Think prime lenses are still unbeatable? Think again—modern zooms are challenging everything we once believed about the best lenses.
Prime lenses have occupied a revered position for years. You might have relied on a fast prime for its crisp rendering and low-light capabilities. You might have enjoyed the simplicity of framing with a single focal length, or the confidence of knowing your lens was the sharpest thing around. Users of 35mm film SLRs held onto the idea that a 50mm prime was a universal standard, and many who adopted digital models stayed true to that mindset. Camera manufacturers promoted a few legendary primes to cement this idea, and influential voices like Adams or Cartier-Bresson preferred fixed focal lengths. This gave prime lenses an aura of authenticity, as if you were capturing the world with minimal interference from optical trickery.
The situation has evolved. A new generation of zoom lenses has emerged, delivering performance that cuts into prime territory. Canon’s RF 28-70mm f/2 L USM is a prominent example. Sony’s 50-150mm f/2 has popped up as a sign that large-aperture zooms might become standard fare in certain ecosystems. Sigma’s 28-45mm f/1.8 points to a trend in pushing speed and flexibility together. These lenses challenge what you think is possible in one package, showing that you don’t have to settle for a limited focal range to get good subject isolation or decent low-light results.
The Rise of Modern Zoom Lenses
Primes have traditionally been the first stop if you’re seeking stellar image quality. You often heard phrases like “a prime will always be sharper than a zoom,” and that was based on real experience from decades back. Early zooms had serious trade-offs in sharpness, especially at certain focal lengths, plus they often sported variable apertures that limited their usability in low light. Speed was also a factor. If you wanted an f/1.4 lens, prime was the only option, and f/2.8 was typically the fastest you could get in a zoom. That left primes as the go-to choice for portraits or documentary work. Weight was another element. Older zooms were hefty, while primes often felt much lighter in comparison.
Another reason for the prime preference was the creative approach that comes with a single focal length. You might find that restricting yourself to a 35mm or 85mm lens forces you to move around more and approach subjects with a more disciplined eye. There’s also the intangible “prime look,” which often suggests a certain rendering style or bokeh that feels unique to specific lenses. Some classic 50mm or 85mm designs became known for signature styles that reinforced the belief primes were the ultimate creative tool.
Advances in lens design have shifted how we evaluate primes versus zooms. Engineers have embraced computer-aided modeling, advanced materials, and new manufacturing processes to push zooms into territory once deemed impossible. You find more aspherical elements, low-dispersion glass, and specialized coatings that reduce flare and ghosting. Modern ultrasonic or stepping motors provide quick, accurate focusing, and advanced stabilization systems allow you to shoot handheld in dim environments. Higher-end zooms are sealed against the elements. Autofocus algorithms have improved.

Sigma’s 28-45mm f/1.8 is another example of merging speed and flexibility. It’s not as wide-ranging as some competing zooms, but it suggests a future in which standard zooms may reach apertures once considered the sole realm of primes. Some owners say it matches prime sharpness across its focal range. This can be liberating if you’re tired of juggling multiple fixed focal lengths. If a zoom matches or exceeds prime-level sharpness, you might ask whether the difference in weight or cost is worth it.
Comparing Prime and Zoom Performance
The conversation about sharpness has shifted. Certain older prime designs are still legendary, but you no longer see as wide a gap in real-world usage. Lab tests might show a prime has superior performance, but the difference on your screen might not be discernible, especially at the sizes we often use images today. You might often shoot at f/2.8 or f/4, where a modern zoom can match or even surpass older prime designs. Many lens reviewers highlight how well new zooms handle color rendition, chromatic aberration, and edge definition at various apertures.
Aperture speed used to be a major argument for primes. If you wanted a bright maximum aperture for creative depth of field or low light, you had to go prime. That’s changing with f/2 or even f/1.8 zooms. You might still find that an f/1.2 prime offers a unique look, but most of the time, you’d be content with f/2 or f/2.8. Sensors handle higher ISOs better than ever, and many mirrorless bodies have in-body stabilization. You don’t need an ultra-wide aperture to shoot in dim conditions.

