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Adobe releases Photoshop for M1 Macs and introduces Super Resolution in ACR

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Adobe releases Photoshop for M1 Macs and introduces Super Resolution in ACR

Adobe has announced that a new version of Photoshop is now available, allowing the popular photo editing software to run natively on Macs with Apple’s M1 chip. This news comes nearly five months after Adobe announced that native versions were coming soon and after months of internal and public beta testing.

The new version of Photoshop for Apple Silicon includes nearly all features of Photoshop, more on that in a bit. It promises faster selections and filters among overall performance boosts. Adobe writes, ‘Our internal tests show that Photoshop delivers significant performance gains across the application for customers using [Macs with the M1 chip].’ Adobe’s internal tests show that a wide range of features are about 1.5x faster in the new version on M1 Macs than ‘similarly configured previous generation systems.’ Testing included a wide range of activities, including opening and saving files, running filters, using compute-heavy tools like Content-Aware Fill and Select Subject.

Early Adobe benchmarking shows that some operations are even faster. A significant reason that the first public release promises such impressive performance is due to Adobe’s beta testing program. Adobe states that further development is ongoing as the company continues to work with Apple to optimize performance further.

Not every feature has made it into the first release, however, so not every user may want to update to the Apple silicon version of Photoshop immediately. A few features, including the recent Invite to Edit Cloud Documents and Preset Syncing, are not included in today’s release. If you require these features for your workflow, you should continue to use the Rosetta 2 build of Photoshop until these features are added to future native builds. Nonetheless, today’s news should excite users with M1 Macs. You can download the new build of Photoshop now and try it out for yourself.

Adobe has also introduced an update for Photoshop on iPad. Two big features are now available in the tablet version of Photoshop: Cloud Documents Version History and the ability to work on Cloud Documents while offline.

Each Cloud Document, which is auto-saved as it is worked on, includes a version history. The history includes revisions for up to 60 days. Users on iPad can now bookmark, rename and save revisions permanently.

Photoshop on iPad now includes the ability to download Cloud Documents for offline use and editing. Image credit: Adobe

Adobe has also added the ability for Photoshop users on iPad to select Cloud Documents for local storage, allowing access while working offline. This feature should appeal to users who regularly work in Photoshop on the go with their iPad.

Last but certainly not least, Adobe has updated Adobe Camera Raw to version 13.2. In the new version of ACR, a new Super Resolution feature has been added to the Enhance dialog. Using Super Resolution, users can double the width and height of their images, effectively quadrupling the resolution. For example, if you use Super Resolution on a 16MP image, the resulting image has 64MP resolution.

Super Resolution allows users to quadruple the total pixel count of their images. This feature may prove useful when working with heavily cropped wildlife photos. Image credit: Adobe

Super Resolution, which will be added to Lightroom and Lightroom Classic later, uses an advanced machine learning model for enlarging photos. Adobe writes, ‘Backed by this vast training set, Super Resolution intelligently enlarges photos while maintaining clean edges and preserving important details.’ The training set comprises millions of photos.

In this example, there are two crops beneath the full image. The crop on the left was upsized using standard bicubic upsizing in Photoshop. The crop to the right was upsized using Super Resolution. Image credit: Adobe

Adobe trained Super Resolution using millions of pairs of low-resolution and high-resolution image patches. Over a long period, the computer model figured out how to upsize low-resolution images in a natural and realistic way. Compared to standard bicubic upsizing, Super Resolution promises better preservation of small details and colors. As you can see in the example below, Super Resolution appears to deliver on this promise. You may recognize the image as our very own test scene.

This example from the DPReview studio test scene shows standard bicubic upscaling (left) versus Super Resolution (right). Image credit: Adobe

While photographers with 50MP cameras may not need a feature like Super Resolution, it should prove very useful when heavily cropping high-resolution images and when printing images shot with lower-megapixel cameras. For example, many of us have images shot with 8-10MP cameras, and Super Resolution should make these files much higher quality.

In these crops, bicubic upscaling is again on the left and Super Resolution is on the right. The difference is quite noticeable. Image credit: Adobe

To use Super Resolution, you right-click on the image and then click on ‘Enhance.’ This opens the Enhance Preview dialog box. Users then check the Super Resolution box and press Enhance. At this point, ‘Your computer will put on its thinking cap, crunch a lot of numbers, then produce a new raw file in the Digital Negative (DNG) format that contains the enhanced photo. Any adjustments you made to the source photo will automatically be carried over to the enhanced DNG. You can edit the enhanced DNG just like any other photo, applying your favorite adjustments or presets.’ As of now, Super Resolution is limited to images smaller than 500MP, which shouldn’t be an issue except in the case of huge panoramas.

