23 Oct 2014
Samsung has enjoyed control of the big screen phablet space for close to three years with its range of Galaxy Note handsets.
As we noted in past Galaxy Note reviews, this is in part due to the handsets being generally pretty good, but it's also because Samsung hasn't had too much competition in the space.
However, all this changed in 2014 as numerous technology firms around the world released top-end phablets capable of challenging Samsung's latest Galaxy Note 4. One of the biggest of these is Apple's first phablet, the iPhone 6 Plus.
iPhone 6 Plus: 158x78x7.1mm 172g
Galaxy Note 4: 154x79x8.5mm, 176g
Visually the iPhone 6 Plus and Galaxy Note 4 are about as different as you can get. The iPhone features the same rounded metal design as its little brother, the iPhone 6, while the Galaxy Note 4 features the same fake leather-finish backplate as past Samsung phablets.
However, the Galaxy Note 4 is the only one to feature a dockable stylus. Housed in the bottom right hand side, the S Pen is a useful productivity aid for quickly and easily scribbling notes or editing documents.
Considering how useful we've found the S Pen on past Note devices, we're a little disappointed that Apple didn't load the iPhone 6 Plus with an equivalent stylus.
iPhone 6 Plus: 5.5in 1920x1080, 401ppi Retina HD display
Galaxy Note 4: 5.7in QHD 2560x1440, 515ppi Super Amoled display
Traditionally we've struggled to pick a clear winner between Samsung and Apple smartphone displays because the respective Super Amoled and IPS Retina technologies each have their strengths and weaknesses.
Amoled technology produces deeper and richer blacks by electrically charging each individual pixel to generate colours. The flipside is that the screen has a shorter life and can produce more heat than IPS displays.
By comparison, IPS displays generally show more balanced and realistic colours and whites than their Amoled equivalents, because the technology organises liquid crystals on a fixed plate that's charged at a consistent rate.
This means we won't know which display is better without a hands-on test of the phones side by side.
iPhone 6 Plus: iOS 8, upgrade available for iOS 8.1
Galaxy Note 4: Android 4.4.4 Kitkat with Samsung Touchwiz
Apple's ability to push upgrades to handsets faster than Google has been a constant selling point, and this remains true when comparing the iPhone 6 Plus and Galaxy Note 4.
While iOS 8.1 may be a minor update that generally does little more than fix bugs in iOS 8, the fact that the iPhone 6 Plus runs the latest version of Apple's operating system is a big bonus.
The Galaxy Note 4, on the other hand, runs a heavily customised version of Android 4.4 Kitkat, which is not the latest version of Google's operating system.
While Touchwiz does add a number of useful features to Android designed to take advantage of the S Pen, such as S Note and multi-window support, we're still disappointed that there's no official word when the phone will be upgraded to Google's latest Android 5.0 Lollipop version other than it will happen at some point.
iPhone 6 Plus: A8 chip with 64-bit architecture and M8 motion coprocessor
Galaxy Note 4: 2.7GHz Snapdragon 805
Apple made a big deal about the A8 chip in the iPhone 6 Plus, claiming it will offer 25 percent faster CPU performance and 50 percent faster graphics performance than the A7. As we noted in our full iPhone 6 Plus review, there is a lot of truth to this claim and the Apple handset is one of the fastest currently available.
However, the Qualcomm Snapdragon 805 processor used in the Galaxy Note 4 in the UK makes it one of a select few handsets to have the on-paper chops to match the iPhone 6 Plus. While the Note 4 does ship with a 1.9GHz octa-core chip in some markets, this model is not available to purchase in the UK market.
iPhone 6 Plus: 8MP front with Optical Image Stabilisation (OSI) and 1.2MP Facetime rear cameras
Galaxy Note 4: 16MP with OSI front and 3.7MP rear cameras
Imaging technology is one area in which Apple has fallen slightly behind in recent years. The firm has worked to fix this on the iPhone 6 Plus with an 8MP rear camera loaded with a new sensor with TrueTone flash, 1.5 micron pixels, f/2.2 aperture and OSI technology.
OSI improves photo quality by compensating in real time for shaking and vibrating while shooting. The compensation means there are no alterations or light degradations to the captured image.
However, even with these additions, the iPhone 6 Plus still has some pretty stiff competition when facing Samsung's Galaxy Note 4. Featuring a higher megapixel sensor and equivalent OIS technology, the Galaxy Note offers an equally, if not superior, camera on paper.
iPhone 6 Plus: Unspecified, 14-hour listed life
Galaxy Note 4: 3,229mAh battery
Poor battery life is an ongoing problem with many smartphones. Aware of this, Samsung and Apple have made improvements with their latest phablets. The iPhone 6 Plus impressed us during our review and its 14-hour listed life generally rang true.
