Trademark filing points to a deluxe version of LG’s Watch Urbane
Android Wear smartwatches are getting better looking with each new design. One only has to look at LG’s offerings to see how each new product has evolved; from the original G Watch’s functional square design (which I actually prefer), the G Watch R‘s sporty round face to the Watch Urbane‘s more sophisticated steel finish. But what if the Watch Urbane simply isn’t luxurious enough for you and you don’t want to splash the cash on a Tag Heuer Carrera Wearable 01?
According to the trademark application below, LG are preparing a follow-up to the Watch Urbane, imaginatively called the Watch Urbane Luxe. There are no details on specifications, but just the added ‘Luxe’ implies that LG will attempt to offer an even more sophisticated design. The trademark was filed just a few days ago on June 11th. As for when it could be launched, would it be silly to imagine that the Watch Urbane Luxe could be announced around the same time as the rumoured G4 Pro smartphone in the last quarter of 2015?
Source: USPTO
Via: Phandroid
Come comment on this article: Trademark filing points to a deluxe version of LG’s Watch Urbane
Samsung releases new app to fix disappearing quick settings toggles
Samsung’s Galaxy S6 and Galaxy S6 Edge have reportedly been having issues where some of the quick settings toggles in the status bar have mysteriously disappeared from some devices. The mobile data, mobile hotspot, and private mode toggles were the few that were disappearing.
Fortunately, Samsung has released a new application onto the Galaxy Apps store that should resolve the issue, if you were affected by it. They haven’t mentioned exactly why these toggles weren’t appearing for some users, but it’s hard to complain too much when they’re pushed out a simple fix for the issue.
All you have to do is download the QuickRestore Panel from Galaxy Apps, click a button, and you’re all set. It’s even better than waiting for a delayed system update.
source: All About Samsung
via: SamMobile
Come comment on this article: Samsung releases new app to fix disappearing quick settings toggles
Xiaomi celebrates 10 million Mi4 sales with a price cut to Rs.14,999

The Xiaomi Mi4 has proven exceedingly popular, it even sold out in just 15 seconds during one particular flash sale. In total, the smartphone has now been sold to 10 million customers worldwide and Xiaomi is slashing its price to just Rs.14,999 in India to celebrate.
Rs.14,999 ($230) will net you the 16GB Mi4 model so long as stocks last, which probably won’t be too long at this price. Previously, Xiaomi had been selling the handset for Rs.19,999. The 64GB model has also seen a similar discount over its lifetime. The handset which once cost Rs.21,999 ($340) now costs Rs.19,999 ($310), and this is now a permanently reduced price.
The popularity of the Xiaomi Mi4 is hardly surprising, given its high-end specifications, sleek appearance and unbelievably competitive price point. A 5-inch FullHD display, Snapdragon 801 Soc, 3GB of RAM, 13MP/8MP camera combination and 3,080mAh battery still makes the Mi4 a competitive handset in the high-end market, despite lacking a more modern 64-bit SoC.
Xiaomi managed to successfully capitalize on India’s keen eye for compelling hardware and value for money, and the country has now become a key part of the company’s growth strategy.
A closer look at the Mi4
.rvs_wrapper
width: 350px;
.rvs_wrapper.align_left
float: left;
.rvs_wrapper.align_right
float: right;
.rvs_wrapper.align_center,
.rvs_wrapper.align_none
width: 100%;
.rvs_wrapper.align_center
text-align: center;
.rvs_wrapper.align_center.cbc-latest-videos ul li
float: none;
display: inline-block;
vertical-align: top;
.rvs_wrapper.cbc-latest-videos:not(.align_none) ul li:nth-child(2n+1)
clear: both;
.rvs_title
font-weight: 600 !important;
margin: 0 !important;
font-size: 24px !important;
.rvs_wrapper.align_right .rvs_title
padding-left: 20px;
.rvs_title a
font-family: ‘Roboto Condensed’;
color: #3a3a3a;
.rvs_wrapper.cbc-latest-videos ul
padding-top: 10px;
.rvs_wrapper.align_left.cbc-latest-videos ul li,
.rvs_wrapper.align_none.cbc-latest-videos ul li
padding: 0 15px 0 0;
.rvs_wrapper.align_right.cbc-latest-videos ul li
padding: 0 0 0 15px;
float: right;
.rvs_wrapper.align_center.cbc-latest-videos ul li
padding: 0 7px;
.rvs_wrapper.cbc-latest-videos ul li > a
font-weight: 400;
.rvs_wrapper.cbc-latest-videos ul li > a .yt-thumbnail
margin-bottom: 0;
@media only screen and (max-width : 480px)
.rvs_wrapper
width: 100%;
text-align: center;
body .rvs_wrapper.cbc-latest-videos ul li
padding: 0 7px;
display: inline-block;
float: none;
vertical-align: top;
Xiaomi’s extended range of reasonably priced smartphones has seen the company secure a significant portion of the broader Asian market in just a short space of time. The most recent data suggest that the company holds 13.7% of the Chinese market, making it the largest Android manufacturer in the country.
