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5 Road Trip Photography Tips – Come Home with Great Photos

23 Sep

Who doesn’t love a good road trip? You pick a destination, plan your route, pack up your stuff in the car, and hit the road. For many, the open road signifies freedom, opportunity, exploration, and adventure. As much time as you spend planning out a road trip, you never know what surprises may be out there waiting.

It’s exciting! It’s truly an iconic American experience. There will be moments and memories you plan to capture and a whole host of others you won’t want to forget.

Road trip photography tips 01 - old swing set

On every traveler’s packing list is a camera. Whether that’s your phone, a simple point and shoot, or a DSLR, you want to make sure you’ve brought something to capture your experience. So, how do you make sure you’re getting the best possible photos?

What are some tips and pointers for capturing all of those memories? Here are a few quick tips that you can use to make sure you can do the best road trip photography possible.

Road trip photography tips - b/w person taking a photo

1. Research Your Spot

Thanks to the internet and social media, you can search for any destination online and see photographs others have taken. This is a great way to see what attractions, large or small, await you. A quick search of the highway or road you’re going to take, the cities you’re going to pass through, may bring up unexpected and worthwhile stops.

Another really helpful tip is to research your destination on social media. A quick search on Instagram or Facebook will reveal all of the top spots that other photographers have found. This will be helpful to make sure you don’t miss a monument, historical landmark, or site along the way.

Road trip photography tips - sunset and mountains

But, it’s also really helpful to find all of those hidden gems that only the locals or seasoned travelers might know about.

2. Plan and Pack

If you’re a photographer hitting the open road, packing your camera gear is almost as important, if not more so, to you than remembering your toothbrush. Depending on the trip, you may have enough room to bring all your gear or you might have to limit yourself.

Take note of important things like the locations you’re going to be driving through, the time of year you’ll be driving, what kind of photographs you’ll want to take, and the weather. All of these components will affect what kind of gear you will need to bring with you.

It can be easy to get carried away or get overwhelmed and not pack the right things. So, take a minute and think through what your most useful and crucial gear might be given where you are traveling. What is going to help you capture those can’t miss moments the best?

It is always better to have a few extra pieces of gear to ensure you have what you need rather than miss a moment.

A quick list of things to consider as you plan and prep:

  • Will you be walking a lot at your destinations?
  • Will your gear be safe at your destinations?
  • What time of year is it?
  • What will the weather be like where you’re going?
  • Do you need any accessories (i.e. tripod, filters, reflectors)?
  • What is the one camera/lens combo you can’t live without?

Road trip photography tips - curves in the road sign

3. Prepare a Go-Bag

Any time you’re on a road trip it is vital to have a setup close-by and ready to go. This means a versatile lens, your camera, a fully charged battery, and your settings already set up.

You can pack up the bulk of your gear elsewhere in the car but keep your camera bag or an additional bag with all of these necessary items next to you. It will help you in a pinch. You never know when you might see a great scene out the window as a passenger or when you’ll want pull over to capture an unexpected sight or beautiful landscape.

It is helpful to keep a short list of must-have gear for your go-bag so you can quickly pack one at any time. Some of these items may include:

  • Camera bag
  • A tripod
  • Fully charged batteries
  • Camera body and lenses
  • Dust cloth, air blower, or any tool you use to remove dirt and dust from your gear
  • Filters
  • Memory cards

Road trip photography tips - scenic telescope viewer

4. Slow Down and Expect the Unexpected

You can plan, and you can prepare. You can have a list of all of your top spots ready and marked on your route. As important as all of these tips are, being ready for the unexpected is just as important.

If you see something cool or unique, stop and take a photograph. If you pull off into a little town, take some time to walk around and keep your eyes peeled so you don’t miss an interesting photo opportunity. Don’t let the excitement of heading to the next destination keep you from missing out on a great photograph.

Remember to carve out time to slow down and see the sights both with and without your camera.

Road trip photography tips - dirt road

5. Never forget to have fun!

Finally, never forget to have fun doing it.

Do you have any other road trip photography tips? Have you done any good road trips lately? Please share your tips and images in the comments below.

Road trip photography tips 07

The post 5 Road Trip Photography Tips – Come Home with Great Photos appeared first on Digital Photography School.


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Xperia XZ3 likely to come with Sony’s new 48MP Quad-Bayer sensor

27 Jul

Only a few days ago Sony announced its latest smartphone sensor, a 1/2″ stacked 48MP beast with Quad-Bayer design for improved low light performance at 12MP output size. And if rumors turn out to be true, we won’t have to wait long before the chip is available in a production smartphone.

Renders of the upcoming Sony Xperia XZ3 flagship smartphone that are floating around the internet show the new device with just one rear camera, as distinct from the dual-camera setup used by the Xperia XZ2 Premium.

This one-camera design has been confirmed by a benchmark listing, showing only one rear camera sensor with a 47MP output size. As those benchmark listings are created using pre-production models some of the specifications could still change before the launch but it’s highly likely we are looking at Sony’s new IMX586 sensor here.

We’ll know more on August 30 when the Xperia XZ3 will be officially launched at IFA and we’re looking forward to evaluating camera performance when the device is available for testing.

