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Huawei Mate 40 Pro Review: Hardware Excellence – Forbes



When I look back at 2020, the first thing that comes to mind will obviously be the world-stopping pandemic, but the next thing I remember might be that this is the year slab smartphones reached its apex—every smartphone brand mastered the art of making a great smartphone.

This is a great thing for consumers, because every recent smartphone above, say, $600, offers premium build quality, high refresh rate screen with super smooth animations, and a main camera that is very capable in all lighting conditions. It just makes my job as a reviewer much tougher because every phone is very good.

The reason phone performances have become more similar than ever is because they all copied from each other. I first came to this realization earlier this year when I reviewed the OnePlus 8 Pro. It was yet another ultra fluid, ultra fast smartphone from the company known for producing the fastest and zippiest phones. But the 8 Pro was not significantly faster than rivals anymore, because others had followed OnePlus’ lead and used a high-refresh screen, sped up animations, and use copious amount of RAM.

The same has happened to Huawei’s smartphones. Just a couple of years ago, Huawei flagships had battery life and low-light camera performance that lapped competitors. And I mean literally: Huawei phones from 2016 to 2018 had battery life that lasted at least six to eight hours longer than an iPhone or Samsung under the same usage scenario, and its ability to pull light into a pitch black scene was so far ahead of what the iPhone could do I posted comparison photos to Twitter, which was used by a writer at The Verge in an article criticizing Apple’s cameras.

How did Huawei achieve such dominance in camera? It used a larger image sensor and a higher megapixel camera (40-megapixel at a time when brands were all using 12- to 16-megapixel) than competitors. The larger image sensor pulls in more light, and the more pixels are put through a process called “pixel-binning” which combines four pixels into one so each pixel has more information than usual.

This superior hardware is also backed by smart software image processing that uses a multi-image stacking algorithm to further tweak lighting and dynamic range in a photo.

All of these moves have been adopted by competitors. Samsung began using a larger image sensor earlier this year with the S20 Ultra, and Apple will do the same with its upcoming iPhone 12 Pro Max. Apple also adopted the image-stacking software technique known as “night mode” beginning with last year’s iPhone 11, and further refined for this year’s 12.

The improvements made by Apple and Samsung are immediately noticeable—both the latest iPhones and Samsung phones can now also “see in the dark” in the same way Huawei phones can. I can’t take comparison photos and have them turn out as lop-sided as the tweet above anymore.

At least not with the main camera. Huawei, perhaps realizing the main camera tech has reached its apex, began focusing on the secondary ultrawide camera last year, and it is this lens where the Mate 40 Pro shines above the rest. But is it enough?

Design and hardware

Huawei’s Mate series has traditionally been Huawei’s top dog phone, because its release coincides with the official launch of Huawei’s newest Kirin chip. This year, the Kirin 9000 powering the phones is a bleeding-edge silicon built on 5nm technology—the same as Apple’s A14 Bionic—but the Kirin 9000 one ups the A14 Bionic in that it has an integrated 5G modem built in.

This means whether it’s benchmark scores or real world performance, the Kirin 9000 is quite a bit ahead of the Qualcomm Snapdragon 865 powering other Android phones right now.

On the outside, the Mate 40 Pro is a gorgeous piece of hardware as usual. The overall aesthetic of the Mate 40 Pro follows the design language set by the Mate 20 Pro, with a centrally located camera module, curved screens, and a real 3D facial scanning system for iPhone-like face unlock.

The drastic curved screen introduced in last year’s Mate 30 Pro—the left and right side slopes at 88-degrees, which Huawei has dubbed “Horizon Display”—returns, and it is as striking as ever.

Don’t worry about accidental unwanted palm touches—Huawei’s software algorithm does a flawless job of preventing them.

The back glass is coated in this soft matte finish, which feels soft to the touch and is resistant to fingerprints. It also shimmers in different colors depending on how the light hits the back—albeit much more subtle than before.

The screen being 6.67-inches, the Mate 40 Pro is a rather large phone, but the curvature and matte back helps it sit comfortably in the hand.

The screen refreshes at 90Hz, which is not the fastest on the market, but animations appear smooth enough. It’s a gorgeous, vibrant panel, with maximum brightness and viewing angles that matches the best screens on the market.

There is a larger-than-usual (for Android) screen cut-out in the upper left corner of the display, but it’s for good use: this is where Huawei houses its powerful front-facing camera system, which includes a 13-megapixel selfie camera, a wide-angle camera with a field-of-view of 100-degrees, and an infrared camera for face scanning.

