Skip to main content

Fujifilm’s GFX100 now offers whopping 400MP images after software update

 

Fujifilm’s medium-format GFX100 camera received rave reviews when it launched last year. It’s just a shame that it costs $10,000.

Recommended Videos

Anyone who has splurged on the device — or is perhaps planning to do so this holiday season — will be interested to know that a firmware update released by Fujifilm on Wednesday means the GFX100 is now capable of 400-megapixel images — a significant bump up from the 102-megapixel images that the device had been producing.

Please enable Javascript to view this content

So, how on earth does a simple firmware update allow this megapixel magic to occur?

The process involves the GFX100 taking a series of RAW images while using its in-body stabilization and pixel-shift multishot technology that moves the image sensor ever so slightly between shots. The resulting 16 images are then combined using Fujifilm’s new Pixel Shift Combiner software to create a 400-megapixel Digital Negative (DNG) RAW file that can then be manipulated using professional editing apps such as Capture One.

Of course, for most photographers, 102 megapixels is more than enough (way more!), so who would be interested in working with images containing almost four times that?

According to Fujifilm, its pixel-shift multishot function reproduces such fine detail and color accuracy that it makes the feature “the perfect choice for digital archiving and preserving works of art, cultural assets, and any other applications that require immense color fidelity and the reproduction of fine details.”

Fujifilm offers more information on its website about the technology behind the new feature, as well as some examples showing the kind of detail it can achieve.

Digital Trends’ hands-on review of the GFX100 found that the device captured incredible images “while offering a friendly user experience uncommon to medium format,” adding that it was “a dream camera.” In other words, it’s just the price that’s a bit of a nightmare.

Trevor Mogg
Contributing Editor
Not so many moons ago, Trevor moved from one tea-loving island nation that drives on the left (Britain) to another (Japan)…
Astronaut’s latest stunning photo has so much going on in it
Earth and space as seen from the space station.

NASA astronaut Don Pettit has been busy with his camera again. The crack photographer recently shared another stunning image, this one captured from the window of a Crew Dragon spacecraft docked at the International Space Station (ISS).

“One photo with: Milkyway, Zodical [sic] light, Starlink satellites as streaks, stars as pin points, atmosphere on edge showing OH emission as burned umber (my favorite Crayon color), soon to rise sun, and cities at night as streaks,” Pettit wrote in a post accompanying the photo.

Read more
We praised the GoPro HERO 13, and today it’s $100 off
A person holding the GoPro HERO13 Creator Edition in front of the ocean.

Whether you’re looking to capture footage on your weekly wilderness treks or you love grabbing video at the skate park in impromptu fashion, one of the best action cams for the job is the GoPro lineup. Long hailed as one of the best activity-oriented cameras the world over, we came across this fantastic GoPro offer while looking through Best Buy deals: 

Right now, when you purchase the GoPro HERO 13 Creator Edition through Amazon, Best Buy, or Walmart, you’ll only pay $500. The full MSRP on this model is $600. 

Read more
This rocket-launch photo is unlike any you’ve seen before
Blue Origin's New Glenn rocket visible as a streak of light from bottom right to top left.

Blue Origin launched its New Glenn heavy-lift rocket for the first time last week, and news sites and social media feeds were quick to share dramatic images of the 98-meter-tall rocket heading toward the heavens.

At the same time, NASA astronaut Don Pettit captured the launch in a long exposure from the International Space Station (ISS) some 250 miles above Earth. The result is a rocket-launch photo unlike any you’ve seen before:

Read more