Articles: Digital Photography Review (dpreview.com)

 
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‘Perfect’ sensors may be possible, but might not come to cameras

24 Feb
Fossum’s team has created a prototype chip with a variety of pixel designs and readout methods. This included combinations with sufficiently low read noise to allow individual photons to be counted.

The future could include sensors that perfectly describe the light in the scene, that offer new computational possibilities and give film-like latitude in the highlights. And yet we may not ever see them in cameras, says father of the CMOS sensor, Professor Eric Fossum.

We spoke to Fossum shortly after he received, alongside three other pioneers of digital photography, the Queen Elizabeth Prize for Engineering for his work on CMOS sensors. But the topic of our conversation is the future, rather than his past achievements. He now leads a group at the Thayer School of Engineering at Dartmouth, New Hampshire, working on what he calls Quanta Image Sensors (QIS). The team has recently published a paper announcing a breakthrough using the same fabrication process used to make CMOS image sensors.

The perfect sensor?

The principle is to use nanoscale, specialized pixels, called ‘Jots’ to capture light at the level of individual photons. They work in a binary fashion: they’ve either received a photon or they haven’t (as opposed to conventional sensors which accumulate the charge generated by lots of photons during exposure). These jots are read repeatedly to see whether another photon has arrived since they were last checked.

While Fossum is keen to stress that other teams are having some success in the same field (using a slightly different approach), his own team’s work is looking very promising. The paper in the journal Optica shows the team’s technology has been refined such that a 1MJot chip can be read 1000 times per second while still exhibiting sufficiently low read noise that it can distinguish between individual photons.

We can count every photon: you can’t do any better than that

“The Holy Grail is no read noise,” says Fossum: “so that the read signal is proportional to the signal as it arrived.” And the team’s latest paper says they’ve got very close to this, with noise levels so low that the sensor can distinguish between individual photons without getting confused by read noise. This opens up the possibility of cameras that could perfectly describe the light in the scene, even in near total darkness.

A mathematical model showing how noise levels (measured in the root mean square of the number of electrons), affect the ability to interpret small signals. The lower the read noise, the more accurately you can distinguish between individual values in the signal.
Diagram from the team’s paper in Optica

Eliminating read noise from the sensor wouldn’t mean totally noiseless photos, since the randomness of the light being captured is a key source of noise, but it’s the best any sensor can possibly achieve. “We can count every photon: you can’t do any better than that,” he says.

The paper, perhaps conservatively, says the technology could be suited to scientific, space, security and low-light imaging applications, but Fossum has clearly also been thinking about conventional photography.

A classic response

“Because it’s binary in nature, its response is comparable to old photographic film,” he says. “In film, when the silver halide was hit by a photon, it’s reduced to a silver atom that isn’t washed away [during processing]. If it’s hit by two photons, it doesn’t make any additional difference.”

This ends up meaning that in bright regions of the image there are ever fewer unexposed silver ions as the exposure goes on. This, in turn makes it less likely that the last few ions will be hit by a photon, so it becomes increasingly difficult to fully saturate the system. The same is true for the tiny, binary Jots: as more of them become saturated, it becomes increasingly difficult to saturate the last few.

“The response is linear at moderate exposure but it trails off to give significant overexposure latitude. It’s a pattern first observed by Hurter and Driffield in 1890,” says Fossum: “they showed the same curve that we measure, experimentally, in our QIS devices.”

Diagram showing the Jots’ exposure response, in comparison to mathematical models of different read noise levels. Note the roll-off at high exposures, comparable to the Hurter Driffield response curves of photographic film.
Diagram from the team’s paper in Optica

“That has obvious interest both for still photographers who’re used to shooting film and for cinematographers who’re looking for that kind of response.”

The use of such tiny pixels has other benefits, too: “Jots are below diffraction limits in size. This means the resolution of the system is always higher than the resolution of the lens, which means we never have to worry about aliasing.” While the group’s prototype sensors feature one million Jots, Fossum says their target is one billion.

Beyond conventional photography

Fossum isn’t just thinking about photographic history, though. The tiny size and the approach of repeatedly reading out the sensor challenges the existing concept of single exposures. “At the moment we make motion pictures by shooting a series of snapshots. With QIS it’s more like the reverse process,” he says: constructing still images from precisely captured movement.

Professor Fossum has already been responsible for one revolution in photography: the invention of the CMOS sensor. In December 2017 he was awarded the Queen Elizabeth Prize for Engineering for his work.

Essentially, taking lots of short, sub-frames during an exposure gives you an extra dimension to your images: time. “If you take a single frame, you get a bunch of ones and zeros. If you take another, you quickly build up a cube of ones and zeros,” Fossum says: “For example, if you shoot 100 frames at 1000 frames per second, you get a cube that’s x pixels wide by y pixels tall, but also 100 frames deep.”

This presents some interesting questions, he says: “What do you do with that data? How do you create an image from that very faithful map of where photons arrived?”

“You could choose a number of pixels in x and y but also in the time axis. If you wanted a very sensitive pixel in low light you could combine 10 x 10 Jots in x and y and then maybe combine the data from 100 frames: it’s essentially like increasing the grain size in a more sensitive film.”

Of course you can achieve something comparable to this in conventional digital photography by downscaling an image, but Jots allow greater flexibility, Fossum says: “your pixel size could vary between different parts of the image, so in some places you’d have bigger but more sensitive grains.”

