mvl
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- TomTom Model(s)
- Tomtom GO for Android
I"m trying to decipher it now. But the GO 1000 and many more models have hit the USA FCC website.
All devices submitted appear on their site. There's something to be said for self-certification ... avoids publication of a lot of information, often including block diagrams, schematics, etc.Hi,
Sounds great.
How do you find that information on the FCC website?
Best regards
Jens jakob
Well nuts. Just poke S4L into the 2nd link where it says "Grantee Code" and you'll get the TomTom files. The one from September 16, 2010 is the one of interest. You can jump to the links to the documents from there.Canderson, your last 3 links result in a 'forbidden page' error with the suggested (in IE7) that the site probably requires a log-in.
The instruction manual is only for non-LIVE models with an RDS-TMC antenna. But unlike what the Europeans have said, the American manual says the model will have an SD expansion slot.
The test report only approves bluetooth functionality, no approval for a LIVE internal modem. I'm wondering if Tomtom doesn't want to disclose it's LIVE modem yet (I had always speculated that Tomtom may go Verizon LTE to launch USA HD traffic via Voafone's tech, if that's the case the device would have to be 700mhz and maybe they don't want to disclose that yet).
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Many times, a company will just throw something together that demonstrates their plan for the usual CYA FCC warning and DOC pages (e.g., passes Part 15 Class B tests, but if your device interferes...) and isn't necessarily representative of the product in other respects. As you say, I wouldn't put too much faith in what you read there. Often, the manuals are the last thing to be completed in a product launch anyway.I've been watching the manuals for all Tomtom the models as they've been posted over the years.
The information isn't very consistent, seems like they just collate various Tomtom manuals together.
Indeed likely that it will be there. When testing, the lab will require that all I/O ports be populated with whatever the standard gadget is for the port. That way they are most likely to catch emissions radiating off of peripheral cables. Most manufacturers go out of their way to avoid hooking up anything they don't have to as it always increases the chances of not passing a radiated emissions test. If they attached a cable to an 1/8" audio jack, chances are good that it will be there in at least one configuration or they'd have "plugged" the hole and avoided the risk of additional RF issues during testing.My biggest surprise is the headphone jack which was used in the test report, as those are more representative of the hardware that's actually tested.
Verizon will only have parts of 30 metro areas built out by the end of the year for LTE and won't complete the build until 2014.
Hard to imagine what they will offer that would require that speed when till now they have settled for GPRS even as opposed to Edge speeds.
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