MacRumors

As more alleged design schematics and dummy models of the "iPhone 8" leak online, one of the biggest questions remains the smartphone's actual launch date. Although some industry sources believe the tenth-anniversary iPhone will still launch in September -- perhaps in very short supply -- Japanese site Mac Otakara earlier this year suggested the OLED iPhone 8 would launch "very much" behind the the LCD models.

Today, KGI Securities analyst Ming-Chi Kuo has published a report supporting the theory that Apple will debut the OLED iPhone in September, but the device will face "severe supply shortages" for some time. Kuo believes that production ramp-up on the OLED iPhone model won't begin until as late as October-November, two months later than previous ramp-ups in August-September. Similar delayed production rumors have been circulated by Bloomberg, analysts from Barclays, and Brian White.

Kuo believes that this delay "won't undermine actual demand," as long as the iPhone 8 lives up to the hype, but the heaviest demand might be pushed back until as far as the first quarter of 2018, when the bulk of users could get their hands on the device according to Kuo.

Production ramp up of OLED iPhone could be delayed to October-November (previously estimated to be August-September, as in previous years). That said, if new features, such as 3D sensing, can provide good user experience, a temporary supply shortfall won’t undermine actual demand, which may be deferred to 1H18. In that case, potential contribution starting late-2Q17 from OLED iPhone could be partially delayed by 3-6 months for related suppliers.

This delayed production ramp-up is listed by Kuo as a "potential downside risk to shipments" of all three iPhone models believed to launch this year, with a second risk coming from Apple's competitors. Samsung, Huawei, OPPO, Vivo, and Xiaomi are all gearing up to launch "high-end full-screen smartphones" in 2017, and all could have an impact specifically on the LCD models of the 2017 iPhone, according to Kuo, because those models "do not have full-screen form factors."

Because of these potential risks affecting the iPhone's shipments this year, Kuo adjusted shipping estimates for the device accordingly. The analyst believes that the "worst case scenario" could see iPhone shipments decrease by 15 to 20 percent and result in 80 to 90 million units shipped, versus a previous estimate of 100-110 million units (a 60:40 weighting is placed for the OLED and LCD iPhone models). Ultimately, Kuo said that, "We see a higher probability of the worst case scenario coming to pass."

Production delays in this year's OLED iPhone are again sourced from the device's intricate manufacturing processes, thanks to numerous upgrades including its customized OLED panel, new 10-nanometer A11 processor, all-new 3D Touch module, substrate-like printed circuit board, and 3D sensing. Despite these production difficulties, Kuo said that the iPhone 8's announcement and launch time of the new iPhones will remain similar to previous years, suggesting the usual September iPhone event from Apple.

While we believe the announcement and launch time of the new iPhones will be similar to previous ones, production ramp up of OLED iPhone could be delayed to as late as October-November compared to the usual ramp up period of August-September, due to increased production difficulty. In other words, severe supply shortages may persist for a while after the new models are launched, capping total shipments of new iPhones in 2H17.

Kuo also sees a potential loss of appeal by high-end users on the LCD versions of the new iPhone models, due to their lack of a full-screen design, contributing to Apple's potentially weak shipping momentum for the iPhone later this year in addition to the worst case scenario for the OLED model.

Pictures of a dummy "iPhone 8" model appeared on social media over the weekend depicting a handset with a front and rear made of what looks like 2.5D curved glass and a stainless steel edge design.

The dummy device is purportedly a "CNC model according to Foxconn", according to the original Twitter poster, but there's no way to verify the claim one way or the other, so take the following with a big pinch of salt.

The front of the device appears to have an edge-to-edge screen with no discernible bezels, while around the back there's a vertically aligned dual-lens camera, but no other identifiable markings. That includes no rear-mounted Touch ID sensor, but also no Apple logo, either.

The sides look like stainless steel, similar to those of the iPhone 4. There are volume buttons and a mute switch on the left, and a power button and SIM tray on the right. The power button appears to be longer than on previous iPhones, however.