However, featuring a sizeable battery and a custom Fast Charging feature that lets it charge from zero to 50 percent in 30 minutes, the Galaxy Note 4 is likely to feature an above average battery life.
iPhone 6 Plus: 16GB, 64GB, 128GB, unspecified RAM
Galaxy Note 4: 32GB, microSD card slot
Samsung is offering the Galaxy Note 4 with 32GB of internal space, meaning that the iPhone offers significantly more varied storage options. However, the Galaxy Note 4 features a microSD card slot allowing up to 64GB of extra space to be added to the internal storage.
iPhone 6 Plus: From £619
Galaxy Note 4: £630
You can pick up the iPhone 6 Plus for £11 less than the Galaxy Note 4. However, it's worth noting that this only gets you 16GB of space, while the £630 Galaxy Note 4 offers 32GB.
On paper the Galaxy Note 4 and iPhone 6 Plus are fairly evenly matched. The iPhone 6 Plus features a superfast A8 chip, luxurious metal design, more storage options and the latest version of iOS.
By comparison the Galaxy Note 4 features a higher megapixel rear camera, enterprise and productivity focused dockable S Pen stylus and cutting edge Qualcomm Snapdragon 805 chip.
Make sure to check back with V3 later for a full head to head review of the iPhone 6 Plus and Galaxy Note 4, breaking down how the two phablets compare in real-world tests.
21 Oct 2014
Nexus tablets have always been a cornerstone of Android's success since Google launched the original Nexus 7 in 2012, and for good reason.
Built by tablet expert Asus and running an unskinned version of Google Android, the Nexus 7 was one of the only tablets to successfully take on Apple's iPad.
As a result many people were surprised when Google chose to ditch Asus in favour of Taiwanese competitor HTC for its latest Nexus 9. HTC's only previous tablet, the Flyer, failed to take off and sold very badly.
Visually the Nexus 9 is a departure from previous models. Unlike past Nexus tablets, the Nexus 9 is built of metal as opposed to polycarbonate, and is available in a variety of colours.
As we noted about the Nexus 6 smartphone, for us the use of metal is a serious positive. While previous Nexus devices felt far from cheap and were well built, they still didn't feel as solid or top-end as their iPad competitors.
Within its metal chassis the Nexus 9 also features a few novel technologies and design features. One of the most important is the inclusion of front-facing stereo speakers, complete with HTC's BoomSound technology.
While this sounds like a consumer feature, considering the number of times we've been stuck using a Nexus 7 struggling to hear a person speaking on a video conference call when working remotely, we can see the improved audio quality being a big bonus.
The Nexus 9 mobile offering is aided by its 154x228x8mm dimensions, satchel-friendly 425g weight (436g for the LTE model) and optional Folio keyboard (sold separately). The Folio is an attachable keyboard with full-travel mechanical keys and has the potential to turn the Nexus 9 into a full-on netbook replacement.
The Nexus 9 comes with an 8.9in IPS, 4:3 aspect ratio, 2048x1536 display - the same resolution as the 2013 iPad Air's 9.7in display.
While we haven't had a chance to test the Nexus 9's display, the stellar quality of past HTC device screens and IPS technology in general suggests that the tablet's display should be at least above average.
The use of Google's latest Android 5.0 Lollipop operating system is one of the Nexus 9's key selling points. Originally unveiled as Android L at the I/O conference in June, Lollipop is a big step-up from Android 4.4 Kitkat and features a number of new features and services.
For starters Lollipop adds a new Material Design and reworked notifications system to Android. The Material Design aims to make the OS simpler to use by replacing Android Kitkat's user interface with a flatter one similar to that of Apple's iOS 7, and includes the ability to mimic depth by adding new shadow effects.
The reworked notifications add a new heads-up form of notification designed to let users know something urgent has come in without interrupting what they are doing, and instant access to notifications from the lockscreen.
Under the hood, Android Lollipop also adds a few enterprise-focused features, the most interesting of which is Samsung Knox. At a basic level, Knox is a sandboxing service similar to BlackBerry Balance that lets users or IT managers set up and manage a separate password-protected work area on the handset.
It also gives IT managers the power to set policies on the device, like blocking what applications can be installed or run on the device, and Knox encrypts all data on the work side.
