ROG Ally X: Zen 5 Performance Tested - Should Asus Have Upgraded?

We tested the new ROG Ally X with a Zen 5 processor and discovered some surprising results.

The ROG Ally X: Great, But Could Zen 5 Have Made It Even Better?

The Asus ROG Ally X is out, and it's a powerhouse! It's easily the best Windows gaming handheld on the market right now. But despite its amazing features, it still uses the tried-and-true Zen 4-based Ryzen Z1 Extreme processor. We all know the new Zen 5 chips are out there, so what would happen if the Ally X got a Zen 5 upgrade?

The ROG Ally X: Great, But Could Zen 5 Have Made It Even Better?

Let's get this out of the way: the Ally X is fantastic. It's a huge step up from the original Ally, with improved ergonomics, better battery life, and a ton of awesome features. But it's not a huge leap forward in terms of raw gaming performance. It runs the same Ryzen Z1 Extreme (Zen 4) and Radeon 780M combo found in the original Ally, just with slightly faster memory and some tweaks to its power limits.

Zen 5: The Performance Boost

So, back to Zen 5. We wanted to see how much of a difference it would make, and to do that, we tested the Ally X against a brand-new Asus ProArt P16 laptop with a Zen 5 Ryzen AI 9 HX 370 and Radeon 890M.

Benchmark Tests

To see the potential of Zen 5, we started with some benchmark tests. We ran 3DMark's Time Spy and Steel Nomad Light at various power levels (17 watts, 25 watts, and 30 watts) to simulate the Ally X's performance modes.

Benchmark Ryzen Z1 Extreme/Radeon 780M Ryzen AI 9 HX 370/Radeon 890M Performance Increase
Steel Nomad Light 17W: 2,168 points, 25W: 2,601 points, 30W: 2,753 points 17W: 2,757 points, 25W: 3,175 points, 30W: 3,283 points 27%: 22% : 19%
Time Spy Graphics 17W: 2,427 points, 25W: 2,857 points, 30W: 2,987 points 17W: 2,838 points, 25W: 3,222 points, 30W: 3,300 points 17%: 13% : 10%

These benchmark results show a clear advantage for Zen 5, even at lower power levels.

Real-World Gaming Tests

Then we moved on to actual gaming tests, running a variety of titles at 1080p/high settings. Again, we tested at 17 watts, 25 watts, and 30 watts to mimic the Ally X's performance modes.

Game (1080p/High Settings) Ryzen Z1 Extreme/Radeon 780M Ryzen AI 9 HX 370/Radeon 890M Performance Increase
Far Cry 5 17W: 36 FPS, 25W: 44 FPS, 30W: 45 FPS 17W: 42 FPS, 25W: 51 FPS, 30W: 53 FPS 17%: 16% : 18%
Witcher 3 17W: 39 FPS, 25W: 45 FPS, 30W: 47 FPS 17W: 43 FPS, 25W: 51 FPS, 30W: 54 FPS 10%: 13% : 15%
GTA V 17W: 57 FPS, 25W: 65 FPS, 30W: 67 FPS 17W: 64 FPS, 25W: 75 FPS, 30W: 77 FPS 12%: 15% : 15%
Cyberpunk 2077 17W: 19.8 FPS, 25W: 24.5 FPS, 30W: 25.6 FPS 17W: 24.9 FPS, 25W: 28.4 FPS, 30W: 29.7 FPS 26%: 16% : 16%
CoD MW3 17W: 26 FPS, 25W: 33 FPS, 30W: 35 FPS 17W: 33 FPS, 25W: 38 FPS, 30W: 45 FPS 27%: 15% : 29%
CoD MW3 (FSR) 17W: 41 FPS, 25W: 51 FPS, 30W: 54 FPS 17W: 54 FPS, 25W: 60 FPS, 30W: 65 FPS 32%: 18% : 20%

Why Asus Didn't Go Zen 5 (Yet)

It might seem like a no-brainer to put Zen 5 in the Ally X, right? More power, more fun! But the reality is a little more complex.

  • Power Efficiency: Zen 5 is still a new technology, and it hasn't reached the level of power efficiency seen in the Ryzen Z1 Extreme. So, while it offers a performance boost, it would likely drain the battery faster, potentially requiring a significant compromise in battery life for the Ally X.
  • Price: The Ally X is already a premium device. Adding a Zen 5 chip would bump up the price even more, making it less attractive to gamers on a budget.

The Ally X is Still the Best

For now, the Ally X is the perfect balance of performance, battery life, and price. But Zen 5 is a powerful technology, and it's only going to get better. It's likely that future versions of the Ally, or other gaming handhelds, will eventually adopt this new chip.

It'll be interesting to see how the future unfolds!

About the author

mgtid
Owner of Technetbook | 10+ Years of Expertise in Technology | Seasoned Writer, Designer, and Programmer | Specialist in In-Depth Tech Reviews and Industry Insights | Passionate about Driving Innovation and Educating the Tech Community Technetbook

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