The poster of the images offered additional details supposedly from a source with links to Foxconn, suggesting that the "iPhone 8" will have a thickness and size similar to the current iPhone 7, while the steel edges will be finished in a polished "Space Black" color.

Apart from a further image showing off the latter feature, the poster has also shown off schematics "based on blueprints" that depict a series of components hidden beneath the top of the display, where the edges of the display are indicated by a red outline. An alleged schematic of the internal components of the next iPhone has also been shared.

Apple is thought to be testing more than 10 prototype iPhone models, so it's not yet clear what we should expect. Most rumors so far suggest the upcoming OLED iPhone will have a 5.5-inch bezel-less screen with Touch ID embedded in the front display, so there will be no home button.

However Apple is said to be having trouble integrating the Touch ID technology into the screen, and leaked design schematics have indicated that the fingerprint sensor could be moved to the rear of the device, so the final design is far from certain.

Some rumors suggest the display itself may feature edges that are curved on both sides like the Galaxy S7, but the phone may have the same slightly curved 2.5D display as the iPhone 7 due to technical challenges manufacturing the more curved version. According to analyst Ming-Chi Kuo, the glass will be built around a polished stainless steel frame that's similar in design to the Apple Watch.

More images of the dummy iPhone shown above, including one of a machined chassis, can be found here.

Apple CEO Tim Cook threatened to pull Uber's app from the App Store in early 2015 after discovering the ride-hailing company was secretly "fingerprinting" iPhones that used the app, it emerged on Sunday.

The claim appeared in a New York Times report profiling Uber's risk-taking chief executive Travis Kalanick, who was apparently summoned to Apple's campus for a face-to-face meeting with Cook over the app's behavior.

Knowing that the approach was a clear violation of Apple's app privacy guidelines, Uber implemented the tactic regardless, and even went so far as to geofence Apple's Cupertino campus so that Apple engineers using the app wouldn't see its fingerprinting behavior.

Mr. Kalanick told his engineers to "geofence" Apple’s headquarters in Cupertino, Calif., a way to digitally identify people reviewing Uber’s software in a specific location. Uber would then obfuscate its code from people within that geofenced area, essentially drawing a digital lasso around those it wanted to keep in the dark. Apple employees at its headquarters were unable to see Uber’s fingerprinting.

However, the tactic didn't go unnoticed by Apple engineers for long. Soon after the discovery was made, Tim Cook had a meeting with Kalanick and demanded that Uber stop the fingerprinting immediately, otherwise the app would be removed from the App Store. Facing the loss of millions of iPhone customers which would essentially destroy the ride-hailing business, Mr. Kalanick acceded.

This isn't the first time reports have emerged over the Uber app's dubious-sounding behavior. Concerns were raised late last year when users complained that the app appeared to track them for days or even weeks after they last used the ride-hailing service, forcing an explanation from the company.

The New York Times article offers more detail on the Uber CEO's history of controversial business tactics and can be read here.

Apple has developed a training program to instruct employees on how to handle cars being used to test its autonomous driving software platform, according to documents obtained by Business Insider.

The company's "Development Platform Specific Training" document references an "Apple Automated System" and a "Development platform," alluding to the self-driving software platform Apple is rumored to be building after plans for a full autonomous electric vehicle fell through.

Based on the documents, drivers are required to pass seven tests as part of their training before being allowed to work with Apple's software platform. Each driver must complete two practice runs and three trials to pass tests, which cover topics like taking control of the vehicle at tight U-turns, sudden acceleration, sudden braking, and more.

According to the training packet, Apple's self-driving car uses a Logitech wheel and pedals to actuate drive by wire, and it supports one person at a time.

Pressing the brake pedal or grabbing the steering wheel in Apple's test vehicles will disengage the electronic driving mode, but drivers can accelerate without overriding the "drive by wire" mode.

Apple's work in the car industry has been something of an open secret for the past three years. The company was originally planning to create its own autonomous vehicle, but pivoted to an autonomous driving software platform following internal strife and leadership issues.

