Motorola has added support for two new indigenous languages spoken in the Amazon as part of a larger effort to make technology more accessible. Beginning today, Kaingang and Nheengatu will be among the language options available on Motorola Android devices. Any Motorola phone updated to Android 11 will be able to access the new language options, not just its most expensive models.
“We believe that this initiative will raise awareness towards language revitalization, not only will impact the communities that we’re working directly with, but right now we’re in the process of open sourcing all that language data from Android into Unicode,” Janine Oliveira, Motorola’s executive director for globalization software, said in an interview with The Verge. “And by doing that we believe that we’re going to pave the way for more endangered indigenous languages to be added, not only on Android, but also on other smartphones.”
The Kaingang language comes from an agricultural community of people in southeastern Brazil, and only about half of the community still speaks it, Motorola found. The United Nations Educational, Scientific and Cultural Organization (UNESCO) has designated Kaingang “definitely endangered.” This means that children no longer learn it as their first language at home.
The Nheengatu community of about 20,000 people lives mostly in the Amazon, but only about 6,000 people in the region still speak that language, so UNESCO considers Nheengatu “severely endangered.” That’s the second-most serious category before a language is considered “extinct.” UNESCO classifies a language as severely endangered if it’s spoken by grandparents and older generations, who may not speak it among themselves or to children.
Both of the indigenous communities rely heavily on mobile technology, even though they may not always have reliable internet access, said Juliana Rebelatto, globalization manager and head linguist at Motorola’s mobile business group. “Teachers use their mobile phones in their classroom to teach their curriculum, so now that the phones will be in Kaingang and Nheengatu this will really help with the learning process,” she said.
It makes sense that Motorola has a focus on Brazil: as of February, it had 21 percent of the market share in the country among smartphone manufacturers, ahead of Apple and second only to Samsung. Rebelatto acknowledged there isn’t necessarily a big return on investment for Motorola by incorporating the indigenous languages into its system; the move isn’t likely to add a huge number of new users for its products.
“We know that for most people it will be just another language in a drop down menu but for the people who speak that language, it’s a big innovation. It is part of the bigger mindset we have about digital inclusion,” she said.
Rebelatto said it was their colleague Robert Melo, Motorola’s internationalization lead, who first realized that there were no Latin American indigenous languages represented in any form of digitalized technology. “We started researching ways that Motorola could change that story,” she said.
The company partnered with the University of Campinas in São Paulo, Brazil, and worked with Professor Wilmar D’Angelis, a researcher in cultural anthropology and indigenous languages. “He has dedicated his life, 40 plus years, into researching languages,” Rebelatto noted, and he proved vital in helping the company narrow down which indigenous languages it would choose.
Motorola’s linguistics team worked with native language speakers of both languages throughout the project, which meant training them on the company’s tools and practices while on a multinational schedule. “We had to ship Lenovo PCs to communities where the mail barely got into,” Oliveira said, all during a pandemic.
But the native speakers were eager to help, Rebelatto added. One of the women who was a translator on the project told them she couldn’t wait for the languages to be available on phones: “She now has all the argument she needs to convince her child to learn their ancestral language, because it will be on the phones they use every day.”
Nheengatu speaker Ozias Yaguarê Yamã Glória de Oliveira Aripunãguá worked with Motorola on the project and emphasized the cultural importance of the language. “You must understand that over time, Nheengatu has been weakening more and more, and today, many times, due to discrimination against the language, people are ashamed to use it,” he said in an email to The Verge.
“But you can’t talk about the Amazon without talking about Nheengatu because the two are linked … it’s part of the essence, it’s the core. The soul of the Amazon is Nheengatu,” he said. Seventy percent of fish names are Nheengatu names, and 50 to 60 percent of the city and river names are Nheengatu names as well, Yaguarê added. “There is no way to talk about one without talking about the other.”
The team plans to open source all of the data it collected as part of the project, hundreds of thousands of UI strings, for anyone to use or research the Amazon languages, not only on Android, but other platforms as well. They had to customize a keyboard and are working with Google on the process of including the languages in G-board.
“We don’t intend to stop here,” said Renata Altenfelder, Motorola executive director for brand. “We are putting this as an open source because we truly believe this should be something for everyone to join.” More endangered languages will be added to the project, she added, they just haven’t decided which ones yet.
Rebelatto added that by digitizing endangered languages, the company hoped it would draw more attention to them and motivate other tech companies to consider similar initiatives. The Motorola project, she added, “will allow technology to have its rightful place in the preservation of not only the language but in their traditions, in their culture and their story.”
Another day, another iPhone 13 leak: a new image claims to depict our first proper look at the redesigned notch that may feature on the iPhone 13. The leak comes after the February Apple patent (spotted by Apple Insider) seemed to be paving the way for a notchless iPhone 13.
As first reported by MacRumors, Greek repair company iRepair obtained and shared this image of what it claims are the front glass panels for the iPhone 13 Mini, iPhone 13 and iPhone 13 Pro, and iPhone 13 Pro Max. In this alleged photo of the front glass panels for the iPhone 13 models – which feature the same three 5.4-in, 6.1-in, and 6.7-in display sizes as the iPhone 12 lineup – the notch on each iPhone is visibly smaller and the earpiece speaker has been relocated above it, into the top bezel. It’s not a new idea – that particular redesign was first rumoured for iPhone 12 models last year but failed to come to fruition.
How credible is the leak? Hard to say. It’s a great depiction of what a smaller notch on an iPhone design could look like but, as with all leaks, it’s best to treat it with a pinch of your preferred seasoning. Since it’s a redesign that has been rumoured before, this image could of course show mock-ups created using leaked ideas for last year’s iPhone 12.
However, evidence that the iPhone 13 will feature a smaller notch is beginning to pile up. In his March 2021 investor note, trusted analyst Ming-Chi Kuo tipped the iPhone 13 for “a reduced notch area”, and went on to say that Apple won’t adopt a ‘pin hole’ selfie camera until 2022 at the earliest.
And here’s another recent concept from LetsGoDigitalthat imagines what how a “reduced notch” could look. For now, we wait…
MORE:
See our dedicated pageiPhone 13: release date, price, leaks and all of the news
Thinking of going Android? See best Android phones 2021: Google-powered smarties for budgets big and small
Which iPhone is the best? See best iPhones 2021: the best budget and premium iPhones
Apple’s rumoured A14X chip could level up the performance of the next-generation iPad Pro, reports 9to5Mac.
A reference to the long-awaited processor, which is said to be “blisteringly fast”, was spotted in today’s iOS 14.5 beta release. The developer version of Apple’s next operating system mentions a chip named “13G”. But since no such chip exists, the mysterious “13G” is thought to refer to the A14X in disguise.
The tip seems to confirm a recent Bloomberg report, which claims the iPad Pro 2021 will boast “an updated processor that is on par with the faster M1 chip” found in the company’s current MacBook laptops.
If the latest leak checks out, it suggests the A14X – and therefore the next iPad Pro – could be unveiled sooner rather than later.
As it stands, the iPad Pro 2021 is tipped to launch next month. We’re expecting to see two versions, with the larger, 12.9-inch model boasting a Mini LED display. And with the A14X chip under the bonnet, there should be more than enough oomph to show off Mini LED’s LCD-beating contrast and colour reproduction.
The A14X chip is said to use a compact “System-on-Chip” design. There’s even been a leaked speed test by Geekbench that suggests the new chip is faster than the Intel Core i9 processor in the 2020 MacBook Pro (via AppleInsider).
Sounds impressive, but we’ll keep you up to date with all the latest leaks in the run up to Apple’s next launch event. We’re due a bumper crop of Apple devices this year, including the iPad Pro 2021, AirPods 3 wireless earbuds, AirPods Pro 2 noise-cancelling buds, iPhone 13 and new Apple TV.
