Quick Verdict
A very efficient, high‑performance pro SoC that pushes single‑threaded and multi‑threaded CPU performance while retaining excellent battery life and strong integrated graphics, though it is soldered and locked to Apple’s ecosystem.
Overview
Launch
2024
Status
CurrentGeneration
4th Gen Apple Silicon (M4 family)
Market
Pro Laptop / High‑End Mobile
The Apple M4 Pro is a high‑performance ARM‑based system‑on‑a‑chip (SoC) for professional MacBook Pro laptops, featuring a 12‑ or 14‑core CPU with up to 10 performance cores and a 16‑ or 20‑core GPU, built on a second‑generation 3 nm process and paired with high‑bandwidth unified memory.
The Apple M4 Pro sits between the base M4 and the M4 Max in Apple’s 2024 MacBook Pro lineup. It offers a 12‑ or 14‑core CPU (8–10 performance + 4 efficiency cores) and a 16‑ or 20‑core GPU with hardware ray tracing, all built on TSMC’s second‑generation 3 nm process. With up to 273 GB/s of memory bandwidth and 24–64 GB of unified memory, it targets professional creators and developers who need strong multi‑threaded performance and GPU compute in a power‑efficient laptop design.
Specifications
Performance
Very high multi‑threaded CPU and GPU performance for pro apps like Premiere, Resolve, Blender, and Xcode.
Good performance for running Linux/ARM VMs and Docker, but x86 emulation overhead limits some workloads.
Strong for an iGPU, especially in native or well‑ported titles; performance in Windows games via emulation can vary and is often lower than comparable Windows gaming laptops.
Outstanding performance per watt; MacBook Pro 14/16 with M4 Pro deliver high performance with long battery life.
- •20‑core GPU is significantly faster than previous M3 Pro GPU.
- •Hardware ray tracing and mesh shading improve modern API support.
- •Most AAA games still run via emulation; performance and compatibility vary.
- •Native Apple‑silicon titles can approach mid‑range discrete laptop GPU levels.
- •16‑core Neural Engine up to 38 TOPS INT8 across M4 family.
- •CPU ML accelerators and GPU compute are suitable for on‑device inference and moderate LLM workloads.
- •Larger LLMs still limited by unified memory size and lack of dedicated high‑bandwidth HBM.
Architecture
TSMC 2nd‑gen 3 nm (N3E)
Process Node
Brava
Codename
14C / 14T
Core Config
Architecture Overview
The Apple M4 Pro is a 64‑bit ARMv9.2‑A big.LITTLE SoC with high‑performance 'P‑cores' and efficient 'E‑cores', a unified memory architecture, and an integrated GPU and Neural Engine, all on a single 3 nm die.
CPU Design
The CPU can be configured as a 12‑core (8P + 4E) or 14‑core (10P + 4E) design. P‑cores target high single‑threaded performance; E‑cores handle background tasks and efficiency. Apple claims the world’s fastest CPU core in the M4 family.
Memory Subsystem
M4 Pro uses LPDDR5X‑8533 unified memory with up to 273 GB/s bandwidth, shared between CPU, GPU and NPU. This reduces copy overhead and simplifies memory management for pro workloads.
PCIe & I/O
External connectivity is provided via Thunderbolt 5 / USB4 controllers; there are no traditional PCIe lanes from the CPU in the Intel/AMD sense.
Overclocking
No multiplier unlock; Apple does not expose user‑accessible overclocking. Performance is managed by firmware and OS power policies.
- Second‑generation 3 nm process with better efficiency.
- Up to 14 CPU cores vs 12 in M3 Pro.
- Up to 20 GPU cores vs 18 in M3 Pro.
- Up to 2× faster ray tracing engine.
- Higher memory bandwidth (273 GB/s vs 150 GB/s in M3 Pro).
Key Highlights
- Very high single‑threaded and multi‑threaded CPU performance.
- Up to 20‑core GPU with hardware ray tracing.
- High memory bandwidth (273 GB/s) for unified memory.
- Excellent performance per watt; long battery life in MacBook Pros.
- Tight integration with macOS and pro app ecosystem.
- Thunderbolt 5 support on M4 Pro/Max MacBook Pros.
- Soldered, non‑upgradeable RAM and storage.
- Limited x86 Windows game compatibility without emulation.
- No official overclocking support.
- Maximum 64 GB unified memory may limit very large models.
- Entirely dependent on Apple’s repair and upgrade ecosystem.
History
The Apple M4 Pro was announced on October 30, 2024 alongside the M4 Max and new MacBook Pro 14‑ and 16‑inch models, with availability starting November 8, 2024. It represents the fourth generation of Apple’s M‑series silicon and the first M‑Pro chip on TSMC’s second‑generation 3 nm process. Building on the hybrid CPU design of the M3 Pro, M4 Pro increases core counts, GPU compute, and memory bandwidth while improving efficiency, enabling Apple to position it as a high‑performance yet power‑sipping solution for professional laptop users.
The M4 Pro family also marks the debut of Thunderbolt 5 on Macs and a doubling of ray‑tracing performance versus the M3 generation.
