In photography, something that rarely gets enough attention is the importance of organization. There are a few layers to it: organizing your camera equipment, organizing the photos on your computer, even organizing your priorities and mindset. And in all these cases, having a messy system will lead to missed opportunities as a photographer.

Ricoh GR cameras have long been celebrated as elite street photography tools, with the latest Ricoh GR III and GR IIIx considered the finest of the bunch. Now both are available with the HDF designation indicating they feature a built-in Highlight Diffusion Filter that can be summoned with a single button press. Here’s an image gallery that examines the HDF feature in detail.

Shutterbug’s Ron Leach reviewed the Ricoh GR IIIx on these page recently, so other than the Highlight Diffusion Filter feature, we don’t evaluate other aspects of these cameras in this story. For a deep-dive assessment of the Ricoh GR IIIx, read Ron’s review here. 

The Ricoh GR IIIx HDF and its sister the GR III HDF are identical except the GR III (without the “x” in its name) is equipped with a 28mm f/2.8  lens while the GR IIIx sports a 40mm f/2.8 (equivalent). Note that non-HDF models have a built-in ND (Neutral Density) filter instead of a Highlight Diffusion Filter.

Highlight Diffusion Filter Effects
In Ricoh’s words, the HDF feature “…diffuses highlights for softer light, creating more expressive images with a sense of depth and emotion.” We agree with that appraisal, but the effect is much more complex than that. As you can see in the following images, detail in the midtones and shadow areas is quite sharp. In other words, the effect is not the same as using a soft-focus filter which blurs the entire scene uniformly. Furthermore, the distance from the camera to the subject plays a significant role. When the light source is far away, the highlights become more diffused.

Do You Need HDF?
The answer of course is “maybe.” It’s a cool feature and does create a unique element in compatible images. It comes at the cost of the built-in ND filter,  which likewise may or may not be important to you. In my world, HDF is more useful than ND. Your world may be different. Review the images that follow and decide for yourself.

Pricing & Availability
The Ricoh GR III HDF and Ricoh GR IIIx HDF are available at the MSRPs of $1,069.95 and $1,149.95 respectively. The new models can be ordered directly from Ricoh or purchased from  Ricoh Imaging Authorized Retailers. Click here to find a Ricoh Dealer in your area.

To review and buy other Ricoh products, including printers, portable monitors, scanners and projectors, visit the Ricoh Store on Amazon.

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One surprising aspect of wildlife photography has always interested me, just as much as capturing the animal itself: telling the story of the natural environment in which the animal lives. I would call it the “Animalscape,” and I see it as a powerful tool in the visual toolbox.

We recently featured an eye-opening tutorial from photographer Fil Nenna who demonstrates a quick-and-foolproof test for determining the sharpest f/stop of every lens you own. He’s back again today, this time with an easy camera-sensor test that he refers to a “compulsory.”

While online charts and graphs can sometimes be useful, Nenna says, “Nothing will help you understand your camera’s sensor and its tolerance to ISO settings as much as this simple test.” In fact, he insists that with this knowledge in your back pocket, the photos you capture will always be as clean and noise-free as possible.

So forget about all the spec sheets and devote the next four minutes to learning how to find out for yourself. Then the quality of every image you capture will be better than ever from now on. Noise isn’t necessarily a bad thing until it become a major distraction, and the threshold for that is for you to decide.

The setup for this test is super simple, you just need a well-lit subject like the guitar in Nenna’s example. Be sure to set the camera to Manual focus so that you don’t accidently shift focus during the test. ISO settings will be the main variable, so you’ll want to fix the f/stop to a single value that doesn’t change during the experiment. Nenna recommends a few stops beyond maximum aperture.

You’ll be testing ISO settings In one-stop intervals from 100 to the maximum, which is ISO 51,200 on Nenna’s camera. He explains that “we’ll compensate for ISO changes using shutter speeds in one-stop intervals. That way the resulting exposure will be identical every time.”

Nenna pulls up the various images he captured so that you can pixel peep at the results delivered by various ISO settings. But here’s the surprise, “My assumption was that ISO 100 would result in the cleanest image and everything else would be a compromise. But now that I’ve done the test, I see that’s clearly not the case.”

In fact, his images all appear sharp and clean through ISO 1,600 and it’s only at IS0 3,200 that noise starts to take over and mask all the tiny details. Of course, Nenna is using a high-end camera, and lesser models will have different limits, but the same principle still apply.

So watch how Nenna conducts this very important test, and then pull out a camera and give it a try. We bet that you’ll be very glad you did. Be sure to check out his interesting YouTube channel where you’ll find instructional videos that differ from others you’ve seen.

And don’t forget to watch the equally important tutorial mentioned above, so you’ll know the best aperture setting on every lens you own. Once again, you may be very surprised by the results.