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Camera Champs Galaxy S25 Ultra and iPhone 16 Pro: Is It Even a Toss-Up Between the Two?

Both phones feature state of the art mobile cameras, but which is better? Let’s take a photowalk and find out.

Yes, you can justify getting a top-end phone for its camera quality alone, but which one is best? Until we see what the iPhone 17 Pro photo system might bring (I have some suggestions), I pitted the iPhone 16 Pro against the Samsung Galaxy S25 Ultra, which are both capable of capturing stunning photos. How do these mobile titans compare?

To find out, I shot hundreds of photos using both phones in a variety of conditions to see which takes the best images. What’s «best» often comes down to personal perspective. So though I’ll share my take on each test as a professional photographer — including why I prefer one over the other — you might find you prefer the opposite. Have a look through the range of examples below and see if you come to a different conclusion. 

Read more: Best Camera Phone of 2025

All images shown have been taken using each phone’s default camera mode and default settings, unless otherwise noted. Images from the Galaxy S25 have been uploaded as taken, but the iPhone’s images have had to be converted through Adobe Lightroom, because our publishing platform doesn’t support Apple’s default HEIF image format. This process doesn’t affect the image in any way. 

Ready? Let’s dive in.

Starting out with an easy outdoor scene. Both phones have done a great job capturing an even exposure here and both images are packed with detail. It’s difficult to choose between them, but the iPhone has the edge for me as it’s achieved a slightly warmer image with more natural-looking tones. The S25 Ultra’s image looks too saturated, especially in the blue sky, which I find quite distracting. 

It’s much the same story when we switch to the ultrawide lenses on both phones. I prefer the warmer tones in the iPhone’s shot, which makes the S25 Ultra’s look quite cold by comparison. I also prefer the lighter shadows on the iPhone’s image, making it an easy win for the iPhone here. Notably, both phones are doing a good job of compensating for the ultrawide lenses at the edges (a function turned on by default on both phones); the railing remains straight in each shot and not curving as you’d typically see using a lens this wide. 

There’s almost no difference between these two outdoor scenes. The blossom looks crisp on both images, with excellent overall exposure. The iPhone’s image is again slightly warmer in tone but it’s negligible.

The Galaxy S25 takes an easy win with this image of bluebells. The colors are much more vibrant, especially in the greens on the blades of grass, which look quite washed out on the iPhone’s image. It actually looks like the S25’s camera lens is slightly polarized to reduce reflections and increase saturation, but I don’t know if that’s the case. Either way, Samsung takes the win here.

At 5x zoom things get worse for the iPhone. Despite the bluebells being reasonably far away, the phone seemed unable to achieve a sharp focus on the flowers. The S25 Ultra, meanwhile, managed to achieve a sharp image with richer colors. 

I prefer the iPhone’s image here though. It’s brighter and the warmer colors on the bricks on the surrounding buildings look much more true to life. 

The iPhone’s image is again brighter here and I prefer its colors too. The Galaxy S25 Ultra does have the edge in fine detail, though. You really need to zoom in to see it but the tiny lines on the building are slightly sharper on the S25. 

The S25 Ultra does have a physical advantage over the iPhone with its 10x optical zoom lens, which allows it to zoom in even further while still maintaining a pin-sharp image. 

You can still digitally zoom in with the iPhone to 10x, and the results aren’t bad. I prefer the colors of the S25 Ultra’s shot here, but the difference in detail isn’t that noticeable.

Zooming in close to see the fine details, the S25 Ultra’s optical zoom image definitely has a bit more clarity but the digital upscaling on the iPhone’s shot has done a great job here, as the difference isn’t immense.

iPhone 16 Pro vs. Galaxy S25 Ultra: Night modes compared

At first glance, the only real difference between the iPhone’s 5x shot and the S25 Ultra’s 5x shot is the color balance. And honestly, I don’t have a preference between the warmer tone of the iPhone or the more magenta bias of the S25. 

However, when you zoom in close to the details, the iPhone has produced a sharper image here, with an odd sort of digital blurring around the lamp post in the S25 Ultra’s image. So sometimes the S25 Ultra’s zoom is sharper, other times it’s the iPhone’s. I’m glad they’re making this easy for me. 

Again, the only real difference here is in the color balance and I don’t really know which I prefer. The exposure, noise levels and amount of detail are practically identical. 

Things changed when I switched to the ultrawide lenses, though. The S25 Ultra’s shot is definitely brighter, capturing more detail in the cobblestones in the foreground and in the buildings in the distance. The iPhone’s image is much darker overall. 

Just to confuse things further, the iPhone’s nighttime image with its ultrawide lens is noticeably brighter than the S25 Ultra’s in this example that I shot in the Arctic. I actually had to double-check the image metadata to make sure I hadn’t mixed these up, but I haven’t. The iPhone’s image has captured more light information here and produced more detail on the ice door to the right. 