What is the object of photography? Is it artistic or an attempt to perfectly recreate the scene as it was?

The time component also opens up additional possibilities, he says: “if an object moves during these hundred frames, instead of adding all the values from the same location, you could add them at an angle that corresponds to the movement,” so that all the pixels relating to the same object are combined. “We could take out motion blur or remove the scanning effect of a computer screen in video.”

The idea of combining multiple frames in interesting ways is, of course, already becoming a core part of mobile photography, and Fossum says finding all the things that are possible is a challenge he is leaving for others: “From my point of view, we’re building a platform for computational imaging, it’s for others to develop all the ways to use it. A camera would have to take account of the new sensor capabilities.”

But it’ll ask interesting questions, he believes: “What is the object of photography? Is it artistic or an attempt to perfectly recreate the scene as it was? Some of the things we associate with photography are artifacts of the way we capture them.”

Not the only future

With all this going for it, it might seem odd that Fossum isn’t promising to deliver a second revolution in digital imaging. But, having devoted a career to developing technologies and teaching about the challenges, he’s realistic both about the work left to do and the competition any product would face.

“What we’ve already achieved is wonderful. The next challenge is adding color [awareness], but I don’t think that’s going to be particularly problematic. Then there’s power: we’ve shown we can produce a large chip that doesn’t consume or disperse a prohibitively large amount of power. We’re currently at around 27mW but scale it up by 1000 [to get to one billion Jots] and that’s 27W, so we need to cut that by about a factor of ten.”

His concern is more about the current state of the rival technologies: “In order to bring a new technology to replace the existing one, it has to be compellingly better in a number of ways,” he says. “For a few niches, [our technology] is already compelling.” But for photography, the bar is already set very high.

I don’t want our startup to be another esoteric imaging product that fails to find a market

“CMOS technology is pretty awesome right now,” he says, before almost embarrassedly stressing that he’s not claiming the credit for this: “where it is today is the result of the input from thousands of engineers from different companies who’ve contributed towards where we are now.”

Professor Eric Fossum pictured with Dr Jiaju Ma, one of the co-authors of the Optica paper and a co-founder of the spin-off company, Gigajot Technology.

But, for all his cautious words, Fossum is convinced enough by the technology’s potential to have created a company, Gigajot Technology, with his co-researchers. “Finding a sweet spot in the market is a really important part of challenge. It comes back to the things I teach: ‘who is your customer?’ ‘what is your market?’ ‘how are we going to get there?'”

“I don’t want our startup to be another esoteric imaging product that fails to find a market,” he says.

While it’s by no means certain that QIS sensors will make their way into mainstream cameras, it already looks like the technology has tremendous potential for niches such as scientific measurement. This alone shows just how far the technology has come from Fossum’s original idea. As he readily admits: “When we first started this project I wasn’t even sure it could be made to work.”

Articles: Digital Photography Review (dpreview.com)

 
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DxOMark report reveals just how far smartphone cameras have come in the last 5 years

08 Feb
DxOMark chart shows that overall scores for smartphone cameras have steadily improved over the last 5 years.

If you’re looking for the most drastic and impressive improvements in the world of imaging, the (sad?) fact is, you’ll want to look at smartphone manufacturers. And this is what DxOMark highlights in a fascinating retrospective titled “Disruptive technologies in mobile imaging” that looks back on 5 years of testing smartphone cameras.

Not that the Sonys and Nikons and Canons of the world haven’t made improvements—and who knows when the next generational leap in image sensor technology will take place—but as the saying goes: necessity is the mother of invention. Given the size limitations of our ever-thinner and lighter smartphones, its phone manufacturers who have had to be most creative when it comes to improving image quality.

That, in a nutshell, is what DxOMark breaks down in its retrospective, taking a close look at everything from how smartphones have improved their ability to eliminate noise without losing texture, to exposure improvements, autofocus, video stabilization, zoom, and the recent advancements in bokeh simulation.

Exposure is one of the areas that has seen drastic improvements. These images were captured at just 1 Lux, showing how the 808 PureView falls far short of the iPhone 5s, which in turn falls significantly short of the Galaxy S7 “thanks to better tuning and noise reduction.”

The area where smartphone cameras seem to have improved most is in their ability to toe the line between decreasing noise and maintaining texture. Without simply increasing the size of the image sensor, this is a difficult balance to strike if you’re using just image processing, so newer phones take care of this in three ways:

  1. Optical image stabilization to allow for longer hand-held exposures
  2. Temporal noise reduction (TNR) that combines image data from multiple frames
  3. Multiple camera modules (currently dual, maybe soon triple)

These techniques have helped manufacturers make huge leaps forward in the past 5 years:

This side-by-side comparison shows just how much better the iPhone X is at avoiding and cleaning up noise than the iPhone 5s. But even the iPhone6, which used the same camera module as the 5s, benefitted greatly from improved software.
But the iPhone X isn’t even the best at this trick. Here it is compared to the Samsung Galaxy Note 8, Google Pixel 2, and Huawei Mate 10 Pro.

DxOMark’s conclusion after sharing all of this data is unsurprising, and one of the reasons why we’re keeping such a close eye on the newest smartphone camera tech:

We can see that camera hardware and image processing have been evolving alongside each during the past 5 years, and at a much faster pace than in the “traditional” camera sector.

