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Samsung Galaxy A54 vs. iPhone SE: Which budget phone wins?

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Samsung and Apple’s battle for smartphone bragging rights moves into budget devices with a Samsung Galaxy A54 vs. iPhone SE face-off. While the phone makers may be better known for their pricey flagships, each one also has a sub-$500 phone aimed at appealing to shoppers on tighter budgets.

The Galaxy A54 is the newer of the two midrange models, arriving this year with an improved main camera, a brighter 6.4-inch display and a longer lasting battery. It’s also adopted the look of the Galaxy S23 series, even if it skimps on a few other features in order to keep costs down.

The iPhone SE (2022) came out last spring, but don’t let its age fool you. It’s still a top-performing phone, thanks to the same A15 Bionic chip that debuted with the iPhone 13. And it benefits from Apple’s mobile software to deliver a great iPhone experience in a much cheaper package.

A Samsung Galaxy A54 vs. iPhone SE comparison likely boils down to which mobile platform you prefer — Android or iOS. But it’s still worth looking at which device delivers more value as the best cheap phone overall. Here’s how the two phones compare.

Samsung Galaxy A54 vs. iPhone SE specs

Samsung Galaxy A54 iPhone SE 2022
Starting price $449/£449/AU$699 $429/£449/AU$719
Screen size 6.4-inch AMOLED (2340 x 1080) 4.7-inch LCD (1344 x 750)
Refresh rate 120Hz 60Hz
CPU Exynos 1380 A15 Bionic
RAM 6GB, 8GB (U.K-only) 4GB
Storage 128GB, 256GB (U.K.-only) 64GB, 128GB, 256GB
Expandable storage? Yes, up to 1TB No
Rear cameras 50MP main (f/1.8), 12MP ultrawide (f/2.2), 5MP macro (f/2.4) 12MP (f/1.8)
Front cameras 32MP (f/2.2) 7MP (f/2.2)
Battery size 5,000 mAh 1,624 mAh
Battery life (Hrs:Mins) 10:20 (adaptive); 11:46 (60Hz) 9:05
Charging speed 25W wired, no wireless charging 25W wired; 7.5W wireless
Size 6.2 x 3.0 x 0.32 inches 5.45 x 2.65 x 0.29 inches
Weight 7.1 ounces 5 ounces
Colors Awesome Graphite, Awesome White, Awesome Lime, Awesome Violet Midnight, Starlight, [Product] Red

Samsung Galaxy A54 vs. iPhone SE price

You’ll spend less on the base model of the iPhone SE. Apple charges $429 for its cheapest iPhone, which is $20 less than the Galaxy A54’s price.

But not all base models are created equal. The Galaxy A54 features 128GB of storage (U.K. shoppers can opt for a 256GB version), which is double the amount of storage that comes with the $429 iPhone. To get an equal amount of storage, you’d have to pay another $50, which makes the 128GB iPhone SE $30 more expensive than the A54.

You can try to lower the price of both phones by looking for the best Galaxy A54 deals and the best iPhone SE deals.

Despite the iPhone’s lower starting price, we have to give the edge to the Galaxy A54 for delivering better value with its 128GB of storage.

Winner: Samsung Galaxy A54

Samsung Galaxy A54 vs. iPhone SE design

The Galaxy A54 takes its inspiration from a flagship phone, mirroring the look of the Galaxy S23. That means the rear cameras descend in a vertical row down the back of the phone, with the lenses protruding out the back. This actually makes the Galaxy A54 wobble a little when you set it down face-up — a problem the iPhone SE doesn’t have since its one camera lens doesn’t stick out as much.

Samsung Galaxy A54 vs. iPhone SE 2022

(Image credit: Tom’s Guide)

The iPhone SE takes its inspiration from a flagship phone, too. Unfortunately, that flagship came out in 2018. The iPhone SE retains the iPhone 8’s design, which means it still has a Touch ID button, but also chunky bezels on the top and bottom of the screen. The Galaxy A54’s bezels are noticeable in their own right, but nowhere near as prominent as what iPhone SE owners have to contend with.

