If you shoot a lot of video on your phone, the Galaxy S26 Ultra just quietly got one of its most creator‑friendly upgrades yet: support for Samsung’s new Advanced Professional Video, or APV, codec. Think of it as Samsung’s answer to Apple’s ProRes — but built as an open, royalty‑free standard, and tuned specifically for the way creators actually shoot and edit today.

At a basic level, APV is still a codec — a way of compressing and decompressing video so you can store it on your phone and move it around without filling up your storage in minutes. The difference is in how it compresses. Traditional codecs on phones, like HEVC, are obsessed with keeping file sizes small and streams easy to play back, which is great for streaming and casual clips, but not so great once you drag those files into a proper editing timeline. To squeeze files down, they tend to throw away fine details and subtle texture information. After a couple of export rounds, you start to see the familiar mush: water splashes lose their crisp droplets, foliage becomes a noisy blob, and gradients band like crazy when you push a grade.

APV flips that priority. Samsung describes it as a “visually lossless” codec that preserves much more of the original scene data, even if you re‑encode it multiple times during a typical edit–export–re‑edit workflow. On Galaxy S26 Ultra, that means the tiny things that usually get sacrificed — the edges of water droplets in a slow‑mo shot, the texture in a wool jacket, the micro‑detail in a city nightscape — stay intact after rounds of trimming, color correction, and adding effects. It is designed to behave more like footage from a dedicated cinema camera when you take it into tools like DaVinci Resolve or Premiere Pro.

Crucially, APV doesn’t just preserve quality; it does so with surprisingly efficient storage use. Samsung’s own developer documentation pegs APV as roughly 10% more efficient than comparable codecs at the same objective visual quality, and in broader ecosystem tests, implementations of APV are often quoted as being around 20% more storage‑efficient than HEVC and even Apple’s ProRes equivalents in similar conditions. On Galaxy S26 Ultra, you can record up to 8K at 30 frames per second in APV and still use about 10% less storage versus other “pro” formats targeting similar fidelity. For creators who already juggle terabytes of footage, shaving that much off while keeping image integrity is a big deal.

Samsung’s approach with APV is also interesting because it’s not just a Galaxy‑only toy. The codec was developed in‑house, but it’s open and royalty‑free and has been proposed through standards bodies like the IETF, which makes it more appealing for the wider industry to adopt. Qualcomm built hardware support into its Snapdragon 8 Elite Gen 5 platform — the chip powering the Galaxy S26 Ultra — so APV can run efficiently at high resolutions and frame rates without melting your phone or killing your battery. Android itself added APV support from Android 16, and there’s a growing list of partners who have thrown their weight behind it, including Adobe, Blackmagic Design, Dolby, YouTube, and others. That means the clips you shoot on the S26 Ultra are far more likely to slot smoothly into existing pro workflows instead of living in a proprietary island.

On the phone side, this all surfaces in a surprisingly straightforward way. Inside the S26 Ultra’s camera settings, there’s now an APV section where you can choose between APV HDR and APV Log. HDR is what most people will gravitate to for punchy, high dynamic range footage that looks good out of the box but still holds up to edits. APV Log, on the other hand, is clearly aimed at serious shooters: it gives you a flatter, more neutral image that looks a bit dull on preview but carries more information in shadows and highlights. That extra latitude is exactly what you want if you’re planning to color grade or match multiple cameras in post.

Samsung then splits APV into two main “flavors”: APV 422 HQ and APV 422 LQ. Both operate in 4:2:2 chroma subsampling, which means far more color detail than the 4:2:0 formats most phones stick to, and that alone is a huge plus for skin tones, skies, and subtle gradients. HQ is the “no‑compromise” mode, where bitrates shoot up to pro‑camera territory — Samsung’s developer table shows APV 422 HQ at around 1.5 GB per minute for 1080p 30 fps, scaling all the way to multi‑gigabit streams at 4K and 8K. LQ, despite the name, is not “low quality” so much as “leaner”: it halves the bitrate in many resolutions while still benefiting from APV’s more intelligent compression, making it more practical when you don’t have endless storage.

That storage angle is why Samsung has baked in a very creator‑friendly option: recording APV directly to external USB storage. Plug in a fast SSD, flip the “Save to external storage” toggle in the camera settings, and the phone will write your APV files straight to that drive. For long shoots — interviews, events, behind‑the‑scenes — this is clutch. It means you can treat your phone a bit more like a cinema camera: shoot all day to an external drive, pop it off, and plug it directly into your editing rig without waiting for massive transfers or worrying if your internal 256GB is about to choke.

From a bigger‑picture perspective, APV on Galaxy S26 Ultra is Samsung trying to lock in the “creator phone” narrative on multiple fronts. On one side, you have the hardware: a Snapdragon 8 Elite Gen 5 chip with ISP and AI blocks designed to chew through 8K, advanced stabilization, and computational photography. On the other, you now have a codec that finally respects professional workflows: intra‑frame friendly, visually lossless, 10- to 12-bit capable in implementations, and designed for repeat encodes without falling apart. It slots neatly beside Galaxy AI features — think AI‑assisted editing, generative cleanup, or automated reframing — and makes sure the underlying footage can withstand those manipulations.

It’s also a clear shot at Apple’s long‑held lead with ProRes. APV aims to offer similar or better perceived quality at smaller file sizes and without the licensing baggage. In practice, the win for creators isn’t about spec sheets; it’s about flexibility. Record an 8K APV Log clip on your S26 Ultra, drop it into Resolve, and you’re working with material that responds predictably to curves, LUTs, noise reduction, and sharpening without turning into a noisy mess. If you’re shooting multi‑cam, the fact that APV is now supported across different vendors and platforms makes it more realistic to mix phone footage with mirrorless or cinema cameras and still get a cohesive final look.

Of course, APV won’t matter to everyone. If you’re filming quick Instagram Stories or everyday family clips, HEVC and standard MP4 are still easier to share and plenty good enough. APV shines when you’re the person who hauls an SSD, a gimbal, and a color‑checker to location — someone who will actually sit down later and scrub through frames at 200% looking for banding in the sky. For that crowd, Galaxy S26 Ultra just went from “great camera phone” to “legitimate B‑camera for paid work,” especially in scenarios where you value mobility and speed but don’t want to compromise too much on image science.

The most encouraging part is that APV is not a one‑off feature buried in a specs sheet. Because it’s standardized, royalty‑free, and backed by names that control the tools and platforms where your content ends up, it has a real chance of becoming a common language for high‑end mobile video. The S26 Ultra is just the first Galaxy phone to really lean into it. If you care about video, that alone makes this update more meaningful than yet another megapixel bump — it changes what your phone’s footage can be used for once you’re done hitting record.