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ID code
Hi
The service advisory note regarding the 6EX,7C and TM-7 module stated that unique eight digit identification code, in a very small number of cases, may have been incorrectly coded at the manufacturing stage. My question is, how many individual codes are there, with an eight digit identification code number? Geoff |
RE: ID code
if each of the digits can be anything from 0 to 9, then it's 100,000,000 (00000000 through 99999999)
quite a few.. |
RE: ID code
My question is this - what constitutes a "very small number" ? Here's another - who decides what is a "very small number" ? And another - what IS that "very small number" ? It's good that Futaba have 'fessed up - guess they had to really (?!) - but now that they have, why not just come out with the full story. Wouldn't that help to restore confidence in the product ? And here's yet another question - maybe my last (and most important one) on the subject - what do I do when I bought the Futaba radio in the US but now I live overseas (where there's NO Futaba service - in Thailand) - how do I get it checked ? Or where do I have to send it ? MalcolmL
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RE: ID code
Hobby Services
3002 N. Apollo Drive, Suite #1 Champaign, IL 61822 I am no expert, but I think I would start here if I had concerns. |
RE: ID code
ORIGINAL: fizzwater2 if each of the digits can be anything from 0 to 9, then it's 100,000,000 (00000000 through 99999999) quite a few.. If its 32 bit there's 4billion different combos, 2^32nd power If its 8 bit then there's 256 2^8th |
RE: ID code
Hmm even if its binary you still only get one number from a binary combination. Unless they are going with decimal combinations of numbers. Then that would extend the possibilities even more.
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RE: ID code
I doubt if it's 8 bit binary.. 256 would hardly be enough to be considered "unique".
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RE: ID code
ORIGINAL: BarracudaHockey ORIGINAL: fizzwater2 if each of the digits can be anything from 0 to 9, then it's 100,000,000 (00000000 through 99999999) quite a few.. If its 32 bit there's 4billion different combos, 2^32nd power If its 8 bit then there's 256 2^8th Jim O |
RE: ID code
Well, that's a simple mathematical solution: 10^8 = 100,000,000 unique codes (including the "00000000"\) if you consider numbers 0 to 9 to be valid characters. If you include all the letters (e.g. a code could be "A11R30DF"\), that makes 2,821,109,907,456 unique codes. But then, you can have a mix of these (two first characters can include a letter, others don't, etc).
The minimum would be about 100 million codes. |
RE: ID code
An 8-digit code would have numbers from "00000000" through "99999999". That's a LOT of codes. When the "00000000" is eliminated, then you have 99,999,999 different codes available to use. That's quite a bit, just a hair under 100 million codes!
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