Improvements over Previous Generation
- Second‑generation 3 nm process with better efficiency.
- Up to 14 CPU cores vs 12 in M3 Pro.
- Up to 20 GPU cores vs 18 in M3 Pro.
- Up to 2× faster ray tracing engine.
- Higher memory bandwidth (273 GB/s vs 150 GB/s in M3 Pro).
Alternatives & Competitors
Should You Buy It?
Recommended for the right buyer
Professionals and advanced creators who need a power‑efficient laptop with strong CPU and GPU performance, long battery life, and macOS ecosystem.
Avoid if…
- You need x86 Windows compatibility without emulation.
- You want upgradeable RAM or storage.
- You require very large ECC memory or multi‑socket workstations.
- You primarily play Windows‑only AAA games at high refresh rates.
Use Cases
Interesting Facts
M4 Pro is the first Apple silicon chip to enable Thunderbolt 5 on Macs.
The M4 family is built on TSMC’s second‑generation 3 nm (N3E) process.
M4 Pro’s CPU core is marketed as the world’s fastest CPU core at launch.
The 12‑core M4 Pro is reportedly the most efficient chip in the M4 series by some measures.
Unified memory bandwidth is up to 75% higher than the previous generation.
The 16‑core Neural Engine provides up to 38 TOPS for AI workloads.
M4 Pro continues Apple’s hybrid CPU design with P‑cores and E‑cores.
The GPU’s ray tracing engine is twice as fast as the M3 generation.
M4 Pro powers both 14‑inch and 16‑inch MacBook Pros introduced in late 2024.
The codename for M4 Pro is reportedly 'Brava', while base M4 is 'Donan' and M4 Max is 'Hidra'.
People Also Ask
Is the Apple M4 Pro good for video editing?
Yes. With up to 14 CPU cores and a 20‑core GPU, high memory bandwidth, and hardware media engines, M4 Pro is very capable for 4K and 8K video editing in Final Cut Pro, Premiere, and Resolve.
Can you upgrade RAM on an M4 Pro MacBook Pro?
No. The RAM is unified and soldered on the M4 Pro package; it cannot be upgraded after purchase.
How does M4 Pro compare to M3 Pro?
M4 Pro has more CPU and GPU cores, a faster ray tracing engine, higher memory bandwidth, and better efficiency on a newer 3 nm process, giving meaningfully higher performance in most workloads.
Does M4 Pro support Thunderbolt 5?
Yes. Apple’s M4 Pro and M4 Max MacBook Pros are the first Macs with Thunderbolt 5 support.
Is M4 Pro good for gaming?
It is good for an integrated GPU, especially in native Apple‑silicon titles, but most Windows AAA games still run via emulation with variable performance and compatibility.
How much memory can you get with M4 Pro?
M4 Pro supports 24 GB, 48 GB, or 64 GB of unified LPDDR5X memory depending on the configuration.
What process node does M4 Pro use?
M4 Pro is built on TSMC’s second‑generation 3 nm process (N3E).
Is M4 Pro better than M4 for pro workloads?
Yes. M4 Pro has more CPU and GPU cores, higher memory bandwidth, and more GPU compute, making it better for multi‑threaded and GPU‑heavy pro workloads.
Can M4 Pro run Windows?
It can run Windows on ARM via virtualization or emulation, but x86 Windows applications run with emulation overhead and not all features are supported.
What is the max clock speed of M4 Pro?
CPU boost clocks go up to 4.51 GHz on the performance cores.
Frequently Asked Questions
Does M4 Pro have integrated graphics?
Yes, it integrates a 16‑ or 20‑core Apple GPU with hardware ray tracing.
Can I overclock M4 Pro?
No. Apple does not expose overclocking controls; the SoC runs at factory‑configured frequencies.
What socket does M4 Pro use?
It is a BGA on‑package SoC; there is no traditional socket. It is soldered directly to the motherboard.
How many PCIe lanes does M4 Pro have?
M4 Pro does not expose generic PCIe lanes like an x86 CPU; it provides Thunderbolt 5 / USB4 ports for external devices.
Is M4 Pro suitable for 3D rendering?
Yes. The 20‑core GPU and high memory bandwidth make it capable for GPU rendering in Blender, Maya, and similar tools.
Does M4 Pro support ECC memory?
Apple does not advertise ECC for M4 Pro unified memory; it is not intended as an ECC workstation platform.
Can M4 Pro run Linux?
Yes, Linux can run via virtualization or Asahi Linux, but hardware support and performance vary and are not as mature as on x86.
Is M4 Pro good for software development?
Yes. Fast CPU cores, plenty of RAM options, and strong single‑threaded performance make it well‑suited for compiling code, running containers, and IDEs.
How does M4 Pro compare to Intel Core i9 mobile CPUs?
M4 Pro often wins in single‑threaded performance and efficiency, while high‑end Intel HX‑series can win in heavily threaded CPU workloads and x86 compatibility.
Is M4 Pro good for AI and ML?
It is very capable for on‑device inference and small‑ to medium‑scale models, but very large LLMs may still be constrained by memory size and lack of HBM.