Practical Shooting Scenarios
Wedding work demands flexibility, speed, and reliability. You may have needed multiple bodies with different prime lenses to capture various moments. Now it’s more common to see you pick up one zoom that covers multiple focal lengths. A single 28-70mm f/2 or 24-105mm f/2.8 can handle group portraits, detail shots, and candid moments without constant lens swaps. You reduce your chance of missing a critical shot or exposing your sensor to dust.
Event coverage simlarly forces you to deal with changing conditions. You might need a wide angle for crowd scenes and then a tighter focal length for close-ups. Swapping a 24mm prime and an 85mm prime repeatedly can slow you down. A 24-70mm or 70-200mm lets you move seamlessly through a venue. The ability to zoom quickly is essential if you’re capturing fleeting moments. Modern cameras let you shoot at higher ISOs, so even an f/2.8 lens doesn’t feel like a major compromise.
Portrait work traditionally relies on prime lenses in the 85mm to 135mm range. New zooms with wide apertures and strong optical formulas let you skip carrying separate primes. A 50-150mm f/2 can handle close-up and three-quarter shots without switching lenses. You can still open up for pleasing subject separation. Modern coatings reduce flare, and you can rapidly shift from 50mm to 150mm for different compositions.
Technology’s Influence on Your Choices
Sensor technology is a key factor. Clean high-ISO performance and improved dynamic range mean you can work at ISO 6,400 or 12,800 with manageable noise. That lessens the need for an f/1.4 prime. Higher resolution sensors can reveal lens flaws, so lens designers have stepped up their game. You might find that top-tier zooms keep up with these advanced sensors, letting you capture fine detail across various focal lengths.
In-camera corrections also help. Mirrorless systems often apply lens-specific optimizations automatically. You might see minimal distortion or chromatic aberration in your images, even if they exist in the raw optical output. This is especially notable in brand-native lenses. If you’re using Canon’s RF lenses on a Canon body, you can rely on firmware to fix issues. This means you’re less likely to see the flaws that historically haunted zoom designs.
Advanced coatings reduce flare and ghosting. Nano-coatings, fluorine, and other proprietary layers help maintain contrast and color fidelity. Older zooms often suffered from veiling glare in bright backlit scenes. Modern zooms handle harsh lighting more effectively, giving you consistent performance across the entire focal range. That’s important if you want to shoot backlit portraits or dramatic sunset scenes.
Mirrorless Systems and Lens Innovation
Mirrorless systems have spurred a wave of new lens design approaches. The shorter flange distance lets manufacturers place rear elements closer to the sensor, opening the door to innovative formulas. On-sensor phase detection and improved autofocus algorithms help large-aperture zooms focus quickly. Third-party makers like Sigma and Tamron also have stepped up their game. We see more frequent lens releases that compete on optical quality, build, and features.
The Prime Lens Look
Some say primes have a distinct look tied to shallow depth of field or micro-contrast. Certain older lenses produced swirl or unique bokeh shapes. Modern zooms aim for minimal aberrations and uniform color. If you love the quirks of a vintage prime, a zoom might feel too clinical. You can still choose specialized primes if you crave that flair. You might prefer a zoom if you’re aiming for clean, consistent rendering across different focal lengths.

Modern Zoom Aesthetics
Many current zooms can mimic the aesthetic of primes. Companies ensure pleasing bokeh along with sharpness. Rounded aperture blades, advanced designs, and careful mechanical control of vignetting produce images that don’t obviously look like they came from a zoom. If you compare sample images, you might find the differences minor unless you’re pixel-peeping. A prime might still have a unique rendering, but a zoom’s versatility can outweigh those subtleties.
Creative constraints once made primes appealing as a training tool. Sticking to a single focal length can sharpen your compositional skills. Some argue that zooms encourage laziness, because you zoom instead of moving your feet. You can still set a zoom to one focal length if you want to practice discipline. You can break out of that constraint whenever needed. You don’t have to buy a prime solely for skill-building.
The Future of Lens Design
The next five to ten years could bring new lens categories that merge prime and zoom capabilities. Materials like carbon fiber or improved plastics could help reduce weight. Optical stabilization might advance further, letting you shoot handheld at slower shutter speeds. Some brands may partner with specialized optics firms to experiment with new element shapes or coatings. Improved sensor technology might push designers to create even more advanced zooms. Processing might handle distortions in real time, so lens makers can focus on sharpness or weight reduction. The lines between prime and zoom performance could blur further.
