Camera companies know how to sell dreams. Every press release is packed with bigger numbers, faster speeds, and dramatic leaps in technical capabilities. On spec sheets, today’s cameras look like science fiction compared to models from just a decade ago. But not every shiny number translates into real-world value.
1. Ridiculous Megapixel Counts
For years, megapixels have been the marketing gold standard. The higher the number, the better the camera, or so the advertising suggests. And sure, resolution matters up to a point. If you’re shooting fine art prints at massive sizes or detailed commercial work that demands heavy cropping, megapixels buy you flexibility. But for the majority of professional use cases, anything beyond 36 MP is more liability than advantage.
The problem begins with file sizes. A 60 MP raw file can weigh in at 70–80 MB. Multiply that by a thousand images from an event or commercial shoot, and you’re choking storage drives in a single day. Editing slows to a crawl because every adjustment has to process monstrous files, and backup times balloon. Suddenly, the upgrade you thought would make you “future-proof” is actively slowing your workflow. You don’t just need a new camera; you need faster cards, bigger drives, and a more powerful computer to keep up.
Even clients rarely notice. Wedding albums, magazine spreads, corporate headshots, social media campaigns—none of these require 60 MP. A clean, well-exposed 24 MP file more than covers them. The pursuit of extreme megapixel counts is less about meeting professional needs and more about giving consumers a big number to brag about. Unless you’re a niche commercial shooter or a wildlife photographer or sports photographer who needs lots of cropping latitude, you’ll likely find yourself downsizing files constantly just to keep your workflow sane.
Megapixels beyond 36 aren’t a universal upgrade. They’re a tax on storage, time, and optics. Don’t fall for the trap unless your actual deliverables demand it.
2. ISO 102,400 and Beyond
Every new flagship loves to brag about its maximum ISO: 204,800, 409,600, sometimes even “expandable to over a million.” These numbers sound heroic, like your camera could shoot clean files in a cave at midnight. But in practice, the bragging rights are meaningless. Professional-quality files rarely hold up beyond ISO 12,800, maybe 25,600 on the very best modern sensors. Everything above that is more science experiment than usable setting.
High ISO performance has improved massively over the past decade, no question. Being able to shoot ISO 6,400 cleanly was unthinkable in the DSLR era, and today, it’s routine. That’s progress worth celebrating. But the idea that ISO 409,600 is a meaningful feature is a marketing illusion. At those levels, files are filled with color blotches, banding, crushed shadows, and clipped highlights. Skin tones disintegrate, dynamic range collapses, and even heavy noise reduction can’t rescue them.
The bigger problem is the false sense of security these numbers create. Photographers new to the craft see a spec sheet boasting and assume it’s something they can lean on. They push their cameras into ridiculous settings and then wonder why their files look like watercolor paintings. In reality, professionals solve low-light problems with fast glass, tripods, off-camera flash, or better planning, not by cranking ISO into unusable territory.
ISO ranges beyond 25,600 are mostly marketing theater. Use them if you’re desperate to prove a point on YouTube, but don’t expect them to save real client work.
3. 40 FPS Bursts
The ability to shoot 40 frames per second sounds incredible. Sports photographers and wildlife shooters must be thrilled, right? In practice, it’s often more curse than blessing. While high burst rates have their place, most professionals quickly learn that more frames don’t equal more keepers. They equal more culling, more card space wasted, and more time lost in post.
Timing has always been the essence of photography. Anticipating the decisive moment—the swing of a bat, the lift of a veil, the jump of a dancer—used to be a matter of skill and reflex. With 40 fps, it’s tempting to offload that responsibility to the camera, holding the shutter and hoping one of the hundreds of frames hits the peak. The irony is that the flood of near-duplicates makes it harder to identify the real gem later. You’re not getting better at timing; you’re outsourcing it and burying yourself in files.