Back in April Xiaomi launched an even less expensive spin-off of the handset in the form of the Mi4i. This model features a slightly different Snapdragon 615 processing package and smaller 2GB of RAM. The handset also ditches the 8MP front facing camera for a 5MP component, but the retail price is just Rs.12,999 ($200) more than makes up for the minor cut backs.
If you fancy grabbing the flagship Mi4 at its reduced price, the 16GB model is on sale via FlipKart.
The rise and fall of Sony Mobile: where next?

Sony Mobile may have only broke through into the phone market shortly after the turn of the century, but the Japanese manufacturer quickly rose to the top with products that redefined the way we use our smartphones.
An early period of innovation thrust the company into the limelight as it offered a credible alternative to handsets from then-leaders RIM, Nokia and Motorola. However, like many of the OEMs of that era, the company failed to respond to the threat from the Apple iPhone when it launched in 2007, and it has now become a bit-part player in the ever-competitive mobile industry.
Many of the giants from that era have now sold up and moved to pastures new, but Sony retains the fight with its current range of Xperia handsets. With many signs that the company is failing to innovate again and is headed sharply towards the pits, how can the company stave off what currently seems like almost inevitable death?
The Sony Ericsson years

Before looking to the future, we need to consider the company’s past, and it all begins with a joint venture between Sony Mobile of Japan and Sweden’s Ericsson to create the smartphone that, in 2001, arguably defined the brand from its introduction: the Sony Ericsson T68i.
Running on a proprietary OS, the T68i brought brilliant design and offered curved edges, a joystick in place of navigation buttons, and a 256 color display that set a benchmark for mobile phones. In an era when phones were boring and dull, the T68i shone through and at a cost of $650 at launch, it was very expensive. Despite this, many bought one and I remember the thrill mine gave me that arguably hasn’t been replicated since mobile phones became smart commodities.
Fast forward a year, phones were getting bigger and the concept of premium phone was born. The Sony Ericsson T610 combined a black and silver color scheme, a joystick and a 65,000 color display with 128×160 pixels resolution. The premium design was the biggest selling point and the mind-boggling display again advanced the benchmark by which other phones were defined.
Sony Ericsson K750i (far left), SE T68i (middle left) – Image Via
From the T Series, to the K series, and the peak (and then decline) of Sony’s mobile ambitions. I remember selling the first handset, the K750i, in significant volume whilst working for a major UK retailer in 2005 and this is the handset that many would call Sony’s golden egg.
The K750i’s 2MP camera ushered in the camera spec war – that still continues today – and the handset also bought a music player and expandable storage. It wasn’t all great, as it required proprietary expandable storage and used Sony’s odd Fast Port headphone jack as opposed to the 3.5mm that devices use today. The K750i was certainly a handset that was a joy to use and with MMS slowly beginning to encourage picture sharing, the camera was perfect.
The K750i camera would also see Sony focus on particular features and the result was the K800i (also known as the K790i) which is widely regarded as Sony Ericsson’s most successful mobile phone. The handset brought the Cybershot brand from Sony’s cameras to Sony Ericsson phones and the candy-bar design was a throw to the style of future mobile phones. The 3.2MP camera further grayed the line between phones and cameras while the 2-inch QVGA display was a sign of bigger displays to come.
I remember the K800i well and actually remember selling a lot of these handsets until January 2007 when Apple redefined the industry. The K800i will always be a handset that’s remembered for making the average customer realize that mobile phones could take as good pictures as the point-and-shoot cameras of the day, but like many other devices, it never got a look in once Apple introduced the iPhone.
The iPhone effect
The original iPhone (Image credit)
Like Motorola, BlackBerry – who was known as RIM BlackBerry, before dropping RIM from its name – and Nokia – who sold its mobile phone division to Microsoft and then announced a new Android-based tablet – Sony Ericsson completely failed to recognize the threat of the iPhone.