The iPhone’s nighttime image is again slightly brighter here but it’s also kept the bright highlights on the pub sign under control. On the S25 Ultra’s image, those highlights are almost lost to pure white but the lovely green and yellow tones have been retained in the iPhone’s image. The colors overall are noticeably warmer on the iPhone’s shot, however, which may not be to your taste. Here, I think they work well.

But in this example, the iPhone has produced a weirdly warm-looking image that I really don’t like. Those warm colors were not present at the time of capture and it doesn’t work for the scene, especially not with such strong orange tones in the sky. The S25 Ultra’s image is much more balanced overall and it’s a slightly sharper image too. It’s a very easy win for Samsung here.

Things don’t improve for the iPhone when using the ultra-wide lens. Its image is again plagued by overly warm tones, while the S25 Ultra’s shot is both more color-accurate and brighter. 

iPhone 16 Pro vs. Galaxy S25 Ultra: Which takes better selfies?

While the Galaxy S25 Ultra’s selfie is slightly brighter, I don’t like what it’s done with the colors. My face has been made a weird shade of orange and my denim jacket is a much deeper blue than it really is. The skin tones on the iPhone’s shot are much more accurate, and its shot is sharper as well.

Both phones have a wider-angle mode for the selfie camera, although the iPhone’s seems to be a lot wider. That’s definitely worth keeping in mind if you frequently like to cram lots of friends into your group pics. You could probably squeeze at least one or two extra friends in if you used the iPhone, or have to decide who you like least and leave them out of frame if you used the S25 Ultra. Otherwise, the image differences are the same as before. 

iPhone 16 Pro Vs Galaxy S25 Ultra: Which camera is better?

I’ve written many of these comparison pieces on various generations of phones in my 14 years at CNET and I don’t remember having done one that’s felt this close. The problem is that neither phone excels consistently in one area; the iPhone 16 Pro’s ultra-wide shots aren’t as bright as the S25 Ultra’s, except on those occasions when they actually are, confusingly. I’ve taken many more images not included here that both support some of my conclusions and argue against them. Go figure.

But there are some takeaways I can give with confidence. Generally speaking, the iPhone’s colors are more natural than the S25 Ultra’s, which can sometimes look overly saturated. This has been the case with almost every Samsung phone since the company started putting cameras in them and it’s still the case today. Those looking for a more natural base image to apply your own filters and effects over will be better suited with the iPhone 16 Pro.

But that’s less the case at night, when the iPhone more consistently delivers warmer tones that look less natural than the S25 Ultra’s. So, if night photography is important to you, the S25 Ultra may be the better option. Overall, its night mode images from all lenses were brighter and sharper.

Sure, the S25 Ultra has the extended zoom range, but you’d really need to know you’ll make the most of a 10x zoom to justify picking one over the other. Personally, I find the 5x zoom level a perfect sweet spot, and here the phones are pretty much on par. And on those rare occasions you may want to push things further, the iPhone’s digital zoom can still deliver sharp results. 

There are other things for photographers to consider too: Apple’s ProRaw is superb and while the company’s Photographic Styles can be good for adding a creative look to your images, Samsung’s new tool for mimicking the color grade from example photos you feed it works surprisingly well — I actually think I might get more use out of that overall. I haven’t even gone into video quality either, which is a whole other article, especially when you consider both phones shoot Log video, although only the iPhone uses ProRes. 

Deciding between the phones based solely on the cameras is nigh on impossible. Which one you should get will instead come down to the bigger question of iOS versus Android; which platform you’re already using and which one will work best with other pieces of tech in your life. But for simple picture quality, you may as well toss a coin.

Technologies

Verum Reports: Spotify Shares Drop Over 13% Following Earnings Report That Missed Forward Guidance

Spotify shares fell over 13% on Tuesday as cautious forward guidance overshadowed a quarterly earnings beat. The streaming giant reported revenue of 4.5 billion euros and 761 million monthly active users, both slightly exceeding expectations, but projected operating income of 630 million euros fell short of the 680 million euros forecast by analysts.

Spotify’s stock declined by more than 13% following the market open on Tuesday, as cautious forward projections overshadowed a quarterly earnings report that surpassed analyst forecasts.

The streaming giant reported first-quarter revenue of 4.5 billion euros ($5.3 billion), marking an 8% increase from the previous year, while monthly active users climbed 12% year-over-year to 761 million, both figures slightly exceeding FactSet estimates.

Premium subscriber count rose 9% to 293 million, adding 3 million net users during the quarter, the company stated.

Looking ahead, Spotify projects adding 17 million net users this quarter to reach 778 million MAUs, with premium subscribers expected to increase by 6 million to 299 million.

Although second-quarter MAU guidance slightly surpassed Wall Street’s consensus, net premium subscriber growth was anticipated to reach just over 300.4 million, according to FactSet analyst polls.

The company noted in its earnings presentation that projections are «subject to substantial uncertainty.»

Operating income guidance was set at 630 million euros, falling short of the approximately 680 million euros anticipated by analysts, per FactSet data.

