I have been learning about radio communications lately as a result of my new job at South Texas Communications. From my point of view, radio has been the stuff of those few geniuses who venture to become ham radio operators and learn electronics, the realm of engineers. I think, for the most part, it was probably true. My impression is that, like microchips, radio has become simple, reliable, programmable, and increasingly standardized.
This mirrors the information technology field in many ways. Computers are modular, where you can swap out computer parts because they have standard connections and interfaces. Computers are simple to operate once they are set up. In a work environment where users don’t have free reign to download crap onto their computers, computers are rather reliable. Of course, computers are programmable. Software companies create all kinds of programs to meet the needs of people in all sorts of industries. And, there is a move towards open standards in the tech field.
Since radio is mirroring the tech industry in so many ways, it is only natural that radio systems begin to operate as data networks. Radio devices have IP addresses. They use RJ-45 connections. They use Cat5 cable. They use switches and routers. They use SNMP. They use NTP servers. In my short experience with this company, there is so much in radio that is familiar to me simply because there is so much crossover.
Granted, I couldn’t solder a circuit board or know the different bands at which radio communications operate. Maybe I’ll know later, but for now, it doesn’t matter. The devices either talk to each other or don’t. Radio devices are so reliable these days that they can’t be down, ever. Systems are modular and parts are quickly swapped out to restore service. I am learning quite a bit about the communications field. I am at the tip of the iceberg. There is so much more learning beneath the surface. Things may get interesting.