DSLRs and mirrorless system cameras are still clearly ahead in some areas, but in terms of image processing, Canon, Nikon, Pentax, and the other players in the DSC market are behind what Apple, Samsung, Google, and Huawei can do. Thanks to their hardware advantages, the larger cameras don’t actually need the same level of pixel processing as smartphones to produce great images, but there is no denying that the performance gap between smartphones and DSLRs is narrowing.

That’s a good summary, but if you want to dive into all of the comparisons—between phones of the past and today, and between the best phones on the market right now—head over to DxOMark and read their full retrospective.

Articles: Digital Photography Review (dpreview.com)

 
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Blooms: Hypnotizing 3D Printed Sculptures Come Alive Under Strobe Lights

28 Sep

[ By SA Rogers in Art & Sculpture & Craft. ]

It’s really easy to lose a chunk of your day getting lost in the hypnotizing effects of these trippy 3D-printed sculpture animations by artist John Edmark. Drawing from spiral patterns and numerical sequences often found in natural objects like pine cones, cacti, sunflowers and seashells, the objects seem to shift and change before your eyes when spun under a strobe light. Watching the videos of the sculptures in motion, it’s hard to believe these aren’t digital animations.

“Unlike a 3D zoetrope, which animates a sequence of small changes to objects, a bloom animates as a single self-contained sculpture,” says Edmark. “The bloom’s animation effect is achieved by progressive rotations of the golden ratio, phi, the same ratio that nature employed to generate the spiral patterns we see in pinecones and sunflowers. The rotational speed and strobe rate of the bloom are synchronized so that one flash occurs every time the bloom turns 137.5 degrees (the angular version of phi.) Each bloom’s particular form and behavior is determined by a unique parametric seed I call a phi-nome.”

The artist explains that much of his work celebrates the patterns underlying space and growth, explored through kinetic sculptures and transformable objects. Highly precise mathematics come into play in both the design and fabrication of each object, more to ask questions about spatial relationships that can only be answered with geometrically exacting constructions than to put that precision on display or “exalt the latest technology.”

It’s a cool way to utilize 3D-printed objects, though, and if you want to play with the effect yourself, you can even purchase the individual shapes from Edmark via Shapeways. He offers a tutorial to repeat the results at Instructables.

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[ By SA Rogers in Art & Sculpture & Craft. ]

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Photographing Jennifer Lawrence: A photographer’s dream come true

17 Sep

Clay Cook is an Advertising and Editorial photographer who has worked with clients ranging from the NFL to Red Bull, and been published in Forbes, Popular Mechanics, Adweek, USA Today, ESPN, and more. To see more of his work, visit his website or follow him on Instagram.

This article was originally published on Clay’s blog, and is being reprinted in full on DPReview with express permission.


We all have our dreams, some are simple while others are complex, buried with the overwhelming mountain of hurdles. I began my creative career in the one of the most complex industries: music. The business of music is just like any other business, except it’s competitive and hard to navigate as a poor teenager who lives in their parent’s basement.

But somehow I survived for a few years, and I have the scars to prove it. We toured and recorded albums, yet never seemed to make it where we always dreamed to be. One minute we had a breakthrough, the next we took ten steps back.

I often think about what was to blame, or who was to blame. But in the end I chock it up to timing. We happened to choose one of the worst times in the history of music to succeed. Free music was the new thing and the sales of compacts discs were crashing at an alarming rate. I often felt like my band was running on a treadmill, covered in sweat, yet never making any big leaps toward fame, fortune and my dream: to be my own boss.

It’s not often that people live out their dreams. But, what happens when you do? What happens when you achieve every single goal in your path? How do you plan for the future when you have nothing to chase?

These are questions I recently had to ask myself, because I accomplished the one dream that had been hanging in my head since I started photography. It may seem simple, but for me it was complex. My dream was to photograph Jennifer Lawrence

I grew up most of my adolescent life in a nice neighborhood, my family owned and operated a successful distribution business, so we lived a good life. Through the music industry I learned a lot the hard way, but was setup to succeed from an early age. Several houses up from ours lived the Lawrence family: Karen and Gary, two brothers Blaine and Ben and a bright-eyed, spunky-blonde Jennifer. Throughout high-school, my older sister dated Ben for a few years and often babysat young Jennifer. While I didn’t have much of a connection to Jennifer or the Lawrence family, my sister certainly did.

As we grew older, we went to different schools and Jennifer eventually moved and didn’t think much about it. That is until some years ago, when I received an email from my mom alerting me that Jennifer Lawrence, the girl down the street was to be in a movie with Charlize Theron called “Burning Plain.” I watched the film and smiled. When Jennifer starred in “Winter’s Bone” and took home the Academy Award, I felt proud. In a small town such as Louisville, Kentucky everyone seems to have their connection to Jennifer. While my connection may be more significant than the grocery clerk that helped Jennifer’s cousin find powered sugar one day, it’s not a connection where I claim to be close.

Today, Jennifer Lawrence is considered one of the most popular A-List celebrities in the world, a title that is well-deserved. I not only wanted to photograph her, but I wanted to do it organically. I wanted to work as much as possible to be the photographer chosen to capture Jennifer for “X” client. I constantly kept it in the back of my mind and didn’t tell many. It was a long term goal, one I expected to require years to achieve.

I wanted to earn it.

