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Step 10
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After peeling away the speaker, here's the brains of the touch.
Samsung looks to be the big winner here.
The primary ARM processor is adorned with the following:
339S0075 ARM
K4X2G303PE-SGC8
YNE069AC 0928
APL2298
Is this a new, faster processor? The processor on the last iPod touch (2nd gen) was labelled 339S0048ARM. The processor in the iPhone 3GS is marked 339S0073ARM.

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Step 11
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The Samsung branded NAND flash.
There are two 128 gigabit packages, for a total of 256 gigabits. Divide that by eight, and that's 32 gigabytes of MLC NAND flash.
The chips looked like that when we removed the speaker, we didn't damage them ourselves. We're not sure if that's just adhesive, or if the packages were actually slightly melted.

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Step 14
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Broadcom BCM4329FKUBG wireless chip.
According to Broadcom, the BCM4329 supports 802.11n!
This is a big deal, as even the iPhone 3GS doesn't support 802.11n. The iPhone 3GS has a BCM4325 wireless chip, which only supports 802.11 a/b/g. We don't know yet if 802.11n will be supported in software, but at least the hardware's there.
There's also Bluetooth 2.1 + EDR and a FM receiver and transmitter packed into this chip. If they built in the antennas, and if Apple adds software support, you could theoretically stream music to your car stereo without any external hardware. But that's a lot of ifs.

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Step 15
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it appears that Apple left in room for a camera in the top of the device. There is a 6mm x 6mm x 3mm space between the Broadcom chip and the wireless antenna. There isn't enough depth for an iPhone-style autofocus still camera, but just enough room for the camera that Apple used in the 5th generation iPod nano.

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Step 16
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Other side of the board.
Not enough hardware for you? Just yesterday, we did a teardown of the 5th generation iPod nano.
Shameless plug: We sell hundreds of iPod parts for repairing your iPod touch, replacing an aging iPod battery, or fixing a cracked screen.
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