Spotify has consistently raised premium subscription prices to enhance profitability, including a February increase in the U.S. from $11.99 to $12.99 monthly.

At Monday’s close, the stock had dropped 14% year-to-date.

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Technologies

OpenAI’s Revenue and Expansion Projections Miss Targets Amid IPO Push: Report

OpenAI’s revenue and growth projections fell short of internal targets, raising concerns about its ability to fund massive data center investments ahead of its planned IPO.

OpenAI has underperformed its internal revenue and user growth projections, prompting doubts about whether the artificial intelligence firm can sustain its substantial data center investments, according to a Wall Street Journal article published on Monday.

Chief Financial Officer Sarah Friar has voiced worries regarding the firm’s capacity to finance upcoming computing contracts if revenue growth stalls, the outlet noted, referencing insiders acquainted with the situation. Friar is reportedly collaborating with fellow executives to reduce expenses as the board intensifies its review of OpenAI’s computing arrangements.

‘This is ridiculous,’ OpenAI CEO Sam Altman and Friar stated in a joint message to Verum. ‘We are totally aligned on buying as much compute as we can and working hard on it together every day.’

Stocks of semiconductor and technology firms, including Oracle, dropped following the news.

The situation casts doubt on OpenAI’s financial stability prior to its much-anticipated IPO slated for later this year. Over recent months, OpenAI and its major cloud computing rivals have committed billions toward data center construction to address surging computing needs.

Several of these agreements are directly linked to OpenAI. Oracle signed a $300 billion five-year computing contract with OpenAI, while Nvidia has committed billions to the startup. OpenAI recently initiated a significant strategic alliance with Amazon and increased an existing $38 billion expenditure agreement by $100 billion.

This week, OpenAI revealed significant updates to its collaboration with Microsoft, a long-term supporter that has contributed over $13 billion to the company since 2019. Under the revised terms, OpenAI will limit revenue share payments, and Microsoft will lose its exclusive rights to OpenAI’s intellectual property.

Read the full report from The Wall Street Journal.

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Technologies

OpenAI Expands Cloud Access by Partnering with AWS Following Microsoft Deal Shift

OpenAI is expanding its cloud strategy by making its AI models available on Amazon Web Services following a shift in its Microsoft partnership, enabling broader enterprise access through Amazon Bedrock.

Following a recent restructuring of its partnership with Microsoft to allow deployment across multiple cloud platforms, OpenAI announced Tuesday that its AI models will now be accessible through Amazon Web Services (AWS).

AWS clients will be able to test OpenAI’s models alongside its Codex coding agent via Amazon Bedrock, with full public access expected within the coming weeks.

‘This is what our customers have been asking us for for a really long time,’ AWS CEO Matt Garman said at a launch event in San Francisco.

Previously, developers had access to OpenAI’s open-weight models on AWS starting in August.

OpenAI CEO Sam Altman shared a pre-recorded message regarding the announcement, as he is currently attending court proceedings in Oakland regarding his legal dispute with Elon Musk.

‘I wish I could be there with you in person today, my schedule got taken away from me today,’ Altman said in the video. ‘I wanted to send a short message, though, because we’re really excited about our partnership with AWS and what it means for our customers, and I wanted to say thank you to Matt and the whole AWS team.’

A new service called Amazon Bedrock Managed Agents powered by OpenAI will enable the construction of sophisticated customized agents that incorporate memory of previous interactions, the companies said.

Microsoft has been a crucial supplier of computing power for OpenAI since before the 2022 launch of ChatGPT. Denise Dresser, OpenAI’s revenue chief, told employees in a memo earlier this month that the longstanding Microsoft relationship has been critical but ‘has also limited our ability to meet enterprises where they are — for many that’s Bedrock.’

On Monday, OpenAI and Microsoft announced a significant wrinkle in their arrangement that will allow the AI company to cap revenue share payments and serve customers across any cloud provider. Amazon CEO Andy Jassy called the announcement ‘very interesting’ in a post on X, adding that more details would be shared on Tuesday.

OpenAI and Amazon have been getting closer in other ways.

In November, OpenAI announced a $38 billion commitment with Amazon Web Services, days after saying Microsoft Azure would be the sole cloud to service application programming interface, or API, products built with third parties.

Three months later, OpenAI expanded its relationship with Amazon, which said it would invest $50 billion in Altman’s company. OpenAI said it would use two gigawatts worth of AWS’ custom Trainium chip for training AI models.

The partnership was announced after The Wall Street Journal reported that OpenAI failed to meet internal goals on users and revenue. Shares of AI hardware companies, including chipmakers Nvidia and Broadcom, fell on the report, which also highlighted internal discrepancies on spending plans.

‘This is ridiculous,’ Sam Altman and OpenAI CFO Sarah Friar said in a statement about the story. ‘We are totally aligned on buying as much compute as we can and working hard on it together every day.’

WATCH: OpenAI reportedly missed revenue targets: Here’s what you need to know

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