Apple is now said to be creating a driving system under the leadership of Bob Mansfield, with the car team having been given until the end of this year to prove the feasibility of a self-driving car platform. Such a system could potentially allow Apple to partner with car manufacturers as a sort of expansion of CarPlay.

With Apple ready to test the software on public roads, it appears development is fairly far along. Should the company take vehicles out on California streets, its work will need to be publicly shared with the DMV based on California law.

Apple has recently hired John Fenwick and Michael Trela, two Google satellite executives, reports Bloomberg. Fenwick led Google's spacecraft operations, while Trela was head of satellite engineering.

Both Trela and Fenwick are reporting to Greg Duffy, the former co-founder of camera company Dropcam. What the two are doing at Apple is unclear, but Bloomberg speculates they're either working on satellites for image collection or satellites for communications.

Rumors have suggested Apple is using a fleet of drones to collect data to improve Apple Maps, with the company having filed for an FAA permit to be able to fly drones for commercial purposes. Apple also acquired Aether Industries in 2015, a previously unknown purchase.

Aether Industries develops high-bandwidth radio transceivers and high-altitude balloons. On its website, Aether Industries shows off a range of high-resolution aerial imagery and claims to provide a "full imaging and mapping solution for full color aerial images."

There's also evidence Apple is interested in deploying satellites for communication purposes. Boeing has been working on sending more than 1,000 satellites into low-earth orbit for the purpose of providing broadband access, and the company has reportedly been in talks with Apple.

The aerospace company has talked with Apple about the technology company being an investor-partner in the project, a person familiar with the situation said. It's unclear if those talks will result in a deal.

At the annual Satellite 2017 conference in Washington D.C. last month, industry insiders said Boeing's project was being funded by Apple, Tim Farrar, a satellite and telecom consultant at TMF Associates Inc., wrote in a recent blog. A Boeing spokesman declined to comment.

Former Boeing executive James Bell also joined Apple's board of directors back in October of 2015, another potential link between Apple and Boeing.

It continues to be unclear if Apple will get involved with Boeing's broadband endeavor, but it's easy to see why Apple might be interested with Boeing aiming for faster speeds than existing cellular systems.

Apple and Google declined to comment on the hiring, while Fenwick, Trela, and Duffy did not respond to Bloomberg's request for comments.

Multiple design renders of Apple's much-rumored 5.8-inch OLED iPhone have surfaced over the course of the last two weeks, giving us our first look at what the device might look like.

Apple is testing multiple prototypes so we have seen several designs, but two of them have focused on a device with an aluminum frame, a vertical dual-lens camera, and a mysterious hole on the back below the Apple logo.

Now a third render has popped up featuring the same general design, but this time, it's a render of a full rear casing, which provides a clearer look at what the "iPhone 8" might look like at launch, should this be the design Apple chooses to use.

Created by Instagram user bro.king, the renderings are directly based on the previously leaked design schematics.

The rendered shell is made from silver aluminum, with a squared design that's highly reminiscent of the iPhone 5 family rather than the smoother curves of more recent iPhone models. Size details are not included, but the design schematics it's likely based on suggested the device measures in at 149.5mm tall by 72.5mm wide, which is slightly larger than the 4.7-inch iPhone 7 at 138.3mm by 67.1mm.

In line with multiple rumors, it features a vertical dual-lens camera which Apple is said to be implementing to introduce better picture quality and perhaps augmented reality functionality, and most notably, there's a circular cutout on the back.

Rumors have suggested that this is for a Touch ID fingerprint sensor, and this is perhaps the prototype Apple will use if it can't reliably integrate Touch ID under the display of the iPhone 8, but there's also the possibility that the cutout is for an inductive wireless charging module.

Apple is rumored to be implementing wireless charging in the iPhone 8, and the latest information on the matter has suggested Apple will use an inductive charging solution rather than long-range wireless charging technology, which is not yet reliable enough.

As mentioned above, Apple is allegedly testing up to 10 OLED iPhone prototypes, so this isn't necessarily the finished product that we're going to see in September. We have also seen a design prototype featuring a device with a glass body, a 4mm bezel and an edge-to-edge display, along with no visible Touch ID sensor.

