Apple’s ‘AirPods’ to Use Custom Bluetooth Chip, Target Higher End Than Beats Brand
In a report confirming rumors Apple will remove the headphone jack in the iPhone 7 to improve the device’s water resistance, KGI Securities analyst Ming-Chi Kuo today shared his predictions on how Apple will capitalize on the Bluetooth headphone market in the coming months.
First and foremost, as has been rumored, Kuo suggests Apple is working on its own Bluetooth-like communication chip and its own Bluetooth headphones. Previous information suggests the Bluetooth chip will improve battery performance for longer battery life.
The chip may be included in the wireless earbuds Apple has in development, which are said to be Bragi Dash-style wireless Bluetooth earbuds that are entirely wire free. The earbuds will be called “AirPods,” based on trademark filings that have been discovered, and the product could be unveiled as early as September 7 alongside the iPhone 7.
Apple’s earbuds are rumored to resemble the Bragi Dash
According to Kuo, Apple will sell its Apple-branded Bluetooth headphones alongside its Beats line of headphones, targeting the high-end market with the “AirPods” and the mid-range market with the Beats headphones. It is not clear if that means the AirPods will be priced higher than Beats headphones are at the current time or if Apple plans to lower prices on Beats going forward.
We believe Apple will position Beats in the midrange market once it launches Apple’s own-brand Bluetooth headphones, in order to maximize profit with a dual-brand strategy. We also believe Apple will have its own-designed Bluetooth-like communication chip, given its higher requirements for power-saving, communication specs and potential rapid growth of Bluetooth headphone shipments. Cheng-Uei and Inventec are the likely choices for assembly service.
While Apple will sell multiple models of Bluetooth headphones and expects strong growth potential in the market, Kuo does not believe the company will package Bluetooth headphones with the iPhone 7. Instead, Apple is likely to ship the iPhone 7 with Lightning-based EarPods that feature a Lightning connector instead of a 3.5mm headphone jack.
Apple’s Bluetooth headphone plans will become clearer starting tomorrow, following the debut of the iPhone 7. At its September 7 event, Apple will show off the iPhone 7 and the iPhone 7 Plus, the Apple Watch 2, and new Beats headphones. As previously mentioned, it’s possible we’ll see the AirPods, but given a lack of rumors, the device may not be ready for launch.
Related Roundup: iPhone 7
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What you need to know about dark themes and battery savings
Dark is beautiful.
I’ve said this for years: Every time I have any support interaction with Google Play Music, I conclude the conversation asking about the return of that glorious dark theme. Dark themes in apps can be awesome, but dark themes for your home screen can be pure perfection. If you’re using an AMOLED phone, dark themes can be energy-efficient as well as gorgeous — but only in very specific circumstances.
Here’s what they are and how to make your own.
AMOLED and power-saving
If you have an LCD or IPS (which is a type of LCD) screen on your phone, you can skip down to the next section: black or not, your pixels and screen are on and using energy, period. Any dark theme you use will be for pure aesthetics or for time efficiency, which we’ll get to in a bit.
But if you have an AMOLED screen, then yes, a dark theme can save you a bit of battery. This is because your screen lights up individual pixels rather than lighting up the whole screen with a backlight. BUT, if that color is one digit off from hex black #000000, the pixel is still technically on and being used. This is why when dealing with dark themes, details are important.
You want to know another detail that’s important? Most of you aren’t on your home screen enough for it to really matter. See, the home screen is like a landing page, or the desktop on your computer. How often do you just sit there looking at the wallpaper and the app icons?
Ever see your launcher show up in your battery stats? Not really, right? Well, that’s because it’s not using enough of your battery for it to be worth listing outside apps like GSam, where it uses around .2% of the battery, depending of course on your launcher.
Your screen, on the other hand, can account for over 50% of the battery use on your phone, and while I agree lighting up fewer pixels can save you a few drops of power, your goal should be to have as little of the screen lit up as short a time as possible, because nothing will save your battery more than getting the screen shut back off sooner.
The Layout
Now, some dark theme guides tell you to have as little as humanly possible on your home screen so that there’s as few pixels being lit up as possible. Not only does this make your home screen sparse, it honestly makes it kind of wasteful. Instead of aiming to eliminate as much as possible from your screen, the idea should be to consolidate what’s there so that you can find the apps you’re looking for quickly and then turn the screen back off.