Primes might still find renewed life through new design innovations. You might see built-in apodization filters for special bokeh effects. Some primes could adopt variable internal elements that let you adjust the rendering style. They might become niche products with high prestige or distinctive looks. Manufacturers could experiment with unique focal lengths like 40mm to spark your interest in unusual perspectives.

Market Trends and Shifts
You might look at size, cost, and optical performance differently than in the past. Some new zooms aren’t cheap, and they might be heavy. But they can replace multiple primes, saving you money and weight in some cases. If you seek maximum shallow depth of field or have a particular creative style, you can still supplement with a prime. For general usage, the modern zoom’s convenience is hard to beat.
You might ask if prime limitations still enhance your creativity or if that’s more nostalgic than practical. You might enjoy a single lens for a street walk, but when you’re on a job that demands fast adaptations, a zoom helps. Legendary documentarians used primes, but times and tools have changed. People now demand efficiency and coverage in fast-paced scenarios. That shift is evident in wedding and event spaces.
The Ongoing Debate
You might still keep primes for certain tasks. If you do astrophotography, a wide prime with good coma correction is handy. If you love shallow-DOF portraits, an 85mm f/1.2 might be your signature lens. You can then rely on a 24-70mm or 70-200mm for everything else. It’s a different mindset than lugging around a bag of primes for every scenario.
Some people worry that creative disciplines will lose something if primes become less common. Iconic photos of the past were made with basic 35mm or 50mm primes, shaping how we view certain classic images. You might find that limiting yourself fosters a style, or you might feel that’s no longer necessary. Modern lens engineering has broken old assumptions about zoom compromises.
System Choices
If you’re considering a new camera system, you might weigh how many fast zooms are available for weddings, events, or corporate videos. A strong zoom lineup is often a deciding factor. Autofocus performance is another key factor. Older zooms had loud, slow motors, but now stepping or linear motors deliver quick, near-silent focusing. Large-aperture zooms also have powerful motors to move heavy elements. Stabilization is better too. Lens stabilization often pairs with in-body stabilization on many systems, letting you handhold at slower shutter speeds.
If you rely on advanced techniques like pixel shift, focus stacking, or bracketed exposures, the consistency of a zoom across its range can simplify your workflow. You might not want to swap multiple primes when time is tight. Color consistency across one zoom also helps if you’re stitching or matching images. You might consider focus breathing as well. Many primes show heavy breathing, while new zooms often minimize it for video.
In sports or wildlife, zooms have been common for a while. You might see top-tier primes like a 400mm f/2.8 used in combination with a second body, but even those are starting to be threatened by lenses like the Canon RF 100-300mm f/2.8 L IS USM.
The Zoom Advantage for Many
The question often comes down to how much you value versatility over a slight optical edge. In everyday use, many can’t tell the difference between a zoom and a prime unless you’re shooting at extreme apertures. You might still notice minor differences in bokeh or micro-contrast, but the convenience of having multiple focal lengths in one lens can outweigh them.
Some gear enthusiasts still argue that primes have simpler designs that yield better “character.” You might appreciate how an older prime renders color or flare. Others find that modern zooms have their own personality or that the differences are negligible in final output. You might see practicality as more important, particularly if you share images online or print at moderate sizes.
Legendary Primes and New Realities
Some primes remain iconic. Canon’s 85mm f/1.2L is known for dreamy portraits. Nikon’s 105mm f/1.4E has a reputation for bokeh and detail. Leica’s M-mount primes have cultural cachet. You might still see them in the hands of those seeking a certain aesthetic. These lenses exemplify prime appeal, but for general usage, zooms are taking over. You see fewer missed shots, fewer lens swaps, and more coverage in unpredictable environments.

You might notice that manufacturers focus heavily on zooms in their new lineups. They still release primes to demonstrate optical prowess and for a certain audience, but zooms are now often the most heavily marketed.
Consistency in editing also matters. You might use one zoom for an entire event, leading to a uniform look. With primes, especially if they span different manufacturers or series, color and contrast can vary. That adds time in post. One lens solution often simplifies your workflow, letting you focus on content selection or creative grading rather than matching across multiple pieces of glass.