We're getting closer to the point when Apple will need to start finalizing a design, so we may soon see part leaks that give us a better idea of the direction the company decided to go in.

Apple has added the 13-inch MacBook Pro with Touch Bar, originally released in October 2016, to its refurbished store for the first time.

The base model with a 2.9GHz dual-core Intel Core i5 processor, 256GB flash storage, 8GB of RAM, and Intel Iris Graphics 550 is available for $1,529 in the United States, reflecting savings of $270 off Apple's regular price of $1,799. Available colors include both Silver and Space Gray.

The base model is also available with an upgraded 16GB of RAM for $1,699, or $300 off Apple's regular price of $1,999.

The higher-end model with a 2.9GHz dual-core Intel Core i5 processor, 512GB flash storage, 8GB of RAM, and Intel Iris Graphics 550 is available for $1,699 in the United States, reflecting savings of $300 off Apple's regular price of $1,999. Available colors include both Silver and Space Gray.

The higher-end model is also available with an upgraded 16GB of RAM for $1,869, or $330 off Apple's regular price of $2,199.

Other built-to-order configurations are available for between $1,949 and $2,459 in the United States, including models with up to a 3.3GHz dual-core Intel Core i7 processor, 1TB flash storage, and 16GB of RAM.

Apple has also made refurbished 13-inch MacBook Pro with Touch Bar models available in Canada for between $290 and $350 off.

The 15-inch MacBook Pro with Touch Bar and 13-inch model with standard function keys were added to Apple's refurbished store in March.

Apple says refurbished MacBook Pro models are thoroughly inspected, tested, cleaned, and repackaged, including the manuals and cables included in the box. The notebooks are each given a new serial number and undergo a final quality assurance inspection prior to being added to Apple's refurbished store.

A refurbished MacBook Pro comes with Apple's standard 1-year warranty effective on the date the notebook is delivered. The warranty can be extended to three years from the original purchase date with the AppleCare Protection Plan, which costs $279 for the 13-inch MacBook Pro in the United States.

Related: Guide to Buying Refurbished Apple Products

Samsung's new flagship Galaxy S8 and S8+ smartphones went on sale today in the U.S., Canada, Puerto Rico, and Korea, as the company looks to rebound from last year's Note7 debacle. Samsung will be encouraged by the record one million pre-orders it has already taken in Korea alone, while analysts are predicting global sales to reach at least 45 million units.

The 5.8-inch and 6.2-inch devices cost $725 and $825, respectively, which gets users an OLED screen that takes up 80 percent of the front of the handsets. Online reviews appeared earlier this week praising the phones' Infinity Display, but several marked them down for the relocation of the fingerprint scanner to the rear of the devices, right alongside the camera lens.

The camera itself has received less coverage, as it's actually the same 12MP dual pixel module as the one that appeared in last year's Galaxy S7. However, Samsung has tweaked the software powering the f/1.7 lens in an attempt to improve image processing. To compare the results with those of the iPhone 7 Plus, Tom's Guide posted a selection of side-by-side comparison shots taken with the two rival phones.

Overall, the Galaxy S8 came out on top, but only by a slight margin. Despite lackluster macro performance with the S8, both phones' bright light results were said to be generally equal, but Samsung's new device bested the iPhone 7 Plus in well-lit nighttime and low-light shots, offering "generally richer" colors, sharper subjects, and "significantly more detail" in indoor and outdoor tests.

Despite the higher megapixel count of the S8's front-facing camera (8MP versus 7MP on the iPhone 7), Apple's phone was deemed to take sharper selfie shots with richer colors, while the two phones were tied in 4K 30fps video tests, although the S8's audio was said to be slightly cleaner.

Apple is thought to be testing a new dual-lens camera system similar to the iPhone 7 Plus for this year's upcoming OLED iPhone, which will have a Samsung-made display. Rumors suggest the front-facing camera of the iPhone 8 will use a "revolutionary" 3D-sensing system capable of identifying the depth and location of subjects, which could be used for facial and iris recognition or in future augmented reality features.