The Nexus 9 is the first Google flagship to take advantage of Android Lollipop's 64-bit support and comes with a 2.3GHz Nvidia Tegra K1 64-bit processor and 2GB of RAM.
Google claims the processor will grant "all the power and graphics of a desktop computer". We haven't had a chance to benchmark the processor but, if Google's claim is anything to go by, it should make the Nexus 9 one of the fastest Android tablets available.
The Nexus 9 comes with 8MP rear and 1.6MP front cameras. While this doesn't sound too impressive when compared with most top-end smartphone camera specs, it's reasonable by tablet standards.
However, considering our past experience using similarly specced tablet cameras, we don't have high hopes for the Nexus 9 imaging sensor and expect it to be capable of taking good, but not great, photos.
HTC's loaded the Nexus 9 with a 6,700mAh battery which it claims will offer up to 9.5 hours of Wifi browsing from one charge. If this is accurate, the Nexus 9's battery life will be average by tablet standards, offering eight to 10 hours between charges.
The Nexus 9 will come with 16GB or 32GB of internal space. Considering that the Nexus 9 doesn't have a microSD card, meaning users won't be able to upgrade the storage after purchase, we'd liked to have seen a 64GB model. Although considering the wealth of cloud storage options available on Android, this shouldn't be too much of a problem.
Google has yet to reveal the Nexus 9's UK price, but if the US cost is anything to go by it will be very reasonable. The 16GB version is set to retail for $399 while the 32GB will cost $479. At the top end, the 32GB LTE-enabled model will cost $599.
Overall, while HTC may not be as experienced as some technology companies at making tablets, the Nexus 9 definitely has the potential to be a great device.
Featuring a reworked metal chassis, and being the first Nexus device to take advantage of Android Lollipop's 64-bit chip support, the Nexus 9 could be the first Google flagship tablet capable of taking on Apple's all-ruling iPad Air series come its release later this year.
Check back with V3 later this year for a full review of the Google Nexus 9.
By V3's Alastair Stevenson
At its VMworld conference in Barcelona, VMware announced a new addition to its Horizon platform of end-user computing tools in the form of Horizon Flex. This is a tool that promises to help organisations with bring your own device (BYOD) schemes by enabling a corporate virtual PC to be provisioned on Mac and PC systems.
The firm did not say much else about Horizon Flex at the show, but it seems that the tool could fix many of the issues that customers have had in the past with virtual clients deployed onto endpoint systems, such as deployment, management and patching of the image once out in the field.
VMware's Horizon portfolio started out with View, which offered virtual desktops hosted in a data centre, plus Mirage for managing images on standard PCs and laptops. Horizon Flex rounds this out by enabling an IT administrator to build a corporate Windows PC image, then deploy that to workers anywhere in the world, who may be using their own PC or Mac.
The firm used to have a product that fulfilled pretty much this same role, VMware ACE, but that was discontinued back in 2011 with VMWare claiming that customer demand no longer justified the ongoing development of the product.
Since then, the BYOD trend has kicked in, and many organisations are now looking for a secure way to let workers run corporate applications on any device, whether it is owned and managed by the organisation or not.
Horizon Flex combines several of VMware's products, including the client-side virtualisation from Fusion Pro (pictured) and Player Pro, Mirage and the Airwatch mobile device management technology it gained with the company of the same name.
The basic idea seems to be to enable the operating system and the applications inside a Horizon Flex virtual image to be managed and updated separately, while the behaviour of the whole is controlled by management policies that govern whether the user can move files between the host and the Flex image, and whether it can access physical resources on the host system, such as a memory stick connected to a USB port.
Writing on VMware's blog, chief technology officer for end-user computing Kit Colbert explained that "with Mirage, you can remotely provision, manage, and update the Windows OS and apps running on a physical laptop. Flex extends this functionality to the containerised virtual desktop. This means that as patches or new versions come out, it's a matter of a few simple clicks for an admin to push those updates out to all Flex users, who will get them the next time they're online.
"In addition, IT can also push out new apps to Flex users and automatically back up the Flex virtual desktop transparently. This means if a user's laptop is lost or stolen, it's easy to re-provision the user's containerised desktop on a new physical machine without data loss."
VMware Horizon Flex is expected to be available this quarter and will be licensed on a per-device basis starting at $250 (£155).
18 Oct 2014
Apple released what in many buyers' and reviewers' minds, including us here at V3, was its best tablet in 2013, the iPad Air. Featuring a stellar lightweight and thin design, that housed at the time cutting-edge internal components, the 2013 iPad Air is to this day one of the best tablets available.