Tradition Versus Innovation
Some cling to older manual-focus primes for the tactile experience. You might enjoy the smooth focus ring or the simplicity of a bare-bones design. Others see modern zooms as tools that reduce downtime. Both approaches are valid. Nonetheless, it’s striking how the old arguments about zoom weaknesses have faded in the face of better motors, better glass, and better coatings.
In editorial or commercial settings, you might combine primes and zooms. You could use a prime for a set of controlled portraits, then switch to a zoom for behind-the-scenes coverage. It’s a way to get a consistent style for one portion of a shoot and a more flexible approach for the unpredictable parts. That strategy suits fashion or editorial, where you have a concept but also want spontaneous moments.
Large-aperture zooms raise questions about future limits. You might see bigger front elements to let in more light, plus internal focusing groups that maintain constant lens length. Costs can be high, and weight can climb, but the performance might rival primes at shared apertures. If you’re okay with a heavier lens, you can enjoy near-prime results.
It's reasonable to wonder where classic focal lengths like a 50mm f/1.4 or 35mm f/2 fit in today’s market. They’re still available and often more affordable than huge-aperture zooms. You might keep one for personal work or specialized sessions. But if you need wide and mid-range coverage on a busy assignment, a modern zoom might be your go-to. You can cover table details, group shots, and candids without missing a beat.
The rise of mirrorless video has accelerated this zoom trend. Zooming in real time during a take can be vital for interviews or run-and-gun filmmaking. You can mount your camera on a gimbal and not have to rebalance every time you change lenses. You get in-lens stabilization stacking with your camera’s sensor stabilization for steady footage. That makes a zoom at f/2.8 more viable in low light. You can shoot at slower shutter speeds without blurring your subject. That helps close the gap in low-light scenarios where primes used to have a big advantage. It also creates new creative possibilities if you enjoy handheld shooting in dim conditions.
Possible Future Directions
Some predict primes will evolve into more specialized artistic tools. Manufacturers might produce lenses that emphasize character over technical perfection, though the current prevailing standard seems to be clinical sharpness. That path would let primes stand out for their distinctive rendering, rather than raw performance. Meanwhile, zooms would continue as the mainstream option. You might own a vintage prime for when you want a unique look and a cutting-edge zoom for day-to-day needs.
Industry patterns suggest prime lenses are unlikely to regain their old universal status. Lenses like Canon’s and Sony's 28–70mm f/2, Sony’s 50–150mm f/2, Canon's 100-300mm f/2.8, and Sigma’s 28–45mm f/1.8 show how zooms have encroached on prime territory. Primes remain for those who crave a certain look or extreme apertures, but if you seek a versatile package that covers a wide focal range, a modern zoom answers that call. You can keep a prime or two for special scenarios, while relying on a do-it-all zoom for the bulk of your projects.
I feel we are in one of the most exciting times for optics and this is just a testament to that. I don't think primes will be going away or be replaced by zooms, but I think we as photographers are headed into an era where there aren't any bad choices which is super exciting.
Back in the day, most lenses, especially zooms were pretty mediocre, but now every lens that comes out is a banger, at least at 50mp and below.
That said, personally, Il still be using primes mostly.
Zoom lenes are getting closer to the speed of primes but wiil never achieve the feeling of having that one Lens every photographer needs to have and use for 100% of there creativity.
Primes used to be 2.8, 1.8 and maybe 1.4. And the 1.4 were super soft anything below F2. So pro 2.8 zooms were already sharing the prime aperture. Things have shifted. F2.8 and now F2 zooms are excellent and you don't need primes to get corner to corner sharpness anymore.
But, obviously, primes also evolved and also shifted to high quality corner to corner F1.4 and F1.2 lenses. Sometimes stopping down doesn't add significant sharpness. Which is quite an accomplishment.
And no zoom will come close to the rendering of a modern 35 F1.2 or 105 F1.4. Not because they can't, but mostly because it would be totally impractical and too expensive.
Prime lenses become more relivent as the super high price of new fast zooms, make a cheeper big aparure prime very importamt for many photographers.
