Rabu, 26 Juni 2019

Polar's $199 Ignite GPS Hands-On: Everything you ever wanted to know - DC Rainmaker

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I always like it when Polar gets riled up. It happens every few years (the Finns don’t excite easily), where they turn around and drop a crazy full featured product on the market, driving a significant shift in pricing. I think the just announced Polar Ignite might do exactly that. This sub-$200 GPS watches is packed full of features, but more importantly, packed full of training-focused features. Nearly half a dozen totally new features to Polar (and some, even the industry) that aren’t seen on their higher end watches.

These features start to address the core points I’ve talked about in keynotes for years, which is the lack of integration between sleep/recovery data and daily training guidance. But with more Polar marketing branded feature names than I can shake a stick, my first impressions after nearly a week of using it, is that they’re actually doing exactly that. If you have a crappy night sleep, it’ll influence the recommendations for training the next day. And even further, after you do your main workout for the day, it’ll even suggest recovery ‘workouts’ like stretching.

But first, an overview video of all the newness:

Oh, and last but not least, before we cruise on, note that this is definitely not a review. That’d require final firmware, which at this point it doesn’t have (I believe it’s final hardware though). As such, things could get better…or worse. Usually things get better though from beta to final production. So this is just a hands-on preview. Review down the road.

What’s New Overview:

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For the most part, companies tend to introduce new features on higher end watches and those trickle down to lower end watches. Again, in general. But, that’s definitely not what’s happening here. In the case of the Ignite, it’s got a slew of new features that are not seen in Polar’s higher end watches (including their Vantage series). Polar has confirmed that all but FitSpark will arrive on the Vantage V & Vantage M units later this fall as part of Update 4.0 (including enablement of Galileo too).

But first, some quick hardware basics:

– Color touchscreen display, single side button
– Display is not always-on (only turns on when raising wrist, like Apple Watch or most Fitbit’s), workout mode does have always-on option though
– Has Sony GPS chipset, like Polar Vantage series
– Polar Precision Prime optical heart rate sensor on back (same as Vantage series)
– Strap in two models, a harder rubber ($199 model), and a silicon strap ($229 model)
– Bluetooth Smart sensor support (though not power meters)
– Waterproofed to 30 meters
– Swappable wrist bands
– No music/storage on watch, nor NFC/contactless payments
– Daily battery time of 5 days, GPS battery time of 17 hours

Most of what you see above is fairly standard. Actually, all of it is. Nothing earth-shattering there. The only ‘downside’ is that it’s not an always-on display. So unlike the vast majority of Polar watches (except the older Android WearOS based M600), this display turns off after a few seconds. And unfortunately, it’s pretty slow to turn back on too (about 3 seconds from wrist raise while running, 2 seconds sitting at a desk). But more on that down below.

The New Stuff:

Here’s a quick summary of the new features on the Ignite that aren’t really seen on any other Polar watches

– Added ‘Nightly Recharge’ feature that looks at breathing rate/heart rate/heart rate variability (ANS data) to figure out if you’re recovering at night
– Added ‘Sleep Plus Stages’ which adds in REM/Light/Deep sleep
– Added a nightly sleep score
– Added ‘FitSpark’ feature which gives you daily workout options based specifically on history + Nightly Recharge (this is huge)
– Added ‘Serene’, which are guided breathing exercises (like what Fitbit and others have)

Those 4-5 features are totally new to Polar, and also the ones I’ll be diving into down below in more depth since you won’t have seen them before. But more importantly, I think some of them are doing far more of what I’ve been asking for, for years. I’ve long said there’s such a gap between what happens at night (sleeping, not the horizontal shuffle) and training guidance. You could have a horrific sleep night, and then the device turns around and says to go do a 2hr long run.

Whereas that’s somewhat the entire point of ‘FitSpark’ relying on the Nightly Recharge feature. Again, in theory anyway. I’m only 5 or so days into it (and it takes 3 days before you see any Nightly Recharge data at all), so I’m just at the start line of understanding all the features in real-life.

