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iPhone 3GS taken apart by iFixit.com

Categories: Apple, Hottest Hardware
By: , IntoMobile
Friday, June 19th, 2009 at 10:19 AM

ifixit-iphone-teardown

Stefan reported previously that a hardware website had performed some surgery on the iPhone 3GS, and split it open for all to see. Well now there’s another site that has taken things to same level…

iFixit flew over to the UK, and paired up with Macworld to do some hardcore hardware-opening on the 3GS – with really quite excellent results! Find their points of interest below, but do also check out their very cool site here:

* Thankfully, opening the iPhone 3G S is as simple as the 3G. After
removing two Phillips screws, the two halves of the phone are separated
easily using a suction cup.

* The iPhone is differentiated externally only by a new model number,
A1303. The lettering on the back is now shiny, like the Apple logo.

* The internal physical design is virtually identical to the iPhone 3G.
A random passerby on the street would not know the difference. Heck,
even we were struggling to differentiate the two.

* The new graphics core should drastically improve performance, meaning
Apple’s serious about the handheld gaming market.

* There’s still a “Do not remove” sticker above the logic board.
Naturally, we removed it.

* Nearly all components have been relocated to the front side of the
main PCB, including the Bluetooth, Wi-Fi, and Flash memory chips.

* The battery is 4.51 Watt-hours, or 1219 mAh. That’s about 6% larger
than the iPhone 3G‘s battery. Hopefully the hardware runs more
efficiently, since increased battery life will not come from the battery
itself.

* There is an additional antenna connection near the dock connector.
We’re not sure what for just yet. However, we do love exploring these
teasers… Stay tuned!

* For those who are wondering about the fingerprint-resistant coating on
their iPhone 3G S screen: The oleophobic, or oil-proof, technology
evolved from waterproofing. Oil-proof technology is harder to achieve as
oil has a much lower surface tension than water, so it spreads out
easier and thus is harder to get rid off. MIT’s solution was to create a
coating material which creates a layer of micro fibers, but with a much
larger contact angle between the oil droplets and the fibers.

[Via: iFixit.com]

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About The Author

Ben Robinson

Ben is a 10+ year veteran of the Mobile industry – starting his career when SMS was a still a relatively new concept for most people (!), he has now consulted on everything from bleeding-edge Mobile content, to the next-gen accessories you might view it on. As a result he has a broad and deep knowledge in numerous areas of Mobile – from network operators to device vendors, to infrastructure and middleware vendors (not to mention content delivery) – and has worked for companies in all of these areas! He is based in the UK, a hotbed of activity for mobile, and recently became a father for the second time – as oppose to in his younger years when he was happy spend time tweaking all manner of mobile devices to 'nth' degree, he now looks for services and hardware that provide the most efficient, compact, and reliable improvements to his already manic life! It’s his opinion that Mobile solutions should be there to help to make your life better – if a particular solution (be it service or device) isn’t doing this, he believes you need to ask the very important question of why you continue to use it... His focus at IntoMobile is mainly on Mobile content, services, and infrastructure, particularly as regards the UK market – and with the occasional look at devices. Additionally, using his extensive experience in the industry, he will provide commentary on the industry at large, with regular (and hopefully thought-provoking) articles.