The cell(ular) in cellphone refers to the handoff between cell towers as you move around.
In comparison Radio tends to have a single tower that sends radio waves and does not care about who is listing. The advantage for cellphones is you can reuse the bandwidth from the same small set of frequencies across the country AND maintain a phonecall durring a handoff (where raido keeps forcing you to change stations on a long trip). The issue is the phone's need to rebroadcast their position constantly which eats’ battery life. It's even worse when they fail to connect to a tower as they just keep trying until the battery fails.
Granted, an end user might care, but MMX or SSE mean little to most Intel customers. 'with techron', 'dual turbo', 'LED TV's', 'tessellation', 'electrolytes'
In comparison Radio tends to have a single tower that sends radio waves and does not care about who is listing. The advantage for cellphones is you can reuse the bandwidth from the same small set of frequencies across the country AND maintain a phonecall durring a handoff (where raido keeps forcing you to change stations on a long trip). The issue is the phone's need to rebroadcast their position constantly which eats’ battery life. It's even worse when they fail to connect to a tower as they just keep trying until the battery fails.
Granted, an end user might care, but MMX or SSE mean little to most Intel customers. 'with techron', 'dual turbo', 'LED TV's', 'tessellation', 'electrolytes'