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Our "Silly Signs" photo challenge is now open for submissions

Digital Photography Review news -

I took this photo while touring Astoria, Oregon, solely to explore the sites featured in the 1985 movie The Goonies. The photo depicts the driveway sign leading up to the house where some of the Goonies kids lived.

Photo: Mathew Anderson

Our January Editors' photo challenge theme is "Silly Signs."

This month, we're celebrating the silly and strange world of signage that tells an interesting story. Whether you're traveling across the country or just around the corner, capture a photo of a sign with a unique story to tell. It could be a massive billboard along a highway or a quirky notice in your local pub. We can't wait to see what you discover!

Photos can be submitted between Sunday, January 18, and Saturday, January 24 (GMT). The challenge is open to photos captured at any time.

Important: Images MUST include a title and a description of at least 25 words to be eligible. We need to be able to share the story behind your photo. We will consider both photos and captions when selecting our winners, so make sure to tell us that story!

Visit the challenge page to read the full rules and to submit your photos for consideration as soon as the challenge opens.

Visit the challenge page to see the full rules

Important settings to change on any new camera

Digital Photography Review news -

Photo: Abby Ferguson

Getting a new camera is always exciting, even if it's only new to you. So much so that it can be tempting to jump right into using it without much, if any, setup. However, despite the urge to get started right away, it's important to take a few minutes to review some important settings. Doing so can make a significant difference in what your first impressions of the camera are and how the first photos you take turn out.

It's important to note that different genres of photography and video will require their own specific tweaks. However, there are some foundational settings that stay the same no matter what you like to capture, especially when setting up a new camera. This guide focuses on core settings to help beginners navigate a new camera.

Additionally, each specific camera brand will have its own intricacies. We'll touch on some of the more prominent ones in a later article. For now, our focus is on more general settings that apply to most people, no matter their camera brand.

Settings everyone should change

There are a few settings that everyone should check and potentially change when dealing with a new camera. These are relevant to every photographer, no matter your preferred genre or camera brand.

Time and date

When you turn on a new camera for the first time, you'll be prompted to make a few changes right off the bat, including time and date. Some cameras let you skip this step, but it’s best not to. Also, if you bought a used camera, we'd advise looking up how to do a complete reset and then entering the correct information. After all, having the correct date and time will make it easier to organize your photos and videos later on, so it's useful to start here.

Firmware updates Canon's firmware menu screen will tell you at a glance which version of firmware you have.
Screenshot: Mitchell Clark

Your camera may be brand new, but it was likely sitting on a shelf for some time before you brought it home. As a result, there could be new firmware available, which is usually worth installing right away. Some new firmware updates are minor, simply enhancing stability or improving security, but they can also unlock new features and improve performance, so it's important to make sure your camera is up to date. New cameras from many brands will now check for you when you connect them to your phone for the first time, so it's also worth downloading the relevant app, too.

If you bought a used camera, you don't necessarily know if the previous owner kept it updated. As a result, we'd recommend checking whether new firmware is available. To check if there's new firmware, head to the manufacturer's website and see if there's an updated version for your camera's model.

Set the diopter The dial just to the right of the viewfinder is the diopter dial.
Photo: Abby Ferguson

The diopter is an often overlooked and even unknown feature on cameras. The diopter is a tiny optical lens in front of the viewfinder with a small wheel off to the side. It allows you to make small adjustments to the viewfinder so that it matches your eyesight, ensuring that text and details look sharp. It doesn't change the sharpness of your photos, only what you see in the viewfinder. However, with a mirrorless camera, having it set wrong could make you think your shots aren't sharp, so it's critical to dial this in. You can think of it like changing the prescription of your viewfinder. If you have a camera without a viewfinder, this won't be relevant; however, if your camera does have one, be sure to set it up correctly right out of the box.

Image quality and file format A screenshot of Canon's interface for choosing image type and size. Screenshot: Mitchell Clark

Your new camera will arrive with the file format set to JPEG only. While that works well for photographers who don't need the greater control that Raw files unlock, it's not the preferred option for some. If you're the type of photographer who expects to use Raw files, make sure to change your file format settings right off the bat. Or, you can select to shoot both Raw and JPEG at once, giving you the best of both worlds. If you're unsure or on the fence, we'd suggest shooting in Raw. You can always discard the file if you don't need it, but if you get a shot you really want to edit, you can't acquire the Raw data later.

It's also worth checking the image quality settings while you're at it. Even if you shoot in JPEG only, there are multiple options to choose from that determine how large your files are. We'd recommend shooting in the largest, highest quality your camera offers. Even the largest JPEGs are pretty small, and you can always downsize or recompress a large file, but you can't regain the quality or detail you didn't originally save.

