Apple

Apple M3 Pro 14-Core GPU

Expert rating6.5 / 10

GPU Brand:: Apple
Tier:: Integrated (binned config)
GPU Cores:: 14
Process Node:: 3nm (TSMC N3B)
Memory Type:: Unified
Max Unified Memory:: 18GB
Memory Bandwidth:: 150GB/s
PC-Installable:: No

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Manufacturer: Apple Last updated: September 12, 2026

Apple M3 Pro 14-Core GPU Review

The Apple M3 Pro 14-core GPU is the entry-level binned configuration of the M3 Pro chip, with 14 GPU cores, an 11-core CPU, up to 18GB of unified memory, and 150GB/s of bandwidth, found in the base-spec 14-inch and 16-inch MacBook Pro from late 2023.

This is the smallest Pro-tier chip Apple sold in the late-2023 MacBook Pro lineup, four fewer GPU cores and a full CPU core less than the 18-core version, plus a notably lower 18GB memory ceiling. It's a real step down from the full M3 Pro rather than a cosmetic tier, and buyers whose work touches large files or multiple demanding apps at once will feel the 18GB ceiling before they feel the GPU core difference.

The Base MacBook Pro's Entry Point

Apple's cheapest 14-inch MacBook Pro configuration in the M3 generation shipped this binned Pro chip, trading GPU cores, CPU cores, and unified memory ceiling for a lower price point relative to the full 18-core M3 Pro.

Comparison to Alternatives

Against its full-fat sibling, the Apple M3 Pro 18-Core GPU, this chip gives up roughly a fifth of GPU cores but a much larger relative cut to maximum memory, 18GB versus 36GB, which matters more for multitasking-heavy workflows than for GPU throughput alone. Against the AMD Radeon RX 7600S already in this catalog, a mainstream mobile discrete GPU, this Apple chip trades raw gaming performance for far better battery life and macOS-native creative app efficiency.

Our verdict

Reviewed by Burooj Alam. Rated by us, not by users.

Expert rating6.5 / 10

A capable entry point into the MacBook Pro line, but the 18GB memory ceiling is the real limiting factor for professional work more than the reduced GPU core count.

Best for

Students and professionals doing everyday photo editing, coding, and light Final Cut Pro work.
Web and app developers who want MacBook Pro build quality without paying for the higher GPU tiers.
Users who don't multitask across memory-heavy creative apps simultaneously.

Not for

Professional video editing with large multi-track timelines that outgrow the 18GB memory ceiling.
3D rendering or dense VFX work that benefits from more GPU cores and memory.
Native Windows gaming or CUDA-dependent workloads.

Specifications

What these specs mean

Identity and type

Product Type	SoC GPU
GPU Brand	Apple
GPU Model	M3 Pro 14-Core GPU
Series	Apple Silicon
Tier	Upper Mid-Range

Performance

Memory Type	Unified LPDDR5
Ray Tracing Support	Yes

Silicon

Architecture	Apple Silicon
Process Node	3nm (TSMC N3B)

Ray tracing and AI

Upscaling Tech	MetalFX

Memory

Memory Bandwidth	150 GB/s

Power

Power Connector	None

Host interface

PCIe Generation	Not Applicable

FAQs

What are the key specifications of the Apple M3 Pro 14-Core GPU (Integrated Graphics/Apple Silicon 3nm/14-Core GPU/Up to 18GB Unified Memory/Not PC-Installable)?

Key specs for the Apple M3 Pro 14-Core GPU: Memory Bandwidth 150 GB/s, GPU Apple M3 Pro (integrated, binned config), Process Node 3nm (TSMC N3B), Paired CPU Config 11-core CPU (5P+6E), Memory Type Unified LPDDR5, Max Unified Memory 18GB.

Who is the Apple M3 Pro 14-Core GPU (Integrated Graphics/Apple Silicon 3nm/14-Core GPU/Up to 18GB Unified Memory/Not PC-Installable) best suited to?

Best suited to: Students and professionals doing everyday photo editing, coding, and light Final Cut Pro work; Web and app developers who want MacBook Pro build quality without paying for the higher GPU tiers; Users who don't multitask across memory-heavy creative apps simultaneously.

What are the drawbacks of the Apple M3 Pro 14-Core GPU (Integrated Graphics/Apple Silicon 3nm/14-Core GPU/Up to 18GB Unified Memory/Not PC-Installable)?

Not the best fit for: Professional video editing with large multi-track timelines that outgrow the 18GB memory ceiling; 3D rendering or dense VFX work that benefits from more GPU cores and memory; Native Windows gaming or CUDA-dependent workloads.