Apple’s M5 Chip Powers a New AI Surge Across MacBook, iPad, and Vision Pro
Apple quietly updated its website to launch a 14‑inch MacBook Pro, iPad Pro, and Vision Pro equipped with the new M5 chip, delivering up to four‑plus times higher AI throughput, 45% faster graphics, and a 30% wider unified memory bandwidth while keeping prices unchanged, and introducing features such as 120 Hz external display support and enhanced spatial computing.
01 MacBook Pro with M5
Apple released the 14‑inch MacBook Pro powered by the new M5 chip without a launch event, keeping the price of the M4 model. The M5 brings a four‑fold increase in AI performance, 45% higher graphics performance, and up to 6.7× faster 3D ray‑tracing in Octane X. Storage speeds improve up to two‑fold, and the top configuration now supports up to 4 TB of SSD.
02 iPad Pro with M5
The new iPad Pro adopts the M5 chip, a faster storage system, and iPadOS 26. AI performance jumps 3.5× over M4 and 5.6× over M1, while video‑upscaling is 3.7× faster than M1 and 2.3× faster than M4. It supports a 120 Hz external monitor, Wi‑Fi 7, and a C1X cellular modem that can boost mobile‑network speed by up to 50%.
It features a 11‑inch and a 13‑inch Ultra Retina XDR display, up to 150 GB/s unified memory bandwidth, and up to 32 GB of RAM, enabling smooth multitasking, high‑load gaming, and fast AI model execution.
03 Vision Pro with M5 and R1
Vision Pro receives the M5 chip, raising its micro‑OLED display refresh rate to 120 Hz and extending video playback to three hours. The dedicated R1 chip processes data from 12 cameras, five sensors, and six microphones within 12 ms, delivering ultra‑low‑latency spatial rendering.
04 M5 Architecture Highlights
The M5’s 10‑core GPU integrates a dedicated neural‑network accelerator in each core, delivering more than a 4× boost in peak GPU compute performance over M4 and over 6× versus M1. Unified memory bandwidth reaches 153 GB/s, a 30% increase over M4, enabling on‑device execution of large AI models without cloud reliance.
The CPU combines six efficiency cores and four performance cores, offering roughly 15% higher multi‑threaded performance than M4. The 16‑core Neural Engine is also upgraded, powering on‑device AI tools such as Image Playground and foundation‑model workloads.
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