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Apple Announces October 13 Special Event for iPhone 12 – iPhone in Canada

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Apple has announced it will hold a special event on Tuesday, October 13, where it is expected to launch its new 5G iPhone 12 line up.

The event is titled, “Hi, Speed”, suggesting faster wireless as the devices are said to include 5G networking for the first time.

The Apple event logo also has numerous circles, which may also hint at the debut of AirTags device trackers. Apple is rumoured to launch four iPhone 12 models, ranging from 5.4-inch and 6.1-inches, while iPhone 12 Pro models are expected in 6.1-inch and 6.7-inches.

Other products that may emerge include the rumoured AirPods Studio headphones and possibly a smaller HomePod.

The special event will be streamed online and starts at 10AM PDT/1PM EDT on Tuesday, October 13, 2020, available to view on Apple.com. Like the company’s previous online-only event for Apple Watch Series 6 and iPad Air, it will take place at Apple Park.

…more to follow, refresh for updates

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Apple Issues New iPhone 12 Upgrade Warning – Forbes

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Apple’s new iPhone 12 range delivers truly ballistic performance but this comes at a notably higher cost than you might imagine. And Apple has just delivered another warning for upgraders. 

In a new support document spotted by MacRumors, Apple has quietly warned users that there are some significant downsides to its innovative new MagSafe wireless charging system, that extend beyond concerns about its weak magnets

In a series of bullet points at the end of the document, Apple warns buyers of iPhone 12 series phones that MagSafe can:

  • Increase heat build up and restrict charging, saying if your iPhone battery gets “too warm” charging will be limited to 80% capacity. 
  • Damage the magnetic strips and RFID chips in credit cards, security badges, passports and key fobs if they come between the back of your iPhone and the MagSafe charger. Apple sells a MagSafe Wallet, so be very careful. 
  • Damage leather cases used with the charger by leaving “circular imprints”. Similar damage to silicon cases has also been reported after just a few days, so questions must also be asked about what this will do to the glass backs of case-less iPhone 12 models over time. 

While accidentally wiping your credit cards is clearly the standout fear for many, the last point (which Apple leaves to the very end of the support document and writes in smaller gray text) seems equally pressing. 

Replacing damaged iPhone 12 and iPhone 12 Pro rear glass costs $449 (up $50 on the iPhone 11) and $549 respectively. Yes you can buy Apple’s AppleCarePlus insurance policy (iPhone 12 – $7.99pm / $149 upfront; iPhone 12 Pro – $11.49pm / $219 upfront), but wear and tear won’t be covered, making a MagSafe-compatible case essential and Apple prices them from $50. 

And the costs keep mounting from here. The same support document notes that “your iPhone charges less quickly [with MagSafe] when using a power adapter that provides less than 20W”. Apple has never sold a 20W charger with any previous iPhone and chargers are now removed (ditto EarPods). So that’ll be a further $20

Yes, there’s a lot to like about MagSafe and, as third party accessories increase, its potential is massive. That said, Apple’s warnings around it are significant and anyone still unsure of whether to upgrade to an iPhone 12 model, may just want to see if a second generation of MagSafe launches with the iPhone 13 next year. 

And, given what Apple has already confirmed about the iPhone 13, that could be a very smart move indeed. 

___

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More On Forbes

First Apple iPhone 13 Leaks Reveal Smaller Notch, ProMotion Display, Touch ID

Apple iOS 14.1 Release: Should You Upgrade?

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iFixit teardown confirms the iPhone 12 and 12 Pro are mostly identical – Mashable

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The iPhone 12 and 12 Pro finally get the iFixit treatment.
Image: zlata ivleva / mashable

Following a livestream on its YouTube channel on Friday, iFixit published a full in-depth breakdown of its teardown for both the iPhone 12 and iPhone 12 Pro. And, it confirms what we basically already knew: Both phones are almost exactly the same on the inside and out. 

For starters, the displays are interchangeable and can be swapped between the two phones (although, their respective max brightness a bit different). Considering the iPhone 12 and 12 Pro both feature 6.1-inch Super Retina XDR screens, this makes sense.

Apart from the camera shields, it’s tough to tell a difference between either phone under the hood. iFixit points out that these phones are actually so similar in layout, that where the 12 Pro has an extra camera sensor and LiDar scanner, the 12 packs a plastic spacer. 