The Stuff That’s Still There:

Next, this is a quick little section of things that aren’t new to Polar, but I just wanted to confirm for you that are on this watch.

– Has structured workout support (download workouts from Polar Flow to watch)
– Tracks general activity metrics (e.g. steps, distance, calories, etc) 24×7
– Tracks heart rate 24×7
– Tracks sleep (see new sleep features though)
– Includes VO2Max score (aka ‘Running Index’)
– Includes ‘Fitness Test’ feature (VO2Max test while lying down)
– Includes *both* pool swim mode and openwater swim tracking
– Does *NOT* have multisport (aka triathlon) mode
– Includes ‘Training Load Pro’ feature, but not ‘Recovery Pro’ found on Vantage V
– Includes timers (countdown timers & stopwatch)
– Includes ‘Training Benefit’ metric
– Includes distance
– Maximum of 20 sport profiles on the watch itself (far more than Apple, Garmin, Fitbit, or Suunto allow at this price point), some 100 sports on platform to add to watch
– Can apply both heart rate zones and speed zones (no power zones/nor power meter support)
– Accelerometer based speed/distance when no GPS is available (or inside on treadmill)

Phew, got all that? Good. We’ve just played feature and function buzzword bingo, so it’s time to shift into understanding why all these things are interesting.

Digging Into The New Features:

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My goal here is to get you to the new features as quickly as possible. But first, a brief overview on some basic functions. Namely, the display. As you can see below, unless you raise your wrist, it’s blank. Black. Dark. Non-luminated.

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While this is common for Apple Watch, Fitbit, and others, it’s far less common for endurance sports type watches that have displays designed to handle days (or weeks) with the display always-on. So it’s somewhat unexpected for Polar to head this direction without a significant deviation on the display itself.

By that I mean that yes, the display is color, and yes, it’s definitely far brighter than a Vantage series unit. But it’s not streaming video either, or doing anything else akin to what we’d see on some of the Apple/Samsung/etc watches. Thus I’m a bit undecided on that trade-off.

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Note that Polar does allow you however to keep the screen always-on during a workout, whereas most other companies don’t. So that’s positive for sure.

For the touch element, it mostly works OK. But one interesting caveat is that the screen needs to be ‘grounded’. Which is never an issue when it’s on your wrist, but if you were to try and hold it in your hands and use it, unless you’re touching the outer bezel, it won’t react. This helps keep things like your coat from causing all sorts of wonk. And is in fact the same on many touchscreen devices, including some of Garmin’s devices.

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I bring this up as the cautionary thing to contemplate when looking at online videos/reviews that may discuss the touch screen and show non-responsiveness. Stick it on your wrist like a normal use case and you’re mostly fine. I say ‘mostly’ because there’s still places when on my wrist it seems to have issues with (such as confirming Yes/No type questions). Usually takes a few goes.

Also, the band is fully removable on both editions (the $199 one with the black TPU rubberish band, or the $229 silicon band).

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Moving along, let’s talk the new stuff. Cause frankly, that’s the cool stuff. And really – it is legitimately cool. And basically it all boils down to four specific things, which do actually build on each other:

– Sleep Plus Stages
– Nightly Recharge
– FitSpark
– Serene breathing guidance

Ok, actually, Serene doesn’t build on anything. But the other three do have ties to each other. Let’s start with Sleep Plus Stages, as that’s the first building block. This functioning basically takes Polar’s existing sleep tracking and gives it a solid boost. Now it tracks your specific sleep phases (Deep/Light/REM), sleep cycles, your interruptions, and then gives you both continuity and overall sleep scores.

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For bits like Deep/Light/REM sleep, there’s no easy way at the moment for me to 100% scientifically validate that with the tools I have. So instead I’m going to focus on the other bits, things like interruptions and continuity, which I know for me personally are core factors in how well I feel the next day. If the kids are sick (like last night with one of them), and up a bunch, my continuity and interruptions are shot. And that’s reflected below:

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That then gives you a sleep score. Now you can see that score shift over time. The first few days I was home with the kiddos (including the sick one). But the last few days I was on vacation with my wife, sans-kiddos. And holy cow, sleep nirvana! At left, a score of 54, whereas at right a score of 78.