Clients don’t care if you shot their moment at 40 fps or 5 fps. They care that you delivered the image that matters. Professionals know that skill, anticipation, and control beat blind volume every time. A carefully timed 10 fps burst used strategically is more effective than endless rattle at 40 fps. One of the best sports photographers I've ever known actually turned down the burst rates of all his cameras. 40 fps bursts look impressive in demos but create more problems than solutions. Use bursts wisely, but don’t let speed replace skill.
4. 8K Video
Few specs make as much noise as 8K. It sounds futuristic, cinematic, and unstoppable. In reality, it’s overkill for almost every professional outside niche cinema production. Most clients don’t even request 4K deliverables, let alone 8K. Many social platforms still compress everything down so heavily that resolution advantages vanish completely. The gap between what spec sheets promise and what clients actually need has never been wider.
The problem starts with storage and editing. 8K files are enormous, eating through cards and drives at alarming rates. Editing requires top-tier machines with massive RAM, powerful GPUs, and endless patience. Even when you get the hardware right, playback stutters and export times drag. Suddenly, you’re spending more on workstations than you made from the project, all to deliver footage the client will never notice as “sharper.”
Heat and reliability are another issue. Many hybrid cameras that boast 8K recording can only sustain it for a short time before overheating. Professionals trying to shoot events or interviews can’t gamble on record limits. 8K becomes a feature you technically have but never trust, making it more of a liability than an asset.
Yes, 8K has its uses: reframing in post, pulling stills, or future-proofing high-end productions. But those use cases are rare, and most can be solved with 4K at higher bitrates instead. The emphasis on 8K feels less like responding to professional needs and more like chasing the next big number to outshine competitors.
5. Wi-Fi and Bluetooth File Transfer
On spec sheets, wireless file transfer looks like a dream. Shoot an image, beam it to your phone, send it to a client on the spot. Camera companies frame it as seamless, futuristic, and essential for modern workflows. In practice, it’s almost always more trouble than it’s worth. Pairing devices takes time, connections drop mid-transfer, speeds crawl, and entire setups feel unreliable compared to the humble card reader.
The second problem is reliability. Anyone who’s tried to transfer files mid-event knows the pain: connections drop without explanation, apps freeze, and you waste precious minutes fiddling with menus while the actual shoot is happening around you. Tethering works. Card readers work.
That’s not to say wireless has no place. It can be a niche tool when only a small preview is needed on the spot. And it can be a fantastic way to remotely control your camera. But as a headline feature, it’s wildly overhyped. Serious workflows still rely on fast, physical connections, because those are the ones that actually work when it matters.
Conclusion
The camera industry thrives on spectacle. Every new launch has to sound revolutionary, and the easiest way to do that is with bigger numbers and shinier promises. But in practice, many of those hyped specs do little to improve photography, and some make it worse. Professionals know that what matters isn’t the number on the brochure. It’s the reliability of the tool in the field. At the end of the day, cameras should serve the photographer, not impress shareholders.
22 Comments
Agree with all of your observations Alex. As a former sports photographer, I have never needed anything more than 10 frames per second and ISO 3200.
I like how you describe high ISO images as watercolour paintings. That's a good way to put it.
True for most amateurs and hobbyists, but as a professional sports photographer, there’s reason why they improve a lot of these features in every generation. The wifi connection is clutch for so many clients’ social media right now. I shot a game for a professional league where I was sending direct from 2 cameras to an FTP folder pinging off of my phone.
I agree with just about everything, Alex.
Yes, of course there are the few exceptions out there - the photographers whose needs are unusual for one reason or another. But I bet less than 3% of all photographers actually need more than 20 frames per second, more than 36 megapixels, or ISO higher than 12,800.
In my opinion, for what I shoot, if I have to turn the ISO any higher than 3,200, then I would just as soon not even have the photos. I shoot on speculation, so I can shoot whatever I feel like and then see if I can sell the images. I absolutely hate the way grain looks, so I choose not to shoot in a way that will result in any visible grain. I'm totally okay with missing getting shots of cool stuff, because personally, if it looks grainy or has poor dynamic range, then I would just as soon not have the photos, no matter what it is.