That Huawei managed to cram a real 3D face scanning system into an area that small makes the notch in iPhones look bad. And that ultrawide selfie camera works great, too—more on this in the next section.


The Mate 40 Pro’s main camera system consists of a triple lens set-up, headlined by a 50-megapixel main sensor and 20-megapixel ultrawide-angle camera and flanked by a 13-megapixel Periscope camera.

Notice I gave the ultrawide angle camera top billing alongside the main 50-megapixel sensor, which I had never done in my reviews before. That’s because on the Mate 40 Pro, the ultrawide camera is not an afterthought.

Dubbed “Cine Lens” by Huawei, this ultrawide angle camera shoots at a 4:3 aspect ratio, and is the default video camera. It’s got a narrower field-of-view than the ultrawide lens on an iPhone or Samsung, but Huawei’s 20-megapixel ultrawide camera packs significantly more details in the shot thanks to more pixels and a larger sensor. In other words, the same tricks Huawei pioneered with the main camera that other brands have adopted—but not yet for the secondary cameras.

The results speak for themselves. Take a look at this ultrawide angle shot captured by the Mate 40 Pro.

Now look at the same shot but captured with an iPhone 12.

If your eyesight is great, you should already be able to see the extra sharpness in the details in Huawei’s shot. Not to mention, the superior dynamic range.

But for those of you who can’t quite see the difference from a far, here’s a zoomed in crop of both photos.

Everything in the Huawei shot (left), from the blue street sign, to flowers on the wall, to the texture of the colorful shirt worn by the person closest to the camera, is clearly sharper than in the iPhone 12 image.

Here’s another set of samples. Let’s start with Mate 40 Pro ultrawide:

And iPhone 12 ultrawide.

And here’s a closer look at both pictures side-by-side.

You can still read the words in the traffic sign on the Mate 40 Pro’s image; whereas it’s a blur in the iPhone 12’s shot.

Now, is this a huge deal to most people? Probably not. One can easily argue that the point of taking an ultrawide angle photo is to show the entire photo, since it has a wider field of view and thus is great for sweeping landscape shots. However, there are instances when you do want to crop in, and it’s just nice to have that extra detail in Huawei’s cameras.

What’s more, this is a level of consistency that other phone cameras should strive for: on a Huawei Mate 40 Pro, shooting with the second or third camera doesn’t mean a significant step down in camera performance. You can’t say the same on an iPhone or Samsung Galaxy Note 20 Ultra, which clearly prioritized the main camera above all else.

Huawei’s focus on polishing the ultrawide lens carries over to that front-facing ultrawide selfie camera, too. Like the one on the back, this lens keeps sharpness and exposure consistent with the main selfie camera, allowing a much wider field of view. Throw in good digital image stabilization and the Mate 40 Pro is instantly one of the best vlog cameras around, allowing users to film themselves without a selfie stick and still get wide enough framing so their head doesn’t take up half the scene. I have selfie vlog footage at the 2:57 mark of the video below (along with many more photo samples).

Huawei’s main camera, as I mentioned at the beginning, used to be heads and shoulders above the competition in terms of night photography. The gap has closed significantly as Samsung and Apple has caught up, but that’s not to say Huawei’s main camera isn’t still great. That main 50-megapixel lens still has the largest image sensor in all of smartphones at 1/1.28-inch, and Huawei’s custom-built RYYB sensor still allows it to take the crown as the best camera in low-light situations. It’s just the win is smaller than in previous years.

The zooming capabilities of the Mate 40 Pro is still among the strongest, though the 13-megapixel 5x optical Periscope zoom lens here is not Huawei’s best offering. That’s because there’s even a higher tier Mate 40 Pro+ that houses a 10x optical Periscope camera, the same one used in the P40 Pro+.

Still, any zoom under 20x appears well-detailed, and anything 10x or under appears sharp as if it was regular photo. Below is a collage of photos captured at 1x, 10x, 20x and 50x.


By now, most readers should know the software restrictions that have been placed on Huawei’s phones by the U.S. government. The Mate 40 Pro cannot run core Google services, including YouTube, Gmail, Google Drive, Google Docs, among others.

Other than YouTube—a monopoly with no credible competition outside of China—all the other Google services have alternatives from Microsoft or a dozen other companies that can get the job done. As a consumer, you have to decide if you can live without those apps. For me, the situation will never be ideal, but I can make do without them.