It's a significant tradeoff. I look at the new Sony 50-150mm f/2 GM lens. I gasp at its price ($3900 US), weight and bulk. But then I look at my kit, 50mm 1.4 GM, 135mm 1.8 GM, purchased for a little less than $3000. Adding an 85mm or 100mm GM lens would take me above $4000 total to cover the range in primes, and the weight of these lenses would exceed that of the zoom. I'm not giving up my primes, but I do see the attraction of having a single zoom with incredible IQ cover such a broad range.
Honestly i haven't seen any objectively terrible modern lenses from any brand. It's crazy how even modern kit lenses are just as sharp and capable as older flagship lenses. Nikon's $1000 14-24 F4 z is leagues sharper than my F Mount $2400 14-24mm f2.8 it's crazy how much better images are with the Z mount lens.
I wish lens makers would at least provide some OIS in their f/1.8 zooms. While IBIS has become more common. OIS+IBIS works really well, especially for video recording.
OIS would make those already heavy and bulky f/1.8 zooms even heavier and bulkier. Eventually the weight and bulk of such a lens reaches the breaking point for most buyers.
Yes, the pro grade zooms are getting better but I love my EF50L, 85L and 100MacroL lenses. The Sigma 35L and 16-35/2.8LIII also standout in their performance, the 70-200/2.8 is a bit heavy to carry all day but the EF MarkII was a great lens compared to the original.
Zooms certainly have their time and place but at night, at a dinner party, by candlelight, well - no, they aren't invited. Sorry but a fast prime is still a fast prime. In fact at the beach, at f1.4, midday, close up with a creamy background, they're still not invited.
My wife has one and yes, it's better than those from the previous generation. Nice for general travel. Good for her but then she also has my bag with her choice of 1.4s for the evening.
I'm pretty much a 50/50 guy as the situation dictates. Making an argument repetitively with too many words is not convincing. You can't entirely overcome physics. Size, t-value, ultimate rendering will always favor a quality prime and convenience, restricted access / framing will always favor a zoom. What's become mostly irrelevant in modern optics is sharpness. All quality lenses are sharp when used properly.
I don’t know one portrait photographer who thinks “I need more focal lengths”. They think “this lens is beautiful”
You can write a book about the clinical perfection of all these zooms and it won’t move the needle a bit. People will see a great portrait and say “what lens is that”
If you take action pics in dim light you need more than an f2 or 1.8. Even musicians in pubs show lots of motion blur at 1.2 or 1.4 unless you use high ISOs. It's more than just "look" or sharpness. I don't want to use an ISO higher than I need to in dim lighting just to save carrying an extra lens or two.
I've heard this before on forums. But motion blur and F-aperture are not completely related. Only that you might mean that you have to set your shutter-speed slower to gain more light and/or turn up the iso. On the other hand, when shooting at such a low aperture, that is below 1.8, some might argue that motion-blur, or a lack of sharpness, might be introduced by shooting with the full-aperture open and the low-depth of field. Most lenses are sharper when you stop-down especially when your using your lens at the end of it's ability. The article is just citing that with the newer zoom technology, you may not have the concerns about stopping down or as high of ISOs. The F/2 lenses are meant to be sharp at f/2, where as some of our older lenses were sharpest at f/4 or even f/8.
I've been doing this since the early 80s so I think I know the difference between motion blur and lack of depth of field, or bad focus in my pics :)
But modern F1.2 primes are tack sharp at F1.2. So what's the issue? Everything has improved, not just zooms. If everything improves, the difference in rendering and application stays the same. I might say, it even got more significant: clinical sharpness wide open at F1.2 or F1.2 gives you a pop that will never be possible with a 28-70 F2 or 70-200 F2.8 zoom.
20 years ago, a F1.2 or even F1.4 had "a nice glow and soft rendering" for portraits. Imagine that today. Such a lens would be ridiculed. People are buying filters to make their images less sharp.
Today, some Chinese brands took over that domain and people call them "character lenses". Some are, some are not. But you're not paying premium prices like you did 20 years ago - more like just 10-20%.
