A17 Pro vs. the Competition: We Skipped the Benchmarks and Just Used the Phones

Every fall, Apple drops a new chip and the internet fills up with bar charts. The A17 Pro is faster. The numbers are bigger. You should upgrade. But here's the thing — most of us aren't running chip benchmark apps on our phones. We're playing games on the couch, editing a vacation video before a flight, or just trying to keep twenty tabs open without the whole thing grinding to a halt.

So we did something different. Instead of leading with Geekbench scores, we grabbed an iPhone 15 Pro (A17 Pro), an iPhone 14 Pro (A16 Bionic), a Samsung Galaxy S24 Ultra (Snapdragon 8 Gen 3), a Google Pixel 8 Pro (Google Tensor G3), and a standard iPhone 13 (A15 Bionic) — and we just used them. For weeks. The same tasks, the same apps, the same chaotic real-life conditions.

Here's what we actually found.

Gaming: The Gap Is Real, But Only at the Edges

For most mobile gaming — your Candy Crush, your Pokémon GO, your casual stuff — every phone on this list is more than capable. You won't notice a difference. But push into demanding titles like Genshin Impact at max settings or Call of Duty: Mobile with 120fps mode enabled, and things start to separate.

The A17 Pro handled sustained high-frame-rate gaming better than anything else in our lineup. After 30 minutes of Genshin Impact at max visual settings, the iPhone 15 Pro stayed smooth while the Pixel 8 Pro started dropping frames noticeably — Tensor G3 just isn't built for raw GPU muscle. The Galaxy S24 Ultra kept pace surprisingly well, with Snapdragon 8 Gen 3 proving it's no slouch. The iPhone 14 Pro? Honestly closer to the 15 Pro than we expected. If gaming is your primary reason to upgrade from a 14 Pro, pump the brakes.

The iPhone 13 was the clearest loser here. Frame drops, longer load screens, and occasional thermal throttling during extended sessions made it feel a generation behind in ways that were immediately obvious.

Video Editing: This Is Where the A17 Pro Earns Its Reputation

This is the category where Apple's chip advantage becomes genuinely hard to argue with. We edited the same two-minute 4K clip — color graded, with a few effects layered in — on each phone using their respective native editing tools.

The iPhone 15 Pro finished the export in about 38 seconds. The iPhone 14 Pro came in around 52 seconds. The Galaxy S24 Ultra took just over a minute. The Pixel 8 Pro clocked in at nearly 90 seconds, which felt like an eternity by comparison. The iPhone 13 took almost two and a half minutes and got noticeably warm to the touch.

If you shoot a lot of video — especially with ProRes or Cinematic Mode — and you're editing on your phone regularly, the A17 Pro's performance here is legitimately meaningful. This is the upgrade argument that holds up.

Multitasking and Everyday Speed: Honestly, It's Close Enough

Opening apps, switching between them, loading web pages, scrolling through Instagram — this is where the real-world story gets humbling for chip enthusiasts. Every phone we tested felt fast. Like, really fast. The differences between the A17 Pro and the A16 Bionic in day-to-day multitasking are almost imperceptible unless you're actively trying to find them.

The Snapdragon 8 Gen 3 in the Galaxy S24 Ultra is a genuine performer, and Samsung's RAM management has improved enough that heavy multitasking felt smooth and reliable. Google's Tensor G3 is more of a mixed bag — it's optimized for AI tasks and on-device processing, and it shows in things like voice transcription and photo processing, but pure speed in app switching isn't its strong suit.

For someone upgrading from an iPhone 13 or earlier, the everyday speed improvement is real and noticeable. For someone coming from a 14 Pro? You'll be hard-pressed to feel it during a normal Tuesday.

AI and On-Device Processing: The Quiet Battleground

Here's where it gets interesting in 2024. The A17 Pro's Neural Engine isn't just about raw speed — it's powering things like real-time autocorrect improvements, smarter photo organization, and faster computational photography. Google's Tensor G3 is actually competitive here, particularly with voice recognition and live translation features that feel genuinely ahead of the curve.

Samsung leans on Snapdragon's AI processing for Galaxy AI features, and they work well, though some of them still feel like demos rather than daily tools. Apple's approach is more baked-in and consistent, even if it's less flashy.

So When Does Upgrading Actually Make Sense?

Here's the honest breakdown:

Upgrade from iPhone 13 or older: Yes, do it. The performance difference is real across gaming, video, and everyday use. You'll feel it immediately.

Upgrade from iPhone 14 Pro: Harder to justify on performance alone. The A17 Pro is faster, but not in ways most people will encounter on a regular day. If you need the camera improvements or the titanium build, those might tip the scales — but the chip alone isn't a compelling reason.

Switch from Galaxy S24 Ultra or Pixel 8 Pro: Depends entirely on what you value. The A17 Pro wins on video export speed and sustained gaming performance. Snapdragon 8 Gen 3 is competitive in most other areas. Tensor G3 punches above its weight on AI tasks but trails in raw performance.

The A17 Pro is genuinely the fastest chip in a smartphone right now. But "fastest" and "noticeably faster for you" aren't always the same thing. Know what you actually do on your phone, and let that drive the decision — not the bar charts.