Crimping a connector properly (!) on CAT 7 installation cables is not so easy. The patch panel also ensures order and strain relief. Usually, not all cables are routed to a switch port, but only connected as needed. Cables and patch panels are comparatively cheap; switch ports cost money. Of course, this is only transferable to a limited extent to a single-family house, but just to clarify why patch panels are needed at all. Documentation is also easier; you simply write a number on the socket in the room and on the port on the patch panel, for example, and can immediately recognize the connection again. Leave the electrician to mount and terminate on the patch panel; then he can also create a test report and maintain the documentation. SAT with four (or even eight) cables directly to the receiver is of course possible, but not exactly a neat solution. Better to run four cables from the roof to a central location on a multiswitch and then branch off star-shaped from there. The LNB is cheaper, cable lengths are reduced, and the system is expandable. Many receivers have twin tuners, for example for recordings, and a maximum of 8 end devices can be connected directly from the LNB (Octo LNBs are also kind of a thing...). Multiswitches are essential if several satellites are to be used or open up this option.