In case you’re unfamiliar with the new lineup, the iPhone 12 includes a dual camera module (a 12-megapixel wide-angle and 12-megapixel ultra-wide angle) while the 12 Pro has a triple camera setup with an additional 12-megapixel telephoto lens. 

As for other similarities between the iPhone 12 and 12 Pro, the teardown points out that aside from a few serial numbers, the logic boards on both phones are also practically identical. Additionally, both phones feature the same Face ID, flash modules, and Lightning connector assemblies.

But the one component I was waiting for confirmation on is battery life — specifically the exact size. Both the iPhone 12 and 12 Pro have the same 2,815mAh battery, which is smaller than 3,110mAh on the iPhone 11 and 3,046mAh battery on the 11 Pro. 

Apple claims the new A14 Bionic chip is supposed to help make up for that, but I can confirm from experience that battery life is iffy. In my review, I mention that the 12 Pro lasted me about seven and a half hours before reaching 22 percent on a busier day. The iPhone 11 Pro, on the other hand, lasted about three hours longer. 

iFixit also notes the battery is no longer in an L-shaped design, as featured in its predecessors. According to rumors, Apple used parts that were cheaper in an effort to keep the cost low with the addition of 5G connectivity. 

As for its repairability score, iFixit gave the iPhone 12 and 12 Pro a six out of 10 (10 being the easiest to repair). While its important parts are modular and easy to find or replace, the glass on the front and back make it super fragile — so you’ll most likely have gut the entire phone and replace the body itself if you break it.

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5G smartphone teardowns confirm benefits of radio system integration – Electronic Products & Technology

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Global tech market advisory firm, ABI Research, using the teardown expertise of System Plus Consulting, unpacked two 5G smartphones to confirm that smartphone OEMs are extending fully integrated modem-RF system designs to support 5G and LTE implementations over their flagship devices. The teardowns analysis shows that Qualcomm’s RFFE system design covers both sub-6 Gigahertz (GHz) and Millimeter Wave (mmWave) 5G options, as well as LTE frequency bands, which will enable OEMs to efficiently and cost-effectively integrate 5G with 3G/4G into complex form factors. Such a fully integrated modem-RF system design is vital to drive wider adoption of 5G beyond the traditional smartphone market. 

“Of particular interest in these teardowns is the use of mmWave modules, which are showing signs of increasing adoption as they aim to reach markets beyond North America. The use of these modules will be even more crucial for enabling new and complex form factor designs, such as foldable phones, to support mmWave access,” states David McQueen, Research Director at ABI Research.

Smartphone OEMs favour integrated system solutions

With 5G smartphone sales expanding rapidly, the RFFE has now replaced the modem/chipset as the largest revenue growth opportunity in the industry.

“High design and RF components sourcing complexity are evident in 5G, so smartphone OEMs are seeking to favour integrated system solutions to accelerate time to market while differentiating in terms of performance and overall power consumption,” McQueen explains. “Optimizing integration between 3G/4G and 5G using a single supplier could not only provide a superior system design, enabling the production of cost-effective, smaller form factors, and low-power consuming devices, but it also has the potential to support newer features, such as 5G Carrier Aggregation (CA) and Dynamic Spectrum Sharing (DSS). Furthermore, 5G mmWave ecosystem momentum is gathering pace as the complexity of integration in smartphones is addressed through a fully integrated and miniaturized mmWave RF module design, which appears to have already matured enough to support ultra-thin foldable smartphone designs.”

Handling the complexity of the entire cellular radio systems for OEMs can only be achieved if the modem-to-antenna system as a whole is taken into consideration, including co-existing mmWave/sub-6 RFFEs.

“However, these latest teardowns suggest signs in the industry that this approach has expanded to encompass an optimized design that now includes 4G,” McQueen points out. OEMs cannot ignore this level of integration to rationalize RFFE procurement. “Moreover, this approach ensures that OEMs’ devices can address issues such as integrating all network technologies without compromising the efficiency of the RFFE system designs and the overall device form factor. It simplifies the complex and costly sourcing processes associated with RF components, involving collaborations with multiple suppliers, which could lengthen the overall product development time and their time to market,” McQueen concludes.

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