Shortly after the safe return from our adventure in Iraq, I received a call from my friend Coury Deeb, Founder of Nadus Films—a production company based in Louisville that works heavily the non-profit industry. Coury had been working closely with Meredith and Karen Lawrence, who collaborate with Jennifer for her foundation. The Jennifer Lawrence Foundation supports various other non-profit organizations with a primary focus of children in need.

The Lawrence family were neck deep in planning the “The Power of One” fundraising event presented by the Jennifer Lawrence Foundation and the Frazier History Museum; which recently just opened the doors to The Hunger Games: The Exhibition. The interactive exhibit features actual costumes and props from the production of The Hunger Games series. It’s a massive exhibit that soaks up the focus of the entire museum. It totally made sense to utilize that atmosphere to host this fundraiser. Lucky for us, the foundation was interested in having the event captured Nadus style.

While over numerous meetings and countless ideas, we landed on a plan of action. Nadus Films would document the event while I photographed Jennifer in two studio sessions. One being a portrait sitting with various children that the foundation supports and the other being a portrait sitting with her solo and a few friends who are attending the event with her. Leading up to the event we hit a few hurdles. The portrait sitting would have to be quick, it would have to feel more candid and most importantly, we had to keep it fun. No big deal.

I then made a few calls to some friends in the photography industry. First, Sarah Oliphant of Oliphant Studios. I had envisioned a dramatic black and white candid portrait with the children. A mood that felt very light-hearted, yet natural and intimate. I wanted to use a dark background, but with enough character to float behind the subject. In other words, I didn’t want Jennifer to fall into blackness, I wanted some gray surface texture to lift the contrast. I don’t often work with black as a background but gray, so I was thrilled when Sarah provide an option that could cater to my vision.

On the flip side, it would be an alternate background with more of a warm tone and a strong vignette. A background that more of a standard style of what you would see in a Leibovitz photograph. I would use both of these canvas backdrops over a period of two days.

The next call was to Digital Transitions—a New York based retailer for Phase One and various other top professional photography brands. I can depend on Digital Transitions for providing a quick rental program for the Phase One system. In this case: a Phase One IQ3 80MP XF Medium Format Camera with a Schneider Kreuznach 40-80mm LS f/4.0-5.6 Lens.

The reason I chose to shoot with a medium format over my workhorse a Canon 5D Mark III is actually several reasons.

Firstly, I wanted the resolution. I didn’t quite know what to expect. I knew the shoot would be very quick and fast-paced so the massive resolution of the digital file would provide a breath of options in post-processing. We could crop in dramatically or alter exposure without sacrificing the image quality—in other words, it was a safety in case I just can’t nail it in camera.

Secondly, I wanted the beautiful buttery look that a medium format camera offers, which if used right can resemble film. While I prefer a deep depth of field in most of my photography, I wanted this particular series to feel warm and soft with a dramatic aura.

I felt confident about the tools in play, I just needed a plan of action for the setup including lighting, logistics and safety. With Jennifer Lawrence, I wanted to provide as much breathing room as possible. I knew we wouldn’t have but a few moments, so I needed the set to be versatile. It had to be the right light, open enough to offer multiple posing options without a change. Therefore, we went big and soft.

For both sessions we opted to use a Profoto D1modified with a 51” Large Profoto Deep White Umbrella with a 1.5 stop Profoto Umbrella Diffuser as a key light. As a fill light, we used a Profoto D1 modified with a 65” Extra Large Profoto Deep White Umbrella with a 1.5 stop Profoto Umbrella Diffuser. We feathered the key light to soften shadows and offer a more natural nature of light. The entire set was draped in black cloth to negate the bouncing of light and increase the density of the shadows on her face.

I was nervous. Although the bath of anxiety wasn’t caused by the fact that this was the most popular and successful celebrity that has stepped in front of my lens. It was because I wanted the image to honor Jennifer, and for my photography to align with her brand and our client The Jennifer Lawrence Foundation.

We arrived at the venue early, only to receive some bad news: the shoot with the children was cancelled. I felt disappointed, but was thankful for the opportunity to have the second day. Nevertheless, we loaded in all of our equipment just in case… I’m glad we did. Within an hour of the event taking place we received word that our portrait session with the children was a go, with only an hour window to prepare. Fortunately, this wasn’t our first rodeo with this style of project and we were prepared for anything to be thrown our way.

We had our location, we had our equipment and my assistants prepare the set while I mingled and covered the opening of the event. I spent a brief time pre-staging, pre-lighting and make sure all the preparations were made which we had planned for. After a quick autograph session, I tagged along with Jennifer through The Hunger Games: The Exhibition and led her to our “mock-studio” where we would photograph her with a few select children. This walk provided the time to briefly catch-up and make a connection.

As we arrived to the set, I pointed to a stool we had setup and began to hand-select various children. I made sure to keep her attention while we made slight adjustments to the light and brought in our first subject.

Jennifer had never met most of these children, so it was then my job to make the awkward moment fell just right. I fired the shutter while I did my best to guide Jennifer and the children to have more of a conversation, at the same time punched in awkward jokes to bring out some laughter. Instinctively, Jennifer jumped in and helped the process.

While I was only able to fire several frames per child, I was confident in what we we captured. After four sets of children, a small technical glitch and nearly 30 frames later, Jennifer bailed and headed out of the venue for the evening.