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And here’s a quick pile of screenshots showing all the Sleep Plus Stages data that’s available on the app (which is also on the unit).

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All this sleep phase/score stuff by itself isn’t actually super innovate in the grand scheme of the sports tech industry. It’s just a building block. But what comes next is. And that’s the ‘Nightly Recharge’ feature. That feature looks at three core things:

– Heart rate
– Heart rate variability
– Breathing rate

And it’s that third one where we take the hard left turn off of normalcy road and get into unchartered territory for mainstream wearables. Take Garmin and Suunto for example. Both use heart rate and heart rate variability as part of their ‘Body Battery’ and ‘Resources’ features, which give you a constantly shifting score throughout your day. As you chill or sleep, your body battery score recovers. Both of these companies leverage FirstBeat for these metrics.

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But neither company leverages breathing rate as part of that, so Polar’s adding another dimension to the data they collect.  All of this is termed ANS (autonomic nervous system), which is designed to measure how quickly your body calms down in the first few hours of sleep.

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Once you’ve slept three nights, it’ll start giving you nightly recharge scores, including the underlying ANS score as well.  You can see these on the watch itself or on the Polar Flow app.

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Now it’s not fair to say that this method is ‘totally better’ than Garmin/Suunto/FirstBeat’s method, as there are some nuances to be aware of. For example, in the Garmin/Suunto implementation you can recharge during the day. So if I sit down and just relax for 45 minutes, or even take a nap – that’ll recharge my body battery. Just as you’d expect it to feel. Whereas Polar is only looking at nightly sleeps. So if it didn’t happen in bed, it didn’t count. Also probably the tagline for many other things.

But where we get into the next level of differentiation is what Polar does with the 3rd new feature, FitSpark. While I think the name is a little wonky, it’s at least memorable. FitSpark is basically a virtual coach that has no overarching fitness/seasonal goal in mind, except to give you a workout of the day. But the biggest and most important take away is that it looks at your nightly recharge scores and underlying sleep data to determine whether or not you should be doing anything at all.

That’s a super critical gap that’s been missing. Mostly automated training guidance coaches/platforms don’t do that. And by ‘most’, I mean, ‘none do’. You could have a newborn at home and be days deep of horrific sleep, and they’ll tell you to go out and run a 2hr long run. Whereas Polar will look at that sleep data and give you a go/no-go type guidance, and then depending on what your greater training data looks like, will also give you specific workouts to do.

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Remember, this isn’t tied to a plan. Meaning, you’re not tied to some 5KM running plan. This is basically saying ‘Hi there, I know a scary amount about you, here’s four options for workouts today. Pick one.’

Oh, right, yes, it gives you options. Numerous options. Pick your poison:

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And then for each of those options it’ll give you the specific steps and guidance in the watch itself. There’s cardio focused running workouts with different intensities. And then there’s core type workouts too, and for those, it’ll give you the specific moves to do, along with animations and text for each one:

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But let’s say you choose the cardio workout, go run an hour or so, and then finish up. At that point the watch gives you new suggestions. Specifically ones around active recovery such as stretching and related core workouts that’ll help and support that initial workout.

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Seriously.

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It’s like for once the coaching aspects of the unit are actually smart. It’s not just following some blind plan telling you to do something just because it was on the schedule. It’s making up the schedule on the fly based on what it knows about your exact day thus far.

Last but not least, there’s Serene. Best I can tell, it’s got no integration with anything else. And for the most part it’s not much different than what Apple or Fitbit or others do. It simply guides you through breathing exercises. The default is to do 3 minutes of breathing, inhaling and exhaling each in 5 second phases. Rinse, repeat (I show this in the video as well).

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After it’s done, it divides things up into different special zone buckets with very jewelry store sounding names:

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Unlike some of their competitors, I haven’t seen any proactive recommendations from the watch telling me to do the breathing exercises. But perhaps that’ll come in time. For now you have to remember to dig into the menus and do them yourself.