MORE:
Read our in-depth review of the Apple iPad (2020)
Find the perfect Apple tablet for you: best iPads
Apple’s first over-ear headphones rated: AirPods Max
Sustainable smartphone manufacturer Fairphone has gotten Google’s certification for its Android 9 update for the Fairphone 2. Getting certification for a nearly three-year-old version of Android doesn’t sound that impressive until you realize that it’s running on a phone originally released five years ago when it ran Android 5. The roll-out of the software starts today, and will continue until April 18th, Fairphone says.
It’s a length of support that’s basically unheard of among Android phone manufacturers. Although Fairphone 2 owners aren’t going to be able to enjoy the latest Android 11 features, the more important thing is that they’re running a version of Android that’s still officially supported. Google’s latest Android security bulletin from this month includes multiple fixes for security issues in Android 9.
The Fairphone 2’s Android 9 update has been in the works for a while and was released in beta way back in June 2020. At the time, Fairphone outlined the challenges it had in trying to support such an old phone, including the fact that Qualcomm no longer provides support for the processor inside the device, a Snapdragon 801, which originally announced back in 2014.
“To get Google certification for Android 9 for Fairphone 2 just as we hit five years of support for the smartphone is a huge achievement for Fairphone,” says CEO of Fairphone Eva Gouwens. “In order to get certification, we had to pass approximately 477,000 Google tests.”
“We want to show the industry that this kind of thing is possible, that a smartphone doesn’t have to be discarded after 2-3 years, we can prolong it’s lifespan,” the CEO added.
The only other smartphone manufacturer that offers a similar length of support for its devices is Apple, which last year released iOS 14, its latest phone OS, for its 2015 iPhone 6S. Android manufacturers, while behind Apple, are improving. Samsung now offers four years of security updates for its recent Galaxy devices, while Google offers three years of updates for its Pixel phones, and OnePlus says it plans to release Android 11 for its 2018 OnePlus 6 and 6T.
The Fairphone 2’s update to Android 9 this long after release bodes well for the company’s long-term support of its more recent Fairphone 3 and 3 Plus phones. The company says the phones should be updated to Android 11 in the second half of this year, with “one more major Android upgrade” coming thereafter. Software support and spare parts availability is set to continue until 2024.
Apple has a rocky relationship with some iOS developers because of its seemingly arbitrary decisions over what gets published and when — and now, because of a dumb miss, it’s being accused of putting profits ahead of human rights in Myanmar by the founder of ProtonMail and ProtonVPN, even though that’s probably not what happened.
Proton founder Andy Yen writes that Apple blocked an important security update to the company’s privacy-protecting ProtonVPN software simply because Apple didn’t like the app’s description, specifically this line:
Whether it is challenging governments, educating the public, or training journalists, we have a long history of helping bring online freedom to more people around the world.
If you’re having a hard time finding anything objectionable there, you’re not alone — but Apple told Proton it wasn’t okay to encourage “users to bypass geo-restrictions or content limitations.”
The context here is that VPNs have become a critical tool for protesters in Myanmar to sidestep an huge internet crackdown during the country’s ongoing, bloody military coup. One researcher told Bloomberg that VPN use has increased 7,200 percent since early last month, when the government blocked Facebook, Twitter, and Instagram.
I’m with Daring Fireball’s John Gruber on this: I highly doubt Apple made a conscious decision to deny ProtonVPN to Myanmar — the company’s smart enough to know how that would look, and it’s not like the app was blocked, just a security update. Yen is an outspoken critic of the App Store now, having told Congress (and The Verge) last year how he’d been strong-armed by Apple.
But the fact it’s just a security update makes the rejection extra dumb,because Apple explicitly said last year that it’d no longer hold up bug fixes because of these arbitrary guideline violations.
Regardless, Apple comes off looking a little like the bad guy here, especially now that ProtonVPN has taken the high road and ceded to Apple’s demands. “Due to the emergency situation in Myanmar, we removed the language about challenging governments which Apple found objectionable, and the app was finally approved,” Yen tells The Verge. Apple didn’t respond to a request for comment.
That perception seems like it’s going to be increasingly hard to fight, now that antitrust scrutiny of Apple’s App Store has been heating up in Congress and the courts, with the Epic App Store trial set to begin May 3rd.
It doesn’t help when Apple is seemingly caught breaking its own rules and needing to apologize, particularly when it could be seen as retaliation against an app developer (Yen) who’d previously spoken out. Last year, many other developers weren’t willing to come forward and admit they’d been forced to add in-app purchases to their apps, specifically because they feared retaliation.
Here’s the situation: you’re typing a report for work, and you suddenly have to write the phrase “Jones née Berkowitz.” Or you are adding a phrase in Spanish and need to use the word “años.” How do you add the special characters to the letters?
Special characters (also known as diacritical marks) may be more common in certain languages, but there are plenty of circumstances in which English speakers may need to use them. But because they are so rare in English, native English speakers may not have learned how to add those marks to documents, emails, or other writings on their Macs.
Here’s how:
For access to more common diacritical marks, you just need to hold down the key for the letter you want to use until a small numbered menu appears on-screen. The menu that pops up will show all of the diacritical marks available for that letter; just type the correct number, and the letter with the mark will appear on your screen.
Use the Keyboard Viewer
There are a number of other special characters that you may want to use, which you can access by pressing down the Option key on your Mac’s keyboard and then pressing the appropriate key. Not sure which key is the appropriate one? There is a Keyboard Viewer that will let you see all of the variations that you can use.
It’s simple to find the Keyboard Viewer — if you’ve got the icon for the Input Menu in your menu bar.
Don’t see it? Here’s how to get it into your menu bar:
Go to Apple menu > System Preferences > Keyboard. Click on the Input Sources tab and look for the checkbox labeled “Show Input menu in menu bar.” If it’s not checked, then check it.
Click on the Input Menu icon (which will now be on the right side of your menu bar). Select “Show Keyboard Viewer.”
A visual of your keyboard will appear on your screen. If you press on the Option key on your keyboard, the Keyboard Viewer will show you what special characters are available if you press those keys in combination with the Option key.
Note: some of the keys will be outlined in orange. These are the keys we mentioned earlier, the ones that have several special characters and can be held down to see the various characters that can be used with them.
(Pocket-lint) – The DS 3 Crossback E-Tense name might be something of a mouthful, but hidden behind the nomenclature is a nice compact hatchback, boosted to give it crossover appeal, while retaining the charms of the regular DS 3.
The E-Tense is the first fully electric car from DS Automobiles, arriving in full DS style, with options for lavish design and something that’s just a bit different to everything else on the road. But it’s a bit expensive considering, so does it offer true appeal?
A unique design
Being different is often enough to make you stand out when you’re a car. If it wasn’t for the super Honda e – which is even more different – the DS 3 Crossback E-Tense might be the most distinctive EV on the road, from the interior at least.
From the outside there are some quirks – such as that shark fin behind the B pillar – but you can feel the DS 3 heritage getting inflated, riding a little higher, slightly more accentuated. Otherwise the general positioning of the car as a practical hatchback remains the same.
But this is a unique DS model. While it sits on the same platform as some rivals – the Peugeot e-2008, Vauxhall Corsa e, Citroën eC4 – nothing carries these looks. There’s no old Citroën model that looks the same, and no petrol version that’s just been converted – so there is something special about this model.
There’s a huge grille on the front, while areas that look like they might have been somewhere to put other vents on a combustion car sport the same look, resulting in a car that isn’t a hugely electric-looking EV.
But that does lend some sporty charm to things, while the recessed doorhandles – which pop out as you approach the car – bring a premium sense of occasion.
The stance on the road is pretty good, but some of those styling points do start to get in the way. The fins on the side reduce the window space for the rear passengers, while the rear window looks smaller from the inside than it needs to be – a chunk of the rearview is eaten up by plastic bodywork across the bottom of the window, which we don’t really think needs to be there.
A distinctively designed interior
Since the separation of DS Automobiles from Citroën, DS has pursued a design line based around offering something inspired by French fashion. It wants to be unique and it wants to give you a higher quality experience. That’s seen heavily in the interior design, with the use of textures you might associate more with prestige watchmaking than in a car.
