AMD Snapdragon X2 Elite vs Apple M4 Pro vs AMD Ryzen 9 9950X vs Apple M3 Pro vs Snapdragon X Elite Max+ 395 vs Snapdragon 358H Review

Six chips. Wildly different philosophies. One question: which processor actually deserves a place in your next machine?

We're comparing the Qualcomm Snapdragon X2 Elite (X2-94), Apple M4 Pro, AMD Ryzen 9 9950X, Apple M3 Pro, the AMD Ryzen AI Max+ 395 inside the GMKtec EVO-X2 mini PC, and the Intel-based Snapdragon 358H. The benchmarks tell a fascinating story — and the winner depends almost entirely on what you're trying to do.

Qualcomm Snapdragon X2 Elite (X2-94)

The AI Powerhouse with a GPU Problem

The X2-94 is Qualcomm's most ambitious laptop chip yet, and in one area it genuinely leads the pack: AI performance. According to normalized benchmark data, the Snapdragon X2 Elite Extreme scores 100% in AI tasks — the highest of any chip in this comparison. Single-core performance is also strong at 94%, and SPECInt2017 puts its P-core score at 13.0, placing it right behind the M4 Pro's 13.7.

That's genuinely impressive. For productivity workflows, light creative work, and AI-accelerated tasks on Windows, this chip punches hard.

Where It Falls Short

Here's the rub: the GPU numbers are embarrassing for a 2025 flagship chip. Solar Bay sits at just 33% and Wild Life Extreme at 30% — both dramatically behind the M4 Pro and even the Ryzen AI Max+ 395. As one Reddit commenter bluntly put it, "QComm needing an X2 Extreme SKU to match a base M5 GPU isn't very promising." If you game or do GPU-heavy creative work, this chip will leave you frustrated.

Multi-core performance at 80% is solid but not dominant, and there's no battery data published yet for real-world laptop use.

Apple M4 Pro

The Balanced Champion

The M4 Pro earns its top SPECInt2017 score of 13.7 — the highest single-core integer performance in this entire lineup. Combined with 97% multi-core and 100% battery score in normalized testing, this is the chip that makes other silicon engineers nervous. Apple's philosophy of scaling up a mobile architecture rather than scaling down a server chip pays off here in every measurable way.

For MacBook Pro users doing video editing, software development, music production, or even running machine learning workloads locally, the M4 Pro is ruthlessly efficient. It delivers near-desktop performance while sipping power — a combination that competitors are still struggling to match.

The Obvious Caveat

It runs macOS. If your workflow is Windows-dependent, the M4 Pro is simply not an option. And Apple's unified memory architecture, while elegant, means upgrading RAM later is impossible — you pay upfront for what you get.

AMD Ryzen 9 9950X

Desktop Dominance, Thermal Reality

At $519, the Ryzen 9 9950X is the only traditional desktop CPU in this comparison, and it needs to be judged differently. With a SPECInt2017 score of 12.6, it trails the M4 Pro and X2-94 in single-core but beats both the M3 Pro and the ARM-based mobile chips in raw multi-threaded workloads when power limits are removed.

For content creators, 3D renderers, and developers who want maximum performance in a desktop tower and don't care about battery life because there is none — the 9950X delivers. It's also the most upgradeable option here by a significant margin. You can pair it with as much DDR5 RAM as your motherboard supports, swap in any GPU, and build the system you actually want.

Efficiency Is Not Its Story

This chip will draw serious wattage under load. The efficiency-per-watt story that Apple and Qualcomm tell simply doesn't apply here. The 9950X is a performance-first chip for a desktop context — and it shouldn't be compared directly to a laptop SoC on those terms.

Apple M3 Pro

Last Year's Excellence, Today's Value

The M3 Pro scores 11.8 on SPECInt2017 — lower than every other chip here except the Intel 358H — but calling it slow would be misleading. It's still a remarkably capable chip for everyday professional work, and in real-world tasks like Final Cut Pro exports or Xcode builds, the gap between M3 Pro and M4 Pro is narrower than the numbers suggest.

Where the M3 Pro makes sense: if you're buying a MacBook Pro and the M4 Pro model is significantly out of budget, the M3 Pro still runs rings around most Windows laptops for creative and coding work. It's the smart buyer's Apple chip right now, especially as prices drop with M4 Pro's availability.

Harder to Recommend at Full Price

At the same price as an M4 Pro machine, the M3 Pro loses its case quickly. The generational jump in AI performance and single-core speed is real enough that stretching to M4 Pro makes sense for most buyers who are buying new.

AMD Ryzen AI Max+ 395 (GMKtec EVO-X2)

The Wild Card — Mini PC, Giant Ambition

The GMKtec EVO-X2 packages the Ryzen AI Max+ 395 with 128GB of LPDDR5X at 8000MHz, a 2TB PCIe 4.0 SSD, WiFi 7, USB4, and triple-screen 8K display support — all in a mini PC form factor, all for $2,999. That's a bold package.