Apple’s first handset may not have done a lot but it brought something completely different; capacitive touch screens. Until the iPhone, the few touchscreen devices had used resistive touchscreens, which responded to pressure but the capacitive display on the iPhone responded to touch.
iPhone in video:
.rvs_wrapper
width: 350px;
.rvs_wrapper.align_left
float: left;
.rvs_wrapper.align_right
float: right;
.rvs_wrapper.align_center,
.rvs_wrapper.align_none
width: 100%;
.rvs_wrapper.align_center
text-align: center;
.rvs_wrapper.align_center.cbc-latest-videos ul li
float: none;
display: inline-block;
vertical-align: top;
.rvs_wrapper.cbc-latest-videos:not(.align_none) ul li:nth-child(2n+1)
clear: both;
.rvs_title
font-weight: 600 !important;
margin: 0 !important;
font-size: 24px !important;
.rvs_wrapper.align_right .rvs_title
padding-left: 20px;
.rvs_title a
font-family: ‘Roboto Condensed’;
color: #3a3a3a;
.rvs_wrapper.cbc-latest-videos ul
padding-top: 10px;
.rvs_wrapper.align_left.cbc-latest-videos ul li,
.rvs_wrapper.align_none.cbc-latest-videos ul li
padding: 0 15px 0 0;
.rvs_wrapper.align_right.cbc-latest-videos ul li
padding: 0 0 0 15px;
float: right;
.rvs_wrapper.align_center.cbc-latest-videos ul li
padding: 0 7px;
.rvs_wrapper.cbc-latest-videos ul li > a
font-weight: 400;
.rvs_wrapper.cbc-latest-videos ul li > a .yt-thumbnail
margin-bottom: 0;
@media only screen and (max-width : 480px)
.rvs_wrapper
width: 100%;
text-align: center;
body .rvs_wrapper.cbc-latest-videos ul li
padding: 0 7px;
display: inline-block;
float: none;
vertical-align: top;
As a result, the concept of an all-touchscreen device completely transformed customer expectations from a mobile phone and Sony Ericsson tried but failed to produce handsets that could actually challenge the iPhone. The key thing that Apple had was its iPhone OS (now known as iOS) which was designed for touchscreens, while Sony Ericsson – like Nokia –t ried and failed to repurpose the Symbian UI for use with touch displays.
2008 saw LG overtake Sony Ericsson, and the beginnings of a profit warning era, with profits of €1.125 billion in 2007 dropping to a loss of nearly €800 million in 2009. The decline was short, sharp and very bitter, but six years later, the company is still in operation so how did they recover?
An Xperia generation

Post iPhone launch, Sony Ericsson first backed Symbian as its platform of choice, then Windows Mobile and Android, as the battle for mobile supremacy expanded into the smartphone arena. While transitioning towards smartphones, the company still produced feature phones such as the W995 in 2009 – which had the world’s first 8-megapixel camera and was part of the Walkman-focused W series – and the Symbian-based P series, which ran Symbian and offered PDA-like features.
The key change in Sony’s fortunes came from the decision of Sony Mobile to buy out partner Ericsson and make Sony Ericsson its wholly-owned subsidiary. Announced in October 2011, Sony completed the buyout the following February, and Sony Mobile Communications was born. With the buyout, the company underwent a massive restructuring and transformation.
Prior to the buyout, Sony Ericsson had produced two smart devices which aimed to offer the best of its PDA and camera phones in a single device. Both ran on Microsoft’s Windows Mobile platform and came at an era where the entire market was questioning whether there was a demand and need for physical keyboards on mobile phones.
Of the two devices, the Xperia X1 was by far my favourite, and, although it was bereft with hardware issues and buggy software, I owned more than ten of these devices. The X1 had a unique curved slide-out full QWERTY keyboard, large touchscreen and a stylus and, while its successor the Xperia X2 fared a little better, these were Sony’s arguably most innovative smartphones.
In 2010, the company announced its first Android smartphone, the Xperia X10, which had a certain style and design that’s familiar even today. This was followed by handsets like the Xperia X10 mini pro – its first Android QWERTY sliderj, the Xperia Arc – which combined a stunning camera with impeccable design, the Xperia Ray and lastly, the Xperia Play – which had a slide-out PlayStation controller and is arguably the founding handset of the now defunct PlayStation-certified series.
Following the buyout and the birth of Sony Mobile Communication, Sony focused on Android, which was on a rapid rise towards supremacy. The Xperia S was announced in February 2012 and bought large internal storage (32GB), a 4.3-inch HD display and a 12MP rear camera that would appear on many devices going forward. This was followed by flagship handsets such as the Xperia Ion and Xperia Acro as well as lower-handsets such as the Xperia P and Xperia U as the Xperia brand encompassed Sony’s entire smartphone portfolio.
