Apple has officially announced the iPhone 6 - the eighth generation of iPhone - at a special event in Cupertino.
As well as the iPhone 6 and iPhone 6 Plus, Tim Cook has also treated us to the Watch.
If you want to get a feel for the handset, head on over to our hands on iPhone 6 review, and keep an eye out for our iPhone 6 Plus and Watch early reviews.
The competition has never been tougher for a new iPhone, with the HTC One M8, Samsung Galaxy S5, LG G3 and Sony Xperia Z3 surpassing the iPhone 5S in terms of size, specs, power and performance.
Apple needs to pull something very special out of the bag to keep itself relevant, so what does the iPhone 6 bring?
We've got all the latest details on Apple's new iPhone right here, just for you.
Cut to the chase
What is it? A major revision of the iPhone including entire design
When is it out? iPhone 6 release date is September 19
What will it cost? from $199 on 2 year contract in US, from £539 SIM-free in UK
iPhone 6 release date
You'll want to know when you'll be able to get your sweaty mitts on the iPhone 6.
The good news is you won't have to wait long, with the iPhone 6 release date set for September 19. (That's a Friday). Bigger than 5S, smaller than 6 Plus
iPhone 6 price
In
the US, on a two year contract the iPhone 6 starts at $199 for the 16GB
model, then it's $299 for 64GB and $399 for 128GB of internal storage.
iPhone 6 design
This
is first of two major revisions new iPhone flagship - Apple has
overhauled the squared off design which has been with us since the iPhone 4, with the iPhone 6 sporting a more rounded, slimmer body.
In
fact it's just 6.9mm thin, making it one of the thinnest smartphones of
the market, and rumors about a protruding rear camera lens are also
true.
It's slightly heavier than the 5S at 129g, while the body measures 138.1mm x 67mm.
The
power/lock key has been moved from the top of the handset to the right
hand side, making it easier to hit during one handed use. On the left
hand side you get the separated volume keys below a mute toggle switch. It's thin. Really thin.
iPhone 6 display
The
iPhone 6 has a 4.7-inch LED back-lit display with a 1334 x 750
resolution - it's Apple's new "Retina HD" offering. That means you get a
pixel density of 326ppi - the same as the iPhone 5S.
It also pales in comparison to the iPhone 6 Plus, with a full HD, 1920 x 1080 5.5-inch screen with a 401ppi display.
iPhone 6 power
The iPhone 6 packs in an A8, 64-bit second generation processor and a next-generation M8 motion coprocessor too. We're also hearing that the iPhone 6 sticks with 1GB of RAM.
iPhone 6 camera
Apple has stuck with the 8MP rear camera on the iPhone 6, but it's not the same as the one you'll find on the iPhone 5S.
A
new wide angle iSight lens, true tone flash, f/2.2 aperture, greater
noise reduction and a 2 x faster autofocus provide even better images.
There's also a new Apple-design image signal processor built into the A8 chip to improve the way the iPhone 6 handles images.
That
rear camera can shoot 1080p video (sorry 4K fans), and the Slo-mo video
mode has been boosted to give you the option to record in either 120
fps or 240 fps.
The front facing FaceTime camera has also
been given some love. It's actually a FaceTime HD camera now, with a
f/2.2 aperture, and a new sensor which allows in up to 81% more light.
There's also HDR FaceTime video support, ensuring you're perfectly lit. It has a camera!
iPhone 6 connectivity
The
iPhone 6 (and 6 Plus) sports CAT 4 LTE, offering data speeds of up to
150Mbps and it supports LTE coverage for 20 bands, covering over 200
networks worldwide. The most bands covered by any iPhone.
iPhone 6 operating system
There are no prizes for guessing the software that's running on the iPhone 6.
Apple's latest platform offering, iOS 8, was announced at its WWDC developers conference earlier this year and it's on the new iPhone 6 and iPhone 6 Plus.
Apple has unveiled a
smartwatch - the Apple Watch - its first new product line since the
first iPad and the death of its co-founder Steve Jobs.