The Max+ 395 benchmarks at 68% single-core and 63% multi-core normalized, with Solar Bay GPU at 61% — meaningfully ahead of the Snapdragon X2's GPU numbers. The integrated Radeon 890M graphics are genuinely capable for light gaming and GPU compute, making this the most interesting option for someone who wants a compact Windows machine with real graphics muscle.

$2,999 Is a Big Ask

The AI performance score is a stark 20% — dead last in this comparison by a wide margin. And while 128GB of unified memory sounds extraordinary, the CPU performance per watt trails Apple silicon significantly. Battery data shows just 52% normalized — the lowest of any mobile chip here. If you're running this on battery, it's not a pleasant experience.

For the right buyer — someone who needs a tiny desktop replacement with Windows flexibility, lots of memory for large AI model inference locally, and doesn't need cutting-edge NPU performance — this is genuinely interesting. For most people, $2,999 is hard to justify.

Snapdragon 358H (Intel Panther Lake)

Intel's Competitive Answer

The 358H shows Intel hasn't given up. Single-core at 68%, multi-core at 58%, and a surprisingly strong 71% battery score — better than the Ryzen AI Max+ 395 in laptop form. GPU performance is interesting: the X7 358H actually outperforms the higher-spec X9 388H on GPU tests by roughly 10%, which has left reviewers puzzled.

This is a reasonable chip for mainstream Windows laptop buyers who want good battery life and don't need AI or heavy GPU tasks. It won't win any benchmark trophies, but it's a competent, power-efficient chip that runs the software you need.

The Problem Is the Context

In this specific comparison, the 358H lands at the bottom of SPECInt2017 with a score of 10 — trailing every other chip. For professional or performance-oriented buyers, it's hard to make a case here. The community reaction has been blunt: "becoming a bit of a bloodbath for x86."

Side-by-Side Comparison

Chip	SPECInt2017	AI Score	GPU (normalized)	Battery	Platform
Apple M4 Pro	13.7	65%	66% Solar Bay	100%	macOS
Snapdragon X2-94	13.0	100%	33% Solar Bay	N/A	Windows
AMD Ryzen 9 9950X	12.6	—	Discrete GPU	Desktop	Windows
Apple M3 Pro	11.8	65%	Competitive	Strong	macOS
Ryzen AI Max+ 395 (GMKtec)	~10.6	20%	61% Solar Bay	52%	Windows / $2,999
Snapdragon 358H	10.0	62%	43% Solar Bay	71%	Windows

Final Verdict: Who Should Buy What

Buy the Apple M4 Pro if you work in the Apple ecosystem and want the best all-around laptop chip available right now. It leads in single-core, battery life, and overall efficiency. Simple as that.

Buy the Snapdragon X2-94 laptop if you're a Windows power user who heavily uses AI-accelerated apps and can live without strong GPU performance. The AI lead is real and significant — just don't expect to game on it.

Buy the Ryzen 9 9950X if you're building a desktop and want maximum upgradeable performance at a fair price. At $519 for a desktop chip, you're getting strong multi-threaded performance with full platform flexibility.

Consider the Apple M3 Pro if you find it at a discounted price on a MacBook Pro. Still excellent — just don't pay full M4 Pro prices for it.

The GMKtec EVO-X2 with Max+ 395 is for a very specific buyer: someone who wants a tiny Windows box with massive memory for local AI model work, has $2,999 to spend, and understands the GPU is the strongest part of this chip. Otherwise, the price is genuinely hard to justify.

The 358H is fine for mainstream Windows laptops, but in this company, it struggles to make a case for anyone who cares about performance.

Frequently Asked Questions

Q: Which chip has the best single-core performance in 2025?

A: The Apple M4 Pro leads with a SPECInt2017 score of 13.7, followed closely by the Snapdragon X2-94 at 13.0. Both are significantly ahead of x86 and other ARM competitors in single-threaded workloads.

Q: Is the Snapdragon X2 Elite good for gaming?

A: Not particularly. Integrated GPU benchmarks place it at just 33% Solar Bay normalized — well behind the Apple M4 Pro at 66% and the Ryzen AI Max+ 395 at 61%. For GPU-heavy gaming, it's one of the weaker options in this lineup despite leading in CPU and AI tasks.

Q: How does the Ryzen 9 9950X compare to Apple M4 Pro?

A: The 9950X scores 12.6 on SPECInt2017 vs the M4 Pro's 13.7 — but it's a desktop chip with discrete GPU support, so direct comparison is limited. The 9950X wins on upgradeability and raw multi-threaded throughput when power-unconstrained; the M4 Pro dominates on efficiency and battery life.

Q: Is the GMKtec EVO-X2 worth $2,999?

A: For most buyers, no. The Ryzen AI Max+ 395 inside offers strong iGPU performance and massive memory bandwidth, but trails significantly in AI tasks (just 20% normalized) and CPU performance compared to top competitors. It's a niche product for users who specifically need a compact Windows desktop with 128GB of unified-style memory.

Q: Should I buy M3 Pro or M4 Pro?

A: If the price difference is significant, M3 Pro remains excellent for everyday professional work. But the M4 Pro's generational gains in single-core speed, AI performance, and battery efficiency make it the clear recommendation for anyone buying new at similar price points.

— Tech Lead Editor 1, CPrice