The announcement of the Xperia Z in 2013 saw the introduction of Sony’s current flagship smartphone range and the birth of iterative upgrades, a strategy that ultimately failed to capture the market. The table below shows the different flagship Xperia Z devices and how they compare:
| Detail | Xperia Z | Xperia Z1 | Xperia Z2 | Xperia Z3 | Xperia Z3+ |
|---|---|---|---|---|---|
| Device: | |||||
| Display Size: | 5.0 inch TFT | 5.0 inch TFT | 5.2 inch IPS | 5.2 inch IPS | 5.2 inch IPS |
| Display Resolution: | Full HD (1080×1920) | Full HD (1080×1920) | Full HD (1080×1920) | Full HD (1080×1920) | Full HD (1080×1920) |
| Display Density: | 441ppi | 441ppi | 424ppi | 424ppi | 424ppi |
| Processor: | quad-core Snapdragon S4 Pro 4 x 1.5GHz |
quad-core Snapdragon 800 4 x 2.2GHz |
quad-core Snapdragon 801 4 x 2.3GHz |
quad-core Snapdragon 801 4 x 2.5GHz |
octa-core Snapdragon 810 4 x 2.0GHz, 4 x 1.5GHz |
| Storage: | 16GB | 16GB | 16GB | 16GB/32GB | 32GB |
| Expandable storage? | microSD, up to 64GB | microSD, up to 64GB | microSD, up to 128GB | microSD, up to 128GB | microSD, up to 128GB |
| RAM: | 2GB | 2GB | 3GB | 3GB | 3GB |
| LTE: | Cat 3 (100Mbps DL, 50Mbps UL) | Cat 4 (150Mbps DL, 50Mbps UL) | Cat 4 (150Mbps DL, 50Mbps UL) | Cat 4 (150Mbps DL, 50Mbps UL) | Cat 6 (300Mbps DL, 50Mbps UL) |
| First OS: | Android 4.1.2 | Android 4.2 | Android 4.4.2 | Android 4.4.4 | Android 5.0 |
| IP dust/water rating | IP57 water resistance up to 1 meter and 30 minutes |
IP58 water resistance up to 1.5 meters and 30 minutes |
IP58 water resistance up to 1.5 meters and 30 minutes |
IP68 water resistance up to 1 meter and 30 minutes |
IP68 water resistance up to 1.5 meters and 30 minutes |
| Camera: | |||||
| Sensor size: | 13.1MP | 20.7MP | 20.7MP | 20.7MP | 20.7MP |
| Video recording (1080p): | 30fps | 30fps | 60fps | 60fps | 60fps |
| Video Recording (4K/2160p): | None | None | 30fps | 30fps | 30fps |
| Front camera: | 2.2MP, 1080p@30fps | 2MP, 1080p@30fps | 2.2MP, 1080p@30fps | 2.2MP, 1080p@30fps | 5.1MP, 1080p@30fps |
| Flash | single-LED | single-LED | single-LED | single-LED | single-LED |
| Battery: | |||||
| Capacity: | 2330 mAh | 3000 mAh | 3200 mAh | 3100 mAh | 2930 mAh |
| Removable Battery? | No | No | No | No | No |
| Fast Charging? | No | No | 60% in 30 mins Quick Charge 2.0 |
60% in 30 mins Quick Charge 2.0 |
60% in 30 mins Quick Charge 2.0 |
On paper, the Xperia Z was revolutionary, but in the hand, it was very much a case of numbers can be deceiving. Sony followed this up with several handsets and while there have been some improvements in display type and camera, the series has become synonymous with evolution, over revolution. The Xperia Z range has also given birth to other handsets and Sony’s push into multiple sizes; the Xperia Z Ultra was a larger-than-life phablet that let you use a normal pen or pencil on the display, while the Xperia Z3 Compact is arguably the best handset produced by Sony Mobile.
Yet here we are, eight years after the first iPhone was announced and despite plenty of new devices, and restructuring resulting in thousands of layoffs all around the world, Sony has failed to recapture its early magic. Like many others, the company has shown its not willing to risk on innovation and prefers to offer iterative updates, and this strategy is plainly not working.
How can Sony prevent a seemingly-inevitable demise, and is it time to change its Xperia Z strategy to refocus its efforts elsewhere?
Where does Sony Mobile go from here?

With the demise of Sony Ericsson behind it, Sony should have learnt from its mistakes. While the Japanese company has attempted to steady the ship, there seems to be very little resolve to challenge the status quo.
Sony has wisely integrated some of its non-mobile technologies, like the X-Reality Engine, BIONZ image processing unit, and Exmor-R sensor, into is smartphones, but this hasn’t been enough to stop the decline. While Sony was focusing on adapting its existing technology, its rivals have pushed on real innovation and left Sony behind.