The Mate 40 Pro runs EMUI 11, the newest version of Huawei’s Android skin, and the biggest improvement this year come in multi-tasking. You can now swipe from the side of the screen at any time to open a quick app launcher, and these apps open in a floating window that can be resized. They can also be minimized into a floating ball on the screen. In this setup, the app is still running but it takes up just a tiny portion of screen space unless you enlarge the ball.

This has been particularly useful for me as I’ve had to juggle constant WhatsApp and Slack messages lately due to a new work situation. On an iPhone, anytime I need to read a new message, I have to switch away from whatever I’m doing (maybe it’s a video, maybe it’s an article), and go into that particular app. On the Mate 40 Pro, I leave Slack and WhatsApp running in floating ball state, and when I do have a new message, I enlarge it to a small floating window that takes up maybe 1/3 of the screen, leaving me enough space to continue scrolling Twitter, or writing that email.

Despite uncertainty, Huawei chugs along

There’s no sugarcoating this: the Google situation, and the nonstop attacks by the U.S. government has severely hurt the appeal of Huawei smartphones to average consumers.

The Mate 40 Pro will still have plenty of interested buyers (even outside of China), because it has a unique design, silicon, and still best-in-class cameras. But those who pay 1,199 euro for this will almost certainly be enthusiasts, or Huawei loyal fans.

Where your political stance lay will play a big part in whether you think this is a shame or not.

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Black Friday & Cyber Monday 4K TV Deals (2020): Samsung, LG, Sharp, Sony & More TV Deals Listed by Consumer Walk – Business Wire



BOSTON–(BUSINESS WIRE)–Compare the best 4K TV deals for Black Friday & Cyber Monday 2020, together with all the best 55-inch, 65-inch and more 4K TV savings. Check out the latest deals using the links below.

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About Consumer Walk: Consumer Walk reports the latest online retail news. As an Amazon Associate and affiliate Consumer Walk earns from qualifying purchases.

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Apple’s M1 MacBook Air has that Apple Silicon magic – Ars Technica



Enlarge / Hey, my macro lens still works!
Lee Hutchinson

The new M1-powered MacBook Air is hilariously fast, and the battery lasts a long-ass time.

If you stop reading this review immediately after this, then know that unless Windows virtualization is a requirement of your workflow, you should probably just go ahead and sell your old MacBook Air immediately and get this thing instead.

Assuming you’ve got a grand or so lying around that you weren’t going to spend on something else. But hey, if you do, then I can confidently tell you that in spite of what a legion of Doubting Thomases (including me!) might have said about Apple’s freshman effort at its own PC silicon, it is now my studied opinion that there are far, far stupider ways to part with your cash.

A quick caveat on this “review”

Apple MacBook Air (late 2020) product image

Apple MacBook Air (late 2020)

(Ars Technica may earn compensation for sales from links on this post through affiliate programs.)

Apple provided Ars with a couple of M1 Mac Minis for review. One of those went to Samuel for him to write up, and the other went to Jim for him to do his silicon analysis. Apple declined our request for any model of M1-powered laptop.

The MacBook Air being reviewed here is my personal device, which I bought shortly after the unveiling event. I’ve written this as quickly as possible after receiving it, but I had to wait for the device, which is why you all had to wait for the review. (This is also why it’s in kind of an intermediate configuration, rather than stock or maxed out like most review devices—I bumped the RAM up to 16GB and the internal storage up to 1TB, because that’s what I wanted.)

Because this is my device, I’m coming into this review from a slightly different perspective than some of the other publications doing MBA reviews. I’m not going to tell you why you should buy a MacBook Air, or how it might work for you. But I am going to talk about what it has been like to own it for a few days and how the device fits into my life. I do most of my power-user stuff on the desktop rather than on a portable, but I do occasionally need to leave the office and hit the road—and the M1 MBA is going to be a great traveling companion. You know, once we can hit the road again without worrying about plagues and stuff.