Aware of this, Apple chose to rework rather than rethink its tablet strategy in creating its latest flagship iPad Air 2. However, featuring a very similar design to its predecessor, this strategy has slightly backfired and led to some confusion about what's actually new in the iPad Air 2.
iPad Air 2: 240x170x6.1mm, 437g
iPad Air: 240x170x7.5mm, 469g
From a distance the iPad Air and iPad Air 2 look very similar, both having aluminium backs and sides and glass fronts. However, there are a few subtle design factors differentiating the two.
For starters the iPad Air 2 is 18 percent thinner, measuring 240x170x6.1mm. The iPad Air 2 is also 32g lighter, meaning it should be one of the most travel-friendly tablets available.
iPad Air 2
The iPad Air 2 is also the only one of the two to come loaded with Apple's Touch ID fingerprint scanner. Contained within the iPad Air 2's physical home button, the Touch ID sensor is a security feature that lets users set the tablet to only unlock after they have proven their identity on it.
For us, Touch ID is the much more important change of the two and will likely prove a key selling point for any security conscious buyer.
iPad Mini 2: 9.7in 1536x2048, 264ppi LCD Retina display
iPad Air: 9.7in 1536x2048, 264ppi LCD Retina display
On paper the two iPad Air's are evenly matched when it comes to display size and screen resolution.
However the iPad Air 2 features an anti-glare coating not seen on the original iPad Air, and Apple claims this makes the screen 56 percent less reflective than before. If true the Apple iPad Air 2 should be one of the best screens for workers on the move and remain usable in conditions that render most tablet's screens unreadable, like bright sunlight.
iPad Air 2: iOS 8.1
iPad Air: iOS 7, upgradable to iOS 8.1
The iPad Air 2 is the first ever tablet to come pre-loaded with Apple's latest iOS 8.1 operating system, though iPad Air users will be able to upgrade to the latest software on Monday.
iOS 8.1 is a minor update to the operating system designed to fix bugs in iOS 8. In fact, the only major non-performance related change is the re-addition of Apple's Camera Roll feature.
iPad Air 2: A8X
iPad Air: A7
The iPad Air is still a fairly powerful device, however if Apple's claims about the A8X chip are even remotely true it will be noticeably slower than the iPad Air 2. Apple claims the A8X processor will offer 40 percent faster CPU and 2.5 faster GPU performance than previous iPads.
iPad Air 2: 8MP iSight and HD Facetime front
iPad Air: 5MP iSight rear and HD Facetime front
Image quality was one key area the iPad Air 2013 fell down on. Aware of this, Apple has worked to up the iPad Air 2's camera quality by increasing the rear sensor's megapixel count and adding new 43MP panorama shot and burst photo, and time lapse and slow motion video recording shot options.
iPad Air 2
While we don't expect the iPad Air 2 to match the imaging performance of a top-end 2014 smartphone, it should still be well above average by tablet standards.
iPad Air 2: 16GB, 64GB and 128GB
iPad Air: 16GB, 32GB, 64GB, 128GB
Apple has taken the same strategy it did with the iPhone 6 and iPhone 6 Plus and has chosen not to sell a 32GB storage version of the iPad Air 2. While some buyers on a moderate budget may be saddened by the 32GB version's absence, considering the number of cloud storage services available on iOS we can't see it being too much of an issue.
iPad Air 2: 10 hours
iPad Air: 10 hours
Both the iPad Airs are listed by Apple as offering users 10 hours of life off one charge. If our experience with the original iPad Air is anything to go by this claim will generally be true with the iPad Air 2. Battery burning the iPad Air 2013 by constantly looping a video file stored on the tablet, the device generally lasted between eight to nine hours before dying.
iPad Air 2: 16GB £400, 64GB £480, 128GB £560
iPad Air: 16GB £320, 32GB £360
Price is one area the iPad Air has a clear edge on the iPad Air 2. While you can't pick up a 64GB or 128GB version of the original iPad Air on the UK Apple store any more, the 16GB and 32GB models have had their prices slashed by a massive £80.
While the iPad Air 2 isn't a massive step-up from the original iPad Air, there are plenty of new features to get excited about. Key additions include an upgraded A8X processor, sharper 8MP rear camera and new anti-reflective coating around its screen.
As a result, while we can see many 2013 iPad Air owners shying away from upgrading, we can definitely see the iPad Air 2 proving a hit with first-time tablet buyers or people still using older iPad versions.
Check back with V3 later for a full review of the iPad Air 2.
