Engadget UK giveaway: Win a smart heating system courtesy of Tado

You better watch out, you better not cry. We’ll upgrade your heating from low-tech to high. Alright, that was awful, but we really do have an early Christmas present on offer this week, and one that’s sure to keep you toasty on those bitter winter evenings. Thanks to Tado, we’re giving away an entire smart heating system, including the company’s latest connected thermostat (which plays nice with Alexa, and will soon support HomeKit), as well as a pair of smart radiator valves for creating independent heating zones. Better yet, free installation is part of the package, leaving you to focus on decorating the tree. As always, you can enter the competition up to three times via the Rafflecopter widget below. After you’ve scanned the rules, that is.

a Rafflecopter giveaway

• Entries are handled through the Rafflecopter widget above. Comments are no longer accepted as valid methods of entry. You may enter without any obligation to social media accounts, though we may offer them as opportunities for extra entries. Your email address is required so we can get in touch with you if you win, but it will not be given to third parties.
• Contest is open to all residents of the UK, 18 or older! Sorry, we don’t make this rule (we hate excluding anyone), so direct your anger at our lawyers and contest laws if you have to be mad.
• Winners will be chosen randomly. One (1) winner will receive one (1) smart thermostat kit, two (2) smart radiator thermostats and free installation.
• If you are chosen, you will be notified by email. Winners must respond within three days of being contacted. If you do not respond within that period, another winner will be chosen. Make sure that the account you use to enter the contest includes your real name and a contact email or Facebook login. We do not track any of this information for marketing or third-party purposes.
• This unit is purely for promotional giveaway. Tado and Engadget / AOL are not held liable to honour warranties, exchanges or customer service.
• The full list of rules, in all its legalese glory, can be found here.
• Entries can be submitted until December 16th at 11:59PM GMT. Good luck!

Source: Tado

Uber wants you to give its app a ‘Rogue One’ makeover

Rogue One is almost upon us, so what better way to scoot around town then in the back of an X-Wing? Okay, so Uber hasn’t made a road-worthy starfighter replica. Instead, it’s teamed up with Disney for a — wait for it, and try not to shudder — brand “activation.” In non-advertiser lingo, that means you’ll see a new Star Wars card inside the Uber app. Tap “activate” and the cars on the map will turn into Rebellion spaceships. (The hope being, presumably, that you’ll pretend you’re rolling with Jyn Erso and the gang.) You’ll also get the option to watch “never-before-seen curated video content,” which probably means a slightly re-cut trailer or featurette.

Marketing nonsense? Absolutely. But it’s also a hint at our possible self-driving future. If your hands aren’t on the wheel, automakers and brands have an opportunity to pump adverts and branded content into your eyeballs. Uber is already testing this concept with its ride-hailing app, while human chauffeurs shuttle passengers around the world. It’s also trialling self-driving cars in Pittsburgh and autonomous, Budweiser-laden trucks in Colorado — so a future in which the two are combined might not be too far off. If the idea makes you bristle, don’t worry, you’re not alone. For now, let’s just focus on the fact a new Star Wars movie is coming out…

Source: Uber

Uber iOS App Gains ‘Rogue One: A Star Wars Story’ Theme

Uber has announced that users will today begin seeing a new update rolling out for the popular ride-hailing app, which transforms it into a themed Rogue One: A Star Wars Story experience. The visual update comes via a partnership with Disney, and replaces the usual Uber vehicle icons with a few easily recognizable starships from the Star Wars universe, including X-Wings.

In addition to the visual update, users will also be able to watch “exclusive video content” from the film during their Uber rides if they choose to turn on the Star Wars theme. Uber said that riders in “hundreds of cities globally” will gain access to the update, although it didn’t specify which cities might be missing out on the new Star Wars experience.

Today we announced we’re collaborating with Disney on an activation that transforms the Uber rider app into a themed Rogue One: A Star Wars Story experience. The in-app experience, which Uber riders can opt-into, will unlock special Rogue One: A Star Wars Story features as well as access to exclusive video content.

Riders will have to opt-into the new Star Wars update, which they can do by tapping “Activate” on the related Rogue One: A Star Wars Story card that will begin greeting app users today. The theme will run from today, December 12, through December 18. Rogue One: A Star Wars Story opens in theaters December 16.

Last week, Uber faced blowback surrounding its newest version update, which introduced a way for the app to continue tracking each user’s GPS location five minutes after their Uber ride is complete, no matter if the app is open or not. Uber said the move was to improve the overall performance and safety of the app, but many of its users responded negatively online.

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What is ARM?