I guess it's all in what you want in your photography, back in the day people didn't digitally edit their photos, you just took what came out of the lens. Now if you want to add a vignette you add a vignette. But no, I don't really want that in a lens today 'naturally'. I know there are still people that still feel they need to live without 'Edits', and do it the old-fashioned way. You speak of 'Premium Prices'. Everything is just more expensive after the pandemic, unless you buy used gear that is old, which I did for a while. Generally it's always got too many zeros after it. It's the inflation world we live in now. Hey I can't afford it either. What is a filter that makes your pictures less sharp, and who would buy one, and why wouldn't you just post edit, if you felt your picture was too sharp? While I disagree about lenses themselves, especially the lenses in the article. Yes some say they can be clinical, but I'll take clinical over imperfect. Now what I think we can agree on, is that with mobile-phones, they are often programmed to over-sharpen their jpeg shots, plus you will see a lot post-editing over-sharpened in photography.
People taking snaps didn't edit their photos, but pros spend significant amount of time in the darkroom, dodging, burning and masking. Or let a lab do it, based on their instructions.
My point about the premium prices is that the cheap lenses of today offer the quality or maximum aperture of premium lenses of 20-30 years ago. Of course everything got more expensive. Not just photography.
But photography is a shrinking market. Smartphones have taken over most of it. So manufacturers sell less, but want the same return. And they need to invest in marketing to keep people buying their cameras & lenses even when they already have a $1000 smartphone...
You're doing the same thing the writer of the original article above does: Comparing modern zooms to older primes, even though modern primes also have the same kinds of improvements modern zooms do, only at wider apertures. It's a straw man argument.
Many modern primes are optimized to be sharpest wide open. Even most of Canon's final generation of EF mount Super Telephoto Primes were sharpest wide open. The EF 300mm f/2.8 L IS II and EF 400mm f/2.8 L IS III were two such lenses. They were introduced in 2011 and 2018, respectively.
Great article. I love primes, but must admit I have a 24-70 f/2.8 which is fabulous. As sharp as any prime. But there's something about a small manual focus metal helicoidal prime I can't resist.
24 70 2.8, the one. Useful for 90 % situation's.
For video I agree, it's on the camera 90% of the time. For photography, a 35 and 85 is usually enough for me, but the 24-70 2.8 is the lens I grab when I need instant flexibility.
You make a lot of good points. I began shooting weddings with 2.75" square format. Only primes for my Hasselblad. I don't do weddings anymore, haven't for 30 years. A great friend of mine shoots 80% of his weddings with a zoom. F4 and higher are best for group shots and most shots. 24-120 f/4 is ideal. Still, he must have primes for portraits and scenes to get more than just snapshots.
I don't want all my lenses to match in post production. I recently got a Voigtlander 40mm f/1.2. I have gotten incredible portraits with it. They look different on purpose. I think that without primes, you lose some creative control.
I about to spend 3 weeks in Europe. I'll take 2-3 primes along with 2 zooms. I would hate to be limited by my zooms, which cover the focal lengths of my primes. My only decision for WEIGHT, is whether I carry my Plena 135mm f/1.8. No zoom can do what it can do.
Zooms for sports can be a must. Zooms for hiking and traveling light are a huge plus, allowing you to cover more focal lengths.
They took my Kodachrome away and left me my Nikon. Mama don't take my PRIMES away!
Unfortunately, contrary to what most people may feel, I believe that we are witnessing the most unexciting period for photography gear.
No offense to the writer or to the article itself, but this discussion just resumes my problems with lens manufacturing in 2025: Lens designers are busy making zooms to compete with a prime's rendering, all while making primes to compete with zooms in precision and functionality, eventually failing at both.
An aperture of F2 or F1.8 does not imply a boost in rendering. A zoom lens may as well be F1 yet render flat images. There was a time when zooms did what they were expected to do: focus fast, fulfill a certain zoom range all while delivering sharp yet usually clinical images. We had primes which were built like tanks, were just a few lens elements strong and produced natural vibrant images that came out magical right out of the box.
Today, most primes have been overengineered to the point that they've been sterilized of any attribute. All primes are basically razor-sharp yet flat, with muted colors, soft yet uninteresting bokeh... for a crazy price tag! Oh, and they're usually heavy, huge, plasticy, made in China...
It's great that we are getting these fast zooms, but I figure most people have no need for them nor the budget to afford them.