Up at the top level, on the Prestige Ultra model (as reviewed), that results in a sumptuous finish. It’s not just leather, it’s hand stitched in places, using special pearl stitching and – importantly – uniquely different to the premium German marques that DS Automobiles wants to compete with.
At the same time, that commitment to design can see impracticalities. We know why DS chose to put the dash buttons into diamond shapes, but they are larger than they need to be – and the couple of blank spaces are what you notice the most.
But there are choices to be made, with the DS 3 Crossback E-Tense available in five different trims, affecting the wheel size, paint colours and interior options.
To give the E-Tense its due, though, it is comfortable. We like the finish on the seats and it’s nice to be in a cabin that isn’t just the same as a whole family of cars elsewhere. Front passenger and driver get plenty of room, but the rear is a little short on knee space, just like many other hatchbacks.
The boot offers 350 litres of space, which is typical for this size of car, meaning you can stuff in a large family shop or enough baggage for a weekend away.
Interior tech
When it comes to the interior tech offering, the DS 3 Crossback E-Tense again suffers from that heavy design ethic. We’ve commented on this before – especially on the DS 7 Crossback – that some of that styling in the graphical interface isn’t especially helpful.
The DS 3 is clearer, however, with a smaller digital driver display having the benefit of not giving the software designers too much space to fiddle around. There are several views you can scroll through to customise the information – and on our review model, a heads-up display (HUD) to provide pertinent information while on the road.
In the centre of the car is a larger display, 7-inches on lower trims and a 10.3-inch on higher trims. The expansion to the larger models seems to result in empty space at the edges, or once you’ve made your selection, permanently visible cabin temperature, so it’s not a huge gain.
The infotainment system is easy enough to use, offering touchscreen interaction, working with those big buttons on the dash to work through the mainstays of music, climate control, navigation, car settings, and phone.
We found the navigation and mapping to be pretty good, although you can’t zoom and manipulate the maps to the same sort of extent that you can a smartphone, so it does have some limitations – likely to be addressed in the new system being introduced in the DS 4.
Perhaps the thing that’s the most irksome is having to dig to find charging stations through the points of interest options. Again, as this is an EV, that sort of option should be front and centre.
Where things get a bit questionable are diving into the details of power consumption. As this is an electric car, efficiency and performance is ever more important, and getting access to that information is useful for a driver. There’s a dedicated button which is good, but the information you get could be better.
The E-Tense will present stats for your journey, giving you a sensible miles per kWh which is useful, but it also presents a graph. The Y axis on this graph has a scale that runs up to 120miles per kWh, which is utterly useless, seeing as the average is going to be around 4 – so it’s literally wasted space, unless you’re just rolling down hills.
On the Prestige Ultra there’s a Qi charging pad for your phone, but it also supports Android Auto and Apple CarPlay, so you can use a phone-based system if you want.
We found the sound quality to be good from the speakers within the car, although it’s always a pleasure listening to music in an electric car when you’re not fighting with any engine noise.
Equipped with cameras, there’s fancy parking assistance, able to view the car’s surroundings on the screen, making it really easy to put yourself into a tight parking space – especially useful for reversing into awkward EV charging locations.
Driving, battery size and range
The DS 3 Crossback E-Tense is a nice car to drive. It rides pretty high, so there’s a sense of road domination which is great from a smaller car. The ride is pretty quiet, too, so you don’t hear too much noise coming into the cabin – extending the feeling that this is just a little better than average.
The suspension is perhaps a little on the hard side – while we didn’t have a problem with it on broken suburban roads, it could just be a little softer. The steering is a little light, probably designed to suit the urban driver that’s likely to buy this car, rather than the B-road racer who might want something a little heavier.
One of the advantages of electric cars is that they offer instant torque for a spritely drive and the E-Tense is no different in that regard. There’s a D and B position on the gear selector, with the B (battery) option giving you a stronger regeneration when lifting off the pedal. This goes some way to offering one-pedal driving, although the car won’t come to a complete standstill in this mode, it will just slow down and then creep along the road.
The best electric cars 2021: Top battery-powered vehicles available on UK roads
By Chris Hall
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There are also driving modes which have a bigger impact on the setup of the car – eco, normal, sport – with the names very much revealing what they do. Eco cuts the throttle response so you don’t expend so much energy in acceleration. It works well, we just wish you could have the car startup in these modes, rather than having to select it every time.
Turning to the important range, and the DS 3 Crossback E-Tense is equipped with a 50kWh battery and a 100kW motor. That gives you a larger battery than the Mini Electric, a smaller battery than the Kia e-Niro – and that’s generally reflected in the resulting range.
The range, on paper, is 191-206 miles. In our driving we found we could, with a little effort (aircon off, eco mode, infotainment off), get averages of around 4.7 miles per kWh around town, which would bring it in at 235 miles. Casually nipping to the supermarket sat closer to 3.2 m/kWh, which would give you 160 miles. We couldn’t find long-term averages for the car during our review.
It also supports up to 100kW charging, which will take it to 80 per cent in 30 minutes. Home charging on a 7.2kW will take about seven-and-a-half hours to completely charge it.
That sits the E-Tense in a reasonable position, although the Kia e-Niro gives you more range for your money in a similar size car, while the Peugeot e-2008 is a healthy chunk cheaper for much the same setup. There is a premium to pay for all that prestige, it seems.
Verdict
There are some elements of the DS 3 Crossback E-Tense that we really like. It’s a nice car to drive and the performance is pretty good, making it a practical electric car, sizeable enough to seat a small family, so great for everyday use.
The range sits in the middle of the pack and you can get a little more range for around the same price elsewhere – it’s hard to ignore the offerings from Peugeot which are also more affordable.
Ultimately, the DS 3 Crossback E-Tense again delivers something a little different. Stylistically that interior is like nothing else on the road. That could make the E-Tense stand apart – but at the same time, there are things that could be done to make it a more attractive buy too.
Also consider
Kia e-Niro
It’s one of the top rated electric cars and that comes down to value for money, efficiency of the drive, and the option for a pretty big battery.
Read our review
Nissan Leaf
Nissan has been in this game a long time and that shows in the Leaf. There’s efficiency and the option for bigger batteries to provide a useful range.
Scooter-sharing giant Lime is updating its app to make renting one of the company’s battery-powered two-wheelers a little easier. Customers can now take advantage of new features like app-less riding, 10-minute reservations, and vehicle configurations to take some of the bite out of scooter-sharing.
Customers who don’t have the Lime app on their phone can still ride by taking a photo of the scooter’s QR code and paying through Apple Pay or Google Pay. Lime says it will be a useful tool for first-time riders who don’t want to commit or don’t have space on their phones.
Reservations could be a potential boon to anyone who has thought to rent a nearby scooter, only to find it gone by the time they arrive at its purported location. After testing out the feature in a couple of key markets, Lime will now allow customers to reserve a scooter for 10 minutes in an effort to take some of the stress out of scooter riding.
Lime will also start recommending certain vehicles to its customers. So when you open the app, the company will refer you to the nearest vehicle with the best battery range. Combined with the reservation feature, Lime thinks this will help customers secure their vehicle faster, estimating it will take “less than 5 seconds” to reserve a scooter after opening the app.
And finally, Lime’s app is getting a dark mode to help customers see their options better while riding at night.
Lime, which operates in 120 cities across five continents, is in growth mode as the weather warms up in certain key markets. In addition to adding new products like electric mopeds and pouring money into a huge e-bike expansion, the company is said to be in talks to go public via a reverse merger. Lime says its customers took more than 200 million rides on its e-scooters and e-bikes last year, with the company expecting that number to grow significantly in 2021.
(Pocket-lint) – OnePlus started off as that limited, small batch phone-maker that only insiders knew about, before growing into a proper big-time brand. And yet, despite being available through proper partner carriers and in real stores, it’s still not a company you’d consider hugely mainstream. It certainly doesn’t have that mindshare that Apple and Samsung have enjoyed for years.