To this end, if there are several apps you use on a regular basis, instead of digging in the app drawer every time you need them, consider stashing them on the home screen or in a home screen folder. Or using gesture shortcuts in launchers like Nova Launcher to access them, so that you can still have a shortcut on the screen without lighting up the pixels an icon would use.
Many guides also eschew widgets, saying that they waste battery and are unnecessary. If a widget can keep you from going into an app to do something simple like see your next calendar appointment or change tracks on a song, then a widget can save you time, energy, and can absolutely be worth it. It’s all about making sure it’s a widget you actually use, and getting a minimalist widget if available.
The Wallpaper
If you AMOLED users want to get the most energy-efficient wallpaper, here’s a rectangle of pure darkness.
For those of us who still want some personality in our dark wallpapers, check out these. Now, AMOLED-users need hex black wallpapers for their dark theme to actually be energy efficient, so if you choose a wallpaper that isn’t, you’ll need to make it #000000. If you can’t tell, open the wallpaper in Google Photos and see if there’s a change between the wallpaper’s black and the hex black of the viewer.
Making a dark wallpaper hex black
Download your desired wallpaper.
Download Snapseed photo editor.
Open Snapseed.
Open your downloaded wallpaper.
Edit the image (tap the pencil icon in the bottom right corner).
Tap Tune image.
Swipe up on the image to change from Brightness to Shadows tuning.
Look at the graph on the bottom of the editor, just above the bottom control bar. You should see a spike near but not quite to the left edge.
Swipe to the left on the image to dark the image and pull that spike towards the left edge.
When the spike gets to the left edge stop swiping.
Tap the checkmark to finish editing.
Tap Save to save your new hex-dark wallpaper.
Note: If your image is just back/white or black/white with a small accent color, you can hit Contrast and boost your whites and your darks at the same time by increasing the contrast of the image.
Once you have the image edited, you can set it on most launchers by long-pressing a blank space on your home screen and selecting Wallpapers.
The Icons
The icons we use here should be easy to recognize and light up as few pixels as possible (if on AMOLED). To that end, I recommend Lines (Free, $1.99, whose icons have a beautiful wireframe look to them and fit well with most minimalistic themes and wallpapers. If Lines is a little too hard to read for your eyes, try Whicons (Free).
Another important setting to consider alongside your icons is the labels below them. The apps on your home screen should be apps you already recognize, so why light up pixels for app names you already know? Labels are already turned off on the dock for most launchers, and you can turn them off for the Nova Launcher home screen in Nova Settings > Desktop > Icon layout. In Action Launcher, app labels can be turned off in Action 3 Settings > Desktop > Text labels.
Is it worth it?
If you’re a heavy user and are looking to get every iota of use out of your AMOLED phone that you can before you reach for your handy dandy power pack? Yeah, a smartly laid out hex black theme can probably get you a few extra minutes.
If you’re not that big a home screen user anyway? If you’re not on AMOLED? Then it could be a bit faster for you, but it’s not gonna magically boost your battery. It’ll look cool, though, and that’s enough for this darkness-loving girl.
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Go Time! Episode 8: Mrs. Cloyster and Mr. Onix
Episode 8 of Go Time has arrived!
In Episode 8 of Go Time, the team returns with a member of Valor, Mystic and Instinct.
This week things got a bit silly though, since Team Instinct throws out the script. We discuss the upcoming update where you’ll be able to choose a Pokemon to walk with you. After that, the shenanigans ensue. It starts with our favorite names for Pokémon before diverging into what team characters from our favorite television shows would belong to!
We’ve been having a ton of fun talking about Pokemon Go, and we hope you’ll join in our shenanigans!
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- Or add us to your podcatcher of choice!
You can also join our Facebook page to keep up on all things Pokémon Go. See you in the world!
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Water and dust proofing: IP-ratings explained
In a world where the number of gadgets being launched is on the up, and so many being made to cope with indoor and outdoor life, there’s an increasing number of products sold with an IP-rating. After all, if you have an action camera, smart sports watch or even smartphone, you need to know it’s going to survive the British rain, at the beach or even white water rafting.
With so many different codes, stamps and names for water and dust resistant qualities and certifications, it can be confusing. In this guide, we’ll brake down what the IP-rating even means, explain a few of the more common ones, as well as detail other kinds of water resistance.