First Run & Bike Tests

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With everything roughly figured out, it was time to head out for a first run, which I’d then follow up with recording some around town bike commute style rides, primarily for GPS accuracy. First up, the run. For this I did a simple loop around the Amsterdam Bos, which includes a variety of fields, forests, and running paths. Trees and all. Here’s the high level overview (full data set here if you want to dig around), as compared to a Garmin MARQ Athlete (left wrist), and Forerunner 935 GPS watch (hand-held) – with the Polar Ignite on my right wrist:

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As you can see, definitely not ideal. I had ensured full sync with the app numerous times before the run (to ensure it has GPS-A data downloaded), as well as giving it a solid 10-15 seconds after it acquired GPS just for the fun of it. It cut many corners, and also wandered off into the fields here and there too.

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In talking to Polar, they noted this level of variation wasn’t expected. And to be fair, I haven’t seen this specific level since – in either rides or some other shorter activities (I’m on vacation at the moment, sometimes timing sucks).

For example, I’ve been using the watch in GPS mode for a slew of rides around town. Bike commuting and such. And honestly, it’s not been ideal there either. There’s many places where it significantly cuts across buildings. For most of these I don’t have comparative data, though frankly, I don’t need it. I know I didn’t cross through four huge apartment buildings (actual route in dotted white lines).

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In discussing these specific workouts with Polar, they were a bit focused on the results. Essentially saying that there are cases where the Ignite won’t perform as well as the Vantage series. Still, I’m hoping they’re able to make some progress here. Things aren’t off to a great start on the GPS front. I’m going to give Polar their proper chance to sort this out over the next couple weeks before publishing a final review (they start shipping today, but I wouldn’t have had enough time for a review anyway).

So what about heart rate? Well, that’s considerably better. Going back to that run, I’ve got it compared against the optical HR sensor of the Garmin MARQ on the other wrist, a Polar OH1+ sensor on my upper arm, and then a Garmin HRM-DUAL chest strap. More or less things are near identical between all of them, including the hard sprints at the end, designed specifically to trick HR sensors.

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There is a bit of a delay on the three optical HR sensors compared to the chest strap, more than I’ve actually seen before from any of them. At first I thought it might be a time offset of sorts, but in looking at other data points in that file, I don’t believe that to be the case. Realistically though, most people don’t care too much if the HR is delayed a few extra seconds – as long as it’s correct. Which, all these units were (even the start wasn’t too shabby).

Again, these are just some initial tests, but usually they help figure out the general flavor of the device. My full in-depth review down the road sometime in July will have far more data in it.

Summary:

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Overall, I’m pretty impressed with the Ignite in most ways. While I’ve been skeptical of Polar’s ability to innovate lately, they seem to nail it in this watch in terms of the new physio-focused features around sleep and training guidance. And perhaps most astoundingly do it all in a sub-$200 GPS watch. That’s the most impressive part.

While I think the sleep stages and related nightly recharge features are important and key to the foundations of what they’re doing, I think it’s the FitSpark piece that actually light up the whole scenario. By giving you specific workout recommendations that don’t have to be tied to a greater training program, they’re putting forth a watch for active people that aren’t necessarily tied to going out and running half marathon at the end of the season. They probably just want to keep fit, and perhaps even super fit. I’ve got no doubt if you followed these recommendations daily, you’d end up pretty darn fit.

Unlike some recommendation routines from the likes of Fitbit, the Polar recommendations mean business. I’ve often felt like the guided programs from many companies are too wimpy. Too feel-good and ‘Go jog for 15 minutes you’ll be great!’. Realistically, that won’t give get you super fit. But companies seem to be afraid to say that. Based on the workout recommendations I’m getting from the Polar Ignite thus far, that’s clearly not the case here.

The singular area things are less impressive is GPS accuracy. It’s not good. But, it’s also not done yet. As noted, this wasn’t a review because it’s not a finished product. So if they can sort out that piece, it’ll likely get a solid recommendation (and, assuming they don’t break anything else between now and release).

