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

Choosing a high-performance processor in 2025 means navigating a genuinely fragmented landscape. ARM is eating x86's lunch in some areas, x86 is fighting back in others, and Apple is doing its own quiet thing in the corner. This comparison cuts through the noise on six chips that represent the current state of the art: Qualcomm's Snapdragon X2 Elite Extreme (X2-94), Apple's M4 Pro, AMD's Ryzen 9 9950X, Apple's M3 Pro, Qualcomm's Snapdragon X Elite Max+ 395, and Intel's Core Ultra 9 358H.

The clearest benchmark data we have comes from SPECInt 2017 single-core scores measured on real hardware, which cuts through the marketing noise pretty effectively. Here's the pecking order that actually matters:

Qualcomm Snapdragon X2 Elite Extreme (X2-94)

The New Challenger

The X2-94 posts a SPECInt 2017 score of 13.0 — measured in a WSL2 environment on the ASUS Zenbook A16. That puts it in striking distance of the M4 Pro and comfortably ahead of AMD's flagship desktop chip. For a laptop processor, that is a genuinely remarkable number.

Strengths

• Second-best single-core performance in this entire roundup
• Strong battery efficiency compared to x86 competition
• Competitive with Apple silicon in raw IPC — finally

Weaknesses

• WSL2 benchmarking introduces translation overhead — native ARM performance may vary depending on workload
• Software ecosystem still catching up; some x86 apps run under emulation with a performance penalty
• Fewer platform choices than AMD or Intel

Apple M4 Pro

The Benchmark Leader

With a SPECInt 2017 score of 13.7, the M4 Pro sits at the top of this comparison — and it's not running in a compatibility layer. This is native ARM performance on a tightly integrated platform. The gap over the X2-94 is narrow (about 5%), but the M4 Pro does it in a MacBook chassis with excellent thermal efficiency and battery life that x86 rivals genuinely cannot match.

Strengths

• Highest single-core score in this comparison
• Best-in-class power efficiency for the performance level
• Unified memory architecture benefits creative and ML workloads
• macOS ecosystem is mature and well-optimized for Apple silicon

Weaknesses

• Locked into Apple hardware — no build flexibility
• Premium pricing; MacBook Pro with M4 Pro starts well above competitors
• Gaming selection remains limited compared to Windows

AMD Ryzen 9 9950X

The Desktop Powerhouse

At $519, the 9950X delivers a SPECInt 2017 score of 12.6. That's third in this group, and it's the only chip here running as a full desktop processor. In workloads that benefit from its 16 cores and 32 threads — video encoding, 3D rendering, compilation — it will outrun every laptop chip in this roundup on sustained multi-threaded tasks. The SFF community clearly loves pairing this class of chip with high-end GPUs in compact builds.

Strengths

• Best multi-core throughput for demanding desktop workloads
• Full PCIe compatibility — pair it with any GPU you want
• Strong price-to-performance for a flagship desktop chip
• Excellent platform ecosystem (AM5 socket, DDR5)

Weaknesses

• Single-core performance trails the M4 Pro and X2-94 noticeably
• Requires a full desktop build — not for mobile use cases
• Power consumption and thermal output are significantly higher than ARM alternatives

Apple M3 Pro

Last Generation, Still Relevant

The M3 Pro scores 11.8 on SPECInt 2017 — a meaningful step behind the M4 Pro. If you're looking at renewed or refurbished MacBook Pro units with the M3 Pro, the value case is real, but you're getting measurably less single-core headroom than the current generation. For most productivity tasks the difference is invisible, but for CPU-bound creative work or development, the generational gap matters over a 3-5 year ownership horizon.

Strengths

• Available at a discount via renewed/refurbished channels
• Still excellent efficiency and build quality
• Same unified memory architecture benefits as M4 Pro

Weaknesses

• Lowest score among the Apple chips here, trailing even the X Elite Max+
• If paying close to M4 Pro pricing, hard to justify over the newer chip

Qualcomm Snapdragon X Elite Max+ 395

Mid-Tier ARM for Windows

The Max+ 395 scores 10.6 — noticeably behind the X2-94 and both Apple chips. It still represents strong efficiency for Windows laptops in its price tier, but as a platform choice against the X2-94 or M4 Pro, it's a clear step down in raw compute. Buyers considering ARM-based Windows laptops should push for X2-94 hardware if budget allows.