After the shoot, I felt fairly confident in the candid portraits, but naturally was hard on myself for my equipment acting up. Apparently, radio signals from the radios used in the building for the event had conflicted with our radio triggers used in the portrait setup and caused the lights to fire in an extreme rapid pace, resembling a theater strobe for about four seconds.

Luckily, it was during our final set, but it was certainly a learning experience.

The second day started early as we had a lot of setup and didn’t want a repeat of the hiccup from the previous day. Therefore, we spent meticulous time with the lighting and staging. While the set would primarily be used for a professional “portrait-booth” for guests of the fundraising event for the evening, our priority was the solo portrait of Jennifer. After nearly four hours of staging, we were ready.

I vividly remember pacing back and forth several minutes before Jennifer arrived on set. We got word that she would be arriving with an entourage, which included Frances Lawrence, Director of The Hunger Games film franchise, which only added to the pressure. This was my opportunity to open doors and it had to be right, it had to be perfect.

As Jennifer walked towards the set I gave her a gentle hug, asked her take a breath and sit next to a posing table we had pre-staged hours beforehand. After a 10-second spew of small talk, I picked up the Phase One IQ3 Medium Format Camera, focused and snapped the shutter. With one sudden pulse of the flash all the anxiety went away and I felt a push of adrenaline. With a swiftness, we blazed through various positions I had pre-set and thought out.

While Jennifer needed little direction, the smallest ideas helped her provide the expression I was seeking. After just eight photographs, Francis jumped in a for a couple of frames. I did my best to make a stiff moment more awkward, which resulted in both of them bursting in laughter. We kept it fun, we kept it light-hearted, and it was quick. Just 10 minutes later, after a gracious good-bye, Jennifer and her entire crew were off to the next engagement.

I set the camera down, stepped back and exhaled a burst of air. After a moment of pause, I promptly walked over to my MacBook and reviewed the imagery; I was proud. The rest of the evening came as a relief and we blew off some steam with a few cocktails.

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As a professional photographer, it’s my job to make the process easy and quick. Despite having been in hundreds of campaigns, dozens of films and on nearly every major magazine cover in the world, Jennifer and her team relied on my professionalism, intuition and eye. She trusted me to produce something special. Those 48 hours were a thrill ride, I’ll never forget.

If you’re struggling to attain your dream: wander, investigate and inquire. You never know what’s around the corner or what a handshake can do. Your life can change in a instant, mine certainly did. When I first watched Jennifer on the big screen, I had no idea that our paths would one day cross. At that time, I wasn’t a photographer, just someone who desired more and worked relentlessly to accomplish a dream. I can only hope I have another opportunity to photograph J-Law, but in the mean time, I’ll be climbing the mountain towards the next dream.

A special thanks to Nadus Films, Jennifer Lawrence, Karen Lawrence, Meredith Lawrence, Andy Treinen, Frazier History Museum, Ina & Marcella Events, JP Davis, Fund For The Arts, Jordan Hartley, Hunter Zieske, Louis Tinsley, Stacy Swiderski, Digital Transitions and Oliphant Studios.

Articles: Digital Photography Review (dpreview.com)

 
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Macphun unveils Aurora HDR 2018: Will come to Mac and PC with new tools and UI

16 Aug

Macphun today announced the upcoming release of Aurora HDR 2018, the latest version of its popular HDR creation software created in collaboration with photographer Trey Ratcliff. After 1.7 million downloads on Mac computers since its launch in November 2015, Aurora HDR will now for the first time be available for Windows PCs as well.

New tools and improvements include a lens correction filter that is capable of removing all kinds of lens distortion, chromatic aberration and vignetting, a redesigned user interface, up to 4x improvement in RAW image processing and up to 200% faster merging and masking performance.

Here are some screenshots of the new UI:

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And a few Before and After images created by Trey Ratcliff, to show what Aurora HDR 2018 can do:

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Aurora HDR 2018 will be available for pre-­order starting September 12th, and the released date is scheduled for September 28th. Current users of Aurora HDR will be able to upgrade at a special pre­-order price of $ 50—the pre-order price for new users is $ 90.

You can find more information and sign-up for the pre-order announcements on the Aurora HDR 2018 website.

Aurora HDR 2018 comes in September as the ultimate cross-platform HDR photo solution

Award-winning Aurora HDR, co-developed with Trey Ratcliff, brings major updates that will be available for both Mac OS and Windows users.

San Diego, CA – August 15, 2017 — Macphun, the California-based developer known for making complex photo editing software simple and fun, today announced the release of Aurora HDR 2018, the one-stop solution for HDR photography. To sign up for pre-order announcements and more, please visit https://aurorahdr.com/2018.

Aurora HDR, co-developed with the renowned HDR photographer Trey Ratcliff, made the complex task of HDR editing effortless and unintimidating. Aurora HDR became the industry standard for HDR photo editing on Mac and reached 1.7 million downloads since its launch in November 2015.

In less than 2 years over 100 million photos have been edited in Aurora HDR and 72% of current users have made Aurora HDR their primary HDR photo editor, switching from other software. Today, Aurora HDR is the go-to editing software for such well-known photographers as Trey Ratcliff, Serge Ramelli, Captain Kimo and many others.