IP ratings – what do the letters and numbers stand for?
IP ratings are made up of four characters. Five in some very rare cases, but you’re unlikely to ever see those on a phone, unless Samsung makes a phone that’s impervious to high pressure jets of steam.
The first two characters, I and P stand for Ingress Protection or – in other words – how good it is at stopping stuff getting inside it. The third digit is the number that indicates how good it is at protecting against small solids (dust/sand etc), with a maximum rating of 6. This ranges from no protection at all, through small screws, a little dust or all dust.
The last digit is the liquid or water resistant rating, with a max rating of 8.
In other words, if you see IP68 somewhere, you know it offers the highest IP rating for both dust and water resistance. At least, when it comes to the IP-rating certification.
What does IP68 mean?
When it comes to solids, devices like the Xperia Z5, Galaxy Note 5 and Galaxy S7 have been tested against dust and found to be dust tight. It’ll come as some relief that the ‘6’ also means it’s good with deliberate contact with a body part, so it won’t crumble like a Jacob’s Cream Cracker when you pick it up.
As for the 8 at the end, that means the phone has been tested at depths more then 1 metre, and found to be unharmed. While the standard testing doesn’t specifically mention an exact depth, you’ll find manufacturers do list them. For instance, Samsung says its IP68 rated Galaxy Note 7 can survive being up to 1.5 metres deep for up to 30 minutes.
- IP = Ingress Protection
- 6 = Dust Tight
- 8 = Survives being submerged in water over 1m deep (manufacturer determines exactly how deep)
It’s probably worth noting, just because something is IP68 rated and great at lasting underwater, it may not be tested to withstand rain or spray from a jet of some kind.
What does IP65 mean?
Often times you’ll see products with more than one IP rating, and that’s simply because they’re tested for different kinds of water proofing. For instance, the Sony Xperia Z5 has both IP68 and IP65 rating. As mentioned already, the IP68 rating means it can survive being submerged. IP65 denotes that it’s also good at handling spray.
Technically, it’s tested using water being projected by a 6.3mm nozzle. In real world use though, it just means it can survive the rain, or the shower. Just don’t go spraying it with a pressure washer. As a bonus, because it also has the ‘6’ in there, it’s also impervious to dust.
What about IP67, IP53 or others?
There’s a large number of combinations when it comes to IP ratings, and it can get confusing. IP67 devices, like the [X] for instance have the same dust resistance as the Galaxy S7 and Xperia Z5, but can only survive being up to 1 metre deep in water. Any more than that and the water will push through any protection.
HTC 10, as an other example has IP53, which means it’s somewhat protected against dust, but not totally, and can live with spraying water, but not jets of water and certainly not being submerged.
What does IPX7 mean?
The presence of the X in the rating does throw some people, but devices like the Apple Watch, some Garmin cameras and wearables, and even some phones feature it. It means the device hasn’t been certified for protection against dust, but doesn’t mean it’s not dust resistant.
As with any other rating with 7 at the end, it means the Apple Watch (as an example) can last up to half an hour in water up to one metre deep.
What is nano-coating?
A nano-coating is essentially a microscopically thin film that’s sprayed over the internal components to help water roll away from anything that could potentially be damaged by moisture.
Some companies, specifically Motorola, like to build their phones with a water repellant nano-coating, but don’t offer a specific IP-rating. With these devices, like the Moto Z, the phone will probably be fine with accidental spills, light rain or the odd splash, but won’t survive being submerged or when faced with jets of water or heavy rain.
Put simply: don’t take them in the shower, and definitely don’t take them underwater on your holidays.
What does ATM mean?
Although some smartwatches will include an IP-rating, you’ll more often than not find water proof capabilities denoted by ATM, at least with watches designed for sports or outdoor activities. ATM stands for atmospheres (nothing to do with cash machines), and basically indicates how much pressure it can take. Or in other words, how deep you can take it under water.
It’s normally reserved for devices designed to be used underwater, and in most cases, one ATM is 10 metres, five ATM is 50 metres and ten ATM is 100 metres.
For a break down of each individual possible IP-rating, check out the level-by-level chart on DSMT.com.
