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

Choosing a high-performance processor in 2025 means navigating a genuinely competitive landscape. For the first time in years, Intel, AMD, Qualcomm, and Apple are all fighting hard for the top spot — and the differences between them matter a lot depending on what you actually do with your machine. Let's cut through the marketing and look at what the benchmarks and real users actually say.

The Benchmark That Started the Conversation

A SPECInt2017 measurement posted to r/hardware by user David Huang (testing on the ASUS Zenbook A16) gives us a rare apples-to-apples single-core integer performance snapshot across all six chips in WSL2:

Processor	SPECInt2017 Score	Segment	Price (if available)
Apple M4 Pro	13.7	Laptop (Apple Silicon)	N/A (integrated)
Snapdragon X2 Elite Extreme (X2-94)	13.0	Laptop (ARM/Windows)	~$339
AMD Ryzen 9 9950X	12.6	Desktop	$519
Apple M3 Pro	11.8	Laptop (Apple Silicon)	$1,460 (MacBook Pro 16")
Snapdragon X Elite Max+ 395	10.6	Laptop (ARM/Windows)	N/A
Intel Core Ultra 9 358H	10.0	Laptop (x86)	$572

Single-core performance is only one piece of the puzzle, but it correlates strongly with real-world responsiveness in everyday tasks — UI snappiness, compiling code, web browsing, and most productivity workloads. So this table is genuinely useful as a starting point.

Apple M4 Pro — The Single-Core King

Strengths

At 13.7 on SPECInt2017, the M4 Pro sits at the top of this comparison. Apple's chip architecture continues to deliver the best per-core performance in a laptop processor, period. Combined with a unified memory architecture that eliminates the CPU-to-RAM bandwidth bottleneck, the M4 Pro is exceptional for video editing, audio production, ML inference, and any workload that benefits from low-latency memory access.

Battery efficiency is another key advantage. Apple Silicon laptops routinely deliver 15–20+ hours of real-world use, something no x86 or even Snapdragon competitor has matched consistently.

Weaknesses

The M4 Pro is locked into Apple's ecosystem. macOS means no native Windows gaming, limited GPU upgrade paths, and a closed hardware environment. For developers working in certain enterprise environments or gamers, this is a real constraint. And you're paying a premium — the M4 Pro isn't a standalone chip you can buy for your desktop build.

Best for: Creative professionals, developers on macOS, battery life obsessives.

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

Strengths

Scoring 13.0 on SPECInt2017, Qualcomm's X2-94 is remarkably close to the M4 Pro — and it runs Windows. This is a significant leap from the previous-gen X Elite Max+ 395, which scored only 10.6. For users who need Windows compatibility with near-Apple-level performance and efficiency, this is the most compelling option in the ARM/Windows space right now.

Qualcomm's chip also promises strong battery life compared to traditional x86 laptops, thanks to the ARM architecture. On laptops like the ASUS Zenbook A16, early testers report solid real-world efficiency.

Weaknesses

ARM on Windows still carries a compatibility caveat. Not all x86 software runs perfectly under emulation, and some apps — particularly older tools or games — may behave unexpectedly. The gap to the M4 Pro (13.7 vs. 13.0) is real, if narrow. And the X2-94 ecosystem is still maturing — driver support and software optimization aren't where Apple Silicon is after years of refinement.

Best for: Windows power users who want Apple-like efficiency without switching ecosystems.

AMD Ryzen 9 9950X — Desktop Power, Real Flexibility

Strengths

At 12.6 SPECInt2017, the 9950X trails the M4 Pro and X2-94 in single-core, but this is a desktop processor. It has 16 cores, full GPU flexibility (pair it with whatever discrete card you want), and sits in an open platform where you control the RAM, storage, and cooling. At $519, it's actually priced competitively compared to full laptop solutions. The SFF community has shown just how much you can do with AMD's AM5 platform — pairing the 9800X3D or 9950X with an RTX 5080 in under 3 liters is now a real, documented thing.

Weaknesses

Power consumption is the Achilles heel. The 9950X will pull significantly more wattage than any of the ARM options here, and it generates real heat. Battery life is irrelevant — this is a desktop chip. And while the per-core score is competitive, it doesn't beat the M4 Pro or X2-94 in single-threaded workloads.

Best for: Desktop builders who want maximum flexibility, upgradability, and gaming performance with a discrete GPU.

Apple M3 Pro — Still Great, But Outpaced

Strengths

The M3 Pro in the 16" MacBook Pro (currently $1,460) is still an excellent chip. At 11.8 SPECInt2017, it's faster than the Snapdragon 395 and Intel's 358H. macOS stability, build quality, and Apple's optimization story remain compelling. If you find this on sale or refurbished, the value proposition gets much better.