Counting all the ‘T’ versions, however, we’re now into the 13th generation OnePlus flagship. And in all of those generations it’s always nailed the speed, performance and fluidity. The cameras, however, have always raised questions, never quite delivering to the same degree as the competition. To try and conquer this final frontier OnePlus has brought in some outside help from a partnership with Hasselblad.
So does the OnePlus 9 Pro, Hasselblad riposte at the ready, succeed in flying us to the moon and back?
So shiny
Finishes: Morning Mist, Forest Green, Stellar Black
Dimensions: 163.2 x 73.6 x 8.7mm / Weight: 197g
IP68 water- and dust-resistant rating
Stereo speakers
OnePlus has three different finishes for the OnePlus 9 Pro. We’ve been using the silver coloured Morning Mist version, which is oh so shiny. At least, the bottom third of the back is. It’s reflective enough that you can see your face in it (which also makes photographing it a real pain – not that this would be a concern to 99 per cent of the people who buy one).
This reflective surface subtly gradients into a more misty, foggy look at the top. The surface of the glass on the outside is glossy and slippery, so attracts fingerprints like nobody’s business. All in all meaning you may just want to use the case, or pick up the frosted glass Forest Green variant instead.
Still, there’s plenty to like about the 9 Pro’s design. For one, the camera housing has a look about it that says the designers really cared about how it turned out. It’s not just a characterless rectangle stuck onto the back. It’s colour-matched to the back and each of the two main cameras has a metallic ring around the lens, making it stand out against the background. It’ll certainly make it stand out from the crowd.
The rest of the design is very familiar for anyone who’s used a OnePlus phone over the past year. The glass curves on the back towards the edges, making an otherwise quite large phone feel a bit more comfortable than it would if it were completely flat and square.
It’s not the lightest phone around, but in its size category, squeezing in below 200 grams is a good thing. It makes it perfectly bearable to use day in day out. Plus, all the buttons being within easy thumb reach means there’s not too much over-stretching going on to locate the alert slider or the volume rocker.
While we’re on the subject of practicality, the Pro has IP68 rating against water and dust ingress. So when this slippery fish does inevitably slip out of your hand into a sink full of water, it won’t get damaged (well, not from the water anyway!).
Unlike the standard ‘non-Pro’ version, the OnePlus 9 Pro doesn’t have a completely flat panel, but the curves on the screen are definitely smaller than in previous iterations. That does mean the phone feels a bit chunkier than 7 Pro from two years ago, but it means it’s less prone to accidental touches. Plus, the bezels are really skinny, giving an almost edge-to-edge screen with only a neat little selfie camera punching its way through the top corner.
Display and software
6.7-inch AMOLED display
QHD+ resolution (1440 x 3216 pixels; 525ppi)
Adaptive frame rate up to 120Hz
Oxygen OS 11 (over Android 11)
It’s not just in physical button placement where OnePlus has attempted to make its large phone comfortable to use. The software, Oxygen OS, went through a massive refresh for its Android 11-based version – which first launched on the OnePlus 8T. This update didn’t just radically change the entire look and feel of the previously Google stock-like experience, it was designed so that the bits you need to reach with your thumb are easy to get to. Buttons and controls are shifted down, so you don’t have to awkwardly stretch across to the top corner.
The thing that works against this somewhat is that OnePlus has fewer of its own apps than it used to. It’s gone all-in with Google, so apps like Messages and the Phone app are Google; similarly, as we saw with the 8T in 2020, the Shelf that used to live on the left of the Home Screen has been replaced by Google’s Discover feed.
None of these moves are bad, as Google’s Discover is far more useful and more relevant than Shelf. That in itself hasn’t disappeared completely, though, as you can get to it by swiping down on the Home Screen. It could be useful for things like getting quick access to favourite contacts, or remembering where you parked the car. We didn’t find it all that useful, so we just changed the setting so that a swipe on the Home Screen dropped down notifications instead.
As for the screen, it’s one of the best available on the market. It’s a 6.7-inch AMOLED panel that has a top refresh rate of 120Hz, meaning it cycles through 120 refreshes per second to give the sense of smoothness.
Like Samsung’s latest flagships – the Galaxy S21 Ultra at the top of the stack – the OnePlus also has adaptive refresh rate capabilities. Here, however it can go all the way down to just 1Hz when it detects a static page, which will help save battery life. It also means it’s pretty much identical to the screen on the Oppo Find X3 Pro.
It’s really bright and vivid, and – once you’ve enabled its maximum sharpness within the settings – it’s crisp to the eyes too. One clever little feature actually enables you to toggle on a battery saver mode when you choose the QHD+ resolution, which means the screen can switch to a lower resolution if it’s appropriate to do so.
As usual, there are plenty of additional features, such as the ability to tune the appearance to your preferences: be that dark mode for night time, comfort tone for automatically adjusting the white balance based on the ambient light, or reading mode for, um, you guessed it, reading.
On the whole, it’s a mighty fine display. Colours pop, bright areas are almost searing, and animations are smooth. There’s perhaps a bit too much contrast, while auto-brightness dims the output a bit much – as to not retain balance of highlights, shadows and colours – but most of the time we were impressed by it.
For those who want it there’s plenty of customisability too. The display settings menu lets you adjust the overall look of the screen, making it more or less vibrant and adjusting colours and white balance.
Best smartphones 2021 rated: The top mobile phones available to buy today
By Chris Hall
·
The best smartphones you can currently buy, covering the best of iPhone and Samsung, and everything Android has to offer
So to the all-important cameras. Both the primary and ultra-wide cameras use high-end Sony sensors – which is OnePlus showing off that it’s sourcing the best core kit for the job. For the most part, these sensors deliver good pictures.
The primary sensor looks like it’s had the most love from Hasselblad’s partnership, delivering natural-looking colours with good detail. Likewise, the ultra-wide sensor can take great pictures – and that’s no surprise given it’s the same sensor used by the Oppo Find X3 Pro in both of its two main cameras.
In good light you’ll get sharp mostly noise-free pictures, while the freeform ultra-wide lens will ensure you don’t get lots of curving and distortion at the edges. In fact, it’s very level and doesn’t suffer from that fish-eye effect you sometimes see from such lenses. It’s not as good in low-light situations as the primary sensor, neither is perfect once light levels drop. You’ll start to see image noise introduced when it gets a bit darker, particularly in greys and blues in any shadows.
The only inescapable problem isn’t with either camera individually. It’s when you compare them to each other. At some points it looks like results are from two different phones. Not in terms of angle of view, as that’s inevitable, but with the final aesthetic. The ultra-wide often boosts warmth and saturation to give a really vivid (almost more orange feel), while the primary lens delivers a more neutral, cooler image where blues are more standout.
You can see this difference when switching to Macro mode – which automatically switches to the ultra-wide sensor to perform the close-up shot – as well as when you shoot at night time using the Nightscape mode.
Nighstscape mode seems to have improved from previous generations of OnePlus phones, though, with the 9 Pro able to draw in decent light. We did sometimes struggle to get results looking sharp though, with finer details and edges blurring – not an out-of-focus blur, more like a motion blur as if the camera’s optical stabilisation can’t quite compensate for hand-shake enough.
It wasn’t the only time the phone’s camera struggled with detail either. Using the telephoto zoom lens – which is 3.3x that of the main camera, and can reach up to 30x digitally – we found that detail simply lacked. It’s not a great optical zoom.
Pocket-lint
: Ultra-wideUltra-wide
If you scroll through the gallery above – which cycles through the cameras at ultra-wide, 1x, 3.3x, 5x, 10x and 30x – you’ll see how the tree branches in the 3.3x shot turn into a weird-looking mush. And once you zoom past 3.3x the detail becomes increasingly ropey with the images at the top end looking more like an oil painting than a photograph.
As for macro mode, that’s pretty strong in good light. Details are sharp and in-focus, while the background blur adds depth and doesn’t suffer from unnatural and nauseating bokeh like some dedicated macro lenses do. That’s likely down to the fact the OnePlus 9 Pro is using the ultra-wide sensor, rather than have a poor low-resolution macro camera.