“Since the launch of Aurora HDR, Macphun has released more than 10 updates containing tons of new features and improved performance,” commented Trey Ratcliff. “Today, I’m very excited to announce the launch of Aurora HDR 2018. It’s completely new, significantly faster and has even more powerful tools. Plus the BIG news is that it’s now available for Microsoft Windows as well. It’s truly the best HDR software for both Mac and PCs”, concluded Ratcliff.

Aurora HDR is not just a tool for merging brackets: it brings countless options to create perfect HDR photos – from one-click presets and advanced tone-mapping, to layers, noise reduction and powerful luminosity masking controls.

A sneak peek into what’s new in Aurora HDR 2018:

  • Lens Correction Tool – The new Lens Correction filter easily fixes all kinds of lens distortion, from barrel and pincushion to chromatic aberration and vignetting.
  • New User Interface – Redesigned from scratch, the modern and responsive user interface brings a powerful, yet joyful experience to HDR photo editing.
  • Speed improvements – Up to 4x improvement in RAW image processing, and up to 200% faster merging and masking performance means that Aurora HDR 2018 is dramatically faster than the last version.
  • Cross-platform version – Aurora HDR 2018 will be available both for Mac and PC users with interchangeable files, enabling mixed-computer households to share the same product key.
  • A complete list of new features will be announced concurrent with the pre-order.

Availability:

Aurora HDR 2018 will be available for pre-­order on September 12, and released on September 28. To sign up for pre-order announcements and more, please visithttps://aurorahdr.com/2018.

Pricing:

Mixed-computer households can share the same product key for Mac and PC that can be activated on 5 devices.

  • Pre-order:

o Current users of Aurora HDR may upgrade at a special pre­-order price of $ 49

o New users can purchase Aurora HDR 2018 at a special pre­order price of $ 89

o A collection of bonuses will also be included with every purchase

  • Retail price:

o $ 59 for current Aurora HDR users

o $ 99 for new user

Articles: Digital Photography Review (dpreview.com)

 
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Samsung Galaxy S8 and S8+ come with ‘infinity display’ and multi-frame processing

31 Mar

Samsung has today announced its new flagship smartphones Galaxy S8 and S8+ at simultaneous events in London and New York. The new devices’ outstanding feature is the new infinity display which combines curved display edges with minimal bezels, allowing for a screen that covers almost the entire front of the devices. This means the home button is now implemented underneath the display but works in the same way as before.

Display size is pretty much the only difference between the new models. The S8 comes with a 5.8″ screen, and at 6.2″ the S8+ is a touch larger. The 2960 x 1440 resolution is the same on both new phones, though.

While the new displays looks impressive, the camera department has unfortunately less innovation to show off. From a hardware point of view the S8 generation is, at least on paper, identical to its predecessor. A 1/2.5″ 12MP sensor with dual-pixel AF is combined with a fast F1.7 aperture and optical image stabilization.

There is some news on the software side of things, though. A new multi-frame technology captures three photos and then selects the clearest image and uses the other two to reduce motion blur. Samsung says the merging of frames also results in better detail and exposures in low light. A new camera user interface allows for easier one-handed operation. The camera resolution at the front has been upped from 5 to 8MP and there is now also a face-detection AF. At F1.7 the aperture is the same as in the main camera. 

In terms of processing power the S8 and S8+ offer the very best. Android 7.0 is, depending on region powered by Qualcomm’s latest flagship chipset Snapdragon 835 or Samsung’s own Exynos 8895. 4GB of RAM and 64GB of expandable storage are on board as well. The new models are also IP68 certified for environmental protection and come with both a fingerprint reader on the back and an iris scanner for increased security. Samsung’s new Bixby voice assistant is on board as well and the optional DeX dock converts the devices into a Windows Continuum-style desktop. The Galaxy S8 and S8+ will be available from April 21st. No pricing information has been made available yet. 

Key specifications:

  • 12MP 1/2.5″ CMOS sensor with 1.4-micron pixels
  • F1.7 aperture
  • OIS
  • On-sensor phase detection
  • 4K video
  • 1080p@120fps slow-motion
  • 8MP, F1.7 front camera with AF
  • 5.8″ (S8) / 6.2″ (S8+) display with 2960×1440 resolution
  • Android 7.0 Nougat
  • Qualcomm Snapdragon 835 or Samsung Exynos 8895 chipset (depending on region)
  • 4GB RAM
  • 64GB storage
  • microSD-slot up to 256GB
  • 3000mAh (S8) / 3000mAh (S8+) battery
  • Fingerprint sensor and iris scanner
  • IP68 certification

Articles: Digital Photography Review (dpreview.com)

 
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Samsung Galaxy S8 expected to come with 1000 fps video mode

18 Mar

The launch of Samsung’s upcoming flagship smartphone Galaxy S8 is only a couple of weeks away and if the rumors are to be believed the new device’s 12MP camera will offer a 1000 fps video mode that would allow for a 33x super-slow-motion mode. 

That is more than four times slower than the 240 fps slow-motion mode in the current Galaxy S7. According to a report by SamMobile, Samsung is integrating an additional DRAM layer into the image sensor which acts as a buffer. This sounds like very similar technology to what Sony is using in the recently announced Xperia XZs and XZ Premium devices which offer a 960 fps slow-motion mode at 720p resolution. However, SamMobile’s sources claim Samsung is not using the Sony sensor in the S8. Unfortunately at this point there is no information about resolution or maximum recording duration of the mode. 