But I acknowledge that some photographers are hired to shoot low-light events and they have no choice but to shoot at very high ISOs. But I think that only a very small percentage of photographers actually need extremely high ISOs.
One note: 4 of my friends shoot wildlife footage for big productions, and many of their shot lists require 8K. This is for Planet Earth, BBC, etc. Yes, this would fall under the exceptional category, but to know people personally who are required, by contract, to shoot 8K makes it not seem like a far-fetched spec to me.
The gap for me is the lack of GPS. I keep my 7DM2's and grab good second hand ones as accurate location metadata is important for my work.
What is 7DM2 ?
A Canon EOS 7D Mark 2
Get with it....you didn't that? LOL
I agree about four of the five. I had always been fine with 24MP, but then shot for several years with 45 and 60MP cameras. However this winter I sold my Z8 for a Z6 III because I really don’t need the extra resolution but I did value the smaller body. I haven’t missed the extra resolution at all.
The one thing I disagree with is the WiFi connectivity. Yes, I wish it were smoother, but I use it all the time to quickly share images with friends or family, or to just view on a larger screen until I can get to my computer to process the RAWs.
Hi, of course, I agree with all the points.
I'm a Fuji GFX 100 user for the studio and was since a long time a Sony 7R user (III, IV and V release) but I sold all the Sony gears as the pictures looked very clinical even with some Voigtlander lenses. So, for street I came back to analog cameras.
Last month, I purchased a Leica D-Lux 8 and rediscovered the joy of use of a tiny thing usable every where, every time.
Associated to the last post-prod tools like the Super resolution function of Lightroom I can even print very large the 17Mpix files of the Leica (60x60 cm for example, on my Canon Program-2100) and the colors are just great !
Usually my settings are full auto with auto iso limited to 6400, and I change my aperture when the bokeh is prioritized or speed when I want some blur on the picture ! Nothing more, nothing less : just a second or two to adjust and that's it !
The complaints about speed and especially wifi are a Nikon probem.
Nikon can't shoot raw fast and can't connect with a smart phone well.
If the slow Z9 could do 40 fps in raw this wouldn't be mentioned in this article.
There are tons of complaints about Nikon's wifi connection. Again if it worked there would be no mention.
Canon is incredibly easy to connect to a smartphone and aways works, doesn't unpair when in the middle of a transfer. Also it's very fast.
It would be appreciated if you say these are uniquely Nikon problems and not lump Canon into Nikon's problems.
The first ILC brand which introduces a camera with a built in cell connection and Android to allow me to edit photos using Apps in-camera for instant sharing without clunky connection to a cell phone using clunky APP interface and usage (looking at your Nikon) will cause me to drop at least $10K on a body and two lenses (28-70 And 70-200 1:2 Macro (see, I can be reasonable) both F2.8 of course. If well implemented, I'd buy a second body.
ILC manufactures unfortunately, are not software people. They still force us into the 1800’s film days for image distribution rather than the 21st century century. They do not understand that if I can afford thousands of dollars worth of gear, another monthly cell phone bill is nothing. Cameras already have a touch screen....this should be easy to fix,just hire some 30 year old Silicon Valley Urban Lumberjacks (they have beards and wear flannel but have never touched a chainsaw, too loud and scary anyhow to them).
Perhaps the rumors of DJI (own Hasselblad) who make stones with some long distance connectivity, will include cell phone connection and serious inch camera editing. Without such features, I see no reasons to attempt to compete with the CanIkonY (Canon, Nikon, Sony) trinity.
In the age of the IOT, my Nikon gear are are among if not, the "dumbest" electronics I own!
Me? 64 year old, former professional photographer buying Nikon gear since the age of 16 in about 1976.
