5G has two frequency ranges. Sub 6 GHz (FR1) overlaps a lot of 4G spectrum wise, channel "widths" are wider for higher speed etc. but it is not remarkably different than 4G from an RF perspective. That is mostly what we hear about today in the wild.
Higher than 20 GHz (FR2) is the super speed and performance "game changer" mmWave but it cannot go through rain, leaves, windows, buildings, etc. Distance is also very short range (compared to 4G or FR1). It will do nothing to help unversed areas.
CRTC specifies "Broadband" as min 50 down by 10 up these days, for what that is worth...
It is even far too common for companies that require Internet as a mission critical part of their business to buy up land for their new HQs just outside of the city, they checked for gas, water, hydro, sewer....only to find out the build is seven figures to get Internet! I know way too many cases...
People just take it for granted, at all levels.
Higher than 20 GHz (FR2) is the super speed and performance "game changer" mmWave but it cannot go through rain, leaves, windows, buildings, etc. Distance is also very short range (compared to 4G or FR1). It will do nothing to help unversed areas.
CRTC specifies "Broadband" as min 50 down by 10 up these days, for what that is worth...
It is even far too common for companies that require Internet as a mission critical part of their business to buy up land for their new HQs just outside of the city, they checked for gas, water, hydro, sewer....only to find out the build is seven figures to get Internet! I know way too many cases...
People just take it for granted, at all levels.