On the whole, then, the 9 Pro’s cameras are a bit of a mixed bag. It performs well, but the difference in colour balance between the primary and ultra-wide is confusing, especially given OnePlus’ insistence on using Hasselblad’s ‘strict’ tuning standards. The optical zoom lens is quite poor when it comes to detail, and night mode suffers a little with motion blur.
The primary lens is great for the most part, but we’d just love to see that consistency between the different lenses. It’d turn this system into one that truly competes with the market leaders. The hardware is obviously there, we just need to see attention to detail on balance still.
Speed, I am speed
Qualcomm Snapdragon 888 platform, 5G connectivity
RAM: 8GB/12GB LPDDR5
Storage: 128GB/256GB (UFS3.1)
4,500mAh battery (2x 2250mAh cells)
Warp Charge 65T flash charging (1-100% in 28 minutes)
Warp Charge 50 wireless charging (1-100% in 43 minutes)
If there’s one thing you can virtually guarantee from OnePlus when it comes to its flagship phones: they’re all fast and fluid. For years the company has used whichever is Qualcomm’s latest top-tier processor. For 2021 that’s the Snapdragon 888.
In all areas, the OnePlus 9 Pro performs like a proper flagship should. It’s fast and smooth, loading any games and apps without stopping to think about it. We had no instances of stutter or delay. Part of that is also down to the screen’s refresh rate, but also its touch sampling rate – which can read your fingers taps and swipes at a rate of 240 times per second. The animation on screen responds virtually immediately, making it feel nimble and instant.
Even simple and mundane tasks like refreshing a Twitter feed or loading a web page is hassle-free. Plus, if you live in an area with 5G signal, you get that goodness too, for speedy cellular downloads.
During our testing there were moments where – after an hour or so of gaming – the phone became a little warm, but it didn’t feel uncomfortable. That’s likely down to having an efficient vapour chamber and graphite-based cooling system inside, making this the most non-gamer gamer phone on the market.
As for battery life, with the screen cranked up to its highest resolution and frame rate settings, the 4500mAh capacity is more than capable of pushing through a full day. Even on quieter ones, however, we never quite got the sense it’d make it through two full days.
On our heavier days with a three or more hours of screen time, we got to bed with somewhere around the 30 per cent mark left over. Here’s the thing though: battery anxiety is never an issue because when it comes to charging few phones compare to the OnePlus 9 Pro.
If you use the included 65W wired charger, you can get the battery from dead to 100 per cent in just 28 minutes. That’s a full charge in less than half an hour, which is mind-boggling. Plug the phone in for 10 minutes and that’ll provide enough to get you through a good few hours.
But there’s more: it charges fast wirelessly too. Using OnePlus’ latest Warp Charge Wireless stand (an optional extra, at your expense), you can get a full charge in 43 minutes. Of course, if it’s by your bed and you charge overnight you don’t need those speeds, but it can be programmed to go into bedtime mode which charges slower and, crucially, quieter. The fan it uses to keep itself cool during the faster charging speeds is shut off to allow you to get to sleep.
The Warp Charge Wireless is so quick that we’d often just leave the 9 Pro off charge at night, then put it on the stand while getting ready in the morning. It’s a bit of a game-changer.
It’s worth noting that – even though it charges quickly – OnePlus has kept its battery optimisation features in play, which ensure the device’s battery isn’t harmed by such speedy refills. It learns your charging routine and does the first chunk of charging quickly, before leaving it and then finishing the charge right before you wake up in the morning – which is good for battery health and longevity over an extended period of time.
Verdict
The OnePlus 9 Pro attemps to address the series’ historically biggest issue: the cameras. However, even with support from Hasselblad, it still doesn’t quite hit the mark in that regard. But the core of the phone impresses, with fast wireless charging a truly brilliant feature, and the display being top notch too.
While it’s possible to get great photos from the 9 Pro’s cameras, the imbalance of colour between the two main sensors – with photos often looking like they’ve come from two different phones – and the poor results from the telephoto zoom just don’t quite add up to what we’d expect. More hassle than Hasselblad, eh?
It’s also worth pointing out that the 9 Pro’s price has crept higher still, edging ever closer to the four-figure mark and, in so doing, sitting closer to other premium flagship competitors. That does mean it’s still more affordable than some of the other top tier phones out there, but it’s no longer the instant buy the series once was.
Overall, the OnePlus 9 Pro continues to deliver on the series’ well-established strengths. Its fast and fluid, has a cracking screen, mind-boggling impressive fast-charging, and all for a price that undercuts the established elite. But it continues the series’ ongoing weaknesses too, as those cameras still just aren’t class-leading.
Also consider
Oppo Find X3 Pro
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In a lot of ways, the Oppo is very similar to the 9 Pro, offering similar hardware in terms of screen, battery size, charging and processing power. Where it differs is with a more consistent camera experience and a more refined designed.
Read our review
Samsung Galaxy S21+
squirrel_widget_3816733
Pricing isn’t all that much between Samsung’s S21+ and OnePlus’ latest top tier phone. It may have a plastic back, but its performance is strong in all the important ways. The cameras are a tad disappointing however.
Intel made several big announcements about its 7nm tech at today’s Intel Unleashed: Engineering the Future event and divulged that it expects that the majority of its products in 2023 to still be produced in-house using its own manufacturing technology. But there’s a caveat: The company will also release CPUs in 2023 with CPU cores that are fabricated with an unspecified process node from third-party foundry TSMC, and those CPUs will come to both the client and data center markets.
This development comes on the heels of Intel’s announcement last year that its 7nm process was delayed, possibly forcing it to do the unthinkable — turn to external foundries to produce its core logic, like CPUs and GPUs, for the first time in the company’s history.
The newest announcements mean that, in addition to the 7nm Meteor Lake desktop chips and Granite Rapids data center processors that Intel will produce with its own process technology in 2023, the company will also release other lines of CPUs in 2023 that will use CPU cores with an as-yet-unspecified process node from TSMC. The chips that utilize TSMC’s third-party process tech will power Intel’s “CPU leadership” products for both the client and data center markets, suggesting a split product stack.
Intel says that the majority of its products in 2023 will come manufactured with its own process technology. Still, it’s important to note that Intel hasn’t specified that the majority of the newly-released 2023 products will come with its own 7nm process. Naturally, Intel will still have plenty of chip production volume centered on its 14nm and 10nm process tech in that timeframe, and even older nodes that still ship in large volumes.
Intel’s distinction that its line of “leadership CPUs” with outsourced cores will come for both the client and data center markets could be telling. TSMC plans to begin high volume manufacturing of its 3nm process in the second half of 2023, meaning that Intel’s 7nm could be outmatched by competitors, such as AMD, Apple, and ARM-based designs, with CPU designs etched on a more advanced node than Intel’s. Samsung will also have more advanced 3nm technology than Intel in the same time frame.
TSMC and Samsung’s newer process nodes might not be faster than Intel’s 7nm; clock rates on newer nodes are expected to remain static or even possibly regress, but CPU architectural modifications can offset those issues. However, the denser processes will absolutely be more power-efficient and cost-effective (even though per-transistor costs are rising with denser nodes), leaving Intel at a disadvantage against competing chip designers that have access to more advanced process technology.
As such, Intel’s secondary lineup of leadership CPU products with outsourced cores could be comprised of the highest-end halo products built with the latest process node from TSMC, providing the company with more performance than it can achieve on its own process tech.
As we see with most semiconductor manufacturers, Intel’s highest-end parts comprise a smaller percentage of its overall chip production. In fact, the mid-range and lower-end chips often comprise the overwhelming majority of sales, while halo products offer the highest-end performance at a premium and reinforce performance leadership and the brand.
Setting aside its highest-end products for an external process node makes a lot of sense — Intel currently produces more x86 processors than any other company, producing in the neighborhood of one million dies per day. That means that no single outside foundry can satisfy its production requirements. For instance, Intel has more than twice the semiconductor output of TSMC. Given that TSMC is already capacity constrained, it obviously wouldn’t have enough output to satisfy all of Intel’s incredible sales volume.
