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

Choosing a high-performance chip in 2025 is genuinely complicated. The lines between mobile-efficiency and desktop-class power have blurred, ARM has crashed the x86 party, and Apple keeps quietly raising the bar while everyone scrambles to catch up. This comparison puts five of today's most talked-about processors head-to-head: Qualcomm's new Snapdragon X2 Elite Extreme (X2-94), Apple's M4 Pro and M3 Pro, AMD's Ryzen 9 9950X, and the Snapdragon X Elite Max+ 395.

The benchmark that started the conversation: SPECInt 2017 scores from community testing on platforms like the ASUS Zenbook A16 (WSL2 environment). Here's how they stack up:

Chip	SPECInt 2017	Architecture	Best For	Price (chip/device)
Apple M4 Pro	13.7	ARM (Apple Silicon)	Mac professionals	MacBook Pro pricing
Snapdragon X2-94	13.0	ARM (Qualcomm)	Windows ARM ultrabooks	Premium laptop range
AMD Ryzen 9 9950X	12.6	x86 (AMD)	Desktop workstations	$519.00
Apple M3 Pro	11.8	ARM (Apple Silicon)	Previous-gen Mac pros	MacBook Pro (older)
Snapdragon X Elite Max+ 395	10.6	ARM (Qualcomm)	Mid-range Windows ARM	Mid-range laptops

Apple M4 Pro — Still the Single-Core King

Strengths

A SPECInt 2017 score of 13.7 puts the M4 Pro at the top of this field — and not by a small margin over its nearest competitor. Apple's architecture continues to deliver exceptional single-core throughput, which matters enormously for real-world tasks like video encoding, compiling, and responsive app performance. The unified memory architecture means the GPU and CPU share a fast pool of memory, a genuine advantage for creative professionals running Final Cut, Logic Pro, or machine learning workflows. It runs cool, it runs quiet, and it does all of this in a thin laptop chassis without a desktop power budget.

Weaknesses

You're locked into macOS. For anyone with Windows-dependent workflows — enterprise software, specific games, certain engineering tools — the M4 Pro simply isn't an option regardless of performance. There's no upgrade path, no discrete GPU option in MacBook form, and the premium pricing of Apple's hardware ecosystem is a real barrier. If you already own M3 Pro hardware, the generational jump (13.7 vs 11.8) is meaningful but probably not "replace your laptop" meaningful unless you're pushing it daily.

Qualcomm Snapdragon X2 Elite Extreme (X2-94) — The Windows ARM Breakthrough

Strengths

A score of 13.0 on SPECInt 2017 is genuinely impressive for a Windows ARM chip — and it signals that Qualcomm has closed the gap with Apple to a degree that would have seemed impossible two years ago. The X2-94 is showing up in premium Windows ultrabooks, bringing laptop-class efficiency to machines that can run the full Windows ecosystem. For users who need Windows compatibility but also want ARM efficiency and battery longevity, this is the most compelling option that has ever existed in that category.

Weaknesses

Windows ARM compatibility is still a real-world friction point. x86 emulation performance takes a hit for non-native applications, and while the situation has improved, heavy users of legacy software will still hit walls. The testing environment here — WSL2 on an ASUS Zenbook A16 — is a synthetic benchmark, not a daily workflow. How that 13.0 score translates to Photoshop, DaVinci Resolve, or games through emulation is a more complicated story. It's close to the M4 Pro on paper; in practice, software optimization still favors Apple's ecosystem.

AMD Ryzen 9 9950X — The Desktop Monster

Strengths

At $519, the Ryzen 9 9950X is the only chip in this list you can actually buy standalone and drop into a desktop build. A SPECInt score of 12.6 is genuinely competitive with the best ARM chips — running full native x86 applications with zero compatibility headaches. You get discrete GPU support, full upgrade flexibility, overclocking headroom, and access to the entire Windows and Linux software ecosystem without any emulation layer. For workstation builders, content creators, or developers who want raw horsepower in a tower, the 9950X remains a serious machine.

Weaknesses

Power consumption is the 9950X's Achilles heel in this comparison. The ARM chips above it achieve comparable single-core scores at a fraction of the wattage, in fanless or near-fanless chassis. The 9950X needs a proper cooler, a full ATX or mATX build, and draws significantly more from the wall. It also scores lower than both the X2-94 and M4 Pro on SPECInt, which matters when you're justifying desktop-class complexity against the convenience of a thin-and-light ARM laptop.

