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

Six chips. Wildly different architectures. One question: which one actually deserves your money in 2025? Whether you're buying a laptop, building a desktop, or eyeing that MacBook Pro on the shelf, the CPU landscape right now is genuinely the most interesting it's been in a decade. Let's break it all down.

The Benchmark That Started the Conversation

Before diving into individual chips, there's one data point worth anchoring everything to. A SPECInt 2017 measurement of the Qualcomm X2-94 (running in WSL2 on the ASUS Zenbook A16) surfaced recently and set the stage perfectly:

• Apple M4 Pro: 13.7
• Qualcomm X2 Elite X2-94: 13.0
• AMD Ryzen 9 9950X: 12.6
• Apple M3 Pro: 11.8
• Snapdragon X Plus Max+ 395: 10.6
• Intel Core Ultra 7 258H: 10.0

These numbers tell a story — but not the complete one. Let's go deeper on each contender.

Apple M4 Pro — The Benchmark King

The M4 Pro sits at the top of the SPECInt chart at 13.7, and it earns that spot. Apple's silicon continues to deliver the best single-threaded performance in a laptop chip, period. Pair that with the unified memory architecture — where CPU and GPU share the same high-bandwidth memory pool — and you get something no x86 chip can replicate at equivalent power draw.

Strengths

• Highest single-core IPC in this comparison
• Unified memory means GPU and CPU share bandwidth seamlessly — massive advantage for creative workloads
• Exceptional performance-per-watt, translating to genuinely all-day battery life
• Deep software optimization across macOS ecosystem

Weaknesses

• Locked to Apple hardware — no building your own system
• Gaming remains a weak point compared to discrete GPU setups
• Memory is soldered and non-upgradeable; you pay a steep premium to configure at purchase

Qualcomm Snapdragon X2 Elite X2-94 — The Underdog Challenger

The X2 Elite is a genuine shock to the system. Scoring 13.0 on SPECInt puts it within striking distance of the M4 Pro — remarkable for a Windows ARM chip. Qualcomm's Oryon cores have grown up fast, and the X2-94 represents the highest-tier expression of that architecture so far.

Strengths

• Closes the gap with M4 Pro to within 5% on single-threaded performance
• Runs Windows natively — full x86 app compatibility via emulation, with ARM-native apps getting faster by the month
• Strong integrated GPU and NPU, increasingly competitive with Apple's Neural Engine
• Thin-and-light laptop designs (like the Zenbook A16) benefit from its efficiency

Weaknesses

• The WSL2 caveat on SPECInt scores matters — native Windows benchmarks can vary
• App compatibility, while improving, still hits walls occasionally with legacy x86 software
• Ecosystem is young; driver support and optimization lag behind both AMD/Intel and Apple

AMD Ryzen 9 9950X — The Desktop Powerhouse

At $519, the 9950X is the only desktop chip in this roundup — which means comparing it directly to laptop chips is a bit like racing a pickup truck against sports cars on a fuel efficiency test. The 9950X isn't trying to win on efficiency; it's trying to win on raw throughput, and it does a solid job at 12.6 on SPECInt.

Strengths

• Upgradeable platform — swap CPUs, add RAM, change GPUs over time
• Full x86 compatibility, zero emulation overhead
• 16 cores / 32 threads makes it a multi-threaded monster for rendering, compilation, and scientific workloads
• Pairs with any discrete GPU — critical for gaming and GPU compute

Weaknesses

• Power hungry — you're not building a thin laptop around this chip
• $519 for the chip alone, then add motherboard, RAM, cooler, case...
• Single-thread performance falls behind both the M4 Pro and X2 Elite

Apple M3 Pro — Last Year's Champion, Still Relevant

The M3 Pro powers the MacBook Pro that's currently available at $1,460 — and while 11.8 on SPECInt looks modest compared to its successor, context matters. The M3 Pro still outperforms both the Snapdragon Max+ 395 and Intel's 258H comfortably. For most users doing creative work, software development, or everyday professional tasks, the performance gap between M3 Pro and M4 Pro is unlikely to change your life.

Strengths

• Battle-tested platform with mature software support
• MacBook Pro build quality and display remain class-leading
• Often available at a discount as M4 Pro devices launch
• Still faster than most Windows competitors in real-world creative workflows

Weaknesses

• Measurably slower than M4 Pro — if you're paying full price, the newer chip is worth it
• Same limitations as all Apple silicon: locked ecosystem, soldered memory

Snapdragon X Plus Max+ 395 — The Budget ARM Option

Scoring 10.6, the Max+ 395 is Qualcomm's more accessible ARM chip — positioned in thinner, cheaper Windows laptops. It's not as fast as the X2 Elite, but it's not trying to be. For basic productivity, web browsing, and light creative work, it's a capable chip that delivers good battery life in a Windows ARM package.