Sony’s partners get better images than Sony from the same sensor
The company may have camera knowledge, but strangely, its partners have had better luck with Sony camera sensors than it has itself. It’s rather ironic that Sony provides the camera sensors for lots of Samsung and Apple smartphones, yet its inferior processing results in worse images than its partners produce using the same camera module.
That being said, it’s not all bad for Sony as the company’s Omnibalance design and advanced water resistance do give it a couple of unique selling points. The key problem for the manufacturer is that it just doesn’t upgrade its smartphones enough between each release cycle. Let’s consider the Xperia Z2, the Xperia Z3 and the Xperia Z3+, and how little are the differences between each handset.
Under CEO Kaz Hirai, Sony has been struggling to turn a profit from its mobile business. Is he still committed to it?
Going forward, there’s a few ways the company can remain relevant but the key is to change the release cycle. Sure there will always be a demand for newer handsets in its home country of Japan so Sony could keep its current cycle there (without giving each handset a new name in the Xperia Z range) but for other markets, Sony should stick to one flagship per year.
It’s not just slowing the release cadence; each handset needs to be different to the others, whether by improving the display, changing the design or meaningfully improving the camera. At the moment, it seems that Sony releases handsets for the sake of releasing handsets, but surely it’s time to refocus?
If just handset comparisons don’t make a compelling case enough, here’s Sony’s finances over the past ten years. Sony’s product strategy clearly hasn’t helped reverse the decline it has experienced since the iPhone was released:
Alongside changing its smartphone strategy, the company could also focus more on other devices such as wearables, smart cameras and tablets. While it has failed in the smartphone market, its performance in the tablet market is a different story and its latest device, the Xperia Z4 Tablet, is arguably one of the best Android tablets ever released.
Android tablets have failed to dominate the tablet market in quite the same way their smartphone siblings have, yet the waterproof Xperia Z4 Tablet has market-leading specs and is designed for use in a spectrum of conditions from the dusty deserts of the Middle East to the rain-lashed monsoons of Asia and the unpredictable weather of Europe and the USA. Sony could easily make tablets its key focus going forward.

From tablets to smart cameras and the innovative QX10 and QX100 clip-on cameras that were announced at IFA 2013. Debuted alongside the Xperia Z2, these lenses acted as remote viewfinders and allowed you to capture images with optical zoom from your smartphone but failed to capture the market as intended. The QX-10 offered great quality point-and-shoot images while the QX-100 offered the manual controls that was missing from the QX-10, albeit with a much much larger price tag.
The QX-10 and QX-100 were joined by the second-generation QX1 and QX30, which bought upgrades that include 30x optical zoom and a mount for the E lenses used in Sony’s DSLR range. Could the QX series be Sony’s secret weapon to carve out its own little lucrative niche in the market? Now Nokia has sold its smartphone division to Microsoft, it’s unlikely we’ll see a successor to the 42MP-clad Nokia Lumia 1020 and maybe there’s an opportunity for Sony to rekindle the camera-magic of its past in a bid for its future.
Wearables is another area where Sony has a long pedigree, with the Sony Ericsson Live View wearable launching all the way back in 2005. One of the pioneers of the modern smartwatch, Sony adopted Google’s Android Wear operating system in the third generation of its SmartWatch range but with the Apple Watch now firmly entrenched on almost a million wrists, the real challenge is about to begin.
While Sony doesn’t have a lot of control over the Android Wear software its devices run on, the company can refocus its design efforts to achieve the premium look that the Apple Watch and certain Android Wear rivals – such as the Huawei Watch and LG G Watch R – have achieved. Our very own Bogdan Petrovan touched on this in our feature on where Sony went wrong earlier this year and said that Sony could become the Apple of Android by focusing on premium devices; just like Bogdan, I agree that its unlikely Sony will take this approach but it’s definitely something for Sony to consider.
Although the SmartWatch 3 is now available in metal, I would like to see Sony really challenge the concept of a smartwatch in its next generation with unique innovative design that’s the result of careful consideration for the end user. Whether its achieving the right balance between size and design to an impressive display or super-large battery, Sony’s next wearable needs to be different.