Intel will also likely leverage its packaging tech to reduce the number of externally-sourced components required to build a full chip. It’s feasible that Intel could ‘simply’ swap out its own 7nm CPU tiles found in its Meteor Lake and Granite Rapids chips in exchange for compute tiles based on TSMC’s smaller process node to build more competitive variants. Or we could see entirely different models based on the third-party process tech.
As the highest-end products typically comprise the smallest amount of overall sales, outsourcing portions of its high-end CPUs would allow Intel to satisfy its larger production volume requirements with its own 7nm tech, while remaining competitive with its lower-volume leadership products fabbed on an external process node.
Intel also isn’t divulging whether it will fab the chips with an external process in its factories via a technology licensing agreement or if the chips will be built at TSMC. Outgoing CEO Bob Swan told us that technology licensing was a possibility.
Intel has a long history of producing low-value simple chips at several foundries, like TSMC, Samsung, GlobalFoundries, and UMC. Intel has also traditionally used third-party fabs, currently to the tune of ~20% of its production, for low-margin, non-CPU products, like chipsets and Wi-Fi chips, built on trailing-edge nodes. Intel also hasn’t shared how much it expects to expand manufacturing with third parties.
The first benchmark results for Qualcomm’s 3rd Generation Snapdragon 8cx system-on-chip (SoC) for always-connected PCs has been posted to the Geekbench 5 database. The numbers show the Snapdragon 8cx Gen 3 beating its predecessors and even competing with Intel’s latest 11th Gen Core i7 “Tiger Lake” mobile chip in multi-threaded workloads.
Qualcomm has been fairly consistent in updating its Snapdragon 8cx family of SoCs for notebooks annually. This year, the company is expected to launch its third-generation Snapdragon 8cx chip, which is rumored to significantly change its architecture. Instead of integrating four high-performance CPU cores and four low-power ones, the Snapdragon 8cx Gen 3 is expected to pack eight high-performance cores working at different clock speeds, omitting low-power cores. This should improve performance, but it’s unclear whether the chip will match its predecessor’s 7W thermal envelope.
Qualcomm yet has to formally announce its Snapdragon 8cx Gen 3, but someone has already submitted test results of a Qualcomm Reference Design (QRD) platform running the new SoC to the Geekbench database, as spotted by NotebookCheck.
Just like other notebook development platforms, QRD platforms are meant for developers of hardware and software, so performance usually differs from that of retail products. Nonetheless, such platforms still tend to give a good hint of what to expect from new chips.
Qualcomm Snapdragon 8cx Gen 3 Benchmarks
CPU
Single-Core
Multi-Core
Cores/Threads, uArch
Cache
Clocks
TDP
Qualcomm Snapdragon 8cx Gen 3*
982
4,918
4C Kryo Gold+ + 4C Kryo Gold
? MB
2.69 GHz
?
Qualcomm Snapdragon 8cx Gen 2
795
3,050
4C Kryo 495 Gold + 4C Kryo 495 Silver
? MB
3.15 GHz + 2.42 GHz
7W
Qualcomm Snapdragon 8cx Gen 1
725
2,884
4C Kryo 495 Gold + 4C Kryo 495 Silver
? MB
2.84 GHz + 1.80 GHz
7W
AMD Ryzen 9 5980HS
1,540
8,225
8C/16T, Zen 3
16MB
3.30 ~ 4.53 GHz
35W
AMD Ryzen 9 4900H
1,230
7,125
8C/16T, Zen 2
8MB
3.30 ~ 4.44 GHz
35~54W
Intel Core i7-1160G7
1,400
5,000
4C/8T, Willow Cove
12MB
2.10 ~ 4.40 GHz
15W
Intel Core i7-1185G7
1,550
5,600
4C/8T, Willow Cove
12MB
3.0 ~ 4.80 GHz
28W
Apple M1
1,710
7,660
4C Firestorm + 4C Icestorm
12MB + 4MB
3.20 GHz
20~24W
*Chip not confirmed by Qualcomm
The Snapdragon 8cx Gen 3 showed notably higher results in single-thread workloads when compared to previous generations. It was 35% faster than the 8cx Gen 1 and 24% faster than the 8cx Gen 2. We don’t yet know the frequency of the 8cx Gen 3’s cores for sure, but it appears that the 8cx Gen 3 packs something better than Qualcomm’s Kryo 495 Gold (a custom version of Arm’s Cortex-A76).
On the other hand, the Snapdragon 8cx Gen 3’s performance paled in comparison to chips from AMD and Intel competing with the best CPUs for desktops. The latest Zen 3 and Willow Core microarchitectures can run at higher clocks and consume more power. Meanwhile, Apple’s M1 beat Qualcomm’s Snapdragon 8cx Gen 3 (at least in its current form) in single-threaded workloads by 74%.
When it came to performance in multi-threaded workloads, the Snapdragon 8cx Gen 3 clearly benefits from eight high-performance cores (albeit running at different clocks) inside. The new SoC outperformed the 8cx Gen 2 by over 60% and is on par with Intel’s four-core, eight-thread Core i7-1160G7, a 15W SoC.
The Snapdragon 8cx Gen 3 tested couldn’t compete with the higher-wattage Apple M1 and AMD’s Ryzen SoCs, but systems based on Qualcomm’s 8cx platforms are not really meant to compete against higher-end machines in terms of performance.
Overall, the benchmark results show the Snapdragon 8cx Gen 3 demonstrating single-thread and multi-thread performance improvements in a synthetic benchmark. Of course, it remains to be seen how commercial devices based on the new SoC will stack up against rivals in real-world applications.
Intel has a new CEO, Pat Gelsinger, and he’s not wasting any time to make some big changes. At the company’s “Engineering the Future” announcement today, Gelsinger announced plans to outsource more of Intel’s chip production to third-party foundries; a $20 billion investment into two new fabs in Arizona; and a new branch of the company called Intel Foundry Services, which will see Intel’s foundries produce chips for other companies.
The announcements are part of a new “IDM 2.0” strategy for Intel’s design and manufacturing, which is made up of three parts. First, there’s Intel’s in-house manufacturing, which will continue to serve as a key part of Intel’s design and production of chips. Second, there’s an expanded use of external foundries, including TSMC, Samsung, and GlobalFoundries, for production of “products at the core of Intel’s computing offerings” for both consumer and enterprise chips, starting in 2023.
And third, there’s the newly announced Intel Foundry Services, which will see Intel open its gates to handle manufacturing of chips for other commercial customers, led by Randhir Thakur. Intel Foundry Services is a “standalone foundry business unit,” and it will develop x86, Arm, and RISC-V core chips for external clients using Intel’s manufacturing technology. And crucially for government work, Intel’s foundries will be located in the US and Europe, a benefit that competitors like TSMC don’t have. Partners include IBM, Qualcomm, Microsoft, Google, and more.
The expansion of Intel’s manufacturing efforts — which include a $20 billion investment into new fabs in Arizona that will expand Intel’s existing Ocotillo campus — come at a critical time: the ongoing global semiconductor shortage means that demand for chips is at an all-time high. Adding Intel’s foundries (and its new Foundry Services business) could help open up new avenues for companies to source the chips that are essential for everything from new video game consoles to new pickup trucks. Gelsinger also teased that more foundries are in the works, promising additional announcements of expansions in the US, Europe, and elsewhere in the world later this year.
Intel also announced a new R&D collaboration with IBM “focused on creating next–generation logic and packaging technologies.” Details are slim at the moment, however.
Lastly, Intel announced plans to bring back a spiritual successor to its Intel Developer Forum conference with a new Intel Innovation event planned for October in San Francisco this fall as part of a new Intel On series of events.
Intel stands at a critical junction right now: the company faces increased competition from companies like AMD and Apple’s Arm-based M1 series of chips. At the same time, it’s seen major shifts in leadership and delays of generations of its chips, all while being outpaced by competitors like TSMC in terms of production techniques. Today’s announcements represent Gelsinger’s first big moves to try to right the ship.