So much effort is being put into producing these lenses that cost almost as much as a used car, it seems everyone is focused on what they can do rather than what they should do. And while these lenses are great for the 5% of photographers who will need or buy them, most of us would be happier with a good 200$ 35mm f2 with great rendering attributes. The only companies that seem to still care about that are Voigtländer, Leica (my kidney just cried) and possibly Nikon (thinking of their recent F1.4 primes).
In that sense, there has never been more need than today for good and magical primes that would create a breach within the oversaturated market of clinical, precise and functional lenses. Sorry if this came out as a rant!
I believe you covered both prime and telephoto uses very well and what they both are used for. What may not have gotten across is that Telephotos 98% have OSS/IS and added to the new mirrorless IBIS making for hand held captures with more time open. One thing I am seeing is enclosed telephotos making for bad weather use.
One thing everyone wants in a prime is the bokeh and I have found with the not mentioned Sony FE 200-600mm and even with the 2x teleconverter, like with bird photography at the max 1800mm (in camera APS-C 600mm times 2 times 1.5) you get great bokeh and DOF zeroed in on a item. The main thing is all works are internal.
The need for speed was in film photography for hand held captures. Now the need for more light with a f/1.4 or 1.8 but from my uses at night and astro Milky Ways but I started way back in 2014 with the A7SM1 when f/4 was king. My best lens believe or not and even now is the 2013 APS-C E 10-18mm OSS f/4 (15-27mm in 35mm) but used in Full Frame mode at 12-18mm (18mm if you remove the rear light shield) it was not till 2017 the 12-24mm f/4 came out then the f/2.8 when they came out I got each but found first they were heavy and needed external filter holders for the use of filters BUT the 10-18mm has up front threads for filters and now you can put filters in the rear also. Now Sony came out with the small in size 14mm f/1.8 that also needs an external filter holder. The main look a Milky Way capturer wants is the Arc that requires a pano rig and with the heavy 12-24mm things can get a little complected. i will add also they went 2.8 from 4.
This may help those understand f/4 from f/1.4. when it come to darkness areas, My first capture of the MW was with a 16-35mm f/4 and the image was super bright and the camera captured the colors of gasses in the highest areas of altitudes. Let me say first a 12MP camera and a 61MP both will get the same image just that using a f/4 vs a f/1.4 is how long you can leave the shutter open say on a 61MP you need to be at 8sec but a f/4 you can go 20sec and get the same image bright as day but you can do with the faster SS with the f/4. Place yourself indoors with a play with dancers the same rules apply for the stage is lit brightly the only thing is do you want stop motion or blur it. Using Auto ISO just work SS.
Image 3 was captured with A7SM1 + FE 16-35mm f/4 ZA OSS at 30 sec with no flash just star light. 4th was captured with the A7RM2 + 12-24mm f/4 G at 25 sec.
My last thought about any image is what is able to be done in post with your software, today that is just a key point to think about before up grading to a new lens for today most cameras have ISO Invariance meaning you and increase brightness to a +5 at the start even using a low ISO for less noise and also you can edit it again and again increase exposure again with that low noise image ah and think Noise reduction SW.
Sad, but partially true.
Wow. To say that Adams and Cartier-Bresson didn’t use zoom lenses is almost as dumb as saying that Washington never ate at McDonalds. I’m guessing that this writer’s favorite subject in school was recess.
Sure they used Zooms ... they zoomed with their feet! ... hey what's the matter with recess, that was my time of day to explore the local woodland on school grounds, if only I had a camera ;) ... and a couple of prime lenses :)
What if I don't 'google'. Wow a 22 second zoom and pan in a 2 hour plus movie or is there more? Gee then why did the movie industry develop the dolly zoom technique? Better quality, ... ?
[Ed] Mark, Sorry Mark I was trying to reply to Tony Cerbino's comment he made to you. My bad. Photographic zoom lenses go back to 1902 (google "Clile C. Allen"). And how did I already know you were going to bring up "Vertigo" and yes I am not going to refute what you are saying about it. But a simpler version of a dolly zoom can be done on a tripod tipping the tripod to of fro while using the pan head fix on the main subject.