And there-in lies the word that defines Sony as we know it: an inability to be different. In an ever-growing saturated smartphone market, the company needs its devices to stand apart from the rest, and as good as they are, the Xperia Z range fails to do this. Let’s look at how the Xperia Z3+ fares against the best from Samsung, LG, HTC and Huawei:
| Detail | Sony Xperia Z3+ | HTC One M9 | Galaxy S6 | LG G4 |
|---|---|---|---|---|
| Hardware: | ||||
| Display Size: | 5.2 inch IPS | 5.0 inch Super LCD3 | 5.1 inch Super AMOLED | 5.5 inch IPS |
| Display Resolution: | Full HD (1080×1920) | Full HD (1080×1920) | Quad HD (1440×2560) | Quad HD (1440×2560) |
| Display Density: | 424ppi | 441ppi | 577ppi | 538ppi |
| Processor: | octa-core Snapdragon 810 4 x 2GHz + 4 x 1.5GHz |
octa-core Snapdragon 810 4 x 2GHz + 4 x 1.5GHz |
octa-core Exynos 7420 4 x 2.1GHz, 4 x 1.5GHz |
hexa-core Snapdragon 808 2 x 1.82GHz, 4 x 1.44GHz |
| Storage: | 32GB | 32GB | 32/64/128GB | 32GB |
| Expandable storage? | microSD, up to 128GB | microSD, up to 128GB | No | microSD, up to 128GB |
| RAM: | 3GB | 3GB | 3GB | 3GB |
| Build Type: | Glass and plastic | Aluminium Unibody | Glass and metal | Plastic front with Plastic or Leather rear |
| LTE: | Cat 6 (300Mbps DL, 50Mbps UL) | Cat 6 (300Mbps DL, 50Mbps UL) | Cat 6 (300Mbps DL, 50Mbps UL) | Cat 6 (300Mbps DL, 50Mbps UL) |
| Fingerprint Sensor: | No | No | Yes Payments: Samsung Pay PayPal Certified |
No |
| SIM card | Single SIM | Single SIM | Single SIM | Single SIM |
| Software: | ||||
| OS version: | Android 5.0 | Android 5.0 | Android 5.0.2 | Android 5.1 (Lollipop) |
| User Interface: | Sony UI | HTC Sense 7 | TouchWiz UI | LG G UX 4.0 |
| Camera: | ||||
| Sensor size: | 20.7MP | 20MP | 16MP | 16MP with color spectrum sensor |
| Autofocus: | Yes | Yes | Yes | Laser |
| Optical Image Stabilisation: | No | No | Yes | Yes |
| Video recording (1080p): | 60fps | 60fps | 60fps | 60fps |
| Video Recording (4K/2160p): | 30fps | 30fps | 30fps | 30fps |
| Front camera: | 5.1MP, 1080p@30fps | 4MP Ultrapixel 1080p@30fps |
5MP, 1440p@30fps | 8MP, 1080p@30fps |
| Flash | LED flash | dual-LED (dual tone) | LED flash | LED flash |
| Battery: | ||||
| Capacity: | 2930 mAh | 2840 mAh | 2550mAh | 3000 mAh |
| Removable Battery? | No | No | No | Yes |
| Fast Charging: | Quick Charge 2.0 60% in 30 mins |
Quick Charge 2.0 60% in 30 mins |
Quick Charge 2.0 60% in 30 mins |
None |
| Wireless Charging: | No | No | Yes, PMA+Qi | Optional |
To stave off the demise, Sony needs to rekindle the magic that made Sony Ericsson successful. It needs to be bold and daring.
If Sony can think outside the box and really be innovative in its next smartphone and wearables, there’s a lot of the hope for the company yet. However, a failure to differentiate against the Xperia Z3+ could mean the end of the company’s global smartphone aspirations. Sony is no longer one of the top 10 global smartphone manufacturers – a list that is dominated incidentally by no less than seven Chinese manufacturers – and without daring to be different and really challenge the status quo, the company has no chance.
Sony needs to dare to be different
If it wants to truly be different, why not finally deliver the metal-clad Xperia handset that should have been the Xperia Z4? Add in a Quad HD display, stable processor, excellent camera – with image processing that harnesses the full potential of the module – and waterproofing if possible and the company has a handset that could challenge the very best. Stick with glass and plastic, the same design – which was once delightful but is now boring – and only offer a mediocre specs upgrade, and Sony’s fate will be sealed.
What do you think? Can Sony turn around or is the writing on the wall? Let us know your views in the comments below!
Full Video of Jeff Williams Interview at Code Conference Now Available
Re/code has shared the full video and transcript of Apple senior vice president of operations Jeff Williams speaking with journalist Walt Mossberg at Code Conference in Ranchos Palos Verdes last month. Williams reflected on a number of topics during the half-hour session, ranging from the Apple Watch and wearable technology to running Apple’s supply chain and overseeing the development of ResearchKit.