Super Resolution can also work on other file formats beyond RAW files, including JPEG, PNG and TIFF files. Adobe recommends using the cleanest source file possible, so a RAW file is ideal. Super Resolution uses your computer’s GPU, so the faster your GPU, the better. You can also apply Super Resolution to several images at a time by selecting the images in ACR’s filmstrip.

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A nature photography tour of Madagascar, Part 3: Kirindy Forest

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A nature photography tour of Madagascar, Part 3: Kirindy Forest


In the last two articles in this series, I wrote about my visits to Andasibe National Park, where I photographed lemurs and chameleons, and Tsingy Rouge National Park, where I saw beautiful erosion-formed formations. This time, I’d like to write about my visit to Kirindy Forest.

A Verreaux’s Sifaka, my favorite lemur species in Kirindy, feeding in a tree. The eyes on some of these lemur species are incredible.

Canon EOS 5D Mark IV, Sigma 150-600mm F5-6.3
150mm, 1/1000 sec, F6.3, ISO 800

Kirindy Forest (or Kirindy Private Reserve) is a private nature reserve located in the west of Madagascar. The forest is home to a wide variety of animals, from many species of lemurs to fossas (a very weird-looking predator) to geckos and chameleons. Numerous species of plants and trees are also found in the region, the most famous and iconic of which is the baobab tree.

Baobab trees under post-sunset glow. The gaps between the trees made it easier to compose without creating overlap.

Canon EOS 5D Mark IV, Canon 70-300mm F4-5.6
83mm, 13 sec, F11, ISO 200

From a photographic point of view, Kirindy is nothing less than a paradise and was one of my favorite locations on my month-long Madagascar trip. The wildlife is surprisingly easy to find and photograph (with many highly skilled and cheerful guides available on the premises), the baobabs are easy to get to, and there are comfortable accommodation options close by. The only bad thing is the Wi-Fi connection.

Lemurs are one family of primates Kirindy has no shortage of. There are no less than eight lemur species here, from the tiny Madame Berthe’s Mouse Lemur (the smallest primate in the world, weighing 30 grams) to red-fronted lemurs, sportive lemurs and sifakas. I photographed all of Kirindy’s diurnal species in three days, which shows how easy they are to find with a good guide. As to being easy to photograph, that’s a different story.

Red-fronted lemur

Canon EOS 5D Mark IV, Sigma 150-600mm F5-6.3
347mm, 1/125 sec, F5.6, ISO 400

The easiest species to find in Kirindy is the red-fronted lemur. They are small and relatively common, so one could say they’re also the least exciting of the local lemur species, but I found them to be very cute and expressive subjects.

Unfortunately due to massive deforestation and climate change, Madagascar’s lemurs are losing their ability to migrate and access water. Authorities are trying to help them by giving them water. The red-fronted lemurs are, therefore, much less averse to getting close to humans. I really hope this doesn’t hurt them in the long run.

A red-fronted lemur is feeding in a tree. Its interaction with its environment is what makes this image. These animals are cathemeral, meaning that they are active during the day and at night, especially during the full moon.

Canon EOS 5D Mark IV, Sigma 150-600mm F5-6.3
403mm, 1/250 sec, F6.3, ISO 800

The interestingly named sportive lemurs appear not to be sportive at all. Most of the time, they rest in the trees to digest the plants they have eaten. But during the mating season, male sportive lemurs have been observed to box with each other, which gave them their unusual name.

This sportive lemur looked like it had one too many drinks the previous night!

Canon EOS 5D Mark IV, Sigma 150-600mm F5-6.3
516 mm, 1/500 sec, F6.3, ISO 1600

The crown jewel of Kirindy’s wildlife selection (in my opinion) is the Verreaux’s sifaka, a beautiful, medium-sized lemur. Its thick and silky fur is mostly white, other than dark brown patches on the top of the head, face and arms. Like all sifakas, it has a long tail that it uses as a balance when leaping from tree to tree, where they are capable of making remarkable leaps. Distances of 9–10m (30ft) are not uncommon.