The device runs apps, acts as a health and fitness tracker and communicates with the iPhone.
While rival smartwatches already exist, experts said Apple
had a history of entering sectors relatively late and then changing
their direction.
Apple also unveiled two new handsets that are larger than previous models.
The iPhone 6's screen measures 4.7in (11.9cm) and the iPhone 6
Plus's 5.5in (14.0cm) - a change that analysts said should help prevent
users migrating to Android.
It also announced a new service called Apple Pay, which chief
executive Tim Cook said he hoped would "replace the wallet" in shops. Watch apps
The watch's rear features LEDs and sensors to detect the user's heart rate
The Apple Watch comes in two sizes and is controlled by what
Apple calls a "digital crown" - a dial on its side that allows content
on its screen to be magnified or scrolled through, and can also be
pressed inwards to act as a home button.
The display is a touchscreen that can detect the difference
between a light tap and heavier pressure from the user's fingers. In
addition, the device runs Siri - Apple's voice-controlled "personal
assistant".
It offers a variety of different watchfaces, can alert the user to notifications, act as a heart rate monitor and show maps.
Apple said that apps could be processed on an iPhone, but
displayed on the watch in order to extend battery life. It did not say
how often the device needed to be recharged.
Although some of these features are available from competing
products, one observer said the device had the potential to ignite the
wearable tech sector.
"I'm sure that for many people, waiting to see what Apple did
was a first step before going out and buy a wearable technology
product, whether or not it's an Apple one they get," said Tim Coulling,
senior analyst at research firm Canalys.
Motorola's president, Rick Osterloh, told the BBC last week
that he welcomed the idea of Apple "growing" the smartwatch market, even
though it would compete with his own product, the Moto 360.Jump media playeredia player help
Mr Coulling added that other rivals probably felt likewise.
"The buzz that Apple's entry will generate about wearables is unquestionable," he explained.
"It has a huge marketing budget and uses slick advertisers,
so its launch will generate interest around the whole product segment."
The watch - which comes in three different editions - relies on its user owning an iPhone 5 or more recent model.
It will cost $349 (£216) - which is more than recently
announced Android Wear watches from Motorola, Sony and others - and will
not be available until "early 2015". Bigger phones
While Apple Watch was the most anticipated product, the company's new handsets are likely to be its biggest earners.
Apple saw its global share of smartphone shipments slip from 13% to 11.7% between the second quarters of 2013 and 2014, according to research firm IDC, while Android's share grew.
The new iPhones are bigger and thinner than the previous version
"The main benefit for Apple in going to a larger size of screen
is not so much to woo people over to its devices, but to prevent its
customers defecting, particularly to devices such as Samsung's Galaxy
Note," said John Delaney, head of IDC's European mobility team.
"But one should bear in mind that Apple's decline is relative
- the smartphone market has expanded, and most of the expansion has
taken place in the lower price bracket that Apple doesn't address."
Apple had previously justified the 3.5in and 4in screen sizes
of its existing iPhones as being suited to one-handed use. In 2010, the
company's co-founder Steve Jobs went so far as to say "no-one's going to buy" a phone that they could not get a single hand around.
But one expert said a market had developed for so-called phablets.
"Watching video is definitely something that appeals on a
bigger display, as well as gaming. And for business customers, having
more space to do emails properly and look at and edit presentations
helps," said Carolina Milanesi, chief of research at Kantar Worldpanel
ComTech. SMARTPHONE SALES BETWEEN JANUARY AND JULY 2014:
UK
US
China
(Source: Kantar)
iOS
29.7%
33.5%
15.3%
Android
58.9%
60.0%
82.4%
Windows Phone
9.4%
4.7%
0.9%
Other
2%
1.8%
1.4%
Apple said that the A8 chip featured in the new phones would provide 25% faster compute performance than before.
The improved resolutions - dubbed "retina HD" - mean that the
iPhone 6 offers 326 pixels per inch and the iPhone 6 Plus 401ppi. While
better than before, the resolutions are still beaten in terms of raw
numbers by Samsung's flagships - the Galaxy S5 and Galaxy Note 4 - and
the HTC One.