Specs at a glance: 2020 MacBook Air (M1)
Screen 2560×1600 at 13.3 inches
OS macOS Big Sur 11.0.1
CPU Apple M1
GPU Apple M1 (8 core)
Networking 802.11ax Wi-Fi 6; IEEE 802.11a/b/g/n/ac; Bluetooth 5.0
Ports 2x Thunderbolt 3/USB 3.1 Gen 2/DisplayPort, 3.5mm headphone
Size 0.16–0.63×11.97×8.36-inch (0.41–1.61×30.41×21.24cm)
Weight 2.8 lbs (1.29kg)
Warranty 1 year, or 3 years with AppleCare+
Price as reviewed $1,649
Other perks 720p FaceTime HD camera, stereo speakers


Approaching a device like this as a reviewer is different from approaching a device as a consumer. When the UPS guy drops it off, you can’t just rip the box open and jump in—there’s stuff you have to do first.

Tripods. Lights. Gotta iron the big white sweep cloth so I’ve got a background for pix. Gotta try to remember where the DSLR battery is.

It’s the oddest part about working for Ars, even after going on eight years. Your technology buying experiences are not always your own—sometimes the Ars readership comes along for the ride.

So after unboxing, I logged on and ran some benchmarks. That’s the first thing you have to do when you’re reviewing—you either do the benchmarks first, or you do them dead last, and I wanted to get them out of the way because this was, you know, my laptop, and I’d actually like to use it for stuff rather than having it be tied up running battery tests for 20 hours at a time.

Only a few days earlier, I had used my living room HTPC—a base-config 2018 Mac mini—to do the entire set of Mac comparison benchmarks for Samuel’s Mac mini review. I had a pretty good feel for how quickly the Intel mini’s hex-core i5 banged through each of the tests, since I’d just seen the numbers, and from talking to Samuel and Jim I was anticipating the new MBA’s M1 would beat the Intel-powered mini.

I just didn’t realize how hard a beatdown it would be.

Getting the benchmarky bits out of the way

So here’s how fast it is in a bunch of charts and graphs.

According to Apple, the MacBook Air’s M1 is voltage-limited in order to function within the fanless design’s thermal envelope. iFixit’s teardown shows in detail that the Air’s M1 cooling setup is an entirely passive affair, with just a heat transfer plate in between the M1 CPU and the aluminum body. I was expecting performance similar to but perhaps a bit lower than the M1-powered Mac mini, and that’s more or less what I got. However, the Air’s M1 is good for at least a few solid minutes of full-bore Firestorm core performance before it throttles back.

<a href="" class="enlarge" data-height="1920" data-width="2560" alt="The M1 MBA's passive cooling setup, disassembled over at iFixit.”><img alt="The M1 MBA's passive cooling setup, disassembled over at iFixit.” src=”×480.jpg” width=”640″ height=”480″ srcset=”×960.jpg 2x”>
Enlarge / The M1 MBA’s passive cooling setup, disassembled over at iFixit.

In benchmarking, I noticed that subsequent runs of the Final Cut Pro export would slow down dramatically—the first export would complete in about 1 minute and 19 seconds, but if I immediately repeated the export it would take a bit under 2.5 minutes—and the Air would be quite warm to the touch. After closing the lid to hibernate until the Air was cool and then repeating the export, the time was once again in the 1:20-ish range.

To create some more sustained load, I cloned the source video three times and then repeated the export process. Starting from a cold startup with the MBA’s chassis at ambient temperature gave a result of 4 minutes, 21 seconds. This time, I opened Activity Monitor’s CPU graph to spy on the core utilization. All eight cores were engaged until about 2:56, at which time half of the cores—presumably the high-performance Firestorm cores—dropped to less than 50-percent usage and stayed there until the run completed.

A second run immediately after that took 7:37—not quite twice as long, but heading in that direction. Activity Monitor’s CPU usage graph showed half of the cores (presumably the high-performance Firestorm cores) at half utilization for the entire run.

Further testing—including several runs after letting the MBA sit powered off for about an hour to make absolutely sure it was cooled to ambient—failed to produce anything resembling a precise, repeatable time interval for when throttling starts. The best I can do is to say that it seems that when you throw a heavy workload at the MBA, it runs at full-bore until the Firestorm cores become too toasty, which seems to take anywhere from 3-ish to 6-ish minutes. Then it backs the Firestorm cores off until they show about 50-percent utilization, and the amount of heat generated at that level seems to be within the sustained thermal capacity of the design.

(These are subjective measurements, taken in whatever indoor ambient conditions happened to be happening in my house as I was doing the testing. Your results may vary.)

I hate USB-C charging, give me back MagSafe

The other major thing for a portable like the MBA is battery life, and we’re going to talk about that. But first, very briefly, the loss of MagSafe sucks.