Settings to consider changing

There are settings everyone should definitely check, like the ones above, and others that many people prefer to adjust right away, while others may not. The default settings all have reasons for being there, so they make sense in certain situations and for some people, but many photographers prefer to turn them off or change them immediately.

Beeps, sounds and audio signals We'd suggest turning the beeps off right away. This is what the menu looks like on a Nikon camera.
Screenshot: Mitchell Clark

Most camera manufacturers have lots of beeps turned on by default. These could be beeps for focus confirmation, for starting a recording, menu beeps and so on. For most of us, those constant noises can drive us (as well as the people around us) mad, so we'd suggest you turn them off right away. That's especially true if you're photographing in any situation where quiet is important. The only reason to leave the beeps on is if that added notification is helpful to you when using your camera, but there are also other tools you can employ in most situations that you'd use beeps.

AF-assist light

Another feature that's typically turned on by default is the AF-assist light (it can go by different names depending on the brand). It's a small light on the front of the camera that is intended to lightly illuminate a subject, helping your camera focus in dark conditions.

However, autofocus systems in cameras these days are impressive even in very low light, and that light can be annoying or even disruptive. It's not fun for a subject to have a beam of light in their eyes when you press the shutter. Plus, it's only effective for subjects that are close to the camera. Unless you know you'll need it, we'd recommend turning that off right away.

Autofocus settings Autofocus options on a Panasonic camera.
Screenshot: Mitchell Clark

Modern cameras have a long list of autofocus settings you can tweak, such as focus mode, focus area, subject detection and more. Most of these settings will depend on your specific type of photography or subject. Additionally, some may not be "set it and forget it" settings if you shoot a wide range of subjects. In those situations, we'd suggest getting a feel for the settings and modes you find yourself using, then checking if there's a way to configure your camera to quickly switch between your favorites.

Whether you shoot a variety of genres or stick to one, it's still worth going into the autofocus menu on your new camera. For many, you'll likely end up changing the focus mode and subject detection option to ensure that the settings align with how you most often photograph. If you don't photograph a lot of people, for example, you don't want the subject detection mode to be set to Human.

Don't forget your personal preferences

The above items are likely just a starting point for many photographers. It's also important to remember that you are the one using your camera, and choosing the settings that work best for your workflow and preferences is always the way to go. It may take time to dial in your new camera, but spending the time to figure out the best setup for your needs will help you enjoy using the camera a lot more.

Exercise rewinds muscle aging by restoring repair and growth power

Gizmag news -

Working out doesn't just build muscle but, in later life, helps maintain a powerful cellular machine that repairs damaged tissue with efficiency. Scientists have now not only discovered how this system works but found a way to keep it balanced in older muscles.

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Category: Wellness and Healthy Living, Body and Mind

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Do photographers need the fastest external SSD? We tested three to find out

Digital Photography Review news -

We put the USB 3.2 Gen 2 Samsung T7 Shield, USB4 SanDisk Extreme Pro and Thunderbolt 5 OWC Envoy Ultra head-to-head.
Photo: Mitchell Clark

These days, there are an overwhelming number of options when it comes to buying an external SSD to expand your computer's storage (an increasingly important ability as Raw sizes and video bitrates balloon). The highest-end options use protocols like Thunderbolt 5 or USB4 to achieve blistering speeds, but this raises the question: do photographers need all that performance?

We tested several SSDs across a range of price points to see if each one had more to offer for photographers, or if the returns quickly diminished.

What we tested and how we tested them

For this article, we used a 1TB Samsung T7 Shield as our sample for USB 3.2 Gen 2, a 2TB SanDisk Extreme Pro to represent USB4 and a Thunderbolt 5 2TB OWC Envoy Ultra. The tests were carried out on a 2024 MacBook Pro with an M4 Pro processor, which supports Thunderbolt 5, and we tested each SSD one at a time, using the cable it came with.

While this isn't meant to act as a review for the specific SSDs we used for our testing, the results can't necessarily be universally applied to each product in their class. For example, the USB4 SanDisk SSD is using the faster 40Gbps version of the spec, but another USB4 SSD may only be able to reach 20Gbps speeds. We may also see faster USB 4 and Thunderbolt 5 drives as the market around those specifications matures, but, as of early 2026, the drives we've tested are some of the best in their respective classes.

How do the drives stack up? USB 3.2 Gen 2 The magic of USB-C: it can be used for almost anything. The downside of USB-C: it can run at almost any speed.

