CPU Comparison

Apple M3 vs Intel Core Ultra 9 288V

A side-by-side comparison of specs, performance and value. Apple M3 is an 8-core, 10-core GPU SoC built on TSMC’s 3 nm process, delivering improved performance and efficiency for MacBook Air, MacBook Pro, and iMac, with hardware-accelerated ray tracing and AV1 decode.

Apple · Apple M
Apple M3
8C / 8T
8
Full review
Top pick
Intel · Core Ultra 9
Intel Core Ultra 9 288V
8C / 8T5.1 GHz30 W
9.2
Full review

The Bottom Line

Overview & Launch

Brand
Apple
Intel
Market
Laptop / All-in-One
Mobile
Segment
Thin-and-Light / Mainstream SoC
Mobile
Generation
3rd Generation Apple Silicon (M)
Ultra 9 (Lunar Lake)
Launched
2023
2024
Status
Launched
Active
Codename
Lunar Lake
Series
Apple M
Core Ultra 9
Family
M3
Lunar Lake
Predecessor
Apple M2
Intel Core Ultra 9 185H
Successor
To be announced

Specifications Compared

Cores & Clocks
Cores
8
8
Threads
8
8
Base Clock
3.3 GHz
Boost Clock
5.1 GHz
Cache & Power
L3 Cache
12 MB
TDP
30 W
Architecture
Architecture
ARMv8.6-A (Apple-designed)
Lunar Lake
Process Node
TSMC 3 nm
3 nm (TSMC)
Memory
Memory Type
LPDDR5 (soldered unified memory)
LPDDR5X (On-Package)
Memory Speed
LPDDR5X-8533
Memory Channels
Dual (2)
Max Memory
24 GB
32 GB
Platform & I/O
Socket
Apple Silicon
BGA 2833
PCIe Version
PCIe 5.0
PCIe Lanes
4
Integrated GPU
Yes
Yes
Unlocked
No
No

Performance Compared

Productivity

Apple M3

Snappy everyday performance with fast app launches and responsive multitasking.

Intel Core Ultra 9 288V88

Excellent single-core performance for office tasks and web apps.

Gaming

Apple M3
Intel Core Ultra 9 288V85

Arc 140V is a massive leap, allowing 1080p gaming in thin-and-lights.

Virtualization

Apple M3
Intel Core Ultra 9 288V60

Limited by 8 threads and 32GB max memory, but capable of light VMs.

Efficiency

Apple M3

Strong battery life in MacBook Air and Pro implementations; 3 nm helps reduce active power relative to workload.

Intel Core Ultra 9 288V100

Industry-leading performance-per-watt for x86 laptops.

Specialized Performance

AI / ML

Apple M3Capable
  • 16-core Neural Engine accelerates on-device ML workloads
  • Media engine includes AV1 decode for efficient video streaming
Intel Core Ultra 9 288VExcellent
  • 48 TOPS NPU enables Copilot+ PC features like Recall
  • Can run small LLMs locally
  • NPU offloads CPU/GPU for better battery during AI tasks

Content Creation

Apple M3Very Good
Photoshop and LightroomFinal Cut ProDaVinci Resolve (light to moderate projects)Logic Pro
Intel Core Ultra 9 288VGood
LightroomPhotoshopPremiere Pro (1080p/4K proxy)OBS Streaming

Gaming

Apple M3Good
  • Ray tracing support enables better visuals in supported titles
  • Dynamic Caching improves GPU utilization for more consistent frame times
  • Single external display limit constrains multi-monitor gaming setups
Intel Core Ultra 9 288VVery Good
  • Arc 140V iGPU can play modern titles at 1080p Low/Medium
  • Massive improvement over previous Intel iGPUs
  • Not a replacement for discrete laptop GPUs

Industry Impact

Content Creation
Medium
Moderate
Gaming
Moderate
Workstations
Low
Virtualization
Low

Best CPU by Use Case

Photo editing
Very Good
Light video editing
Very Good
Coding and development
Very Good
Office and browsing
Excellent
Casual gaming
Good
All-Day Office Work
Excellent
1080p Gaming
Very Good
Video Conferencing
Excellent
Photo Editing
Very Good
Coding on the Go
Excellent

Target Audience

Gamers
Content Creators
Targeted
Targeted
Developers
Targeted
Targeted
Workstation Users
Streamers
Office / Productivity
Targeted
Targeted
Students
Targeted
Targeted

Strengths & Weaknesses

Apple M3

Pros

  • 3 nm process for improved efficiency
  • Hardware-accelerated ray tracing and mesh shading
  • Dynamic Caching optimizes GPU memory usage
  • Strong single-core performance
  • Excellent battery life in supported systems

Cons

  • Single external display limit in most configurations
  • Memory not user-upgradable
  • Does not support Thunderbolt 4 on some models
  • No Wi-Fi 7 support on current implementations
Intel Core Ultra 9 288V

Pros

  • Exceptional power efficiency
  • 32GB RAM integrated on package
  • 48 TOPS NPU for Copilot+ AI
  • Powerful Arc 140V integrated graphics
  • Silent operation in slim chassis

Cons

  • Memory is non-upgradable (soldered to CPU)
  • Only 8 threads limits heavy multi-threading
  • Expensive, only found in premium laptops
  • Low PCIe lane count for expansion

Competitors & Alternatives

Apple M3

Intel Core Ultra 9 288V

Our Verdict on Each

Apple M3Recommended

A balanced step forward that brings 3 nm efficiency, meaningful GPU features, and strong single-threaded performance to thin-and-light Macs.

Best for: Portable Mac for everyday productivity, light content creation, and student use

Read the full review

An engineering marvel that combines memory, CPU, GPU, and NPU into a highly efficient package, redefining laptop battery life and AI capabilities.

Best for: Buying a premium ultrabook for all-day battery life and AI features.

Read the full review

Frequently Asked Questions

Which is better, Apple M3 or Intel Core Ultra 9 288V?

Based on our editorial ratings, the Intel Core Ultra 9 288V comes out ahead with a score of 9.2/10. That said, the best choice depends on your workload — check the spec and performance breakdown above for gaming, productivity and efficiency differences.

Which is faster for gaming, Apple M3 or Intel Core Ultra 9 288V?

For gaming, the Intel Core Ultra 9 288V leads with a gaming performance score of 85/100 among Apple M3 and Intel Core Ultra 9 288V.

Which uses less power?

The Intel Core Ultra 9 288V has the lowest rated TDP. Power draw across these chips: Intel Core Ultra 9 288V (30 W).

Do Apple M3 and Intel Core Ultra 9 288V use the same socket?

No. They use different sockets (Apple M3: Apple Silicon, Intel Core Ultra 9 288V: BGA 2833), so each needs a compatible motherboard.

Which is faster in multi-core benchmarks?

The Intel Core Ultra 9 288V posts the highest multi-core benchmark score. Multi-core results: Intel Core Ultra 9 288V (15,000). Benchmark figures are approximate and workload-dependent.