Apple’s long-rumored mixed reality headset could weigh less than 150 grams, which would make it much lighter than many other headsets on the market, according to a new research note from Apple analyst Ming-Chi Kuo seen by 9to5Mac. That lighter weight might mean Apple’s headset could be easier to wear for long periods of time.
A weight of 150 grams would make Apple’s headset lighter than the Oculus Quest 2 (503 grams), Microsoft’s HoloLens 2 (645 grams), and the Valve Index (809 grams). It would be lighter than Google’s Daydream View, a fabric VR headset designed to hold your phone, which weighed 220 grams. The headset could even be lighter than your iPhone, given that the standard iPhone 12 weighs 164 grams.
As attractively light as this headset sounds, though, it might be a while until we get to try it out for ourselves. Bloomberg reported in January that the device, which may have both virtual reality and augmented reality features, won’t launch until at least 2022. The Information backed that up in February by reporting that the device could ship “as early as next year.” The Information also had a drawing of what the headset could look like, including mesh fabric in the front and Apple Watch-style bands in the back, and I could see how the device could be very light if made with those materials.
The headset, codenamed “N301,” may also have 8K displays, eye-tracking technology, and more than a dozen cameras to both track your hand movements and capture footage that can be displayed inside the headset, according to The Information. And in his new research note, Kuo reported that the device will have plastic lenses, an ultra-short focal length, and Micro-OLED displays.
But the headset may not be cheap: Apple has apparently discussed pricing the headset at around $3,000, The Information reported. That would make it much more expensive than the $299 Oculus Quest 2 but more affordable than the $3,500 HoloLens 2.
Apple’s device has already hit several development challenges, Bloomberg reported, and given how far out the rumored headset is, there’s always a possibility that details about the device could change. However, Apple recently moved Dan Riccio, its former hardware chief, into a role reportedly overseeing Apple’s AR and VR devices, which could signal the company’s commitment to launching a device sooner rather than later.
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1More has absolutely flooded the true wireless earbud market, and it’s confident enough in its new ComfoBuds Pro noise-canceling earbuds to proclaim them as superior to the AirPods Pro — for a fraction of the price. They slot in between the company’s flagship True Wireless ANC earbuds ($200) and less expensive options like the $50 PistonsBuds and the standard ComfoBuds, the latter of which has an open-style design. 1More says with the Pro model, it’s “sure to bring the fight to Apple and give their loyal fanbase a serious dilemma in choosing what pair of earbuds are right for them.”
I don’t think forcing such a direct comparison was the right move because, despite 1More claiming that it offers “so much more” than Apple’s flagship buds, the ComfoBuds Pro can’t match up with the AirPods Pro in all areas — as is expected with such a price discrepancy — but they’re still an excellent product in their own right. The sound is fantastic for the money, they have several useful noise cancellation modes to switch between, and the fit certainly delivers on the “comfort” part of their name.
The ComfoBuds come in either gunmetal gray or white, and they lay flat in their elongated, capsule-shaped carrying case. This makes for a compact, pocketable design, but the trade-off is that removing them from the case isn’t so simple: you’ve got to press down on the stem, which pushes up the main earbud portion, and then pluck that out of the case. Once you’ve done it a few times, you’ll have it down.
LEDs hidden at the bottom of the teardrop stem indicate pairing and charge status, and there’s also a light on the case’s exterior so you know when they’re fully topped off. Battery life is rated at 6 hours with ANC enabled, which outlasts the 4.5-hour AirPods Pro. The case has enough extra juice for you to reach 20 hours of total listening time. It charges over USB-C but doesn’t offer wireless charging.
1More also beats out Apple on the scale, with each ComfoBud Pro weighing 5.2 grams compared to the 5.4-gram AirPods Pro. In your ears, they feel similarly light and barely there. This results in comfort that lasts over extended stretches, which can’t always be said of heavier options like the Bose QuietComfort Earbuds (8.5 grams) and Jabra Elite 85t (7 grams). Four sets of silicone tips come in the box, with an extra small size thrown in alongside the standard small, medium, and large. I’d have appreciated an XL option, as even the largest size took some adjustment for a snug seal.
Instead of any actual buttons, the ComfoBuds Pro have a touch-sensitive area on the outer stem. It works well enough, even if it’s not obvious exactly where you should be tapping. The most confounding thing about 1More’s controls is there’s no single-tap action. You can choose what happens with a double tap, long press, or triple tap, but the single-press option — commonly used by other manufacturers to play / pause — just doesn’t exist here. So although 1More lets you customize the controls that are here, you’re a bit limited.
By default, two taps is pause, three activates a voice assistant, and a long press toggles between the noise-canceling modes. I ended up switching the three-tap gesture to track controls, but that meant settling for no direct volume access. Each earbud has an IR sensor on the outside for auto-pause if you remove them. They reliably resumed the music whenever I put them back in my ears.
1More has a good reputation for delivering on sound quality, and I think the ComfoBuds Pro might set a new bar for what to expect if you’re on a $100 budget. They’ve got excellent clarity without the bass bloat that’s common in this price bracket. Everything gets its ample space in the mix; the many layered vocal tracks by Taylor Swift and Justin Vernon on “Exile” are all distinct and come through with clarity. The funky groove of Lake Street Dive’s “Hypotheticals” is a good demo for the punchy bass these earbuds are capable of. Usually, there’s one genre or even a style of music production that will expose the weaknesses of a particular set of earbuds, but I struggled to find that with the ComfoBuds Pro. They can adapt to pretty much anything without coming off as harsh or thin. 1More doesn’t include any options for EQ customization, so what you get is what you get. Either earbud can be used standalone.
But do they sound better than the AirPods Pro? You could make the case they do, yeah. I think some people will prefer the deeper low tones and how much wider 1More’s earbuds can feel; vocals stay planted in the center, but you’ll hear a ton of detail out of the left and right channels. Still, there’s something to be said for the no-nonsense, straightforward audio reproduction of the AirPods Pro that so many people find pleasing across all sorts of different audio. 1More’s pricier True Wireless ANC also sound a bit fuller and more precise since they have a dual-driver design compared to the single 13.4-millimeter driver in the ComfoBuds Pro.
These earbuds offer a few different levels of noise cancellation intensity. There’s the default “strong” option, which goes the furthest in quieting outside noise. But 1More also includes a less powerful mode it says is suitable for “chatty” environments like cafes and offices, plus another that’s meant to avoid wind noise, which is common with noise-canceling earbuds since they constantly use the exterior microphones to sample ambient sound. If you’re outside on a windy day, that could be a good trick to lean on. (These latter two modes require the 1More mobile app to activate.) Finally, there’s a full-on transparency mode for getting a clear sense of everything happening around you. 1More’s active noise cancellation worked pretty well when I was sitting outside at a Brooklyn coffee shop, but this is one area where the AirPods Pro pull ahead. They don’t have the same variety of modes, but Apple’s premium earbuds do a better overall job of bringing down the volume of the outside world, which is what’s most important.
Even so, all of these things make the ComfoBuds Pro a great value. But the AirPods Pro still rank above in several respects. First, the ComfoBuds Pro case doesn’t support wireless charging. Second, Apple’s transparency mode still sounds more natural and airy than 1More’s. And 1More can’t match the software flexes (automatic switching, spatial audio, seamless pairing, audio sharing, etc.) that exist between AirPods and other Apple devices. That’s a huge part of what makes them so popular. Again, we’re talking about quality-of-life conveniences that you’d rightfully expect from a $250 product. And these cost nowhere near that. But if 1More is going to make the comparison, the differences are worth pointing out. Despite putting a huge focus on voice mic performance, 1More also winds up behind the AirPods Pro there — as does everyone else. It’s a draw on sweat resistance, with both sets of earbuds rated IPX4.