Starting with our standard-bearer for USB 3.2 Gen 2, the Samsung T7 Shield handled a number of photography-related tasks with aplomb. We didn't notice any hiccups scrolling through a Lightroom Classic library with over 3600 images, and it wasn't meaningfully slower than the competition when we were copying hundreds of Raw/JPEG pairs to it from a CFExpress or SD card. However, it did take noticeably longer to import and build previews for that Lightroom library, and copying files to the drive from the computer (and vice versa) could take several times longer than on our faster drives.

For the photographers who occasionally stumble into the land of video, we also found that the slower SSD struggled a bit more when editing footage off of it. Adobe Premiere would frequently drop frames during playback, and more complex sequences could slow it to a crawl. Final Cut fared a bit better and was surprisingly usable, though there were still occasional hitches.

USB4

Despite the USB 3.2 Gen 2 drive's general competence, there were definitely times when the USB4 drive made it obvious that it was using a next-generation interface capable of real-world read and write speeds anywhere from 2.5 to 6.4 times faster than those of the Samsung model. Moving files back and forth between it and the computer was very quick, and most of the playback issues in our video editing suites disappeared or were substantially less noticeable. And, of course, it handled all our photo editing and organization tasks with the same ease as the lower-end model.

Thunderbolt 5 The point of the Thunderbolt spec is to be an assurance of performance; USB4 may just be Thunderbolt 4 in a trenchcoat, but until you do some digging, you won't know exactly what speeds a piece of USB4 gear can deliver. That's not the case with Thunderbolt.

Unsurprisingly, the Thunderbolt 5 drive easily handled everything we threw at it, and it never felt like it was a performance bottleneck. However, there also weren't any scenarios we ran into where it was noticeably faster than the USB4 drive, outside of our synthetic benchmarks*. While there are probably some users who'd be able to push it to its limits, we suspect most photographers and video editors wouldn't see a ton of benefit over a good USB4 drive.

* - And even there, the gains weren't nearly as large a jump as the one from USB 3.2 Gen 2 to USB4; our Thunderbolt 5 drive ran around 1.2 to 1.8 times faster than our USB4 one, not quite realizing the theoretical 2x improvement that the standard would allow for.

What's in a name?

No discussion of external SSDs would be complete without a rant on just how confusing things have become when it comes to USB ratings and speeds. What was once relatively simple (USB 2 = slow, USB 3 = fast) has become incredibly complex, with the version of USB that your device supports actually telling you very little about what speeds it supports. For example, a device labeled "USB 3.2" may only run at 5Gbps, or it could rival earlier versions of Thunderbolt, supporting up to 20Gbps. USB4 has the same issue, with potential speeds ranging from 10Gbps to 120Gbps.

Wikipedia has an excellent chart showing all the permutations of the USB specification and the speeds they provide. Which explains a bit why the standard is such a nightmare for those who care about performance.
Graphic: Wikipedia

While external SSDs usually come with maximum speed ratings that tell you what they should be capable of (even the fastest SSDs won't be capable of fully saturating USB4's top speeds), it's more of a concern when it comes to the port on your computer and the cable you use to connect the two. While the USB Implementers Forum has been leaning on people to label equipment with their speed and power delivery ratings, not everyone will, so you'll want to make sure you're familiar with which ports on your computer are the fastest, and that you're using a high-quality cable that's capable of providing the speeds your SSD needs. If you have a random USB-C to C cable laying around your house that came with some device, assume it runs at USB 2 speeds, and shouldn't be used for transferring data.

The cable that comes with the SanDisk is, thankfully, labeled with the speeds and power delivery that it's capable of, but this is currently far from the norm.
Photo: Mitchell Clark

Thankfully, the story is simpler with Thunderbolt, as each generation has only a single speed. If you have a Thunderbolt 4 cable, you know it should run at 40 Gbps. Of course, this is part of the reason why the price floor for Thunderbolt devices and accessories is so much higher than it is for their USB counterparts. It's also worth noting that Thunderbolt is cross-compatible with USB; if you plug a Thunderbolt drive into a 20Gbps USB-C port on your computer, it will still work, albeit at the lower speeds allowed by the connection.

Summary This isn't a review of the OWC Envoy Ultra, but it's been a very enjoyable drive to use. The attached cable may be a bit of a mixed bag in terms of repairability but means you can never accidentally leave it at home.