Volvo creates a company to sell self-driving car software
Volvo isn’t going to hoard its self-driving car expertise. It’s partnering with safety supplier Autoliv on a joint venture that will create autonomous driving software (including driver assistance) not just for Volvo, but for any company looking to add hands-free features to their lineups. The two firms hope to start selling driver assistance tech by 2019, and full-fledged autonomy by 2021.
The alliance will help Volvo, of course, since it’ll both increase the amount of work on its own self-driving vehicles and give it a way to profit from competitors. However, it should also tackle one of the greatest challenges in the industry: making driverless technology accessible. Car makers that can’t afford to design their own systems could soon buy it outright and focus their attention on building the cars themselves. In short, you may not have to be picky about your choice of ride just because you want to keep your hands off the wheel.
Via: Reuters
Source: Volvo
DJI’s folding ‘Mavic’ drone images leak out
DJI’s Adam Najberg recently told Engadget that if the average consumer is going to buy a drone, “size is going to be an issue. Also ease of use.” Judging by a recent leak, the company may not be just musing about such a product. Drone site Heliguy leaked an image of a small camera drone that collapses down for easy transport. If accurate, it could be called the “Mavic,” a name DJI recently trademarked.
According to rumors, it’ll pack a 4K camera, two-axis gimbal, collapsible arms and an LCD-equipped controller running Android. At 1.43 pounds, it would be by far DJI’s lightest camera-equipped drone; the second smallest DJI Phantom 2 Vision weighs 2.6 pounds. Another leak puts the battery size at 3,380 mAh, compared to 5,200 mAh for the Phantom 2 Vision.
“If I can take [a drone] out of my jacket pocket and throw it up into the air, or just put it on the ground and push a button, and it goes up and it takes a photo […] that’s the kind of functionality,” that would be necessary for a simple consumer drone, Najberg told us on Sunday. (There’s no sign that this can be launched by throwing it, though.) We recently saw another drone that fits the “small, easy-to-use” bill, the 4K Yuneec Breeze, though that model doesn’t fold down.
Depending on when it arrives, such a model from DJI could steal, or at least borrow, some thunder from DJI’s Karma drone. The rumor mill has that UAV arriving on September 19th at Photokina, while DJI’s Mavic will reportedly arrive on September 15th. Take all this speculation with a lot of salt, of course, because nothing has been confirmed by DJI. If it comes to pass, though, the photography exhibition at Cologne in just two weeks will be more interesting for drone fans.
Via: Digital Trends
Source: Heliguy
AT&T tests drones on its LTE network to prepare for deliveries
If you want drones to deliver packages and food to your doorstep in the future, they’ll need to break free of the limitations of WiFi. That’s one major reason why AT&T is gearing up to test drones on its LTE 4G network, which are powered by Qualcomm’s Snapdragon Flight platform. As you can imagine, it’ll involve figuring out how to ensure drones stay connected to AT&T’s network, even when they’re beyond operators’ line of sight. On top of deliveries, the carrier says its testing could also let drones tackle things like inspections, rescues and exploration.
“Not only do we aim to analyze wide-scalable LTE optimization for safe, legal commercial SUAS use cases with beyond line-of-sight connectivity, but the results can help inform positive developments in drone regulations and 5G specifications as they pertain to wide-scale deployment of numerous drone use cases,” said Qualcomm CTO Matt Grob in a statement.
AT&T will kick off the drone tests this month at Qualcomm’s San Diego headquarters, which houses an FAA-approved drone Flight Center. That’ll allow it to see how the drones work in a variety of environments, including residential, commercial, barren and FAA-controlled spaces.
Source: PR Newswire
iPhone 6s Named World’s Most Popular Smartphone Ahead of iPhone 7
The latest data from research firm Strategy Analytics shows that Apple currently accounts for two of the three top-selling smartphone models shipped worldwide.
iPhone 6s was the world’s top-selling smartphone in the second quarter of 2016, based on an estimated 14.2 million shipments, while the two-year-old iPhone 6 trailed in second with an estimated 8.5 million shipments.
Strategy Analytics added that the iPhone 6s is “currently the world’s most popular smartphone,” implying that it has remained the top-selling smartphone through the third quarter leading up to the launch of the iPhone 7 and iPhone 7 Plus.
Both the iPhone 6s and two-year-old iPhone 6 outsold Samsung’s newer Galaxy S7 edge, released in March 2016, which finished third with an estimated 8.3 million shipments in the second quarter.