All computers have a processor, and your phone probably uses one designed by ARM.

We got a great question recently that made us remember that not everyone keeps up to date on specs and hardware design. Someone asked what ARM meant.

Firstly, that’s an awesome question. I can imagine it’s difficult to make sense of some of the technical talk that happens if you aren’t sure of even the basics, and the only way to find out is to ask. So, we’re glad you asked!

ARM is a company and ARM is a processor architecture that they develop and sell.

When you see a tech discussion and the word ARM is being used, it’s describing a type of processor. The uber-technical definition of an ARM processor is a CPU built on the RISC-based architecture developed by Acorn Computers in the 1980s and is now developed by Advanced RISC Machines (thus the ARM).

That’s not very helpful when you don’t know what any of it means. So let’s talk about what that means.

ARM, Ltd. is a company in England that develops and designs a processor architecture. The ARM abbreviation for the processor design stands for Acorn RISC Machine, and the ARM abbreviation for the company that designs and sells the license to use that architecture stands for Advanced RISC Machines. Don’t get hung up on which ARM means which thing, as nowadays both are interchangeable. ARM the company designs a method to build ARM processors and companies like Qualcomm, Apple, and Samsung all license it to build their own custom processors on. A lot of other companies license the ARM design, too. Most any device that’s small and battery-powered that needs a brain will be using an ARM processor.

ARM CPUs are designed to do a lot of simple tasks at once without needing much power.

RISC stands for reduced instruction set computing. The Intel or AMD processor you’ll find in your laptop or desktop computer is likely a CISC (complex instruction set computing) processor. The two different types are designed for different needs. An RISC processor is designed to run a smaller amount of instructions (instructions define what orders can be sent to a processor by a program) than a CISC processor. Because they can do fewer things, they can have a higher frequency — the Gigahertz numbers you hear discussed — and perform more MIPS (millions of instructions per second) than a CISC processor.

When you reduce the number of instructions the processor can compute, you can create a simpler circuit inside the chip. An RISC processor uses fewer transistors which in turn use less power. Because the circuits are simple (they’re known as optimized paths in technical language) a smaller die size can be used to build the processor. Die size is the measurement of one chip on the silicon wafer that a processor is built on. When the die size is smaller, more components with less wiring can be placed on the processor surface. This makes ARM processors small, and a lot less power-hungry.

Small, fast and simple processors are perfect for things like phones. A phone isn’t asking the CPU to process things like 3D collision data (unless it’s a Tango phone) or try to run hundreds of threads on its limited number of cores. Mobile software, both the operating system and applications that run on it, are coded and optimized for the reduced instruction set the ARM processor uses. But that doesn’t mean ARM CPUs aren’t powerful in their own right.

The current ARM specification allows for 32-bit and 64-bit design, hardware virtualization, advanced power management that can interface with user software, and a load/store architecture that is mostly single-cycle execution and orthogonal. If you’re curious about what these things are, you can research computer instruction set architectures for more.

All you need to know about it is that it means ARM processors are also really good at things that aren’t phones or media players. Things like super-computers.

ARM’s excellent Architecture Fundamentals video playlist

ARM has a great performance-per-watt ratio. Properly coded software can do more per watt of electricity used on an ARM chip than it can on an x86 (a CISC processor popularized by Intel) CPU. This makes scaling for things like servers and super-computers easier when using ARM processors.

You can get the amount of raw computing power needed from 24 x86 CPU cores, or you can get it from hundreds of small, low-power ARM cores. The x86 cores will use their computing power to perform the calculations needed on just a few CPU cores and threads while the ARM cores will spread the tasks over many low-capacity and less complex cores. The ARM cores are much higher in number but don’t need more power or more room than the 24 x86 cores will. This makes scaling — adding more computing power to a processor design — easier with ARM. Just add more CPU cores and make sure your software is written to work well with ARM’s instruction set.

ARM processors scale very well and run on super-computers and servers as well as your Android or iPad.

In the end, a single instance of an ARM processor will never be as powerful as something like an Intel Core i7 that you would find in a gaming PC. It isn’t very good at running the software written for the x86 Intel processor and a lot of coding changes are necessary, or a virtual machine, to do the same things. But that Intel Core i7 uses about 12 times the power, needs an active cooling system and will never fit into a phone body. The less complex ARM processor does well when software is written to directly support it, and because of its low-power and small design feature set, it’s easy to add a few high clock speed cores to a CPU to run the advanced software we all want to use on our phones.

And if you have a data center in the mountains somewhere, you can keep scaling and add more cores until you create computers that can handle things like NVIDIA’s smart cars or Google’s learning machines.

