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FCC CREATES THE MEDICAL IMPLANT COMMUNICATIONS SERVICE ("MICS") CGC Communicator
By Report & Order, the FCC has establish the Medical Implant Communications Service operating in the 402-405 MHz band. This will permit the use of ultra-low power radio-controlled devices such as cardiac pacemakers and defibrillators. Operation of today's medical implant devices requires that they be magnetically coupled to external programmers or readers. This requires very close spacing between the implanted device in the patient and external monitoring/control equipment, often requiring body contact and very slow data rates, sometimes requiring up to fifteen minutes for a data transfer.
APRS at Work CGC Communicator
When Bill Guthrie, VE6OLD, of Bentley, Alberta, Canada woke up to find his van missing from his driveway, he did one thing before he called the police. Bill ran down to the computer, and had a quick peek. Almost instantly, the APRS beacon in his van told Bill's computer that his vehicle was enjoying a leisurely drive around the town of Red Deer. Then, calmly, Bill picked up the phone and called the Royal Canadian Mounted Police. He reported the stolen van, adding that they could recover it and catch the thieves if they sent some one to the Red Deer location. They did, and the arresting officers got even more than they were looking for. It seems some young teens needed a vehicle to haul their loot from a recent spate of break and enter robberies. Not only did the alleged thieves get caught red handed for grand theft auto, but the stolen goodies in the van tied them to those other crime scenes as well. But that's not all. Obviously, the Royal Canadian Mounted Police wanted to know how the owner of a stolen vehicle could possibly know where it was located. That was the opening for VE6OLD to begin explaining the magic of Amateur Radio's Automatic Position Reporting System (APRS).He also invited some of the officers to his house to demonstrate how APRS works. The Mounties were impressed.
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