This was a good read and it all made sense but I tell you my Canon EOS 90D lived up to his expectations. It's a reliable workhorse and I didn't chase it for megapixels I chased it for the 4K on cropped and it worked but you right. And people don't really demand 4K they still stuck on 1080p and so me shooting 4K for some clients is not even necessary and I'm a news journalist. I don't even use 4K for being a news journalist it's more of a headache to download and get it to the news media on time. However I did find a workaround to send the videos from the camera to the phone without using the app and it actually works pretty faster. Back in the day I never had this problem I don't know if it's technology but back in the day defiles with flying to my phone immediately. I guess I resolution does slow it down a little bit I've shot an HDR photo and it took like three to four minutes to actually send it to the phone but tell you the truth I still love my 90D it's amazing and it lived up to his specs.
Good article. Most of the points ring true for me, but my specialization flips two of them.
In large-format abstraction, I actually need the megapixels: 60 MP feels like a minimum, and I’d gladly work with 100 or 200 if I could. It only works when the entire workflow is built as a single system: computer, storage, and camera. Same with wireless transfer. For me, it’s a real lifesaver, letting me review on an iPad between sessions and back up instantly in the field.
I am a hobbyist not a pro and only buy a camera for the extra things that makes a capture a lot easier.
A couple things not covered are those who do astro milky ways and cameras that can capture it.
First one has to look at in camera noise reduction, in the beginning years say 2015 all the pros were telling to turn NR off and take multiple, like 10, and stack them etc. but back in my A7SM1 days the camera did great, why the extra work I have no Idea. Just keep it ON!!!
The next thing you will need to go to an app called "PhotoPills" and look into "Spot Stars" section. This is where you fill find the NPF rule it is the maximum shutter speed you can go to to maintain pin point stars in your capture. In the first years it was the 500 rule or 400 rule before the NPF rule. The NPF rule covers first the camera maker and it's model, a list that like never ends. Next is the lens millimeter not the lens name and etc.. Next is the f/stop you are using, in past years the max wide open was like f/4 but today we have 1.4 or 1.8 on the newer lenses.
The point for others is that between say the Sony A7SM3, 12MP and the A7RM5, 61MPs where many will say A7SM3 is king. I have both! Using the same MM and f/# on both you will get the same image, WHAT? Why use the A7RM5 over the A7SM3? The A7RM5 requires a faster SS! and the A7RM5 can get that ISO12800 as the second step of super clear noise and has the NR function to make it even better without Hot or dead pixels.
The key difference is the SS and the A7RM5 requires a faster SS. What most Astro Milky Way photographers want to capture is the Milky Way Arch a half circle of the path in the stars with the galactic center, in the northern hemisphere, to the right and the trail going to the left when doing a panorama. The panorama is with the camera in portrait view and where the lens the higher it captures the sky of stars where even in Aug. the height of the Arch is way over your head and even back some.
A panorama of 200 degrees plus will take say example 10 images. the faster SS of the A7RM5in the accurate mode for a 14mm f/1.8 is 5.93 sec. (6s) vs A7SM3 is 10.47s meaning the A7RM5 does each capture in half the time making a capture with NR on and moving to the next click on your pano rig during NR taking less than 90 seconds. Yes you can also do the same with the A7SM3 using the same SS but may need a little higher ISO.
Where the A7SM3 hits gold is doing video at it's highest ISO. seeing more than ones eyes but the sparkle of the stars also as ones eye sees the night in a video. An image is bright as day even at ISO 3200 getting baby blue sky full of stars.
As a added note even the A7SM1 will capture the the high altitude gases of color as atoms bouse off each other illuminating each, Most all photographers think a sensor error but the colors are real of nature not aurora borealis!
The main reason for my going to the A7RM5 and A7SM3 was the twisty screen mainly.
#1 a 2015 image with a A7SM1 14mm f/2.8 ISO 6400
#2 a 2021 image with a 12mm f/2.8 lens A7SM3 13s each image ISO 6400
#3 a 04/2014 on the Canon T2i with a EF-S 10-22mm (15mm in 35mm) f/3.5 had no idea of MW's then.