Williams also fielded questions from the audience about the changing need for physical storage and processing power on an iPhone, health-related monitoring systems on the Apple Watch, entering new product categories such as the car, vertical integration within Apple and the company’s responsibility to advancing technologies and bringing jobs to the United States as a U.S. corporation.
http://player.theplatform.com/p/PhfuRC/vNP4WUiQeJFa/embed/select/_TMKji6NzfJg?autoPlay=true&t=7
Williams confirmed at the time that native Apple Watch apps will be available this fall through the WatchOS 2 SDK, providing developers with access to the wrist-worn device’s Taptic Engine, Digital Crown, accelerometer, heart rate sensor, speaker and microphone. He also said Apple Watch sales are “fantastic,” but neglected to provide any specific sales figures beyond saying “demand divided by supply is greater than one.”
Devialet’s $2,000 Phantom speaker lands with a boom in the US
There always seems to be a gap between what’s described as “good sound” and “great sound” for home audio systems, one that’s usually bridged in dollar signs. Serious audiophiles with a discerning ear, lots of cash and enough square footage can always find a unique and powerful setup that will impress, both visually and aurally. In order to help bridge that gap and offer “cutting-edge design, pure physics and ultimate musicality” to a broader audience, French audio maker Devialet created the $1,990+ Phantom Implosive Sound Center. It’s a super-compact wireless system that boasts a frequency range from 16Hz of sub-bass up to crystalline 25kHz highs, all in what appears to be a single alien egg. It’s powered by a traditional wall socket, connects to an intelligent audio router ($329) and uses Bluetooth or WiFi for wireless connectivity through the Spark application. Today, the Phantom hops the pond and lands in the US market with 750-watt and 3,000-watt models, with the first batch of pre-orders shipping in September. Let’s take a closer look.
To be clear, I’m fairly uninitiated in the realm of ultra high-end audio. I’ve enjoyed finely tuned club systems, above-average home setups and quality Bluetooth portables, but it’s a rare occasion to experience something crafted for a state-of-the-art listening experience. Brands like McIntosh, Burmester, Dynaudio and, well, Devialet cater to a niche market, but can be appreciated by anyone when experienced first hand. I managed to get a few listens in on the Phantom to see what this boundary pushing product has to offer. Is it for everyone? Maybe not, but it’s potentially less niche than others in the genre.
Its 23-pound body is composed of polycarbonate, aluminum for dome drivers and the central core, plus an ABS external skin. Inside, ADH Intelligence (Analog Digital Hybrid) chips provide digital amplification and are made at Devialet’s French factory instead of being jobbed out to a third party. They help provide distortion-free listening and we’re told that you can’t blow these speakers out; they’ll automatically adjust in volume to keep things from getting out of hand. Another proprietary bit of tech onboard is SAM Processing (Speaker Active Matching), which aims to bring recording-authentic output to your ears.

The heart of the Phantom is a sphere that’s pressure sealed to “levels associated with a rocket launch” and uses patented Heart Beat Implosion tech to drive the bottom end. The speakers themselves are all flush with the surface of this internal unit for optimal output. Even the exterior design is said to be the result of acoustical law rather than whimsical design; using smooth edges for minimal interference with the sound emanating from within. This compact technology is the fruit grown out of 10 years of R&D, and $30 million acquired in an earlier round of funding.

Unless you use the optical input, you’re locked into playing music through Devialet’s Spark application (available for iOS, Mac and Android). Connect your mobile devices or computer to the same WiFi network as the Dialog audio router and the app walks you through set up. This allows you to play any music stored locally on your device or stream directly from Deezer or Qobuz’s online servies (Devialet is French, after all). You can set up zones (like Living Room or Kitchen), select a diminished nighttime mode and control volume directly from the application. There are plans to provide software updates to support 5.1 cinema (if you’re willing to pony up for six of these), web radio and more, at some point in the future.
So how does this speaker actually sound? A more discerning audiophile could probably deliver a litany of spec comparisons, a bit like a sommelier at a restaurant would do with wine. At $2,000, though, it’s always wise to review the specs yourself and demo it first-hand. I heard the Phantom in two environments: first in a small 8×15 ft. office with a Devialet-provided demo playing off of a Mac using the Spark application. The bass was enveloping, while the sound of fingers gliding across tightly coiled guitar strings stood out prominently in an acoustical portion of the tune. The second occasion was in a sound-dampened studio (about 50 x 30 feet) listening to Papertwin’s Alkaline and while the speaker still packed a punch and was clearly heard throughout the room, its impact was dissipated. Still, the subs did deliver powerful-enough lows to still be felt across the room, if only faintly. If you’ve got a large loft, you’ll probably want to consider at least two — just be sure to invite us to the party.