Weaknesses

At $1,460 new, you're paying M4 Pro prices for M3 Pro performance. The M4 Pro is a direct, meaningful upgrade — 16% better single-core performance is not trivial over a chip you'll keep for 3–5 years. Unless you're getting a significant discount, the M3 Pro is difficult to recommend as a new purchase when the M4 Pro exists.

Best for: Buyers who find it at a substantial discount; current M3 Pro owners should not feel compelled to upgrade.

Snapdragon X Elite Max+ 395 — Last-Gen ARM

Strengths

The 395 put Qualcomm's ARM/Windows ambitions on the map. It's still efficient and handles everyday productivity well. Devices built around this chip can be found at competitive prices.

Weaknesses

A SPECInt2017 score of 10.6 puts it behind every other chip in this comparison except the Intel 358H. With the X2-94 now available and scoring 23% higher, the 395 is effectively last-gen. Hard to justify unless the price is dramatically lower.

Best for: Budget-conscious buyers in the Snapdragon ecosystem; anyone else should look at the X2-94.

Intel Core Ultra 9 358H — The Familiar Option That Fell Behind

Strengths

The 358H is x86, runs every Windows application without any compatibility concerns, and sits in a mature ecosystem with broad driver and software support. At $572 (as a standalone chip), it's aimed at OEM laptop builds.

Weaknesses

A score of 10.0 puts it dead last in this comparison. Intel's Meteor Lake architecture has not kept pace with the competition. It runs hotter, consumes more power, and delivers less performance than both ARM and AMD alternatives at similar price points. The x86 compatibility advantage is real, but it's no longer enough of a differentiator to overcome a 37% performance deficit against the M4 Pro.

Best for: Situations where x86 compatibility is non-negotiable and ARM is not an option. For most buyers, this is not the right pick in 2025.

The Verdict

If you're a macOS user or creative professional — the M4 Pro is the clear winner. Best single-core performance, best efficiency, best platform optimization. The premium is real but justified for a 3–5 year device.

If you're committed to Windows and want near-Apple performance — the Snapdragon X2-94 is the most exciting development in years. Watch for driver maturity and app compatibility in your specific workflow before committing.

If you're building a desktop — the Ryzen 9 9950X offers the best flexibility and real multi-threaded muscle. Pair it with the GPU you want. The SFF community has proven it fits in remarkably tight spaces.

The M3 Pro is still good hardware in a bad position — sandwiched between a better Apple option and its own aging benchmark scores at a high price. The Snapdragon 395 and Intel 358H are both outclassed in their price brackets by newer alternatives and are difficult to recommend for new purchases in mid-2025.

Frequently Asked Questions

Q: How does the Snapdragon X2 Elite compare to the Apple M4 Pro?

A: In SPECInt2017 single-core testing (WSL2 environment on ASUS Zenbook A16), the M4 Pro scores 13.7 versus the X2-94's 13.0 — a roughly 5% gap. The M4 Pro leads on performance and ecosystem polish, but the X2-94 runs Windows and is the closest ARM/Windows chip has ever come to Apple Silicon.

Q: Is the Ryzen 9 9950X better than the Intel Core Ultra 9 358H?

A: Significantly. The 9950X scores 12.6 on SPECInt2017 versus the 358H's 10.0 — a 26% advantage. The 9950X is a desktop chip with far more cores and better overall throughput. They're not really competing in the same segment.

Q: Should I still buy the Apple M3 Pro MacBook Pro in 2025?

A: Only if you find it at a meaningful discount. The M4 Pro outperforms it by about 16% in single-core tests, and new M3 Pro MacBook Pros are priced near M4 Pro territory. At $1,460 for the 16" model, it's hard to justify over an M4 Pro-equipped machine.

Q: Does the Snapdragon X Elite Max+ 395 still make sense to buy?

A: Largely no, unless the price is substantially lower than X2-94 devices. The X2-94 scores 23% higher on SPECInt2017, making the 395 effectively last-gen hardware in 2025.

Q: Which processor is best for gaming?

A: For desktop gaming with a discrete GPU, the Ryzen 9 9950X gives you the most flexibility. For laptop gaming, the M4 Pro leads on efficiency but macOS limits game availability. The X2-94 on Windows is promising but ARM gaming compatibility is still developing. The Intel 358H offers the most software compatibility but trails on performance.

— Tech Lead Editor 1, CPrice