By V3's Alastair Stevenson
17 Oct 2014
The build-up to Apple's launch events always cause quite a stir in the technology community, and the iPad Air 2's 16 October launch was no different. Suffering the usual sea of alleged leaks and nebulous rumours, the iPad Air 2 was expected to be a bold leap in tablet technology.
However, come its unveiling, the iPad Air 2, for many, failed to deliver on the high expectations. Apple chose to release a reworked version of its 2013 tablet, leaving many buyers wondering why they should bother upgrading.
Visually the iPad Air 2 looks from a distance all but identical to the iPad Air, featuring a slim metallic back and sides and Gorilla glass front.
Despite this, there are a few key additions to its predecessor. For starters, the iPad Air 2 is 18 percent thinner, measuring 240x170x6.1mm. This doesn't seem like much of a difference but, combined with the 473g (WiFi model) weight, it means the iPad Air 2 should be one of the most travel-friendly tablets on its release.
More importantly, the iPad Air 2 is the first tablet to feature Apple's custom Touch ID fingerprint scanner. The Touch ID sensor is a security feature debuted on the iPhone 5S, allowing users to set the iPad to unlock or approve certain actions, such as Apple Pay transactions, only after the user has proved their identity.
Considering the ongoing security and privacy concerns around work devices, we can see Touch ID being a key selling point for the iPad Air 2.
The iPad Air 2 comes with a 9.7in, 2048x1536, 264ppi Retina display. While the pixel per inch density isn't anything to write home about these days, when tablets regularly break the 300ppi mark, Apple has made a few subtle improvements to the display.
One of the most useful is a fingerprint-resistant oleophobic coating, which Apple claims makes the screen 56 percent less reflective. If true, the Apple iPad Air 2 should be one of the best screens for workers on the move, and remain usable in conditions that render most tablet screens unreadable, such as in bright sunlight.
The iPad Air 2 comes with Apple's latest iOS 8.1. Sadly, iOS 8.1 isn't a major update and mainly fixes bugs in iOS 8. In fact, the only real non-performance-related addition is Apple's Camera Roll feature.
This isn't necessarily a bad thing as, beyond the bugs, iOS 8 is a very business-friendly operating system.
Key positives include improved password security, S/MIME features and VIP threads, and support for Microsoft Exchange out-of-office replies.
OS X Continuity is another useful feature debuted in iOS 8. Continuity represents the latest stage in Apple's work to converge the iOS and Mac OS X operating systems, and offers a variety of synchronisation features. One of the most useful is the ability to Airdrop files between iOS and Mac OS devices.
Apple made a big deal about the iPad Air 2's new A8X processor, claiming it will offer 40 percent faster CPU and 2.5 faster GPU performance than previous iPads. If true, the iPad Air 2 will be a powerhouse and should be one of the fastest tablets on the market come its release.
Past iPad cameras have been slightly disappointing affairs. While capable of taking reasonable photos, the cameras have failed to match the performance of most mid-range smartphones and have been woefully short of shot modes.
Apple has fixed the second issue with the iPad Air 2, bundling its 8MP iSight rear camera with 43MP panorama shot and burst photo, and time lapse and slow motion video recording options.
The iPad Air uses an unspecified non-removable battery, which Apple claims will offer 10 hours of WiFi use on one charge. This would give the iPad Air 2 a battery life similar to that of the first-generation Air.
Apple is offering the iPad Air 2 in 16GB, 64GB and 128GB versions. None of the models features a microSD card, meaning users will not be able upgrade the iPad Air 2's storage after purchase. Apple has dropped the 32GB model, as it did with the iPhone 6 and 6 Plus.
While slightly annoying, we can't see the lack of microSD being too much of a problem given the number of cloud storage services available on iOS.
The 16GB iPad Air 2 will cost £399, the 64GB £479 and the 128GB £559 for the WiFi-only models.
While the iPad Air 2 may not be a major upgrade to the original 2013 iPad Air, it does have a number of subtle and positive additions. Chief of these are the Touch ID sensor, a more powerful A8X processor and the reflective screen coating.
As a result, we can't see too much to persuade iPad Air owners to upgrade, but we can see the iPad Air 2 proving a hit with new tablet buyers, or people still using older iPad versions.
Check back with V3 later for a full review of the iPad Air 2.
By V3's Alastair Stevenson
16 Oct 2014
Apple took the smartphone market by storm in September, unveiling what in many people's minds, including ours here at V3, was its most innovative smartphone to date, the iPhone 6.