Filed under: Home Entertainment
ICYMI: A new naval launcher, Halo on HoloLens and more
![]()
Today on In Case You Missed It: The Sandia National Labs robot that walked for two and a half hours on 350 watts of power; the amazing Halo 5 HoloLens demo that makes me want to pick up a gun (virtually of course); and the new electromagnetic aircraft launcher the Navy is having way too much fun testing out.
And from the cutting room floor, make sure you check out this gorgeous video from astronauts at the International Space Station. They’ve been shooting stunning Earth and space views but the best bits are the parts where they’re making and eating food. We also really wanted to address SnapChat CEO Evan Spiegel’s strange, low-resolution video but alas. Next time!
As always, let us know about any cool stories or videos that you stumble across by using the #ICYMI hashtag @engadget or @mskerryd.
Filed under: Displays, Misc, Gaming, Robots, Science, Internet, Microsoft, AT&T
Microsoft Band will track your golf game from start to finish
You won’t have to worry about buying a dedicated golf watch to track every nuance of your next trip to the links — a Microsoft Band will soon do the job. The folks in Redmond are partnering with TaylorMade to add golfing support to both the Band and the Health app in the weeks ahead. Health will help you find your tee and compile stats, but the wearable should be the real star of the show. The Band will use GPS to detect your hole and give you distance estimates, and it’ll be smart enough to keep track of your score based on your swings. It will even tell when you’re making practice shots. Should that not be enough, TaylorMade’s myRoundPro app will draw on the Band to give you detailed data about your round, such as how often you stayed on the fairway. Although these impending updates aren’t going to improve your swing, they should help you spend more time sinking the ball and less time marking scorecards.
Filed under: Cellphones, Wearables, Mobile, Microsoft
Source: Microsoft
Shoot RAW photos on your iPhone with this tiny camera
Apple’s keen to remind the world how great the camera on the iPhone 6 is with its new “Shot on iPhone 6″ billboards. But, some mobile photographers want more. That’s where the new DxO One comes in. It’s tiny camera that attaches to the iPhone’s Lightning port. It shoots RAW images with a 20.2 MP one-inch CMOS BSI sensor behind an f/1.8 32mm equivalent lens. The One can shoot independent of the iPhone, but when attached with the companion app launched, it turns the iPhone into a large viewfinder with the same manual controls found on a DSLR. The camera is available for pre-order now in the US for $599 and will ship in September.
When attached to an iPhone or iPad with a lightning port, the camera rotates plus or minus 60 degrees and when flipped over, takes the most important photo of all, the selfie. While the camera stores RAW photos on a microSD, it sends JPEGs to the attached iOS device so you can post them to your favorite social network. For low-light situations, the Super RAW feature shoots four RAW photos of varying exposures and merges them. It’s a fancy name for high resolution in-camera HDR.
Frankly, it’s a fancy little camera for someone that wants better photos without lugging around another camera. The One fits easily in your pocket and will finally let you take those photos in the club without everything looking all grainy. That’s what Instagram filters are for.
Filed under: Cameras, Handhelds
Source: DxO
Scientists discover how to make safer lithium batteries
Lithium-based batteries’ tendency to overheat and catch fire has been keeping back the development of promising new technologies. In particular, it’s been affecting R&D of lithium-sulfur and lithium-air batteries, both of which are much lighter than current options and can store 10 times more energy. Thankfully, a group of Stanford researchers has discovered a way to make them a lot safer. See, batteries based on the metal usually short out or randomly burst into flames due to dendrites or finger-like growths of lithium. These dendrites start forming once the electrode starts to break down, elongating more and more as time goes by, until they pierce the barrier separating the anode from the cathode (as pictured above.)
So, in order to make next-gen batteries that don’t spontaneously combust, the researchers looked for a way to keep dendrites from forming. They added two kinds of chemicals to the electrolytes of coin cell batteries during their experiments. One is lithium nitrate, which is already a known additive that improves battery life, and the other is lithium polysulfide, which has the capability to break down lithium electrode. After running tests using different concentrations, they found that the right mixture led to the formation of harmless pancake-like growths (see top right) instead of dendrites.
Further, adding both chemicals made the batteries more resilient, as they continued to operate at 99 percent efficiency even after 300 charge-discharge cycles. Those that were only treated with lithium nitrate started becoming less efficient after 150 cycles. “This does not completely solve all the problems associated with lithium metal batteries,” Fiona Li, one of the paper’s authors, said, “but it’s an important step.” After all, lithium-sulfur and lithium-air batteries could lead to EVs with much longer ranges and gadgets that last for days without being recharged.
Filed under: Science
Source: Stanford University, Nature








