Edit
Step 9
¶
-
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.
Edit
Step 11
¶
-
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.
-
Edit
Step 12
¶
-
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?
Edit
Step 14
— iPad 3G Photos
¶
-
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
-
Edit
Step 15
¶
-
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.
Page 2 of 3