet to make more room and allow most wires to be straight connections to their respective locations

Pin assignments still need to be double checked against the current one in the master branch.

Add GNSS antenna footprint including correct 50Ohm feed line dimensions and keepout area, add u-blox MAX-8 3D model, rename all instances of MAX-M8* to MAX-8* due to part selection, antenna feed line calculatos included (coplanar waveguide)

Need to add placeholder footprints for the other four antennae which will be represented as simple rectangular areas where the antennae will occupy. After that, all that is left is to assign the various remaining IC footprints and finally import all footprints into PCBNew & begin layout!

Create footprint for cap touch FPC connector and assign it, add cap touch FPC connector 3D model, assign M.2 Key E socket footprint, assign JTAG header footprint (will be unpopulated)

M.2 footprints will need mounting holes added to them for the modules to be brought close to the baseboard, this may pose a problem with the display mounted on the back and might need to be done a different way (needs evaluation). Cap touch and DSI connectors need to be carefully placed in the layout to make sure they are positioned correctly with respect to the display's FPCs and the outline of the display itself (need dimensions ASAP). JTAG header can be placed on the back of the board with the header unpopulated, will be hidden as it's only intended for intense last resort debugging option.

Assign jumper header footprints and component properties, selected based on required current rating and minimized area occupied, assigned 1.5mm diameter test points

new structure of first page in the schematics
more direct connections instead of labels
interconnection of schematic blocks (e.g. USB hub) is made visible
format of page is now A3 instead of A2 -> better font quality when printed on small paper