Clearly unintimidated by the iPhone 6, Google answered Apple's challenge and teamed with Motorola to unveil what is on paper its most advanced Nexus smartphone ever, the Nexus 6, mere months later.
The iPhone 6 and Nexus 6 bring a wealth of custom hardware and software features to the table, and many buyers have become perplexed trying to determine which smartphone is best for them. Here to help, we've pitted the two handsets head to head, breaking down the key strengths of each device.
Nexus 6: 159x83x10mm, 184g
iPhone 6:138x67x6.9mm, 129g
Design is one area in which iPhone devices have traditionally beaten Nexus devices, with most feeling that their metal frames make them feel more premium and robustly built than their polycarbonate Google competitors.
With the Nexus 6 this could all change. Motorola has made the wise decision to build the handset out of contoured aluminium and to rework the chassis to look like a blown-up metal version of its previous Moto X flagship.
That said, it's worth noting that the Nexus 6 is still significantly larger and heavier than the 129g iPhone 6. While this won't prove too much of an issue to seasoned phablet users, it could put off people used to smaller smartphones, such as the iPhone 5S.
Nexus 6: 6in, 1440x2560, 493ppi quad HD display
iPhone 6: 4.7in 1334x750, 326ppi Retina HD display
On paper the Nexus 6's quad HD display has a clear lead on the iPhone 6 as it's capable of displaying over 100 more pixels per inch. While some may question whether the human eye can discern the difference, we're fairly certain the Nexus 6 display will be the sharper of the two.
However, we're less sure whether the Nexus 6 will be able to match the brightness and colour balance levels of Apple's Retina display, which remains the industry leader.
Nexus 6: Android 5.0 Lollipop
iPhone 6: iOS 8
Both the Nexus 6 and iPhone 6 run on the latest version of their makers' respective mobile operating systems.
In the past we've struggled to pick between Android and iOS as the answer to which is better is determined largely by what ecosystem you're already embedded in. This is even more true comparing Android Lollipop to iOS, as both firms have worked hard to further synchronise the mobile operating systems with their cloud services.
As a result, until we've had a chance to fully test Android Lollipop and check how it actually compares with iOS 8, we're going to have to reserve judgement.
Nexus 6: Qualcomm Snapdragon 805 2.7GHz quad-core processor
iPhone 6: A8 chip with 64-bit architecture with M8 motion coprocessor
The iPhone 6 runs Apple's new A8 chip and reworked M8 motion coprocessor. Apple claims the A8 offers 25 percent faster CPU performance than the A7.
However, thanks to the inclusion of Qualcomm's Snapdragon 805 chip, the Nexus 6 theoretically has the chops to match if not beat the performance of the iPhone 6. We won't know if the Nexus 6 makes good on its promise until we've had a chance to test it and benchmark it.
Nexus 6: 13MP with dual LED ring flash and Optical Image Stabilization rear, 2MP front cameras
iPhone 6: 8MP rear and 1.2MP Facetime front cameras
Imaging technology was one area in which Apple had begun to fall behind in the smartphone market, with many Android handsets featuring noticeably better imaging sensors than the firm's previous flagship, the iPhone 5S.
Aware of this, Apple worked to radically improve the iPhone 6's imaging performance by loading it with a number of new imaging technologies. Key additions include phase detection auto-focus which allows it to focus twice as fast, new tone mapping, noise reduction and a Slo-Mo mode that can capture video at 240 fps.
However, even with these the Nexus 6 does have a few additions that make it better than the iPhone 6. Chief of these is the Optical Image Stabilization technology which improves photo quality by compensating in real time for shaking and vibrating while shooting. The compensation means there are no alterations or light degradations to the captured image.
If this works as well as it has on past handsets, the Nexus 6 should not only perform better at capturing photos in low light, it should have noticeably better shutter speeds.
Nexus 6: 32GB or 64GB, 3GB RAM
iPhone 6: 16GB, 64GB, 128GB, unspecified RAM
Storage-wise the Apple iPhone 6 features more storage options than the Google Nexus 6. However, neither phone has a microSD card slot, meaning users won't be able to add space after purchase.
Nexus 6: 3220mAh battery
iPhone 6: Unspecified, 11-hour listed life
The Apple iPhone 6 on paper will last 2.5 hours longer than the Nexus 6, which is listed as offering 8.5 hours' "internet use" from one charge. However, the Nexus 6 features a number of charging innovations which may make up for this. These include wireless charging support and a new 'Turbo Charger' that will offer a claimed six hours of battery life from a 15-minute charge.