For most photography tasks, you can get away with a relatively standard USB 3.2 SSD with a port and cable rated for 10Gbps speeds. If you frequently move around large chunks of data, edit complex videos, or are just generally impatient, though, it may be worth upgrading to a faster USB4 one, with the greatest gains to be had by going with a model that supports a 40Gbps connection. Most photographers and videographers will be able to stop there; unless you just enjoy having the best version of a thing possible, or need a specific feature, capacity or form factor only offered by a Thunderbolt drive,

Do photographers need the fastest external SSD? We tested three to find out

Digital Photography Review news -

We put the USB 3.2 Gen 2 Samsung T7 Shield, USB4 SanDisk Extreme Pro and Thunderbolt 5 OWC Envoy Ultra head-to-head.
Photo: Mitchell Clark

These days, there are an overwhelming number of options when it comes to buying an external SSD to expand your computer's storage (an increasingly important ability as Raw sizes and video bitrates balloon). The highest-end options use protocols like Thunderbolt 5 or USB4 to achieve blistering speeds, but this raises the question: do photographers need all that performance?

We tested several SSDs across a range of price points to see if each one had more to offer for photographers, or if the returns quickly diminished.

What we tested and how we tested them

For this article, we used a 1TB Samsung T7 Shield as our sample for USB 3.2 Gen 2, a 2TB SanDisk Extreme Pro to represent USB4 and a Thunderbolt 5 2TB OWC Envoy Ultra. The tests were carried out on a 2024 MacBook Pro with an M4 Pro processor, which supports Thunderbolt 5, and we tested each SSD one at a time, using the cable it came with.

While this isn't meant to act as a review for the specific SSDs we used for our testing, the results can't necessarily be universally applied to each product in their class. For example, the USB4 SanDisk SSD is using the faster 40Gbps version of the spec, but another USB4 SSD may only be able to reach 20Gbps speeds. We may also see faster USB 4 and Thunderbolt 5 drives as the market around those specifications matures, but, as of early 2026, the drives we've tested are some of the best in their respective classes.

How do the drives stack up? USB 3.2 Gen 2 The magic of USB-C: it can be used for almost anything. The downside of USB-C: it can run at almost any speed.

Starting with our standard-bearer for USB 3.2 Gen 2, the Samsung T7 Shield handled a number of photography-related tasks with aplomb. We didn't notice any hiccups scrolling through a Lightroom Classic library with over 3600 images, and it wasn't meaningfully slower than the competition when we were copying hundreds of Raw/JPEG pairs to it from a CFExpress or SD card. However, it did take noticeably longer to import and build previews for that Lightroom library, and copying files to the drive from the computer (and vice versa) could take several times longer than on our faster drives.

For the photographers who occasionally stumble into the land of video, we also found that the slower SSD struggled a bit more when editing footage off of it. Adobe Premiere would frequently drop frames during playback, and more complex sequences could slow it to a crawl. Final Cut fared a bit better and was surprisingly usable, though there were still occasional hitches.

USB4

Despite the USB 3.2 Gen 2 drive's general competence, there were definitely times when the USB4 drive made it obvious that it was using a next-generation interface capable of real-world read and write speeds anywhere from 2.5 to 6.4 times faster than those of the Samsung model. Moving files back and forth between it and the computer was very quick, and most of the playback issues in our video editing suites disappeared or were substantially less noticeable. And, of course, it handled all our photo editing and organization tasks with the same ease as the lower-end model.

Thunderbolt 5 The point of the Thunderbolt spec is to be an assurance of performance; USB4 may just be Thunderbolt 4 in a trenchcoat, but until you do some digging, you won't know exactly what speeds a piece of USB4 gear can deliver. That's not the case with Thunderbolt.

Unsurprisingly, the Thunderbolt 5 drive easily handled everything we threw at it, and it never felt like it was a performance bottleneck. However, there also weren't any scenarios we ran into where it was noticeably faster than the USB4 drive, outside of our synthetic benchmarks*. While there are probably some users who'd be able to push it to its limits, we suspect most photographers and video editors wouldn't see a ton of benefit over a good USB4 drive.

* - And even there, the gains weren't nearly as large a jump as the one from USB 3.2 Gen 2 to USB4; our Thunderbolt 5 drive ran around 1.2 to 1.8 times faster than our USB4 one, not quite realizing the theoretical 2x improvement that the standard would allow for.

What's in a name?

No discussion of external SSDs would be complete without a rant on just how confusing things have become when it comes to USB ratings and speeds. What was once relatively simple (USB 2 = slow, USB 3 = fast) has become incredibly complex, with the version of USB that your device supports actually telling you very little about what speeds it supports. For example, a device labeled "USB 3.2" may only run at 5Gbps, or it could rival earlier versions of Thunderbolt, supporting up to 20Gbps. USB4 has the same issue, with potential speeds ranging from 10Gbps to 120Gbps.