A Verreaux’s sifaka lemur, beautifully framed between tree branches. Those eyes are to die for!

Canon EOS 5D Mark IV, , Sigma 150-600mm F5-6.3
531mm, 1/320 sec, F6.3, ISO 800

As a rule, the better composed the jumping shots I got, the worse the sharpness was on them. These guys are notoriously hard to catch when jumping. Here’s an effort, with the sifaka showing its trademark Superman-style jump.

Canon EOS 5D Mark IV, Sigma 150-600mm F5-6.3
150mm, 1/2500 sec, F5.6, ISO 800

Unfortunately, sifakas are very hard to photograph. They tend to stay very high up in the trees, which keeps them both far away and at awkward angles. This forces the photographer to use longer lenses, which becomes surprisingly tiresome when hand-holding the camera. I wanted to shoot at eye level but ended up shooting upward the vast majority of the time. They also just love hopping from tree to tree exactly when a photographer has finally found a good composition.

This sifaka looked like something out of a Dr. Seuss book. Note the shooting angle is less than optimal here, due to the height of the tree it was sitting on.

Canon EOS 5D Mark IV, Sigma 150-600mm F5-6.3
302mm, 1/800 sec, F5.6, ISO 400

As beautiful as they are shy. A lucky eye-level shot.

Canon EOS 5D Mark IV, Sigma 150-600mm F5-6.3
421mm, 1/1000 sec, F6.3, ISO 800

My visit to Madagascar was during baby season for lemurs, which was wonderful. I ended up seeing many species carrying very young and impossibly cute baby lemurs, and the sifakas were no different.

Again, the challenge was the distance and their tendency to move around all the time, probably even more so when carrying babies. Unfortunately, about 30% of infants are lost to predators like the fossa, a cat-like mammal, and a smaller number to raptors such as the Madagascar harrier-hawk.

For the first 6-8 weeks, the infant clings to the mother’s stomach, but for the following 19 weeks, it clings to her back. During my trip, I saw infants up to 8 weeks old. I guess the signature eyes are there from birth!

Canon EOS 5D Mark IV, Sigma 150-600mm F5-6.3
600mm, 1/500 sec, F6.3, ISO 800

A lucky closer-range, eye-level shot of a baby sifaka in its mother’s fur.

Canon EOS 5D Mark IV, Sigma 150-600mm F5-6.3
600mm, 1/125 sec, F6.3, ISO 800

I’m not much of a bird photographer, but several beautiful owl species are in Kirindy, and they were relatively easy to find.

Madagascar scops owl

Canon EOS 5D Mark IV, Sigma 150-600mm F5-6.3
516mm, 1/250 sec, F6.3, ISO 400

White-browed owl

Canon EOS 5D Mark IV, Sigma 150-600mm F5-6.3
283mm, 1/160 sec, F5.6, ISO 400

Finally, the Kirindy area was once home to a huge forest of baobabs. Not many remain, but those that are still there are huge and impressive. It was fun photographing a group of baobabs in the late afternoon and early evening, under direct light and during post-sunset glow.

The more baobabs close together in one location, the harder they are to compose, but if you manage to combine multiple elements into one shot in a satisfying way, then perhaps you’ve achieved something.

Canon EOS 5D Mark IV, Canon 11-24mm
19mm, 1/100 sec, F14, ISO 100

Here, I used the gaps between the foreground trees to frame the background trees.

Canon EOS 5D Mark IV, Canon 70-300mm F4-5.6
84mm, 0.8 sec, F14, ISO 100

I highly recommend visiting Kirindy Forest if you’re interested in Madagascar’s wildlife. The concentration of fascinating species and relaxed atmosphere are unmatched.

In the next article in this series, I will write about my journey from Tsingy De Bemaraha National Park to Isalo.


Erez Marom is a professional nature photographer, photography guide and traveler based in Israel. You can follow Erez’s work on Instagram and Facebook, and subscribe to his mailing list for updates and to his YouTube channel.

If you’d like to experience and shoot some of the world’s most fascinating landscapes with Erez as your guide, take a look at his unique photography workshops in Madagascar, Greenland, the Lofoten Islands, Namibia and Vietnam.

Erez also offers video tutorials discussing his images and explaining how he achieved them.