Nexus 6: $650 (around £400 without tax)
iPhone 6: From £540
Google has yet to announce the Nexus 6's UK price, although if its US cost is anything to go by it should be cheaper than the iPhone 6. However, considering some US firms' tendency to charge more than the exchange rate would fairly imply, and UK tax on devices, it's too early to tell whether this will actually be the case.
Summing up, when it comes to specifications the iPhone 6 and Nexus 6 are fairly evenly matched. Both come with top-end processors, cutting edge software and innovative designs, and both look great.
The important question is whether the Nexus 6 will make good on its promises when we do our full head-to-head review later this year.
By V3's Alastair Stevenson
16 Oct 2014
The battle for dominance of the smartphone market between Google and Apple with their respective Nexus and iPhone devices has become a staple part of every tech fan's calendar.
Traditionally Google has worked to beat Apple by radically undercutting the cost of iPhones, releasing phones that, while slightly lower specced, are up to £200 cheaper.
With prices starting at $650 the Nexus 6 continues this strategy. However, being built by former Google company Motorola, as opposed to LG, as the past two Nexus smartphones were, there are a number of key factors differentiating the Nexus 6 from past Google flagships.
Previous Nexus designs have been minimalist, functional, polycarbonate affairs. While we here at V3 were fairly fond of the unassuming design approach, many users did find them slightly dull and, as we noted with the Nexus 5, there were some definite build quality issues. During our review the Nexus 5's display proved incapable of surviving a two-foot drop onto a carpeted floor.
Aware of this, Motorola chose to rethink traditional Nexus designs and made the Nexus 6 chassis out of contoured aluminium as opposed to polycarbonate. This has the potential to be a huge differentiator for the Nexus 6. In the past we've found that metal handsets, such as the HTC One M8, not only feel more luxurious than polycarbonate phones, they're generally much more drop and bump resistant.
Additionally, thanks to intelligent work by Motorola, on paper the Nexus 6 isn't too cumbersome by phablet standards, measuring 159x83x10mm and weighing 184g.
Screen technology is a key area that has come on leaps and bounds in recent years, with players like LG and its G3 handset coming loaded with increasingly high resolution displays. Not wanting to lose face, Motorola has loaded the Nexus 6 with a 6in, 1440x2560, 493ppi quad HD display.
On paper the resolution means the Nexus 6 display will be one of the sharpest ever seen on a phablet. By comparison, most other phablets are still struggling to break the 400ppi mark. Also, if our past experience with Motorola phones is anything to go by, the Nexus 6 screen will boast cornea-scorching brightness levels and vibrant, rich, colour balance levels.
Originally unveiled as Android L at the I/O conference in June, the Nexus 6's use of Android 5.0 Lollipop is likely to prove a key selling point for businesses. Android Lollipop is set to feature a number of under-the-hood upgrades that improve its enterprise appeal. Chief of these is full integration of Samsung's Knox security service.
At its most basic level, Knox is a sandboxing service similar to BlackBerry Balance. It lets users or IT managers set up and manage a separate password-protected work area on the handset. As well as giving IT managers the power to set policies, like blocking what applications can be installed or run on the device, Knox encrypts all data on the work side.
Having tested Knox on recent Samsung Galaxy smartphones and tablets we believe the feature is a serious selling point that helps boost bring your own device appeal and are happy to see it included on the Nexus 6.
Lollipop also adds a significantly more user-friendly Material Design and reworked notifications system to Android. The Material Design aims to make the OS simpler to use, and replaces Android Kitkat's user interface with a flatter one similar to that of Apple's iOS 7. The upgrade also allows Android's UI to mimic depth by adding new shadow effects.
The reworked notifications system improves Android's already impressive system by granting increased management powers. For example, on Android Lollipop users can now view and manage incoming notifications from the lockscreen.
On paper the Nexus 6 is seriously powerful. Running on a Qualcomm Snapdragon 805 2.7GHz quad-core processor and featuring 3GB of RAM, the Nexus 6 should be one of the most powerful handsets on the market come its release later this year.
Hopefully, the Nexus 6 will make good on its on paper specifications when we benchmark it more thoroughly and test it for our full review.
Since Nokia threw down the gauntlet in 2011 with its first 41MP camera phone, the 808 Pureview, smartphone makers have been rushing to load their handsets with increasingly powerful imaging technologies.
Keeping up this trend Motorola has loaded the Nexus 6 with a 13MP rear camera with dual LED flash and Optical Image Stabilization (OIS). Putting aside the megapixel count, which as any camera consensus will tell you isn't the most important feature, the inclusion of OIS is a big deal.