Yes, I know I’m late to the discussion. I know MagSafe was deleted a few hardware revisions ago, but I’m going from a MacBook Air with it to a MacBook Air without it, and plugging in a USB-C cable feels like going back to the freaking dark ages. I’ve been happy with MagSafe plugs on my laptops for almost an entire decade—that quick one-handed snick into place, that easy no-fuss pull to disengage, and that friendly LED to tell you when you’re all charged up.

Gone but not forgotten. I miss these so damn much.
Gone but not forgotten. I miss these so damn much.
Jacqui Cheng

Having to shove a connector into a high-friction plug—often requiring two hands, depending on how you’re holding stuff—is stupid. It’s just stupid. This is a customer-hostile regression in functionality. I’m sure there are excellent reasons for it and that it saves Apple money on the MBA’s bill of materials and on warranty support, but I hate it and it’s terrible. This is not the premium Apple experience I feel like I’m paying for.

Battery life

I used the M1 MacBook Air for work all day one day, filling up about 11 hours of on-the-clock time with Slack, emailing, Zoom conferencing, Messages, and Web browsing, and the Air still had 40 percent remaining on the battery meter when the day was done. This is considerably longer than my old 2015 MBA, which throws in the towel around hour five. (Unlike with the official battery test, my unofficial workday usage test was done with adaptive brightness and Night Shift enabled, and there was a fair amount of idling.)

In the official Ars battery test, with the screen locked at our reference brightness of 200 nits, the M1 MBA lasted for 877 minutes—a bit over 14.5 hours. Charge time back from almost dead to full took a bit over two hours with the included 30W adapter, with the device powered off during the charge.

But I don’t usually spend the day working on my laptop—instead, the place where my old MBA most often lets me down is on long flights. Living in Houston means I usually fly United, and United is particularly miserly with power plugs—if you don’t get certain specific seats, you’re out of luck. In my experience, my Intel MBA is good for three, maybe four hours of movie watching before it’s dead as a doornail—so if I’m flying to California or pretty much anywhere that’s more than a couple of hours away and I don’t get a power outlet seat, I know I probably need to bring a book.

The M1 Air laughs at my old MBA. It laughs at it, gives it noogies, and flushes its head down the toilet in the locker room.

<a href="" class="enlarge" data-height="2880" data-width="5120" alt="Artist's impression of how I felt about the M1 MacBook Air's battery life as it continued to play Westworld episodes without running out of juice.”><img alt="Artist's impression of how I felt about the M1 MacBook Air's battery life as it continued to play Westworld episodes without running out of juice.” src=”×360.jpg” width=”640″ height=”360″ srcset=”×720.jpg 2x”>
Enlarge / Artist’s impression of how I felt about the M1 MacBook Air’s battery life as it continued to play Westworld episodes without running out of juice.

I left the M1 MBA playing 4K Westworld episodes from the UHD BluRay box set, full screen and at max brightness, with the sound blaring at max volume. I finally gave up and shut the laptop off after ten hours, at which point it still said it had 13-percent battery remaining. That’s not only long enough to last out any domestic flight—that’s enough to last you an international flight from the US to Europe.

A quick note on resuming from sleep: during the Air’s reveal, Apple showed off how quickly the Air resumes from standby by having Senior VP Craig Federighi lift the lid of a sleeping MacBook Air and peek in, all set to the mellow sounds of Barry White. While I can’t say that Barry White plays when I open up my laptop, I can say that the M1 Air wakes from sleep very quickly. It’s not that it’s faster than my Intel-powered Air, since the 2015 model will sometimes wake up instantly, too—but the 2015 Air also sometimes takes a second or two to blink on when I lift the lid. The M1 Air is much more consistent—I’ve only had the thing for a few days, but every wake-from-sleep has been lightning quick.

New silicon, old apps

As has been explained by folks who are smarter than I am, the new M1 does not natively run x86 applications. Therefore, as with the last big architecture transition, Apple has created a bytecode translator that can make your Intel applications work on Apple Silicon. It’s called Rosetta 2, and it works pretty well.

The first time you run an x86 application, you’ll be prompted to download Rosetta 2; after that, launching an x86 application is just like launching an Apple Silicon app—you click on it and it runs.

Apple Silicon-native applications show up in Activity Monitor as "Apple" architecture, while x86 applications are listed as "Intel."
Enlarge / Apple Silicon-native applications show up in Activity Monitor as “Apple” architecture, while x86 applications are listed as “Intel.”