Strengths

• More affordable devices than X2 Elite configurations
• Good efficiency for ultrabook form factors
• Better than Intel's 258H in this comparison

Weaknesses

• Noticeably slower than the X2 Elite — the gap is real
• Same ARM compatibility concerns as the X2 Elite, with less raw power to compensate
• Heavy users will hit its ceiling faster

Intel Core Ultra 7 258H — The Established Underperformer

Priced at $239, the Core Ultra 7 258H lands at the bottom of this chart with a score of 10.0. Intel fans, I know — this stings. The 258H isn't a bad chip in isolation, but in a comparison that includes Qualcomm's ARM offerings and Apple's silicon, its positioning is uncomfortable. At $239, you might argue value, but you have to factor in that you still need a full laptop platform around it.

Strengths

• Native x86 — zero compatibility concerns
• Lower chip cost than AMD's desktop flagship
• Wide availability in mainstream laptops
• Thunderbolt 4 and broad peripheral support

Weaknesses

• Last in SPECInt 2017 among these six chips
• Power efficiency doesn't match ARM competitors
• Integrated graphics fall behind Qualcomm and Apple in GPU workloads

Head-to-Head Comparison

Chip	Type	SPECInt 2017	Price (Chip/Device)	Best For
Apple M4 Pro	Laptop (ARM)	13.7	From ~$1,999 (device)	Pro creative, developers, battery life
Qualcomm X2 Elite X2-94	Laptop (ARM)	13.0	Varies by device	Windows power users, portability
AMD Ryzen 9 9950X	Desktop (x86)	12.6	$519 (chip only)	Desktop builders, multi-threaded workloads
Apple M3 Pro	Laptop (ARM)	11.8	$1,460 (MacBook Pro)	Apple ecosystem, value vs M4 Pro
Snapdragon X Plus Max+ 395	Laptop (ARM)	10.6	Varies by device	Budget ARM Windows laptops
Intel Core Ultra 7 258H	Laptop (x86)	10.0	$239 (chip only)	Mainstream laptops, x86 compatibility

The Verdict: Who Should Buy What

Buy the M4 Pro if you're all-in on Apple's ecosystem and want the best overall laptop chip available right now. The unified memory architecture advantage is real, the performance is real, and the battery life is real. It's the benchmark winner for good reason.

Buy the X2 Elite X2-94 if you need Windows and want the closest thing to Apple silicon performance available on that platform. It's a genuine surprise and the gap to M4 Pro is small enough that most users won't feel it in practice.

Build with the Ryzen 9 9950X if you're building a desktop and need maximum multi-threaded throughput — especially for rendering, compilation, or virtualization. No laptop chip touches it on sustained all-core loads. Just budget for the full platform cost.

Consider the M3 Pro MacBook Pro if you're Apple-leaning but want to save money — the $1,460 price point makes it one of the better value propositions in the Apple lineup right now, and the performance gap to M4 Pro is real but livable for most workloads.

The X Plus Max+ 395 is fine for light work in a budget Windows ARM laptop. If you're pushing it for anything demanding, you'll feel the ceiling.

The Intel Core Ultra 7 258H is the safe, compatible, slightly disappointing choice. If software compatibility is your primary concern and ARM makes you nervous, it works — but you're leaving performance on the table at every price point in this comparison.

The most important takeaway from 2025's chip landscape: ARM is no longer a compromise. Both Apple and Qualcomm have proven that. Intel needs a serious answer, and AMD's answer lives in the desktop — which is fine, but a different question entirely.

Frequently Asked Questions

Q: Is the Apple M4 Pro worth upgrading from M3 Pro?

A: Based on SPECInt 2017 scores, the M4 Pro is about 16% faster in single-threaded performance (13.7 vs 11.8). For most users, that's a noticeable but not urgent upgrade — unless you're buying new, in which case always take the M4 Pro if the price difference is manageable.

Q: Can the Qualcomm X2 Elite run all Windows apps?

A: Most modern apps work, either natively or through x86 emulation. However, legacy 32-bit software and some specialized tools still have compatibility issues. The situation improves with every Windows ARM update, but it's worth checking your specific must-have apps before committing.

Q: Is the AMD Ryzen 9 9950X overkill for regular use?

A: Almost certainly yes. It's a 16-core desktop chip priced at $519 before any other components. It makes sense for content creators, developers doing heavy compilation, or 3D artists — not for general productivity where a laptop chip at a fraction of the total system cost would suffice.

Q: How does the Intel Core Ultra 7 258H compare to AMD and Qualcomm laptop chips?

A: It scores last in this comparison at 10.0 SPECInt 2017, behind both Qualcomm's laptop offerings and both Apple chips. Its main advantage is native x86 compatibility and wide availability in mainstream laptop designs.

Q: Which chip has the best battery life in laptops?

A: Apple's M4 Pro and M3 Pro lead on battery efficiency by a significant margin, followed by Qualcomm's ARM chips. Intel's 258H and AMD's desktop 9950X are in a different category — power efficiency is not their primary design goal.

— Tech Lead Editor 1, CPrice