Everything you need to know about importing a Xiaomi phone into the U.S.

Importing a Xiaomi phone is straightforward, but there are a few things to consider

There are plenty of great options in the U.S. if you’re on the lookout for a budget phone, but they don’t hold up against the likes of what Xiaomi has to offer in this segment. Ever since the Chinese company burst onto the scene a few years ago, it has consistently released entry-level phones that raised the bar in this segment.

The only problem with Xiaomi is that its products aren’t available in Western markets. The manufacturer is focusing its attention on India and other parts of Asia, and while a U.S. launch is on the cards “in the near future”, the brand isn’t ready to venture into the country just yet. Judging by the way its Chinese rival LeEco debuted in the market, it’s likely Xiaomi will want to hold off until it has the infrastructure and marketing in place.

Right now, your best recourse to getting your hands on a Xiaomi phone in the U.S. is through third-party resellers. That said, there are a few limitations with this option as well. Before we get to them, here’s a look at some of the phones that Xiaomi has to offer.

Xiaomi makes a lot of great phones

Xiaomi has outdone itself this year with budget devices like the $150 Redmi 3S Prime and the $200 Redmi Note 4. The Redmi 3S has a 5-inch 720p display, is one of the first phones to run the Snapdragon 430, and comes with 3GB of RAM, 32GB storage, 13MP camera, 5MP front shooter, and a massive 4100mAh battery. The phone lasts two days on a full charge without breaking a sweat.

The Redmi Note 4 is an incremental update to the stellar Redmi Note 3, offering a 5.5-inch Full HD display, MediaTek Helio X20 SoC, 3GB of RAM, 64GB storage, microSD slot, 13MP camera, 5MP front camera, and a 4100mAh battery. All for under $200. The phone runs MIUI 8 atop Android 6.0 Marshmallow out of the box.

If you’re interested in a large phone, there’s the Mi Max, which is essentially a larger version of the Redmi Note 3. You get a huge 6.44-inch Full HD display, Snapdragon 652, 4GB of RAM, 128GB storage, 16MP camera, 5MP shooter, and a 4850mAh battery. The Mi Max is available from reseller sites for $319.

We’ve also seen four high-end devices make their debut over the course of the year: the Mi 5 launched in February, followed by the Mi 5 in August, and more recently the Mi Note 2 and the Mi Mix. The Mi 5 felt unfinished, but the Mi 5s fixes most of its predecessor’s niggles, and the Mi Note 2 is notable for being the first Xiaomi phone to offer global LTE bands.

The Mi Note 2 has a 5.7-inch Full HD dual curved display, Snapdragon 821, 6GB of RAM, 128GB storage, 22MP camera, 8MP front camera, and a 4070mAh battery. The global variant of the phone has 37 LTE bands in total, allowing it to access LTE on North American carriers. That’s a big deal.

Then there’s the bezel-less Xiaomi Mi Mix. With an 84% screen-to-body ratio, there really isn’t a handset on the market quite like it. It uses ultrasound instead of a proximity sensor and has a piezoelectric motor for calls. The front camera is tucked into the bottom of the phone, and the result is a 6.4-inch handset that has the same dimensions as the S7 edge. The bezel-less panel will make it difficult to hold the phone and will likely result in a lot of unintentional touches, but once again, there isn’t any other phone available today that’s as drool-worthy as the Mi Mix.

What you get (and don’t) when you import

Even though most of Xiaomi’s products are limited to China, you can easily import its phones via third-party reseller sites like GearBest. These phones come with a global MIUI ROM that includes GMS (Google Mobile Services) — the Play Store, Chrome, Gmail, YouTube, and other Google services.

While Xiaomi’s hardware is certainly exciting, there’s one glaring issue when you’re buying its products for use in North American markets: you don’t get any warranty or after-sales service. The manufacturer has no phone presence in the West, so if something breaks on your handset, there really isn’t a whole lot you can do.

That’s a trade-off worth considering if you want to buy Xiaomi’s entry-level hardware, but when you’re investing over $400 on a handset, after-sales service is a major consideration. To put things into context, Xiaomi has been officially selling phones in India for three years now, and it is yet to figure out how to streamline after-sales support in the country.

If you’re curious about what Xiaomi has to offer, you’re better off investing in its budget phones.

Look through any Twitter or Facebook post by Hugo Barra or Xiaomi’s India head Manu Kumar Jain, and you’ll often see a litany of complaints by frustrated customers. To its credit, Xiaomi has announced that it will launch an in-house after-sales team that will provide much better service to customers in the country.