With that, thanks for reading, and stay tuned for a full review once they start shipping down the road.  And of course, feel free to drop any questions below.

Note: You can pre-order the Polar Ignite (which should start shipping near-immediately) via Clever Training, which helps support the site here. You’ll get free US shipping, plus if you use DCR Reader code DCR10BTF, you’ll save yourself 10%. Woot!

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2019-06-26 10:13:10Z
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OPPO announces under-screen camera and it's very clearly first-gen - Android Police

The latest tech trade show, MWC Shanghai, is just getting started and one of the first exhibitors is Chinese tech manufacturer Oppo. It didn't talk about a phone at its keynote — its Reno phones are getting some extended spotlight here — but it did bring us closer to the supposed holy grail of a full-body smartphone display by demonstrating an under-display selfie camera.

Before we get there, we should mention the undercard of this showcase, wireless messaging off the conventional grid. The company's MeshTalk app is able to send texts and media as well as conduct voice calls without the need for 3G, 4G, 5G, Bluetooth, or Wi-Fi. Think of something like GoTenna: just ad hoc connections between other enabled devices. While we don't know what spectrum's being used here, we do know that Oppo has tweaked its radio chip to enable "more private" chatting on devices up to 3km apart.

To the heavily-teased under-display camera and, as you might tell from this photo from Engadget Chinese, the screen above it isn't perfect. The OEM has configured a high-transmittance screen and some algorithms to make that little patch of the field look halfway decent. It also keeps the phone relatively thin and might be more desirable than a pop-up camera.

However, the display stack does have the disadvantage of cutting the amount of light that the selfie camera is able to receive by half. That, plus the fact that those diodes can fog up the picture a bit. With all that slack, the company is using specialized algorithms and AI to pick up white balance and even HDR — if you decide to own a phone with an under-display camera, get used to over-sharpened and oddly-colored self portraits.

We don't have word on when either feature will go public, but suppose that there really isn't much more improvement that can be done short of a full generation jump. It'll definitely be worth a try.

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https://www.androidpolice.com/2019/06/26/oppo-under-screen-camera/

2019-06-26 10:55:00Z
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Oppo's under-screen camera is real and taking photos in Shanghai - Engadget

Earlier this month, Oppo teased its upcoming under-screen camera tech with a quick and dirty video, and Xiaomi was quick to announce that it was working on something similar. Neither company explained how the tech worked back then, but today, our colleagues over at Engadget Chinese were able to give this new feature a spin at MWC Shanghai, and Oppo was also willing to shed some light on the how.

Oppo under-display selfie camera

Just like in the earlier video demo, when the camera is idle, the screen works just as normal. However, when you look up close, the area above the camera appears to be more pixelated. According to Oppo, this zoned-out area features a highly-transparent material plus a redesigned pixel structure for improved light transmittance. In other words, this camera tech requires a customized display panel, because existing ones won't do the job -- their transparency properties are only good enough for in-display fingerprint readers, but not conventional cameras.

Oppo's under-screen camera technology.

Oppo added that the under-screen camera itself also packs a larger sensor with bigger pixels, along with a larger aperture to get as much light as possible. This does mean a drop in resolution, and based on our quick comparison, there's certainly room for improvement in terms of clarity and color accuracy. This is a little worrying, considering Oppo has already applied its algorithm fix on haze removal, HDR plus white balance, and it'll have to put in extra effort here to meet its usual selfie standards.

Oppo's under-screen camera

There's still no update on when we can expect this under-screen camera technology to show up on a mass-production phone -- all we were told was this will be released "in the near future." Given that Xiaomi is also toying with this tech, chances are these two brands are not alone in this race. At least this will keep us entertained until someone finally figures out the foldable form factor, anyway.

All products recommended by Engadget are selected by our editorial team, independent of our parent company. Some of our stories include affiliate links. If you buy something through one of these links, we may earn an affiliate commission.