Both phones use cheaper materials than their flagship counterparts, but both offer some measure of durability with IP67 water resistance ratings. That means either the iPhone SE or Galaxy A54 can survive a dip in up to 1 meter of water for 30 minutes.

Samsung Galaxy A54 vs. iPhone SE 2022

(Image credit: Tom’s Guide)

You’ll get more colorful options with the Galaxy A54, which features violet and lime colors alongside the usual black and white. The iPhone SE only offers a [Product] Red version alongside its white and black options.

Winner: Samsung Galaxy A54

Samsung Galaxy A54 vs. iPhone SE display

The differences between the displays on the Galaxy A54 and iPhone SE are apparent from the moment you look at both phones. The Galaxy A54 offers ample screen real estate with a 6.4-inch display, while the iPhone SE’s 4.7-inch panel is among the most compact still available.

Samsung Galaxy A54 vs. iPhone SE 2022

(Image credit: Tom’s Guide)

The differences go deeper as you dive into the specs, though. Samsung uses an OLED panel for the Galaxy A54, while Apple equips the iPhone SE with an LCD screen. That means truer blacks on the A54’s display, which also benefits from a 120Hz refresh rate. The iPhone SE is locked at 60Hz.

Samsung Galaxy A54 iPhone SE
Display size 6.4-inch AMOLED 4.7-inch LCD
sRGB (%) 127.1% (Natural) 114.7%
DCI-P3 (%) 90% (Natural) 87.2%
Delta-E 0.06 0.21
Peak brightness 854 nits 590 nits

In its Natural setting, the Galaxy A54 recreates slightly more colors than the iPhone SE for both the sRGB and DCI-P3 color gamuts, and its colors are more accurate based on the A54’s 0.06 Delta-E rating. (The closer to zero, the more accurate the colors.) Samsung’s phone is brighter, too, registering 854 nits on a light meter versus 590 nits for the iPhone SE.

Winner: Samsung Galaxy A54

Samsung Galaxy A54 vs. iPhone SE cameras

When it comes to camera hardware, the Galaxy A54 seemingly has the iPhone SE beat, with three lenses to just a single rear camera on the Apple phone. Of course, one of the A54’s cameras is a fairly superfluous macro lens, so really we’re just concentrating on the 50MP main camera and the 12MP ultrawide shooter. It’s the 50MP sensor that should draw the most attention, as it’s the same main camera used by the Galaxy S23.

Samsung Galaxy A54 vs. iPhone SE 2022

(Image credit: Tom’s Guide)

The iPhone SE has just one 12MP lens. There’s no ultrawide shooter to compete with the Galaxy A54. Even more damning, the iPhone SE doesn’t offer a Night mode, so the Galaxy A54 trumps it once the sun goes down. At least the iPhone SE benefits from the computational photography features supported by its A15 Bionic chipset, which should make for a pretty fair fight with the Galaxy A54.

We get a sense of how the photo processing powers of the iPhone SE help compensate for its lower resolution in this photo of a California lilac bush. The iPhone has pumped up the colors on the flowers to a very vibrant purple, which stands out more than the realistic-if-muted colors in the Galaxy A54 shot. The sky is a richer shade of blue in the iPhone SE shot, too, even if Apple’s photo has more shadowy areas than the well-balanced A54 photo.

Likewise, the iPhone SE does a better job at compensating for some tricky sunlight in this fruit stand photo. There’s some over-exposure going on in the Galaxy A54 photo, with certain squashes and melons looking particularly washed-out. You don’t have that problem in the iPhone SE photo, where the glare off the fruits and vegetables is more subdued.

Another challenging lighting situation allows the Galaxy A54 to show off why its bigger sensor is better in some circumstances. These breakfast tacos were backlit by sunlight streaming in from a window behind the table. The bigger snesor on the Galaxy A54 takes in more light than the 12MP iPhone SE main camera, and as a result, we see more details in the scrambled eggs, including various chopped vegetables. Colors are brighter in the Galaxy A54 photo, too.