The attached screen capture illustrates the comment string I was commenting to here! Which has all but disappeared / been deleted or lost in cyber space what ever is a bunch of crap!
If you don't need blazing-fast auto-focus and you use µ4/3rds, Olympus had a couple incredible ƒ/2 zooms well over a dozen years ago. They were the first to have such a thing!
There's a 14-35 and a 35-100. They are outstanding in low-light situations, like concerts and plays. And they work great with the EC-14 and EC-20 tele-extenders.
f/2 on MFT is basically f/4 on full frame if you take the worse ISO performance of MFT into account.
Light transmission is not defined by the sensor size (it does multiple it though, FF x4 over M43). An f2 lens is an f2 lens on any format (yes DoF changes but not because of the sensor size but perspective). If you don't know/understand this then Google is your friend.
DoF changes because images from the smaller sensor must be enlarged by a greater factor to be displayed at the same size as images from a larger sensor. The only two things that affect the *illusion* of DoF are aperture and total magnification. Magnification includes subject size, shooting distance, focal length, enlargement ratio/display size, and viewing distance.
Change any one of these factors and DoF changes. Viewing the same 24" x 16" print from two feet will have a different DoF than viewing the same exact print at four feet.
Totally agree that the versatility and speed of modern zooms can reduce or eliminate the need for primes - particularly if you're considering moving from APS-C where a full-frame f/2 equivalent is effectively the limit of APS-C primes. That said, most pros will still carry a second camera body - and with a well defined workflow you can cover necessary focal ranges with greater speed and less weight with a pair of primes. I imagine most users of the 35-150 still pair with a 24mm 1.4.
Without primes vs zooms, what will we argue about?
F-Stoppers vs reality.
Pros that are in the studio will usually prefer primes! Pros are setting up the shots and control the environment in the studio.
Primes still offer better image quality because the design doesn’t have to make as many compromises. Run and gun shooters that do sports and wildlife usually only get a short period of time to get the shot. Versatility is needed in most photo environments because you have little to no control over the environment and one chance to get the shot.
Charles, bingo! I thing you are real close to hitting the nail on the head. Maybe the problem with zoom lenses is they are attempting to exceed the physics of what light is capable of passing through modern designed optics. Simple optics of 100 year achieve perfectly fine primes. Look at a view camera yah yah the old fashion type or should that be hype. These consist of a lens board (yes with lens "prime"), a film holder and a light proof flexible bellows. Simple perfection and the best cameras ever and still. And why, it's the way the are focused in the simplest explanation through moving the distance between the lens and the film without obstructions or impedance of light flowing through a lens to the film. Perfection!
The modern zooms lenses are so good... Generally speaking primes have always been good
Nev, how do you know the zoom is so good when the image/light that hits the camera/virtual computer is [ed] ultra processed before it's written to the memory card?
Primes have also improved, though. Especially general purpose primes, as opposed to primes designed for a specialty use case. Better coatings/flare reduction. Sharpest wide open instead of having to stop down one or two stops. Better edge/corner acutance and flat field performance. It's not like primes have stood still while zooms have improved significantly.
Im with GFX ....the GFX zooms are as sharp as the primes
Buy yes in X mount on fuji the primes are sharper
The article is correct if you are rich and wanna carry around HUGE amounts of weight.
Primes will ALWAYS be lighter / smaller /cheaper / faster - and - with "high" megapixel cameras (plus better and better software) cropping to zoom has never been better. Especially as more and more people look at images on small displays.
So the exact OPPOSITE article could easily be written.
Yep. It's easier to shoot a concert in a somewhat dark venue with an EF 24-70mm f/2.8 L on one body and an EF 70-200mm f/2.8 L IS II on the other body. But the results can look better when I do it with a modest EF 35mm f/2 IS and an EF 135mm f/2 L. Sure, there are some shots I can get with the zooms that I can't get with the primes. But the shots I do get with the primes...
The two zooms are heavier and combined cost me over 3X as much as the two primes combined did. And when the venue is moderately dark, the zooms can't keep up at all. Even at ISO 6400 at f/2.8 exposure times are around 1/60 or longer. At f/2, 1/120 or even 1/100 is usable if you know how to time shots when the subject is at that split second between going left and going right, or between going up and coming back down.