maxxkatt
Forum Supporter
Think about what processing power we have in our detectors like the XP Deus and Equinox 800. I would rather venture they have more power than the computer on Apollo 11 and the first IBM PC.
Apollo 11 was landed on the moon using a computer that had 1,300 times less than the processing power of the iPhone 5s.
We take this technology for granted, but it is making waves everywhere we look and obsoleting many things.
For instance, I enjoy listening to short wave radio. Not too long ago (six years) I bought a used Yaesu-7700 digital receiver for about $500 and had to erect two long wire antennas the trees in my back yard to get the desired coverage.
Now I can just use software defined radio for free at websdr.org. No radio, no antenna, just my personal computer. Or if I wish to listen to police, railroad, aviation radio I don’t have to buy an expensive scanner and put up an antenna. I just tune in for free with my iPhone on www.broadcastify.com. So I now don’t have to spend up to $700 for used equipment and mess with outdoor antennas.
This technological march has taken over our metal detecting hobby and those who don’t move to the new digital detectors are going to get left behind the hobbyist that embrace the new digital multi-frequency digital detectors. The secret sauce for these new digital metal detectors are the audio processing circuits and software designed by experts like Bruce Candy at Minelab and his team.
There are many reports of detectorists going back over well hunted ground and pulling out more coins with these modern digital multi-frequency detectors compared to older single frequency VLF detectors.
I admit that you can go over previously hunted grounds with the same detector and pull out additional coins. But not the quantity and depth recovered a modern digital multi-frequency detector.
The big question is what will Garrett do? They are falling behind in this race with their ACE and AT Pro series. The AT Max really didn’t bring much more to the table in terms of improvement over the AT Pro.
If they don’t have the experienced digital engineers like Bruce Candy, they better start recruiting some today.
The question that looms is what are the new features that Garrett must come up with in a new digital multi-frequency replacement for the AT Pro and AT Max?
Apollo 11 was landed on the moon using a computer that had 1,300 times less than the processing power of the iPhone 5s.
We take this technology for granted, but it is making waves everywhere we look and obsoleting many things.
For instance, I enjoy listening to short wave radio. Not too long ago (six years) I bought a used Yaesu-7700 digital receiver for about $500 and had to erect two long wire antennas the trees in my back yard to get the desired coverage.
Now I can just use software defined radio for free at websdr.org. No radio, no antenna, just my personal computer. Or if I wish to listen to police, railroad, aviation radio I don’t have to buy an expensive scanner and put up an antenna. I just tune in for free with my iPhone on www.broadcastify.com. So I now don’t have to spend up to $700 for used equipment and mess with outdoor antennas.
This technological march has taken over our metal detecting hobby and those who don’t move to the new digital detectors are going to get left behind the hobbyist that embrace the new digital multi-frequency digital detectors. The secret sauce for these new digital metal detectors are the audio processing circuits and software designed by experts like Bruce Candy at Minelab and his team.
There are many reports of detectorists going back over well hunted ground and pulling out more coins with these modern digital multi-frequency detectors compared to older single frequency VLF detectors.
I admit that you can go over previously hunted grounds with the same detector and pull out additional coins. But not the quantity and depth recovered a modern digital multi-frequency detector.
The big question is what will Garrett do? They are falling behind in this race with their ACE and AT Pro series. The AT Max really didn’t bring much more to the table in terms of improvement over the AT Pro.
If they don’t have the experienced digital engineers like Bruce Candy, they better start recruiting some today.
The question that looms is what are the new features that Garrett must come up with in a new digital multi-frequency replacement for the AT Pro and AT Max?