The iPhone’s photo processing once again comes to the fore in portrait mode. It’s a much warmer shot than what the Galaxy A54 manages. As a result, Samsung’s phones makes my daughter look rather pale. The bokeh effect is more consistently applied in the iPhone’s shot as well.

Turning to the 32MP front camera on the Galaxy A54 and the 7MP front camera on the iPhone SE, the self-portraits of me captured by both devices look evenly matched. If I had to pick,, I’d go with the Galaxy A54, where my skin tone looks the most natural. The iPhone made my face look a little more ruddy than it should, and my hair isn’t as dark as it’s depicted in the SE shot. I do think the background details in the iPhone selfie look a tad sharper, though.

These samples show that the iPhone SE can hold its own when the lighting’s right and you just need a main camera. I think the Galaxy A54 offers a more flexible camera experience, though, thanks to its ultrawide lens and its ability to capture night shots. (See our Galaxy A54 vs. Pixel 6a camera face-off to see how well the A54’s camera perform at night.)

To illustrate the limitations of the iPhone SE, I went down to my basement to shoot a photo of some Halloween decorations, with only sunlight streaming in from a door to provide any ambient lighting. The Galaxy A54 picture isn’t the greatest, but at least you can see that there are two skeletons there, along with some other details in the room. Most of that’s lost in shadows in the iPhone SE’s shot since there’s no Night mode to come to the rescue.

Samsung Galaxy A54 ultrawide shot of building

(Image credit: Tom’s Guide)

I don’t have an iPhone SE ultrawide shot to compare it to — just one camera, remember — but here’s what the Galaxy A54’s ultrawide camera can pull off. There’s plenty of color in the photo of a pizza parlor entrance, particularly in the blue sky and brown brickwork. There’s also a noticeable fisheye effect to the shot, something i’ll blame on the wide field of view for the ultrawide lens on the A54.

Winner: Samsung Galaxy A54

Samsung Galaxy A54 vs. iPhone SE performance

There’s not much of a contest here. Apple equips the iPhone SE with one of its better chipsets, the A15 Bionic. That’s not the version powering the iPhone 14 — that one has an extra GPU core — but it’s still a plenty powerful piece of silicon.

iPhone SE 2022 playing racing game

(Image credit: Future)

In contrast, Samsung has turned to the Exynos 1380 to run the Galaxy A54. That chip’s supposed to deliver a 20% boost to CPU performance and 26% improvement to the GPU from what the Exynos 1280 was capable of, but that would still put Samsung’s chipset well behind the A15 Bionic.

Samsung Galaxy A54 iPhone SE
CPU Exynos 1380 A15 Bionic
Geekbench 5 (single core/multicore) 781 / 2664 1718 / 4482
3DMark Wild Life Unlimited (fps) 16.9 50
Adobe Premiere Rush (Mins:Secs) 1:12 0:27

Indeed, that’s what panned out when we ran benchmarks on both phones. The iPhone SE’s Geekbench 5 scores of 1,178 on the single-core test and 4,482 on the multicore test handily beat the Galaxy A54’s respective results of 781 and 2,664. Likewise, on the 3DMark Wild Life Unlimited graphics test, the iPhone SE produced a 50 frames per second result, compared to 16.9 fps for the A54.

Beyond synthetic benchmarks, the iPhone SE also races past the Galaxy A54 in real-world testing. We have phones transcode a video using Adobe Premiere Rush, and the iPhone SE completed that task in just 27 seconds. That’s 44 seconds faster than the Galaxy A54’s time.

Samsung Galaxy A54 review

(Image credit: Tom’s Guide)

No matter how you slice it, if you want the faster phone, you have to pick the iPhone SE over the Galaxy A54.

Winner: iPhone SE

Samsung Galaxy A54 vs. iPhone SE battery life and charging

Faster though the A15 Bionic may be, it really doesn’t help the iPhone SE manage the power from its 1,624 mAh battery. (Apple doesn’t announce battery sizes for its phones — that number is based on an iPhone SE teardown.) On our battery test, in which we have phones surf the web over cellular until they run out of power, the iPhone Se lated 9 hours and 5 minutes. That’s 50 minutes or so less than the average smartphone.