Other camera-related information includes an 8MP front camera with AF and 3.7MP additional image sensor that is used just for iris scanning. It appears Samsung will not follow the dual-cam trend with its upcoming models but the super-slow-motion mode, if well-executed, could definitely make up for a lack of dual-cam features.

Articles: Digital Photography Review (dpreview.com)

 
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Priceless memories come at a price with Lexar’s new $1700 512GB CFast card

04 Feb

Memory manufacturer Lexar has announced it will double the capacity of its 3500x CFast memory card this quarter taking the storage capability to a massive 512GB. The Lexar Professional 3500x CFast 2.0 card will offer write speeds of up to 445MB/s, but will cost an equally impressive $ 1699.99/£1732.99. The company says that the card is designed to be used by movie makers, especially those using memory-intensive techniques such as super-high frame rates for slow motion footage and those shooting in 4K resolution and in Raw formats.

The card will obviously record stills as well as video, but the attraction is the length of uninterrupted footage that can be recorded. Stills photographers are likely to be better off buying smaller versions of the card which cost less per GB. At $ 675 the 256GB version is less than half the price for half the capacity, though buying 16 32GB cards works out more expensive and the write speed is slower.

The new card has a maximum read speed of 525MB/s, so allows users to copy data from it to another drive very quickly. Lexar supplies a ‘lifetime’ copy of its Image Rescue recovery software that it claims can bring back data even from corrupted cards, as well as a limited lifetime warranty and technical support.

For more information see the Lexar website.

Press release

Lexar Delivers Industry-Leading Capacity with 512GB Professional 3500x CFast 2.0 Card

Doubled Capacity Allows Cinematographers, Filmmakers, and Content Creators to Capture Highest-Quality 4K Video and Beyond

Key Messages:

  • 512GB Lexar Professional 3500x CFast 2.0 card provides read transfer speeds up to 525MB/s and write speeds up to 445MB/s*1
  • Captures highest-quality 4K video and beyond with next-generation, cinema-grade video cameras
  • Provides high-speed file transfer that dramatically accelerates workflow
  • Also coming soon, 512GB Lexar Professional 3600x CFast 2.0 card optimised for ARRI® cameras*2

Lexar, a leading global brand of flash memory products, today announced doubled capacity for the Lexar® Professional 3500x CFast™ 2.0 memory card, providing the capacity and speed thresholds needed for cinematographers, filmmakers, and content creators to capture the highest-quality 4K and ProRes video and RAW photos. The new 512GB capacity card is designed to address the exacting demands of today’s top content innovators. The Lexar Professional 3600x CFast 2.0 card line, specifically optimised for ARRI® cameras2, will also double in capacity to 512GB in the first half of 2017.

“As professional imaging technology continues to advance, it’s crucial that memory storage formats keep pace with ever-evolving data needs,” said Jennifer Lee, senior director of product marketing, Lexar. “When shooting 200 FPS on a high-end, production-level camera, it’s easy to fill up an entire 256GB card with content in just 17 minutes.*3 Comparatively, the new Professional 512GB 3500x CFast 2.0 card can capture up to more than twice that time. It’s essential that professional content creators shooting in bandwidth-heavy applications such as RAW, 4K, burst-mode, time-lapse, and beyond have access to increasingly higher capacities and faster transfer speeds like those offered by the new 512GB Professional 3500x CFast 2.0 card.”

The 512GB Professional 3500x CFast 2.0 card provides write speeds up to 445MB/s, for professionals to capture lots of footage and keep shooting. From the first take through to post-production, content innovators will have the speed and space needed to capture the highest cinema-quality video for their next masterpiece and quickly power through post-production with read transfer speeds up to 525MB/s.*1

The Lexar Professional 3500x CFast 2.0 card includes a lifetime copy of Image Rescue® software to recover most photo and select video files, even if they’ve been erased or the card has been corrupted.*4 The card is also backed by expert technical support and a limited lifetime warranty. The new card capacity will be available in Q1 of 2017 with an MSRP of £1,732.99. The Lexar Professional 3500x CFast 2.0 card line is also available in 32GB, 64GB, 128GB, and 256GB capacities. In addition, the Professional 3600x CFast 2.0 card line is available in 128GB and 256GB capacities. All Lexar products undergo extensive testing in the Lexar Quality Labs to validate performance, quality, compatibility, and reliability with more than 1,200 digital devices. To determine which CFast card is compatible with your preferred camera, please visit www.lexar.com/cfastcompatibility. For more information about Lexar products, visit www.lexar.com.

*1 Up to 525MB/s read transfer, write speeds lower. Speeds based on internal testing. Actual performance may vary. x=150KB/s.
*2 For a complete list of compatible cameras, go to www.lexar.com/cfastcompatibility
*3 Based on 256GB capacity shooting 2K @200fps. Actual minutes will vary depending on camera/device model, format resolution and compression, usable capacity, and bundled software.
*4 Image or other data recovery is not 100% guaranteed

Actual usable memory capacity may vary. 1GB equals 1 billion bytes.

Limited lifetime warranty is limited to 10 years from purchase in Germany.

Articles: Digital Photography Review (dpreview.com)

 
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