New sensors include a barometer, which Apple said would help
fitness apps distinguish whether the owner was running up a mountain or
along a flatter surface.
The M8 co-processor can now estimate distances as well, which may should also help provide more accurate readings.
The handsets will be available for sale on 19 September.
Apple has previously waited for others to pioneer new tech before leapfrogging the competition as the graphic below illustrates:
The Apple Pay service depends on an NFC (near field communication) chip featured in both the new phones and watch.
Apple said that US McDonald's restaurants, Whole Foods stores and Walgreens pharmacies would accept Apple Pay
Apple described the service as being "secure" because it worked
without Apple needing to store the credit card details itself, or the
user having to share their name and card details with the cashier.
iPhone owners will be able to use it by waving their handset above an NFC reader at a shop's till.
Several other firms have tried to pioneer touchless payments,
but they have yet to become popular beyond credit and debit cards that
include the feature.
"We've been waiting a long time for Apple to get into
contactless payments, and its solution is characteristically
straightforward for ordinary people," commented Jason Jenkins, director
of content at the news site Cnet.
"But with contactless so common in Britain, I have to wonder
if Apple has missed the boat here - waving a credit card at a payment
reader is hardly a challenge."
Analysis : Richard Taylor, North America technology correspondent
The highlight of the event was undoubtedly Apple Watch, where
the tech giant's signature hallmarks of elegance and simplicity are in
evidence.
It is certainly a bold move to overhaul the user interface
and use a "digital crown"; in terms of functionality it appears
extremely comprehensive, although at $349 for the basic version - around
30%more than its Android rivals - it needs to be.
The nuances of its fitness tracking capabilities elevate it
beyond the competition, though some features like "digital touch" to
send bespoke messages and gestures to friends feel a bit gimmicky.
The square design may be a little too futuristic-looking for
timepiece traditionalists, although making the watch in two sizes is a
smart move which will broaden its appeal to women.
It is little surprise that Apple Watch supports Apple Pay,
the new payment mechanism. By taking a cut from real-world and non-Apple
online transactions, Apple Pay has the potential to be a hugely
powerful revenue generator.
It is undoubtedly convenient - especially when used in
conjunction with Apple Watch - but after the recent celebrity photo
hacks, confidence in Apple's security is dented - and it will take time
before many smaller retailers are on board.
Saving files to memory is something that's supposed to be mostly
invisible for the end user. We don't need to think about it; it just has
to work. But whether it's a solid-state or hard disk drive,
conventional storage solutions have their limitations -- namely, speed,
rewritability and durability. A team at IBM Research's Almaden facility in California has a cure for all of that and it's called "racetrack memory."
Stuart Parkin, an IBM fellow heading up research into the field of magnetoelectronics and spintronics,
is the man overseeing the creation of this new storage solution that's
poised to kill your hard drive. Which is ironic because IBM invented
the HDD back in the mid-1950s. So what exactly is racetrack memory?
Imagine a series of tiny magnets, all built one atomic layer at a time
by Parkin's team, that can be moved up and down along a (figurative)
racetrack "in a highly coherent fashion" with the application of a
simple current. That arrangement not only guarantees increased
read/write speeds, but it's also cheaper to produce, is incredibly
resilient due to the lack of moving parts and boosts storage capacity
significantly.
Already, Parkin's team has been able to demonstrate the advantages of
this new storage solution by applying it to existing flash memory
chips. His team was able to generate about "250 of these magnetic domain
walls in one racetrack" which, when applied to flash, could increase
storage capacity by a factor of 100. And, what's more, it won't ever
wear out, meaning it'd be infinitely rewritable. That's something flash
memory simply cannot do in its current state.
Watch as Parkin explains how racetrack memory could pave the way for more efficient, more compact computing devices. Stay tuned for part two of our inside look at IBM's Almaden research facility.
[Image credit: Jacob Haskew/Getty]