It’s also less than the Galaxy A54’s result. Benefitting from a 5,000 mAh battery, the Galaxy A54 lasted 10 hours and 20 minutes on our test. Disable the 120Hz refresh rate, and you get even better battery life, as the Galaxy A54 lasted 11 hours and 46 minutes with its display locked at 60Hz. That allowed the Galaxy A54 to sneak onto our best phone battery life list.

Samsung Galaxy A54 iPhone SE
Battery size 5,000 mAh 1,624 mAh
Battery life (Hrs:Mins) 10:20 (adaptive); 11:46 (60Hz) 9:05
Charging speed 25W wired 20W wired

Neither phone offers blazing fast charging speeds. The iPhone SE can charge at 20W while the Galaxy A54 offers 25W charging. You are able to wirelessly charge the iPhone SE, though — that’s not a feature Samsung’s phone supports.

Winner: Samsung Galaxy A54

Samsung Galaxy A54 vs. iPhone SE software

The phones are pretty evenly matched when it comes to software, as both run the latest versions of their respective operating systems — Android 13 in the case of the Galaxy A54 and iOS 16 for the iPhone SE. When iOS 17 arrives later this year, the iPhone SE will be capable of downloading it right away; with Android 14, there will be some delay between its release and when it’s ready for Samsung’s phones.

At least the Galaxy A54 offers improved software support, with Samsung now promising four years of Android updates plus an extra year of security support. That’s almost as good as what Apple offers for its iPhones, which generally can count on five years of updates.

Winner: iPhone SE

Samsung Galaxy A54 vs. iPhone SE verdict

Considering the iPhone’s dated look and the Galaxy A54’s more recent release date, this Samsung Galaxy A54 vs. iPhone SE face-off wound up being closer than we first imagined. But it’s pretty clear that the Galaxy A54 is the stronger offering.

Row 0 – Cell 0 Samsung Galaxy A54 iPhone SE
Price (10 points) 10 9
Design (10 points) 9 7
Display (15 points) 13 10
Cameras (20 points) 16 15
Performance (20 points) 14 19
Battery life and charging (15 points) 12 11
Software (10 points) 9 10
Overall (100 points) 83 81

The Samsung and Apple phones are pretty even when it comes to price, software and cameras, though we think Samsung’s ultra-wide lens and night mode support give it the overall edge on that last category. The iPhone’s a big winner when it comes to performance, but in all other areas, the Galaxy A54 is pretty dominant.

It’s got a better, more polished look than the aging iPhone SE design, and its use of a fast-refreshing OLED panel means the A54 offers a better display. Samsung’s phone lasts longer on a charge, too, though you can wireless charge an iPhone SE.

Apple fans on a budget are still going to pick the iPhone SE over anything produced by Samsung. But even the most fervent would have to concede that the Galaxy A54 gets more things right than the iPhone SE.

More from Tom’s Guide

Philip Michaels is a Managing Editor at Tom’s Guide. He’s been covering personal technology since 1999 and was in the building when Steve Jobs showed off the iPhone for the first time. He’s been evaluating smartphones since that first iPhone debuted in 2007, and he’s been following phone carriers and smartphone plans since 2015. He has strong opinions about Apple, the Oakland Athletics, old movies and proper butchery techniques. Follow him at @PhilipMichaels.

 

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Microsoft Outage Hits Payment Processors

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When major payment processing systems have problems, the issues impact many critical systems that society depends on. In this article, we’ll explain the cause of the Microsoft outage and discuss the impact computer networking issues had on Canada. We’ll also examine whether or not Microsoft was at fault and what businesses can do to prevent further outages.

What Happened With the Microsoft Outage?