Richard's love for gadgets was probably triggered by an electric shock at the age of five while poking his finger into power sockets for no reason. He managed to destroy a few more desktops and phones until he was sent to England for school. Somehow he ended up in London, where he had the golden opportunity to buy a then senior editor a pint of lager, and here we are.

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https://www.engadget.com/2019/06/26/oppo-under-screen-camera-mwc-shanghai/

2019-06-26 09:45:35Z
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Oppo’s MeshTalk lets you call and chat without Wi-Fi or cellular networks - The Verge

Oppo has announced a new proprietary communications technology designed to let people call or chat across medium distances without using cellular networks, Wi-Fi, or Bluetooth. The protocol is called MeshTalk and is a decentralized, end-to-end system that Oppo says can cover up to 3 kilometers (1.86 miles) outdoors — or even further in more crowded environments when signal relay between devices can be used.

Basically, Oppo devices will be able to create ad hoc local area networks across a wide area and communicate directly to each other without the need for base stations. The company claims that MeshTalk doesn’t have a significant effect on battery life, and indeed plans for it to work with a 72-hour standby mode so that phones can still be reached in an emergency when they’re low on power.

Oppo envisages MeshTalk being used in situations where you don’t have internet access or when traditional networks are too congested, such as at a concert or after landing at a foreign airport. It’s not clear whether it’ll work with existing Oppo phones, or when Oppo plans to launch the feature, but it’s being demonstrated this week at MWC Shanghai.

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https://www.theverge.com/2019/6/26/18759389/oppo-meshtalk-communications-protocol-no-internet-access

2019-06-26 08:00:00Z
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Vivo claims its new 120W tech can charge your phone in just 13 minutes - The Next Web

Vivo said it just showed off its new charging tech at Mobile World Congress Shangai that can juice up your phone in just 13 minutes. The Chinese phone maker said that phones with this technology can support charging at 120W. 

The new method, called Super FlashCharge 120W, uses Vivo‘s custom USB-C cable and travel charger. The company tested this method with a 4,000 mAh battery in the lab and was able to charge from 0 to 50 percent in just five minutes – and subsequently 100 percent in another eight minutes.

This technology beats Xiaomi’s previous record of charging a phone with 4,000 mAh battery with a 100W charger in 17 minutes.

While Xiaomi announced that its battery tech will soon go into mass production, there’s no word on when Vivo‘s technology will make it to phones we can buy. Nonetheless, it’s an exciting development, and we can’t wait to see this in action.

For more gear, gadget, and hardware news and reviews, follow Plugged on Twitter and Flipboard.

Published June 26, 2019 — 05:55 UTC

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https://thenextweb.com/plugged/2019/06/26/vivo-claims-its-new-120w-tech-can-charge-your-phone-in-just-13-minutes/

2019-06-26 05:55:00Z
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Selasa, 25 Juni 2019

T-Mobile will offer the Galaxy S10 5G starting June 28th - Engadget

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Starting this Friday, the Samsung Galaxy S10 5G will be available through another carrier. T-Mobile is adding the handset to its lineup, though for now you'll only be able to pick one up from certain stores in cities where its 5G network is switched on.

It's active in parts of Atlanta, Cleveland, Dallas, Las Vegas, Los Angeles and New York. In areas of town where you don't get a 5G signal, T-Mobile will switch you to its LTE network.

The carrier has published 5G coverage maps, which should prove useful in helping you figure out whether a 5G handset makes sense for you any time soon while it and other companies continue to build out their networks. T-Mobile is trying to merge with Sprint, and if the companies win approval, they'll combine their 5G spectrums for a more expansive network.

T-Mobile says it won't charge a premium for 5G, unlike some other carriers, and says it won't raise prices on plans for at least three years. It joins several other US carriers in offering the S10 5G, including Verizon (Engadget's parent company) and AT&T (albeit for business customers only for the time being in the latter case), while UK providers Vodafone and EE started offering it this month.

Verizon owns Engadget's parent company, Verizon Media. Rest assured, Verizon has no control over our coverage. Engadget remains editorially independent.