My laptop workflow doesn’t use many apps, but I am a long-term Firefox user—and unfortunately, the x86 version of Firefox seemed to exhibit a bit of stage fright. Specifically, after installation and startup, Firefox 83 would work fine for the first couple of webpages, and then just… stop loading stuff. It would sit with the “Waiting for…” notice in the status bar, like it was going to load the page, and never get to the next step. Trying to quit the browser would lead to the Firefox process going unresponsive. After killing and relaunching it, the browser would work fine again for a couple of pages and then do the same thing.

Rather than troubleshoot, I fixed the issue by downloading the beta release of Firefox 84, which includes native Apple Silicon support. The problem behavior vanished, and everything worked fine.

The other Intel apps I tried, including Slack, 1Password 7, Dropbox, and a 64-bit community port of Boxer, all worked transparently and without issue. (There were also no problems using 1Password’s extension inside of Firefox, Chrome, or Safari.) Running old Sierra games under Boxer worked fine—and, if I’m being honest, running old Sierra games under Boxer is about half of what I actually do use my laptop for, so this was great news.

As long as I can still emulate old DOS games, all will be right with the world.
Enlarge / As long as I can still emulate old DOS games, all will be right with the world.

As for running iOS apps on the MBA, I understand it’s notionally possible, but I didn’t bother. Samuel tried it and had mixed luck, and other reviewers at other sites seem to be having about the same experience. I’m not a mobile app kind of guy, and I only have four that I use regularly—Duo for two-factor authentication, Philips’ Hue app for light control, Golf on Mars for wasting time, and 1Password. (Seriously, my phone home screen is two pages, and the only thing on the second page is a folder labeled “Crap” with all the stuff in it that I don’t want on the first page and can’t delete.)

I have no idea how well Apple Silicon on Big Sur runs iOS apps, and I don’t care. For folks wanting to go down that particular path, Samuel’s review has you covered—and since there’s essentially zero functional difference between how the M1 Air runs iOS apps versus the M1 mini, I anticipate the Air would behave identically to the mini.

Form factor, ports, keyboard, screen

Other than the guts, the M1 MacBook Air is pretty much the same device as it is when you buy the Intel-flavored version. The form factor is unchanged. The Air’s Retina-resolution screen is the same as it was before the M1 transition—crisp and sharp enough to cut glass. Off-angle viewing looks as good as you would expect it to look, and we measured its maximum brightness at 409 nits. Backlight coverage to my eyes looks even, and I don’t see any bleeding at the edges.

Leaving the display behind and turning to the rest of the chassis, the Air’s port situation is also the same—the two USB-C plugs support Thunderbolt 3 and USB 3.1 Gen2, and you can connect a single external DisplayPort display that goes up to 6k resolution at 60Hz. Hell, there’s even a headphone jack. That’s just downright courageous.

I missed out on the butterfly keyboard debacle, though I got to experience it vicariously through my Ars coworkers as one by one they all complained in Slack about having to have their butterfly keyboards replaced by Apple. The M1 MBA’s “Magic Keyboard” feels more or less the same as my 2015 MBA—perhaps a bit less mushy, but only a small bit. It’s perfectly serviceable and unremarkable.

Something I greatly dislike, though, is the removal of the keyboard backlight adjustment keys—they have been replaced by a “start dictation” key and a key that toggles “Do Not Disturb” mode on and off. I’m sure that decision was made after a lot of focus group testing to justify it, but man, it’s just powerful annoying to have something you find useful snatched away from you. I find one-touch access to the keyboard backlight to be handy, and I adjust the backlight often. Now the only way to do it is in System Preferences or via a menubar widget. Lame.

This disappoints me.
Enlarge / This disappoints me.

It’s a Macbook Air—it’s just better than before

Let’s back up a bit before we wrap, because I don’t want to end the review on a down note. Yeah, USB-C charging sucks compared to MagSafe, and the removal of the backlight keys irks the crap out of me, but to keep things in perspective, I’m excited enough about owning an M1-powered laptop that I dropped a bit over $1,500 of my own dollars on one even though my current laptop was still basically fine.

The new Air’s battery life is outstanding, and it feels like I’ve finally gotten a portable with the endurance I’ve always wanted. The storage subsystem is quick, load times are minimal, and doing several things on the M1 MacBook Air at once is as quick and responsive as it is when I do the same tasks on my desktop—and my desktop is a Xeon-powered iMac Pro.