OIS is a nifty piece of tech that improves photo quality by compensating in real time for shaking and vibrating while shooting, so there are no alterations or light degradations to the captured image. This means the Nexus 6 should be the best Google Nexus device ever released when it comes to imaging quality.
In terms of storage the Nexus 6 is fairly well placed, coming with 32GB or 64GB of internal space. This, combined with the wealth of cloud storage solutions available on Android, means most users won't have to worry about running out of space.
Battery life has been one key area where most smartphones have struggled, and we've yet to find one that can consistently survive more than two days of moderate, let alone heavy, use.
Working to fix this Motorola has equipped the Nexus 6's 3220mAh battery with 'Turbo Charger' technology that will offer a claimed six hours of battery life from a 15-minute charge. As an added perk the handset will also feature wireless charging support.
Considering the Nexus 6's reasonable listed 8.5 hours of 'internet use', the handset should be slightly above average when it comes to battery life.
The 32GB version of the Nexus 6 is set to retail for s $650 in the US, while the 64GB model will set you back $700. There's currently no official word how much the device will cost in the UK, but if the US price is anything to go by it will be £400 to £440.
Overall, the Nexus 6 is on paper a very impressive smartphone that showcases what Motorola and Google can offer the handset market, which is interesting considering that Google just sold the firm to Lenovo.
Featuring a more alluring design than past Nexus smartphones, a powerful Qualcomm processor, quad HD display and all the business perks of Google's latest Android 5.0 OS, we can't help but get excited about the Nexus 6.
Hopefully, the Nexus 6 will make good on its opening promise come its release later this year.
By V3's Alastair Stevenson
02 Oct 2014
The technical preview release of Windows 10 was made available to download and try out late on 1 October UK time, and testers including the V3 team are finally starting to get their hands dirty with this first pre-release build of the next version of Windows.
If first impressions are anything to go by, Microsoft may finally have hit on the winning formula that will entice customers who have so far been put off by the huge changes that Windows 8 introduced, especially in the user interface.
Windows 10 boots by default into a desktop environment (see below) which is close enough to Windows 7 that existing users of Windows should have few problems getting to grips with it, and it is this familiarity that should ensure its success.
The Metro-style or Windows Store apps have not gone away, but these now run in a resizeable Window alongside traditional Windows tools and applications, blurring the distinction between them somewhat.
Many industry commentators have made false claims about the return of the Start button in various updates of Windows 8, but with Windows 10, it is the real deal. Tapping the Window icon at the bottom left of the screen (or a physical Windows key on a keyboard or tablet fascia) pops up a menu that is similar enough to the Start menu of legacy Windows to satisfy those enraged by its removal in Windows 8.
Where the Start menu differs is in the presence of the Live Tiles from the Start screen of Windows 8, shown as banks of small tiles alongside the list of applications on the menu. For those who have grown attached to the Windows 8 Start screen, you can check a box to switch the user interface back to this instead of the desktop.
Other changes to the user interface are relatively minor. Users can add multiple desktops (see below) and split applications between them, but this seemed of little value during our initial hands-on, as every open application still seems to have an icon in the taskbar, regardless of which desktop you switch to.
Windows 10 also adds a new Task View button, next to the search button on the taskbar, which shows every running app and lets you switch between them.
The way application snapping works has also been tweaked, with users able to have up to four apps snapped on the same screen (see below). However, on our test system, whenever we dragged a window to the side or corner of the screen to activate snapping, the app often seemed to freeze. It should be remembered that this is still an early release version of the platform and bugs are to be expected.
These are, perhaps the most noticeable changes in Windows 10, but it is remarkable what a difference it makes. The switch back to a desktop environment with resizeable windows and a pop-up menu to access applications makes it feel much more like Windows 7, even if in reality it is more like a fusion of Windows 7 and Windows 8.
For those who have tried Windows 8, the integration of touch with more conventional controls such as the mouse and keyboard now feels seamless. We found ourselves mixing use of the keyboard with touches of on-screen controls, occasionally resorting to a stylus on our test tablet when more precise control was required.
However, as with Windows 8, many of the more key changes are going to be found under the hood, such as better security for data, easier system updates, and expansion of the cloud-based management approach seen with Windows Intune.
Many such features are not yet present in the technical preview, however, so we can only look at the user interface changes so far to gauge how well Windows 10 is likely to be received. At first blush, we would say that Microsoft is getting it right, and we look forward to seeing what future updates bring.