1More has put together a fantastic pair of budget earbuds with the ComfoBuds Pro. I wish the company had focused on the sheer value you get in exchange for your $99 instead of trying to take down the AirPods Pro, which just isn’t realistic. Despite matching them on comfort and edging them out in other areas like battery life, there are still valid reasons why many iPhone owners will go right for Apple’s buds. It’s hard to put a price on those exclusive Apple ecosystem features and the superior noise cancellation. But if you’ve only got around $100 to put toward earbuds, the ComfoBuds Pro are a standout pair that won’t leave you missing much else. Only thing is, the AirPods are far from the only competition they’ll need to stand out from.
(Pocket-lint) – It’s safe to say OnePlus has been on something of a journey over the past few years. It lifted itself out of that initial ‘plucky upstart’ role and started to become a real smartphone company.
It’s gone from being a company that launched one or two new phones a year to launching six phones in 2020, with varying specs and at different price tiers. In 2021 that output glut looks set to continue – and it starts with the OnePlus 9.
Design
Dimensions: 160 x 74.2 x 8.7mm / Weight: 192 grams
Finish options: Winter Mist, Arctic Sky, Astral Black
3D Corning Gorilla Glass back
Dual stereo speakers
Look at the camera housing and you’ll see an evolution of design when you compare the OnePlus 9 to its most recent predecessors: the OnePlus 8T and OnePlus 8. The 9’s two main cameras have very deliberate metallic ring around them, while the camera housing has been designed to colour-match the rest of the phone’s rear panel.
It’s a classy and minimalist look, now with the addition of a Hasselblad logo. Because, yep, OnePlus is all about a camera partnership with this new series.
It’s in the rest of the build where we’ve seen OnePlus move backwards compared to its previous models though. The 9’s frame is made from a similar shiny plastic to what we first saw on the OnePlus Nord. Or, as OnePlus calls it: “fibreglass infused polymer”. Thankfully, the back is covered in Corning Gorilla Glass for protection.
It’s not the slimmest or lightest phone around either, certainly feeling thicker than previous models, but that’s almost certainly down to the move towards a flat screen. Rather than have those curved edges on both sides of the phone, it only has them on one side, so you lose that more sleek effect. Still, the OnePlus 9 feels noticeably chunkier than the 8T – another flat-screened model – which was thicker than the OnePlus 8 before it.
Of course, there are real benefits to having a flatter screen. There’s very little chance you’ll suffer from accidental touches, because it doesn’t curve around the edges, so that makes the phone a bit easier to use.
Our own review unit is the Winter Mist model, which has a light purple colour, with the rear featuring a gradient refraction effect. That means the bottom part of the phone is really glossy and reflective, but the top is more frosted and gradients between these two finishes. We think some people will like it, but we prefer the softer fully frosted look of some of the blue Arctic Sky model. It’s also a bit of a fingerprint magnet, which diminishes the overall finish effect.
There are all the usual OnePlus buttons and ports though. That means the volume rocker is within easy reach on the left side, with the alert slider switch on the right near the power/sleep button. The dual nano SIM tray is on the bottom edge near the USB-C port and the bottom-firing loudspeaker – which joins with a speaker near the earpiece to form stereo sound that’s boosted by Dolby Atmos tech.
Display
6.55-inch AMOLED panel
Full HD+ resolution (2400 x 1080 pixels; 402ppi)
120Hz refresh rate
OnePlus has focused on having lightweight and fast software for years. Its latest iteration of Oxygen OS is no different, and the display is primed and ready to take full advantage of that fluidity too.
The AMOLED screen on the front of the OnePlus 9 isn’t quite as sharp as that of the 9 Pro, but with a pixel density over 400 pixels-per-inch it should be sharp enough for most content you’d want to watch.
What’s more, with a refresh rate peak of 120Hz, it can keep up with any fast frame-rate gaming. OnePlus says it has improved the colour accuracy and the automatic brightness adjustment too – the result of adding in two ambient light sensors, while the brightness has more than 8000 different levels to enable smoother adjustment.
Like Apple’s True Tone, there’s a Comfort Tone feature that adjusts the colour temperature of the display to match your environment, which should be handy when reading ebooks on a white screen, making it seem a bit more like a paper surface.
Brightness itself shouldn’t be a problem either. With a peak of up to 1100nits and HDR10+ certification you should find a very attractive, vivid and bright panel. Of course, we need a bit more time to test it thoroughly, but all early indicators are good.
Hardware and performance
Qualcomm Snapdragon 888 platform
128GB/256GB UFS 3.1 storage
8GB/12GB LPDDR5 RAM
4,500mAh battery capacity
Warp Charge 65W charging
15W Qi wireless charging
With a top OnePlus flagship you know one thing for certain: you’ll always get the latest, most powerful mobile processor. That means the Snapdragon 888 platform for the 9 series, along with suitably quick LPDDR5 RAM and UFS 3.1 storage.
What that means in daily use is that, not only will your apps and games load quickly, but any downloads and installs will be fast too. That’s helped further by 5G support, presuming you’re in an area with 5G coverage, for speedy and low-latency connectivity.
All this power needs cooling for efficiency. For the OnePlus 9 there’s something called the OnePlus Cool Play system. Essentially, the manufacturer has made the vapour chambers larger and added more layers of graphite and copper to dissipate heat when you’re powering your most demanding games.
We’ve not yet experienced a OnePlus phone that under-delivers on speed and performance, so we don’t expect the OnePlus 9 will be any different. Our first few days of use have been pretty much plain sailing.
Regarding the battery and it’s really the charging that sells this phone. You may remember OnePlus saying in the past that it didn’t want to use wireless charging until it was as fast and convenient as its fast wired system. Well, for the non-Pro model in the OnePlus 9 family, it turns out it’s forgotten all about that.
The regular OnePlus 9 does have wireless charging, but it’s not blindingly fast. Instead, it uses a fairly standard 15W Qi-compatible wireless charging. That means it’s nowhere near as quick as the new Warp Charge 65T wired charging capability which can keep those 65W speeds pumping for longer and give you a full charge in under 30 minutes.
Cameras
Triple camera system with Hasselblad tuning:
Main: 48-megapixel, f/1.8 aperture, Sony IMX689 sensor
Ultra-wide: 50MP, f/2.2, SonyIMX766 sensor
Mono: 2MP
Front-facing camera: 16-megapixel
Video: 8K30p / 4K120p
OnePlus has listened to its critics over the past few years and says it’s finally delivering a flagship level camera experience. That’s thanks in part to its new collaboration with Hasselblad, to help tune the image processing to strict standards, ensuring your pictures should come out looking great.
It’s not just that tuning that’s changed though. The regular OnePlus 9 features the same main camera sensor found in the OnePlus 8 Pro from 2020, and has the same sensor in the ultra-wide as found in the excellent (and more expensive) Oppo Find X3 Pro.
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Those two are joined by a low-res monochrome sensor for extra light detail, but that’s it. No macro lens or gimmicky chroma filter camera in sight this time.
What’s more, the video recording capability can reach the heights of 8K resolution at 30fps or – perhaps more impressively – can capture 4K up to 120fps, which should enable some fantastically sharp slow-motion video.
Hasselblad’s partnership has led to some other more inconsequential features, like the orange colour of the shutter button, and a leaf shutter sound when you press it. However, where you’ll see the biggest influence is in the ‘Pro’ camera mode.
The user interface has been designed to look like one developed by Hasselblad for some of its cameras. This includes a focus peaking feature that will highlight in-focus areas in orange when you’re using the manual focus.
First Impressions
The OnePlus 9 design may not have wowed us that much, but this company knows its users are all about getting the best performance out of every area of its phones.
So if cutting corners and adding in a plastic frame means being able to stick two flagship cameras on the back, add wireless charging, a capacious battery, and market-leading speed, then we think that’s a compromise worth making.
We can’t quite get out of our heads that the OnePlus 9 is similar to the much cheaper Nord in some respects, and that might still be worth considering, but on the whole – from the spec conscious – this latest OnePlus looks like it will deliver an experience much closer to its Pro-labelled sibling this year.
Also consider
OnePlus Nord
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If you’re all about price then the last-gen affordable OnePlus model is a sensible option.
Read our review
Writing by Cam Bunton.
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