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https://www.engadget.com/2019/06/25/t-mobile-samsung-galaxy-s10-5g-release-date/

2019-06-25 14:51:24Z
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iOS 13 and iPadOS: How to install the public beta right now - CNET

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Sarah Tew/CNET

Less than a month after Apple first unveiled iOS 13 and iPadOS 13, the company has opened its public beta program. The public beta is open to anyone who wants to help test early builds of the operating system that will run on iPhones ($1,000 at Amazon) and iPads ($249 at Walmart) later this year. That's right, this year we have two different versions of iOS. One, iOS 13, is for the iPhone and iPod Touch ($200 at Walmart), the other, iPadOS 13, is a dedicated to the iPad and brings with it new multitasking features and a desktop-class version of Safari.

Both software updates include a long list of new features, such as an official systemwide dark mode, new privacy features and improved Apple Maps. Apple also announced WatchOS 6, MacOS 10.15 Catalina, and TVOS 13 during its Worldwide Developers Conference keynote

Prior to Monday, anyone who wanted to test iOS 13 needed a paid developer account. However, with the public beta program now open, anyone can install the prerelease versions of iOS 13 and iPadOS 13. However, there are some things to be aware of.

Now playing: Watch this: iOS 13 Beta: Install at your own risk

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But first, a warning

Over the years, the beta program for an upcoming iOS release has gotten more stable. However, it's called a beta version for a reason -- it's not finished. Apps are going to break, battery life is going to be horrible and frequent random restarts aren't unheard of.

If you want to test iOS 13, go into it knowing that you're testing beta software and do yourself -- and Apple -- a favor by providing feedback through the Feedback app. 

You can't (easily) go back

In addition to a willingness to deal with bugs and random issues, you need to know that you can't easily go back to the current official version of iOS. It's possible, but you can't restore from a backup made with your device on iOS 13.

So, with that in mind, it's a good idea to create a backup of your device as it is right before switching to the beta. The best way to do that is to use iTunes (RIP) and create an encrypted backup.

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You'll need to restore your device if you leave the beta program. 

Oscar Gutiérrez/CNET

Which devices are supported?

According to Apple, the following devices can take part in the iOS 13 or iPadOS beta:

Devices that will support iOS 13, iPadOS 13

iPhone XS 12.9-inch iPad Pro
iPhone XS Max 11-inch iPad Pro
iPhone XR 10.5-inch iPad Pro
iPhone X 9.7-inch iPad Pro
iPhone 8 iPad (6th generation)
iPhone 8 Plus iPad (5th generation)
iPhone 7 iPad Mini (5th generation)
iPhone 7 Plus iPad Mini 4
iPhone 6S iPad Air (3rd generation)
iPhone 6S Plus iPad Air 2
iPhone SE
iPod Touch (7th generation)

Read: Every iPhone that works with iOS 13

Now playing: Watch this: iOS 13 is packed with new features

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Ready? Here's how to install iOS 13

Visit Apple's Beta Software Program on your computer. You'll need to sign in using your Apple ID, then pick iOS or iPadOS. The program will walk you through creating a back up of your iPhone or iPad -- don't just glance over this and move on, create a backup right now -- and then you'll need to download and install the beta profile. You can visit this link on your iPhone or iPad to download the profile. 

ios-13-public-beta-profile-installations

After downloading the profile, make sure you install it in the Settings app. 

Screenshots by Jason Cipriani/CNET

After the profile is downloaded open the Settings app on your iPhone or iPad. The profile will show up, just below your name. Tap the profile, then approve the installation. Your device will reboot after the profile is added, after which you can go to Settings > General > Software Update to download and install iOS 13. 

Of course, if you have a paid developer account you can still find the appropriate installation profiles on the developer site.

Check out all of Apple's WWDC 2019 news.

Originally published June 3. 
Update, June 25 at 7:10 p.m. PT:  Adds information about downloading and installing Apple's public beta program.

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https://www.cnet.com/how-to/how-to-install-ios-13-and-ipados-public-beta-right-now/#ftag=CAD0610abe0f

2019-06-25 14:11:00Z
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