Wikipedia has an excellent chart showing all the permutations of the USB specification and the speeds they provide. Which explains a bit why the standard is such a nightmare for those who care about performance.
Graphic: Wikipedia

While external SSDs usually come with maximum speed ratings that tell you what they should be capable of (even the fastest SSDs won't be capable of fully saturating USB4's top speeds), it's more of a concern when it comes to the port on your computer and the cable you use to connect the two. While the USB Implementers Forum has been leaning on people to label equipment with their speed and power delivery ratings, not everyone will, so you'll want to make sure you're familiar with which ports on your computer are the fastest, and that you're using a high-quality cable that's capable of providing the speeds your SSD needs. If you have a random USB-C to C cable laying around your house that came with some device, assume it runs at USB 2 speeds, and shouldn't be used for transferring data.

The cable that comes with the SanDisk is, thankfully, labeled with the speeds and power delivery that it's capable of, but this is currently far from the norm.
Photo: Mitchell Clark

Thankfully, the story is simpler with Thunderbolt, as each generation has only a single speed. If you have a Thunderbolt 4 cable, you know it should run at 40 Gbps. Of course, this is part of the reason why the price floor for Thunderbolt devices and accessories is so much higher than it is for their USB counterparts. It's also worth noting that Thunderbolt is cross-compatible with USB; if you plug a Thunderbolt drive into a 20Gbps USB-C port on your computer, it will still work, albeit at the lower speeds allowed by the connection.

Summary This isn't a review of the OWC Envoy Ultra, but it's been a very enjoyable drive to use. The attached cable may be a bit of a mixed bag in terms of repairability but means you can never accidentally leave it at home.

For most photography tasks, you can get away with a relatively standard USB 3.2 SSD with a port and cable rated for 10Gbps speeds. If you frequently move around large chunks of data, edit complex videos, or are just generally impatient, though, it may be worth upgrading to a faster USB4 one, with the greatest gains to be had by going with a model that supports a 40Gbps connection. Most photographers and videographers will be able to stop there; unless you just enjoy having the best version of a thing possible, or need a specific feature, capacity or form factor only offered by a Thunderbolt drive,

What everyday sunlight does for your brain's focus, speed and alertness

Gizmag news -

In the first study of its kind, neuroscientists have shown the real-world benefits that sunlight gives the brain, beyond laboratory experiments, linking brighter and more regular daytime light to better alertness and faster attention in everyday life.

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Category: Learning & Memory, Brain Health, Body and Mind

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Gaming-style controls could transform Peugeot’s next mainstream hatchback

Gizmag news -

The fruits of car designers’ efforts are often revealed at vehicle launches with all the ceremony of a fine-art unveiling. Trumpets sound. Spotlights glare. Curtains sweep back. The assembled motoring press discovers that a front grille has been bravely reworked or a headlight subtly reshaped. Very little that is genuinely new makes it to these grand reveals.

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Category: Automotive, Transport

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A million dollar Honda motorcycle? Maybe two?

Gizmag news -

It took many decades for collectible Japanese motorcycles to get any respect on the auction block. It was 2009 before a Japanese motorcycle first topped the USD$100,000 mark at public auction, but collector generational change is inevitable, and Honda has now been the world’s largest motorcycle manufacturer since 1959 and today’s collectors are finally beginning to correctly frame the company in historical perspective.

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Category: Motorcycles, Transport

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Toyota's popular, unstoppable pickup truck gets some new kit

Gizmag news -

The Ford F-Series may forever reign in the USA, but outside North American borders, the Toyota Hilux is the incredibly popular pickup truck that pulls in buyers across the globe. During over half a century on the market, it's sold more than 27 million units and has been identified as the most indestructible passenger vehicle on the planet by some guys who would know. Now, the Hilux evolves into its 9th generation, a critical step that sees it welcome in new capabilities and tech, including several electrified powertrain options.

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Category: Automotive, Transport

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Light is being used to successfully retune the brain’s faulty wiring

Gizmag news -

Optogenetics has long been a powerful experimental tool, but a growing body of research suggests it may now be approaching a point where it could reshape how neurological disorders are treated. Initial studies indicate that neural circuits can be adjusted with a level of precision that could be clinically meaningful for conditions such as chronic pain and epilepsy.

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Category: Medical Devices, Medical Innovations, Body and Mind

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