Strengths

• Better battery efficiency than competing Intel options in same class
• Windows on ARM compatibility has improved significantly

Weaknesses

• Significant performance gap vs X2-94 Elite Extreme
• Software compatibility caveats still present

Intel Core Ultra 9 358H

The Trailing x86 Option

Intel's Core Ultra 9 358H scores 10.0 in SPECInt 2017 — the lowest in this roundup — while costing $726 in platform configurations. For a chip at this price point, that's a hard pill to swallow when the M4 Pro and X2-94 clear it by 37% and 30% respectively in single-core performance. Intel still offers advantages in legacy software compatibility and in certain gaming scenarios where x86 optimization matters, but on pure compute per dollar the 358H is in a tough position.

Strengths

• Broadest software compatibility — no emulation layer
• Thunderbolt 4/5 support on most platforms
• Strong integrated Xe graphics for light GPU tasks

Weaknesses

• Lowest SPECInt score and highest price among the six chips
• Efficiency significantly behind ARM competitors
• Hard to recommend when ARM alternatives clearly outperform it

Side-by-Side Comparison

Chip	Type	SPECInt 2017	Price Context	Best For
Apple M4 Pro	ARM (Laptop)	13.7	Premium	Mac users, creative pros
Snapdragon X2-94	ARM (Laptop)	13.0	Mid-High	Windows power users wanting ARM efficiency
AMD Ryzen 9 9950X	x86 (Desktop)	12.6	$519	Desktop workstations, multi-threaded work
Apple M3 Pro	ARM (Laptop)	11.8	Discounted (Renewed)	Budget-conscious Mac buyers
Snapdragon X Elite Max+ 395	ARM (Laptop)	10.6	Mid	Battery-focused Windows users on a budget
Intel Core Ultra 9 358H	x86 (Laptop)	10.0	$726	Legacy software compatibility only

Verdict: Who Should Buy What

Buy the M4 Pro if you're in the Apple ecosystem or willing to enter it. It leads on single-core performance, efficiency, and long-term software optimization. The price is high, but you're paying for genuinely best-in-class compute performance in a laptop form factor.

Buy the Snapdragon X2-94 if you want comparable performance on Windows without being locked into macOS. The 5% gap behind M4 Pro is negligible for most users, and you gain Windows flexibility. Just verify your critical apps have native ARM64 builds before committing.

Buy the Ryzen 9 9950X if you're building a desktop and need maximum multi-threaded throughput for rendering, encoding, or compilation. At $519 it's the best value here for serious workstation use, and you can pair it with any GPU on the market.

Consider the M3 Pro only if you find a renewed unit at a significant discount below M4 Pro pricing. Otherwise, spend the extra to get the current generation.

Skip the Intel 358H at its current price. Paying more than the Ryzen 9950X to get the lowest performance score in the group is difficult to justify unless you have a very specific legacy compatibility requirement that ARM absolutely cannot serve.

Frequently Asked Questions

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

A: The M4 Pro scores 13.7 on SPECInt 2017 versus 13.0 for the X2-94 — about a 5% single-core advantage for Apple. In practice, most users won't feel the difference, but the M4 Pro leads in native, non-emulated performance.

Q: Is the Ryzen 9 9950X worth $519 compared to ARM alternatives?

A: For desktop workstation use, yes. Its single-core score of 12.6 trails Apple and Qualcomm's best laptop chips, but its 16-core multi-threaded advantage in sustained loads makes it the right choice for rendering and encoding workflows where you need maximum throughput and GPU flexibility.

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

A: If you can find a renewed M3 Pro at a substantial discount, it remains capable. But the M4 Pro's 16% higher SPECInt score means a longer useful lifespan. If pricing is close, buy the M4 Pro.

Q: Is the Intel Core Ultra 9 358H worth buying?

A: At $726 in current platform configurations with the lowest performance score in this group, it's hard to recommend unless you have specific legacy x86 software requirements that ARM emulation cannot handle reliably.

Q: Do ARM chips like the Snapdragon X2-94 have software compatibility issues on Windows?

A: Compatibility has improved significantly, but some professional x86 applications still run under emulation with a performance penalty. Check whether your critical applications have native ARM64 builds before making a platform switch.

— Tech Lead Editor 1, CPrice