The outage with Microsoft’s Azure payment processor resulted from a buggy security update from an outside company, CrowdStrike. CrowdStrike offers information technology security services for many Microsoft Windows computers. The company’s software developers sent a new update out, but instead of patching up minor issues with the existing software, the code within conflicted with Windows and prevented computers from booting up. Users expecting to start their computers for a typical day were instead faced with the dreaded “Blue Screen of Death” error message.

So, how does this produce a problem and a payment processor issue? Many computers running payment processing, among many other kinds of software used for airlines, banks, retail, and other essential services, couldn’t start and were unable to let payments through. This is a catastrophic issue for companies that are heavily reliant upon the speed and ease of an electronic transaction.

In Canada, the outage impacted critical computer systems for air travel. Flights couldn’t be paid for and booked, which caused major problems for customers unable to make transactions while flights remained grounded. Travellers stuck waiting for flights to take off made their way over to the airports’ Starbucks and other vendors, only to discover unusually long lines due to payment issues. Even online gamblers looking to take their minds off the situation couldn’t take full advantage of one of the fastest payment options out there because of the outage.

Aside from payments, hospitals for major health systems had to use paper to complete important tasks like ordering lab work and getting meals to patients. Emergency dispatch lines were temporarily unable to function correctly while their computer systems were down.

How Was the Outage Fixed?

Thankfully, CrowdStrike fixed the problem on their end quickly, mostly via an additional reboot that allowed CrowdStrike to send over unflawed code. Unfortunately, for some business and private customers, rebooting wouldn’t be enough with command-line level adjustments needed for the operating system to run correctly.

The Good and Bad of Outages

First, we’re thankful that the outage was not caused by hackers accessing and stealing a mountain of personal data. A recent outage with an automotive software provider went on for much longer and ended much worse for software provider CDK, which likely paid an undisclosed sum north of $20 million to get data back and systems restored.

By some chance, Microsoft is reported to have experienced its own outage, and many information technology professionals blame Microsoft in part for their issues because of how their systems attempted to fix the problem by rebooting over and over again, though some of Microsoft’s PCs needed to warn users to make a change manually. Unfortunately, any computer that required manual intervention took longer to recover, as a knowledgeable person had to access each computer affected by the issue. In some cases, between dealing with several hours of backlogged tasks and slow recovery processes, some businesses took days, not hours, to get back online.

The outage brings up another major point in the cybersecurity and computer industry. CrowdStrike and Microsoft are both big companies in their respective fields. As a result, the effects of bad code spread much further than they could have if there were more competitors making security products or if there were more software companies making operating systems like Windows. While only 8 million computers were believed to be affected out of a much larger global network, those are essential computers for worldwide communication and payment processing. Perhaps companies should be putting their eggs in more than one basket?

The testing methods for the outage are unclear—did CrowdStrike test the routine software update enough to detect the potential for a major outage? Apparently not.

What Should Businesses Do Next?

Software like Microsoft Azure’s payment systems come from what information technology professionals call ‘the cloud.’ The software is remotely managed over the internet, meaning that the computer that runs the system is not physically present at the location. Unfortunately, this also means that an issue with the internet can take critical systems out of service.

Businesses ranging from major airlines and banks to mom-and-pop stores would be well served by backup systems at their locations. These don’t have to be as primitive as the old-fashioned credit-card carbon-copy slide, but there are options available with consistent service that don’t repeatedly rely on the same networks.

Conclusion

There were certainly challenging moments for Canadian businesses and emergency services during the CrowdStrike and Microsoft outage. As they scrambled to understand the problem and waited, albeit briefly, for issues to resolve, many companies learned the importance of having local and reliable backup for their computer systems.

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New photos reveal more details about Google’s Pixel 9 Pro Fold

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Google’s secret new line of Pixel 9 phones isn’t that big of a secret anymore. Taiwan’s National Communications Commission (NCC) released new photos of the phones including the Pixel 9 Pro Fold from almost every conceivable angle.

Android Authority found the photos in the NCC archives and uploaded galleries of each of the four phones including the Pixel 9, 9 Pro, 9 Pro XL and 9 Pro Fold. They reveal some interesting details about the new Pixel phones.

