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Step 9
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What a lonely iPad...
This is probably a shot inside an RF interference test lab contracted by the FCC.
This type of test checks compliance with part 15 of the FCC Rules and Industry Canada RSS-210: this device must accept any interference received, including interference that may cause undesired operation.

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Step 11
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This step shows the test setup used for the Specific absorption rate report.
The FCC hosts
The iPad manual.
The SAR evaluation report for iPad (With 802.11abgn and Bluetooth Radios).
Gratuitous amounts of test data in the FCC/IC Test Report.

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Step 12
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The iPad's model number of A1219 is interesting.
A1219 falls right between the 1st Gen iPod Touch (A1213) and the MacBook Pro 15" Santa Rosa (A1226).
We would have expected the iPad to have a model number in the A13XX range, not A12XX. It's a little tricky to read into this, but our guess: This is indicative of a longer than typical development cycle.
According to the FCC filing, the version that includes 3G is model A1337. Is Apple having fun with their model numbers?

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Step 14
— iPad 3G Photos
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This leaked FCC photo is the communications board from the iPad 3G. It's not linked from the primary FCC page for the 3G.
Parts:
Infineon PMB 8878 X-Gold baseband IC.
Skyworks SKY77340 Power Amplifier Module
Three Triquint power amplifier / filters.
Infineon U6952
Numonyx 36MY1EE

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Step 15
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There is a Broadcom part on the top-left side, but the FCC's photo isn't large enough to identify it.
Along the right are three TriQuint power amplifiers: TQM616035A, TQM666032B, and TQM676031A. These are the same three chips that Apple used in the iPhone 3G nearly 2 years ago.
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