X2 Elite Extreme vs M4 Pro vs AMD Ryzen 9 9950X vs M3 Pro vs Snapdragon X Elite X1E-00-1DE vs Snapdragon 358H Review

The high-performance CPU landscape in 2025 is more fragmented — and more interesting — than it's been in years. ARM-based chips from Apple and Qualcomm are challenging x86 incumbents like AMD's Ryzen 9 9950X, and the benchmarks tell a genuinely surprising story. This comparison breaks down six processors: the Qualcomm Snapdragon X2 Elite Extreme (X2-94), Apple M4 Pro, AMD Ryzen 9 9950X, Apple M3 Pro, Snapdragon X Elite X1E-00-1DE, and Snapdragon 358H — covering single-core muscle, real-world performance, platform trade-offs, and who should buy what.

The Benchmark That Matters Most

A SPECInt 2017 score measured in a WSL2 environment on the ASUS Zenbook A16 (reported by benchmark researcher David Huang on Reddit's r/hardware) gives us the clearest single-core snapshot available:

Processor	SPECInt 2017 (P-core)	Approx. Price	Platform
Apple M4 Pro	13.7	Part of MacBook Pro	macOS
Qualcomm X2-94 (X2 Elite Extreme)	13.0	Part of Copilot+ PCs	Windows (ARM)
AMD Ryzen 9 9950X	12.6	~$519	Windows / Linux (x86)
Apple M3 Pro	11.8	~$1,460 (MacBook Pro)	macOS
Snapdragon X Elite (X1E-00-1DE)	10.6	Part of Copilot+ PCs	Windows (ARM)
Snapdragon 358H	10.0	Part of mobile/laptop devices	Windows (ARM)

The numbers are clear: Apple still leads single-core, but Qualcomm's X2-94 is genuinely close. AMD's 9950X holds its own as the best x86 option in the group, despite running hotter and drawing more power than any ARM chip here.

Apple M4 Pro — The Single-Core King

Strengths

At 13.7 on SPECInt 2017, the M4 Pro sits at the top of this comparison. Apple's unified memory architecture means the CPU and GPU share a fast memory pool — this is particularly impactful for creative workflows (video editing, 3D, ML inference) that shuttle data between the two constantly. The efficiency-per-watt advantage is well-established: MacBook Pro users routinely report all-day battery life under real workloads, something no x86 machine in this class can match.

Weaknesses

You can't buy an M4 Pro chip — you buy a Mac. That means Apple's ecosystem lock-in, premium pricing, and no upgrade path. If your work depends on Windows-native software, specific x86 virtualization needs, or a discrete GPU for gaming, the M4 Pro platform has hard limits that no benchmark score can paper over.

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

Strengths

This is the most interesting chip in the comparison for Windows users. A SPECInt score of 13.0 means Qualcomm has essentially closed the gap on Apple at single-core — remarkable for a Windows ARM chip that runs on devices like the ASUS Zenbook A16. You get the thin-and-light form factor, strong efficiency, and Copilot+ AI features, but with the flexibility of Windows.

Weaknesses

Windows on ARM still has compatibility friction. Not every x86 application runs perfectly under emulation, and some specialized software simply doesn't have native ARM64 builds yet. The X2-94 is also only available in select premium ultrabooks — you're not getting broad device choice at launch. And while the single-core score is impressive, multi-threaded workloads and GPU-bound tasks depend heavily on the specific device implementation.

AMD Ryzen 9 9950X — The x86 Powerhouse

Strengths

At $519 as a standalone processor, the 9950X is the only chip here you can actually drop into a desktop build. It scores 12.6 on SPECInt — best x86 result in this group — and its multi-threaded performance in a full desktop platform (paired with a discrete GPU, fast DDR5, and adequate cooling) can exceed what any laptop chip in this comparison can deliver in sustained workloads. For creators, engineers, or enthusiasts building a workstation, this is still the most versatile foundation.

Weaknesses

Power consumption and thermals are real. The 9950X is a high-TDP desktop chip — it needs a good cooler and a capable motherboard. You're looking at total system costs well above the chip price alone. And in pure single-core efficiency, it trails both Apple's M4 Pro and Qualcomm's X2-94 while consuming significantly more power to get there.

Apple M3 Pro — Still Capable, But Showing Its Age

Strengths

The M3 Pro at 11.8 is still a very fast chip — faster than both Snapdragon options here — and at around $1,460 for the MacBook Pro 16-inch configuration, it represents a meaningful price drop compared to M4 Pro models. If you're buying a MacBook today and the price difference is significant, the M3 Pro remains a legitimate option for most creative and productivity workflows.

Weaknesses

It's a generation behind, and the gap to M4 Pro is real enough that buyers who are planning to keep their machine for 3-5 years should think carefully. The M4 Pro scores 16% higher on SPECInt. That's not trivial at this price tier, especially when M4 Pro MacBook Pro pricing has been adjusted downward.

Snapdragon X Elite (X1E-00-1DE) and Snapdragon 358H — The Budget ARM Tier

The original Snapdragon X Elite scores 10.6 and the 358H sits at 10.0 — both meaningfully below the top tier. These are still fast chips, and in thin, affordable Windows ARM devices they deliver excellent battery life and capable everyday performance. But against the X2-94, M4 Pro, and even the 9950X, they're in a different league. They make sense in budget Copilot+ laptops where the asking price reflects the chip's position.

The Verdict: Match the Chip to Your World

There's no universal winner here — and anyone telling you otherwise is selling something.

• Buy M4 Pro if you live in the Apple ecosystem, prioritize efficiency and battery life, and your software runs natively on macOS.
• Buy Qualcomm X2-94 if you want the best Windows ARM experience today — the performance is genuinely competitive and the platform is maturing fast.
• Buy AMD Ryzen 9 9950X if you're building a desktop workstation and need maximum multi-threaded performance, full x86 software compatibility, and a discrete GPU.
• Consider M3 Pro if you want a MacBook and the M4 Pro price is a stretch — it's still a fast, capable machine.
• The Snapdragon X Elite and 358H are solid mid-tier ARM options for budget-conscious Windows buyers, but don't expect flagship performance.

Frequently Asked Questions

Q: Is the Qualcomm X2-94 actually faster than Apple's M4 Pro?

A: In single-core SPECInt 2017 (measured in a WSL2 environment), the X2-94 scores 13.0 versus the M4 Pro's 13.7 — so Apple still leads, but the gap is narrower than it's ever been. Real-world results vary by workload and software optimization.

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

A: For desktop workstation builds with a discrete GPU, yes — it's the only chip here you can buy standalone, pair with your own hardware, and upgrade around. For laptop users or those prioritizing efficiency, ARM chips are now genuinely competitive.

Q: Should I buy a MacBook Pro with M3 Pro or wait for M4 Pro?

A: If budget is tight, the M3 Pro MacBook Pro at ~$1,460 is still a strong machine. But the M4 Pro's 16% single-core advantage is meaningful over a multi-year ownership period, and M4 Pro pricing has come down — check current deals before committing.

Q: Are Snapdragon X Elite laptops reliable for daily Windows use?

A: For mainstream productivity tasks, yes. App compatibility has improved significantly. Power users relying on niche x86 software or virtualization may still hit friction — check your specific applications before buying.

Q: Which CPU is best for video editing and creative work?

A: The M4 Pro leads for macOS-native creative apps (Final Cut, Logic, DaVinci with Metal) due to its unified memory and media engine. For Windows-based creative workflows on a desktop, the 9950X paired with a discrete GPU is the most capable and flexible option.