#4 A7SM1 + Voigtlander HELIAR-HYPER WIDE 10mm F5.6 at f/5.6 ISO 12,800 SS 30s 04/2017 before an affordable pano rig, this is a landscape view at 10mm key here is the trail in the stars is not an arch but rather the trail of stars goes horizonal straight across. Today there is the small Laowa 10mm f/2.8 needing only a 16.39s on a A7SM3 or 10.03s on A7RM5 to get an Arch.
Agree, but high pixel counts, as long as IQ doesn't totally degrade, has its uses. mainly cropping! But stupidly high FPS counts? Nah. 8K video? To show on...what? And I rarely shoot above ISO 3200. But others might have to, so I guess a bad image is better than no image.
I'll stick my very reliable 18 year old Canon 1D mk3 with only 10MP raws, which allows me smooth minimal post editing. 10fps mechanical shutter is fast enough for me. I don't do video. I'll probably add a 5D body sometime. At the moment I don't care to go mirrorless.
I've been preaching about Megapixel count BS since the early 2000's.
I used to tell people (pros at trade shows mostly) "my cameras has just ONE megapixel, but it's REALLY, REALLY good".
That worked and stopped the Mp count crap.
Nice to see more in the industry have joined in the realization.
It's never quantity, it's always QUALITY.
I just say that shooting at 6400 with my old X-E2S's was amazing and useful.
I continue to go that high when I need to without much worry, especially on the T-5's.
Now, ISO is just another feature of exposure that works to MY advantage.
A far cry from Veliva 50 days, or even K-12 Kodakchrome.
Long time hobbyist, some gigs. Poppycock. The only thing I don't use is 8K but I don't do much videos. But everything else, yes please. Don't write off features just because *you* don't use them or can't be bothered to find valid use cases. This article is a prime example of ad populum (bandwagon) logical fallacy. Sloppy and harmful to the hobby and profession.
I really disagree because it all made sense to me maybe you didn't read it clearly but it does make sense
Nothing to add. Cannot commrnent on immediacy in the context of connectivity. Seems to be a road to mechanical output and overload.
I would say that the wifi performance of the R5ii and SL3 have made it so I can review photos from my phone and import full res raw files at a rate of 1-2 secs per file. It allows me to, only using a phone, review and edit my images at the end of the day when Im traveling, which has created much faster feedback loops and really accelerated my photography development for vacation shoots.
I will say that with my M11 and Summilux 35/1.4, there really is no parafocal shooting. When you are reviewing those photos there is a clear zone of best focus. Its slowed me down and forced me to pay more attention to where my focus is because, as you mentioned, those extra megapixels are super unforgiving in that regard. I do feel like its made be a better photographer though.
I would offer a counter point to the megapixel discussion. I used to be camp 24 MP is more than enough until I shot a 45 MP sensor. Now I can shoot primes and get the light performance of f/1.2 or f/1.8, even carrying a 28 f/2.8 pancake for size, knowing I can crop in like it’s a zoom in post. Its enabled me to carry a much smaller kit, which means I can carry more and get pics I otherwise wouldn’t have gotten.
Now are any or those reasons enough to justify a new camera purchase.. well thats up to whoever is spending the money.
There are use-case exceptions to some of these rules. But the high ISO use ignores what many photographers have known for a long time. We weren't shooting at that max ISO, but it was generally an indicator of the maximum *usable* ISO for the camera. We don't blindly buy off that spec, because as we've seen over the years, some cameras might perform well two steps below the maximum, while others might need to be three or four steps below. We observed reviews from dpreview and other sites to inform our decisions.
But the underlying point was made in the article. As camera technology has advanced, the maximum ISO number has increased. Thus, it's not about that raw number, but how the tech has advanced to allow using a higher ISO than we would have considered not very long ago. Put another way, not long ago, this same point would have been made, but instead of saying 102,400, the article would have 25,600, and before that, 6,400 (which is the max one would recommend shooting using one of my older cameras, despite it being capable of 25,600).