There’s also the connectivity issue to consider. Xiaomi’s phones are designed to work in Asian markets, and as such lack the requisite LTE bands for North American carriers. The exception is the global Mi Note 2, but if you were looking to buy the phone outside of China, you’ll have to shell out $649. The phone is certainly loaded with features, but for that amount, you’re better off with the S7 edge or the Pixel.

But if you’re looking for an affordable phone with great specs or are interested in a backup phone, then Xiaomi’s budget offerings are an excellent alternative to the likes of the Blu R1 HD or the Moto G4. Just make sure you’re buying from a reliable reseller (HonorBuy or GearBest), and the phone comes with a global ROM with the Play Store installed. The Redmi Note 4 isn’t going to connect to LTE bands in the U.S., but it should work just fine on 3G.

See at GearBest

My5 On Demand streaming makes its way to Google Chromecast

Channel 5 and Google have announced that My5 is to be the latest on demand video streaming app to make its way to Google’s Chromecast streaming dongle. With the new addition, Chromecast users will be able to stream programmes and box sets from across all of Channel 5’s channels, including 5, 5Star, 5USA and Spike.

• Chromecast 2 review: Make any TV smart, effortlessly 
• Google Chromecast: How to set up Chromecast and get started with it

Channel 5 says it’s already seen an increase of 22 percent in on demand streaming of its content, and it’s hoped that by adding Chromecast functionality that that percentage will continually increase.

James Tatam, Director of Digital Media & Commercial Development for Channel 5 said: “Today’s announcement builds on My5’s position as the most widely distributed commercial broadcaster VOD service in the UK”,

“Chromecast is a fantastic device and by utilising this technology to broaden out My5’s reach and availability, we’re giving viewers even more choice and flexibility when it comes to their favourite content”.

• Demand 5 is dead, My5 is Channel 5’s new catch-up service

My5’s exclusive content includes The Yorkshire Vet, Celebrity Big Brother, Lip Sync Battle UK and upcoming Australian drama, Wonderland.

My5 is just the last of the major terrestrial on demand streaming apps to support Google’s streaming dongle, the others being BBC iPlayer, ITV Hub and All 4. Netflix and Now TV are also available for other TV shows and movies, although there’s still the notable absence of Amazon Instant Video.

Win a Cambridge Audio TVB2 sound bar

Pocket-lint and Cambridge Audio are teaming up to bring you the chance to win a TVB2 sound bar.

The TVB2 sound bar from Cambridge Audio upgrades your TV’s sound to unparalleled heights whilst also providing incredible music playback thanks to housing the same speaker technology used in their best Hi-Fi speakers.

As TVs have become ever thinner they no longer have space for good quality built-in speakers resulting in a thin, tinny and lifeless sound.

Thanks to built-in Bluetooth, 4 different sound modes and a highly responsive wireless subwoofer even the 15th re-run of Elf will sound incredible. With nearly 50 years of sound engineering expertise, Cambridge Audio have created a sound bar that adds impact to movies, clarity to dialogue and fidelity to music, delivering a perfectly balanced, realistic and musical sound.

To win, you have to answer the simple question below before midnight on the 21 December 2016 (GMT). We will announce the winner before Christmas so you can spread the good news on Christmas Day. 

Good luck!

Usual Pocket-lint T&Cs apply. 

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Win a TomTom Go 620 Sat Nav worth £250

TomTom and Pocket-lint have teamed up to give one lucky reader the chance to win a TomTom Go 620 Sat Nav this Christmas. 

The new TomTom GO 620 sat nav boasts a six inch touchscreen and comes with WiFi, making it easy to keep the device up to date with the latest maps.  You get live traffic information, speed cameras and quarterly map updates – all free-of-charge. 

Smartphone notifications let you stay connected, safely, and it also reads out your messages, tells you who’s calling and is compatible with personal assistants such as Siri and Google Now. 

The GO 620 is even able to learn your driving habits – ‘destination prediction’ learns your preferences and regular routes over time.  So, for a regular commute, the fastest route gets programmed automatically.  And if you encounter a tailback or speed camera along the way, the TomTom GO will warn you to slow down in time. 

If you don’t win, you can always pick up the TomTom Go 620 at Halfords. For more info, visit http://www.tomtom.com.

To win, you have to answer the simple question below before midnight on the 21 December 2016 (GMT). We will announce the winner before Christmas so you can spread the good news on Christmas Day. 

Good luck!

Usual Pocket-lint T&Cs apply. 

How much does the TomTom GO 620 cost?

• £499
• £1000
• £250

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