The most interesting -- though perhaps unsurprising -- discovery is that Apple has apparently reused cameras from prior products for both the front and rear cameras on the new iPad. The rear camera, pictured above, appears to be the same 5 megapixel CMOS Image Sensor that was used in the iPhone 4.
That unit was the Omnivision OV5650. The OV5650 is the second generation back illumination (BI) technology from OmniVision. This 5 Mp camera features 1.75 µm pixels, and is designed to deliver DSC quality in a mobile phone application. The sensor supports HD (1080p) video at 60 fps. Apple specifications for the new iPad also tout the same specification. So the analysis we have just completed… drum roll please... says that the 5 Mp back illuminated CMOS Image Sensor in the new iPad is the same, it is the Omnivision OV5650 (die mark OV290BF).
The front camera in the new iPad is the 0.3 megapixel Omnivision OV297AA unit seen previously in the iPad 2 and the old camera-equipped iPod Nano. Chipworks notes that this isn't the first time Apple has recycled parts into new products, and that the strategy keeps costs and technological risks low.
Chipworks has a few other notes from the teardown, as well, including the observation that Apple is dual-sourcing DRAM for the iPad 3. iFixit's unit utilized DRAM from Elpida, while Chipworks' unit has DRAM from Samsung.
Additionally, Samsung is the foundry for the A5X processor and Apple is again using the company's 45nm CMOS manufacturing process. The A5X's die is 36.5% larger than its predecessor, measuring 162.94 mm^2 versus 119.32mm^2 for the A5. Chipworks is continuing to examine the A5X and promises additional cross-section photos soon.
Saturday February 7, 2026 9:26 am PST by Joe Rossignol
Apple today shared an ad that shows how the upgraded Center Stage front camera on the latest iPhones improves the process of taking a group selfie.
"Watch how the new front facing camera on iPhone 17 Pro takes group selfies that automatically expand and rotate as more people come into frame," says Apple. While the ad is focused on the iPhone 17 Pro and iPhone 17 Pro Max, the regular iPhone...
Monday February 9, 2026 6:24 am PST by Joe Rossignol
In select U.S. states, residents can add their driver's license or state ID to the Apple Wallet app on the iPhone and Apple Watch, and then use it to display proof of identity or age at select airports and businesses, and in select apps.
The feature is currently available in 13 U.S. states and Puerto Rico, and it is expected to launch in at least seven more in the future.
To set up the...
Tuesday February 10, 2026 4:27 pm PST by Juli Clover
Apple is planning to launch new MacBook Pro models as soon as early March, but if you can, this is one generation you should skip because there's something much better in the works.
We're waiting on 14-inch and 16-inch MacBook Pro models with M5 Pro and M5 Max chips, with few changes other than the processor upgrade. There won't be any tweaks to the design or the display, but later this...
Wednesday February 11, 2026 10:07 am PST by Juli Clover
Apple today released iOS 26.3 and iPadOS 26.3, the latest updates to the iOS 26 and iPadOS 26 operating systems that came out in September. The new software comes almost two months after Apple released iOS 26.2 and iPadOS 26.2.
The new software can be downloaded on eligible iPhones and iPads over-the-air by going to Settings > General > Software Update.
According to Apple's release notes, ...
Tuesday February 10, 2026 6:33 am PST by Joe Rossignol
It has been a slow start to 2026 for Apple product launches, with only a new AirTag and a special Apple Watch band released so far. We are still waiting for MacBook Pro models with M5 Pro and M5 Max chips, the iPhone 17e, a lower-cost MacBook with an iPhone chip, long-rumored updates to the Apple TV and HomePod mini, and much more.
Apple is expected to release/update the following products...
The iPad 3 is shaping up to be a repeat of the iPhone 3G (read: only survives one iOS update before becoming slow enough to impair its usefulness).
I think that comparison is invalid. The biggest problem with iPhone 3G was its lack of RAM when iOS was upgraded, which isn't a problem with the new iPad as it now has 1G of RAM.
I predict next year the new iPad will be released with 1G of RAM and the same Retina display, and people will complain how that isn't a "true" upgrade because the display, LTE and the RAM have not changed, telling everyone how they'll wait for "iPad 5" which will be the "true hardware upgrade". Then the next year people will complain how the new iPad isn't a true upgrade and...well you get the point ;)
As I've alluded to in other threads, a 45nm A5X is a deal-killer for me :(. The "iPad 3" is essentially an underpowered version of the iPad 2 considering the display's high resolution and lack of CPU/GPU clock increases. The next iPad will benefit from a full node shrink to (presumably) 28nm on BOTH the CPU and the 4G baseband; likely in addition to new CPU (Cortex A15) and GPU architectures. The iPad 3 is shaping up to be a repeat of the iPhone 3G (read: only survives one iOS update before becoming slow enough to impair its usefulness).
This is in addition to the battery problems the iPad 3 is likely to experience: that 45nm A5X is BIG for a mobile SoC, and will be generating a lot of heat. Hot iPad innards = significantly diminished Li-Ion battery lifetime.
Looking forward to the "iPad 4"... Android's non-GPU accelerated UI just won't do it for me.
I fail to see how the GPU being doubled in its architecture is underpowered? The CPU means squat in this case. It is all based upon the GPU in this case. With 4 cores being able to process the display, then I don't get what the problem is. Yes the SoC uses a bigger form factor, but it doesn't seem to be generating outrageous amounts of heat. Definitely not enough to significantly diminish the battery.
