Gopro hindsight full#
Now it’s using the full HyperSmooth 4.0 stack – Livestreaming has HyperSmooth now: Previously, there wasn’t any meaningful stabilization on livestreamed content. – Increased Low-Light Performance: GoPro says they reduced noise, primarily in 4K/30 and 4K/24, in low-light situations like at dusk or in a dark forest (though don’t expect much change in full night situations). The idea being that it’ll bring out more contrast and textures. – Added Local Tone Mapping to Video: Previously, GoPro did local tone mapping for their SuperPhoto mode, however, that’s now coming to video as well. – HyperSmooth 4.0 Added: This makes HyperSmooth available in more modes, but notably increases the tilt from 27° to 45° in Linear Horizon Leveling for certain framerates, such as 4K/60. Their previous GP1 chipset has been powering cameras for a few years now. – Changed to new GP2 Chipset: This is GoPro’s own internal silicon, or System On a Chip (SoC) for powering the graphics pipeline. For example, 5K/30FPS became 5K/60FPS, 4K/60FPS became 4K/120FPS, and 2.7K/120FPS became 2.7K/240FPS, and so on up/down the line – Doubled Frame Rates: Essentially for any given Hero 9 resolution you can double the frame rates on the Hero 10 (except up to 480FPS). Still, there’s plenty of good stuff in here, arguably especially for mountain bikers and others that want higher frame rates in SuperView.
Gopro hindsight upgrade#
The wired upgrade works from today with the updated GoPro app, and the new lens can also be purchased as well. And in fact, what I’d argue as two of the most practical upgrades, the wired offloading for content and the new hydrophobic lens, work with the Hero 9. The Hero 10 brings a slate of updates to it, though, most of them are more minor. If you found this review useful, consider hitting up some of the links at the bottom, or becoming a DCR Supporter.
I’ve already ordered a set of Hero 10’s for myself at regular retail prices. I’ve been using a media loaner device from GoPro, which as usual will go back to them.
From mountain biking the Alps to parasailing, running, swimming, and even atop an FPV drone – trying to understand where it works well, and where it has some quirks. I’ve been using the Hero 10 over the last month across a wide variety of activities. Fear not, there’s plenty of beginner discussion though in the ‘Basics’ section, both in the super-long Beginners Guide video, but also covering the newer features in the text of the review. Since most of the core features are the same as the Hero 9, I’ve instead focused much of the Video & Photo sections on a far more nuanced discussion of the differences compared to the past, as well as some insight into where GoPro is going down the road. Now for this review, I’ve done things a tiny bit different. GoPro says that like the GP1, they’ll be able to grow into the GP2 over the coming years, likely both for future camera versions (as GoPro has an annual release cycle), but also firmware updates for the Hero 10 too, including later this year. So while it worked, it was on the edge of what it could handle. GoPro says Hero 9 was basically at its limits with GP1 in terms of everything from stabilization to frame rates, and more we’ll talk about that’s less obvious. This is GoPro’s 2nd custom-designed silicon to run their cameras. These new frame rates are possible via the new GP2 chipset, or SoC (System on a Chip). But it also brought more practical changes like wired offloads to your phone (which are far faster), and a new hydrophobic lens coating to repel water droplets. From doubling of frame rates – now up to 120 frames per second in 4K, and 240 in 2.7K – to significantly improve the speed of the user interface, and even speeding up the simplest action of taking a photo.
GoPro’s newest camera, the Hero 10, is all about doubling the speed.
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