I don’t like using too many superlatives in hardware reviews—at least, in hardware reviews that don’t involve flight simulator equipment (for reviews that do involve flight simulator equipment, it’s superlatives for days!). And while I can’t say the M1 MacBook Air is the perfect laptop, I can say that it’s excellent.

<a href="" class="enlarge" data-height="2737" data-width="4101" alt="I like it!“><img alt="I like it!” src=”×427.jpg” width=”640″ height=”427″ srcset=”×854.jpg 2x”>
Enlarge / I like it!
Lee Hutchinson

Seriously, I just wasn’t expecting the M1—I wasn’t expecting it to be this ludicrously fast for the price and the wattage. I wasn’t expecting the new chip to just work—though given Apple’s previous architecture switches, I probably should have. I wasn’t expecting the Air to kick as much ass as it does. Unlike most portables—including the i7-powered 2015 MBA I’m getting ready to retire—it gets the hell out of my way and doesn’t make me wait on it when I want to do something.

It’s great. And I’m excited to see what Apple does next.

The Good

  • Fast as hell
  • Battery lasts a long-ass time
  • Common x86 apps seem to work perfectly under Rosetta 2
  • To this casual laptop user, the M1 feels pretty dang amazing
  • Checks almost every box I care about when it comes to hardware I want to own and use

The Bad

  • No keyboard backlight adjustment keys
  • You might run into Rosetta compatibility issues with less-common apps
  • No Windows virtualization (not yet, at least)
  • The loss of MagSafe still stings, even after literally years

The Ugly

  • It’s such an improvement over Intel-based MacBook Airs that you might find yourself spending a thousand unplanned dollars to join the Apple Silicon club

The bottom line

It’s like I said in the beginning of the piece: it’s fast. The battery life is great. The M1 seems like a hit, and given Apple’s success at iterating on their silicon designs, it seems like things are only going to get faster. If you’re looking for a portable, and you’re not tied to Windows, the M1 MacBook Air is a pretty damn good use of your money.

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DXOMARK Camera: iPhone 12 falls behind most Android flagships but excels in video performance – gizmochina



Earlier this month, DXOMARK reviewed the audio performance of the Apple iPhone 12. The smartphone scored 73 points, which happens to be two points more than last year’s iPhone 11 Pro Max (71 points) but lower by one point of iPhone XS Max (74 points). Now, the company has published the camera review of this handset.

The iPhone 12 ranks distant 13th by scoring 122 points on DXOMARK. The device not only falls behind the iPhone 12 Pro Max (130 points) and the iPhone 12 Pro (128 points) but also scores fewer points than the iPhone 11 Pro Max (120 points).

Out of four new 5G smartphones launched by Apple in 2020, the iPhone 12 can be considered as the iPhone for most users. It features a dual-camera setup consisting of a primary 12MP sensor with 1.4µm pixels, f/1.6 lens, OIS, and PDAF. Whereas, the f/2.4 lens-equipped secondary unit sports a 12 MP 1/3.6-inch sensor.

This camera setup is capable of recording 4K videos at 24/30/60 fps, 1080p videos at 30/60/120/240 fps, Dolby Vision HDR videos(up to 30 fps). Lastly, it supports gyro-EIS and is paired with a dual-LED flash.

Talking about performance, the iPhone 12 scores 132 points for camera (pictures), 112 points for videos, and a mere 41 points for zoom capability as it lacks a telephoto lens.

In a nutshell, according to DXOMARK, the iPhone 12’s cameras perform well overall but falls behind the flagships from Samsung, Huawei, Xiaomi, OPPO, and even Apple’s own higher-end iPhones. However, its video performance is much better than most smartphones, In fact, it ranks third in this department by typing with the iPhone 12 Pro.

Apple iPhone 12 Featured
Apple iPhone 12

The camera system on the phone offers accurate and consistent autofocus, exposure, and colors (indoors). It also outputs detailed images both outdoors and indoors. Further, the videos recorded on this handset have a wide dynamic range, pleasant color and skin tones, and effective stabilization even while walking.

The above-mentioned pros do not mean iPhone 12’s camera performance is flawless. Because the cameras also have cons such as limited dynamic range in stills, visible noise in stills (especially lower light), color quantization, hue shift, visible ringing artifacts in stills, sub-par zoom performance, white balance casts in outdoor stills as well as videos, and low-detailed videos in low-light scenarios.


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