Apple officially reported sales of 40.4 million iPhones during the second quarter, including the iPhone 6s Plus and older models.
iPhone 7 models could remain the top-selling smartphones worldwide through the holiday shopping season after Samsung’s voluntary Galaxy Note7 recall due to isolated incidents of exploding batteries. Some analysts forecast the “heartbreaking” recall could cost Samsung between $1 billion and $5 billion in revenue.
Tags: Strategy Analytics, Galaxy S7 Edge
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Apple Watch 2 Display and Battery Components Measured Against Original Model in New Video
After sharing photos and a video of the thin display and larger battery for the Apple Watch 2, Byte today posted a video focused on comparing the measurements of the new and old Apple Watch generations. As expected, the measurements for the Apple Watch 2 represent an overall slightly thinner display than the original model, while its battery is noticeably thicker.
Thanks to the detailed measurements, Byte was able to confirm that the Apple Watch 2’s display is 2.86 mm at its thickest location and 2.12 at its thinnest, compared to 3.57 mm and 2.99 mm, respectively, for the original Apple Watch.
The thickest point of the Apple Watch display (left) vs thickest point of the Apple Watch 2 display (right)
The Apple Watch 2’s slightly different measurements continued in the height and width of its display (appearing to be a 42mm model), which measured 39.47 mm tall and 33.43 mm wide. The first generation Apple Watch came in at 38.74 mm tall and 32.65 mm wide, so while the Apple Watch 2 is slightly taller and longer, the overall difference appears to be similarly negligible as iPhone generations that jump between the main models and an “S” generation.
Byte also measured the thickness, length, and width of each generation of Apple Watch battery, with the first measuring 3.95 mm thick, 27.46 long, and 18.42 mm wide. Comparatively, the upcoming second generation Apple Watch battery measured 5.11 mm thick, 27.50 mm long, and 18.71 mm wide, falling in line with previous rumors that the Apple Watch 2 would have a larger battery to fuel speedier performance and improve its recharge life.
The battery for the 42mm Apple Watch 2 was investigated in a video last week, and was rated for 1.28 watt-hours. If proved true, this means that the 42mm Apple Watch 2 will have a 334 mAh battery that is 35.7% larger than the 246 mAh battery in the original 42mm model. Last week’s video also showed Apple Watch 2 components like the Force Touch gasket, but the piece wasn’t measured due to the similar size between each generation.
Byte also shared a circular gasket component of the Apple Watch 2, speculating its potential involvement in providing further water resistance to the unit, particularly its appropriate size for the heart rate sensor.
Apple is expected to announce the Apple Watch 2 during tomorrow’s media event, along with the debut of the iPhone 7 and iPhone 7 Plus. Despite the slight differences in the measurement of its display and battery, the new generation of Apple Watch will still keep the external design of the current model.
Related Roundups: Apple Watch, watchOS 2, watchOS 3
Buyer’s Guide: Apple Watch (Caution)
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T-Mobile Rolls Out 4×4 MIMO for Faster LTE Speeds
T-Mobile announced today it has recently implemented 4×4 MIMO in 319 cities across the United States, effectively doubling the number of data paths between the network’s cell towers and compatible smartphones.
The carrier has also launched 256 QAM for downloads and 64 QAM for uploads across half of its network, with a nationwide rollout to be completed by the end of October. These new quadrature amplitude modulation technologies increase the number of bits delivered per transmission for even faster LTE speeds. Combined with 4×4 MIMO, 256 QAM delivers theoretical download speeds up to 400 Mbps.
Meanwhile, T-Mobile said it now covers nearly 312 million customers in the United States, bringing it to within 99.7% of Verizon’s coverage.
Qualcomm’s X12 modem, an appropriate candidate for iPhone 7, supports 4×4 MIMO, so it is possible that some models could benefit from the technology. However, Apple is expected to use Intel’s XMM 7360 LTE modem for a portion of iPhone 7 models, including AT&T models, and 4×4 MIMO is not an advertised feature of that chipset. iPhone 6s and older models do not support 4×4 MIMO.
T-Mobile customers with Samsung’s Galaxy S7 or Galaxy S7 edge will be covered by 4×4 MIMO following a software update later this month.
Tags: T-Mobile, LTE
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