More in this Series:

Selected Articles by Erez Marom:





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DPReview Rewind: the birth of the Canon EOS D30, its first ‘home grown’ DSLR

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DPReview Rewind: the birth of the Canon EOS D30, its first ‘home grown’ DSLR


In the early days of digital, cameras were big, bulky, expensive and mostly out of reach for people unwilling to shell out professional-level MSRPs. Then came the Canon EOS D30, a landmark camera that introduced a slew of film photographers to digital, inspiring photojournalists to give up high-end film cameras and a new generation of wedding photographers, portraits and landscape artists to dip into the DSLR pool.

At $3000, it was not cheap, but it was within reach of a new category of camera buyer, the ‘prosumer.’

During our 25th anniversary year, we’re looking back at some of the milestones in camera history. On this day in history, on May 17, way back in the year 2000, the D30 was announced as Canon’s first built-from-the-ground-up in-house DSLR. Up to this point, Canon’s DSLRs (the EOS D2000 and EOS D6000) were joint ventures with Kodak. These cameras married Kokak internals with Canon bodies.

With the new camera, Canon was doing it all themselves, including designing a new body, its own sensors and processors and the introduction of its own RAW and JPEG engines. It would also become the first DSLR with an APS-C format CMOS sensor, a blistering 3.25MP beast capable of 3 RAW image bursts (or 9 Fine JPEG) and a full day of shooting on a single charge. It was pretty cutting-edge for the time.

The camera would arrive on store shelves in time for the holidays. In our review, dated Oct 10, 2000, we noted the monumental task that Canon had taken on. They had not only taken on building a camera on their own and decided to use a relatively new high-resolution CMOS sensor at a time when CMOS struggled with high megapixel builds, but they also had to know consumers would be comparing their camera to the previously announced, although not yet released, Nikon D1.

But Canon had pulled it off, and we were impressed, writing: “Canon’s engineers, designers and developers haven’t let them down, the D30 WILL go down in history books as a very important camera, breaking a price barrier and opening up the digital SLR market (more so than Fujifilm’s S1 Pro) to a new wave of users, both new and old. From the minute you pick up the D30 … you get a feeling of quality you weren’t expecting.”

Revisit our Canon EOS D30 review



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DPReview Rewind: the birth of the Canon EOS D30, its first ‘home grown’ DSLR

Published

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DPReview Rewind: the birth of the Canon EOS D30, its first ‘home grown’ DSLR


In the early days of digital, cameras were big, bulky, expensive and mostly out of reach for people unwilling to shell out professional-level MSRPs. Then came the Canon EOS D30, a landmark camera that introduced a slew of film photographers to digital, inspiring photojournalists to give up high-end film cameras and a new generation of wedding photographers, portraits and landscape artists to dip into the DSLR pool.

At $3000, it was not cheap, but it was within reach of a new category of camera buyer, the ‘prosumer.’

During our 25th anniversary year, we’re looking back at some of the milestones in camera history. On this day in history, on May 17, way back in the year 2000, the D30 was announced as Canon’s first built-from-the-ground-up in-house DSLR. Up to this point, Canon’s DSLRs (the EOS D2000 and EOS D6000) were joint ventures with Kodak. These cameras married Kodak internals with Canon bodies.

With the new camera, Canon was doing it all themselves, including designing a new body, its own sensors and processors and the introduction of its own RAW and JPEG engines. It would also become the first DSLR with an APS-C format CMOS sensor, a blistering 3.25MP beast capable of 3 Raw image bursts (or 9 Fine JPEG) and a full day of shooting on a single charge. It was pretty cutting-edge for the time.

The camera would arrive on store shelves in time for the holidays. In our review, dated Oct 10, 2000, we noted the monumental task that Canon had taken on. They had not only taken on building a camera on their own and decided to use a relatively new high-resolution CMOS sensor at a time when CMOS struggled with high megapixel builds, but they also had to know consumers would be comparing their camera to the previously announced, although not yet released, Nikon D1.

But Canon had pulled it off, and we were impressed, writing: “Canon’s engineers, designers and developers haven’t let them down, the D30 WILL go down in history books as a very important camera, breaking a price barrier and opening up the digital SLR market (more so than Fujifilm’s S1 Pro) to a new wave of users, both new and old. From the minute you pick up the D30 … you get a feeling of quality you weren’t expecting.”

Revisit our Canon EOS D30 review



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