The charging rates will be a little faster than the last generation of Pixel phones: Taiwanese authorities measured 24.12W for the base model, 25.20W for the Pro and 32.67W for the 9 Pro XL. The Pixel 9 Pro Fold, however, was the slowest of all of them at 20.25W. These numbers don’t often match up perfectly with the advertised ratings, so expect Google to be promoting higher numbers at its event.

Speaking of chargers, it looks like Google needed a bigger charger to power its new phones. Photos included in the NCC leak show each phone will come with a wall charger that’s around 45W depending on which model you purchase. The charger’s plug moved from the middle to the top of the brick.

The Google Pixel 9 Pro Fold can fully unfold.
NCC/Android Authority

The latest photo dump also shows the 9 Pro Fold unfolded for the first time. Google has moved the selfie camera to the inside screen for a wider field of view. The 9 Pro Fold also has a slimmer top and bottom, a reduced fold crease on the display and a full 180 degree unfolding angle to make a screen that’s just over 250mm or just under 10 inches.

These photos are the latest in a very long list of leaks of Google Pixel 9 photos. The last Pixel 9 leak came down yesterday showing two prototype models of the base and XL models. Google might look into buying a new combination lock for the high school locker where they apparently keep all their unreleased gear.

 

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Apple Wallet now supports Canada’s Presto card, with Express Transit

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Apple Wallet now supports the Presto transit card used in Ontario, Canada. The card can be used for travel in Toronto, Hamilton, and Ottawa.

The digital version of the card includes the Express Transit Pass feature, meaning that you can tap in and out without having to authenticate …

 

Ontario’s Presto card

The Presto contactless smart card system was first trialled back in 2007, and started the full rollout in 2009. The card can be used across 11 different transit systems in the areas covered.

Apple Wallet support was first promised many years ago, but things went quiet until a “coming soon” announcement back in May of this year.

Although the contactless terminals allow the use of credit and debit cards for regular fares, a Presto card is needed for monthly passes and discounted travel.

Apple Wallet support now available

The company made the announcement today.

Tap to ride with PRESTO on iPhone and Apple Watch.

Traveling around town just got easy with your PRESTO in Apple Wallet. With Express Mode, you don’t need to wake or unlock your iPhone or Apple Watch or open any apps to use PRESTO in Apple Wallet. Just hold your device near the reader to pay and go.

Ride, even when your iPhone needs a charge

If your iPhone needs a charge, PRESTO Card in Apple Wallet will still work. Power Reserve provides up to five hours of support, so you can still ride.

Reload on the go. 

With your PRESTO card on your iPhone and Apple Watch, you can easily load funds, right from Apple Wallet or PRESTO App. No need to visit a customer service outlet.

Extra security. Built right in 

PRESTO in Apple Wallet can take full advantage of the privacy and security features built into iPhone and Apple Watch. Your PRESTO card is stored on the device, which means Apple does not see when you use it—helping keep your data private and secure.

If you lose your iPhone or Apple Watch, you can use the Find My app to lock and help locate the device and suspend your PRESTO card or remotely erase the device and its cards.

Mobile Syrup reports that you can choose between adding your existing card to your Wallet, or creating a new one.

There are two ways to add a Presto card to Apple Wallet. You can either buy a new card or move your old one over using the Presto app.

That being said, for simplicity’s sake, unless you have a discounted Presto agreement like a student or senior plan, I think most riders will be happy just making a new card in Apple Wallet and loading funds from that app.

As with any digital card or pass, you can use either your iPhone or Apple Watch, but because each generates a unique virtual card number, you need to use the same device at both ends of your journey.

Express Transit feature

To minimize delays, Presto offers Express Transit support. This means that you don’t need to authenticate using Face ID or Touch ID on your iPhone, and you don’t need to double-tap the side button on your Apple Watch. Simply hold your device close to the pad and you’re good (a number of clues are used to detect fraudulent use).

Express Transit also has the advantage that it continues to work in Low Power mode, so you’ll still be able to complete your journey even if your phone or Watch is almost dead.

Image: Presto

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