Apple M3 Pro — Still Capable, But Getting Long in the Tooth

Strengths

An 11.8 SPECInt score is still strong by any historical standard, and for the majority of creative or professional users, the M3 Pro remains more than capable. If you bought a MacBook Pro with an M3 Pro and you're happy with it, you don't need to feel bad — it's still a fast machine. And as older M3 Pro devices come down in price, they represent genuine value for users entering the Apple ecosystem for the first time.

Weaknesses

The gap between M3 Pro (11.8) and M4 Pro (13.7) is roughly 16% on SPECInt — meaningful for professionals who push their hardware. More importantly, the X2-94 now outscores the M3 Pro on this benchmark, which is a symbolic milestone for Qualcomm. If you're buying new today, there's little reason to choose M3 Pro over M4 Pro unless the price difference is significant.

Snapdragon X Elite Max+ 395 — Solid Mid-Range, Not a Flagship

Strengths

The X Elite Max+ 395 at 10.6 SPECInt is a respectable result for a mid-range Windows ARM chip. It brings the Snapdragon ecosystem's battery efficiency and ARM-native benefits to a more accessible price tier than the X2-94. For everyday productivity — web browsing, Office apps, light development, video calls — it delivers a smooth, efficient experience with excellent battery life.

Weaknesses

It trails the X2-94 by a substantial 23% on SPECInt, and trails even the 9950X. For anything compute-heavy, the performance gap is real and will be felt. The same x86 compatibility caveats apply as with all Snapdragon Windows chips. At the price points where this chip typically appears, it's a reasonable choice — but buyers hoping for near-Apple-level performance will be disappointed.

The Verdict: Who Should Buy What

The M4 Pro wins the benchmark crown in this group, and if you live in the Apple ecosystem, it's the easy recommendation — the single-core lead is real and the software optimization advantage over Windows ARM is still tangible in daily use.

The X2-94 is the most exciting chip here from a market perspective. Qualcomm has built something genuinely competitive with Apple Silicon for the first time, inside a Windows machine. If you need Windows and want the best ARM experience available, this is your chip. Just go in with eyes open about application compatibility.

The Ryzen 9 9950X at $519 is the pick for desktop builders who want x86 native performance, discrete GPU flexibility, and zero compatibility concerns. It's not the efficiency leader, but it's the most versatile and user-upgradeable option in this comparison by far.

The M3 Pro is still a good chip but hard to recommend as a new purchase when the M4 Pro exists. And the X Elite Max+ 395 is fine for light users, but anyone doing serious work should stretch to the X2-94 if budget allows.

Frequently Asked Questions

Q: How does the Snapdragon X2-94 compare to the Apple M4 Pro in real-world performance?

A: On SPECInt 2017, the M4 Pro scores 13.7 versus 13.0 for the X2-94 — a roughly 5% advantage for Apple. In practice, Apple's software optimization means the M4 Pro often feels faster in native Mac apps, while the X2-94's advantage is bringing near-Apple performance to the Windows ecosystem.

Q: Is the AMD Ryzen 9 9950X worth $519 versus ARM alternatives?

A: Yes, if you're building a desktop. You get full x86 native compatibility, discrete GPU support, overclocking headroom, and upgradeability that ARM laptop chips can't match. Its SPECInt of 12.6 is competitive, and the desktop platform advantages are significant for power users.

Q: Should I upgrade from M3 Pro to M4 Pro?

A: If you're already on M3 Pro, probably not unless you're maxing out your current machine regularly. The ~16% SPECInt gain is real but not dramatic enough to justify the cost of a new MacBook for most users. If buying new, always choose M4 Pro.

Q: Does the Snapdragon X Elite Max+ 395 support all Windows applications?

A: Most popular Windows apps have ARM64 native versions or run via x86 emulation, but compatibility is not universal. Heavy x86 legacy software, certain games, and specialized professional tools may run with reduced performance or not at all. Check your specific applications before committing.

Q: Which chip is best for battery life in a laptop?

A: Both Snapdragon chips and Apple Silicon are ARM-based and significantly more power-efficient than the Ryzen 9 9950X (which is a desktop chip). Between ARM options, Apple Silicon historically leads in efficiency, with the X2-94 and X Elite Max+ 395 trailing somewhat — but all three will deliver far better battery life than any x86 laptop processor.

— Tech Lead Editor 1, CPrice