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Apple Unveils New MacBook Pro Series with M5 Chip for Pro Workloads

The new MacBook Pro series, powered by the M5 chip, delivers impressive speed and efficiency for professional workflows. Edit, design, and compute like never before.

In this image there is a table with many cores, a laptop, a pen and a few things on it.
In this image there is a table with many cores, a laptop, a pen and a few things on it.

Apple Unveils New MacBook Pro Series with M5 Chip for Pro Workloads

Apple has unveiled a new MacBook Pro series, promising a significant performance boost for professional workloads. The new models, powered by the upcoming M5 chip series, are set to debut in late 2025 or early 2026.

The 15-inch MacBook Pro, available in preproduction and shipping models, boasts impressive specs. The preproduction model sports a 2.4GHz 8-core Intel Core i9 processor and 32GB of RAM, while the shipping model features a 3.1GHz quad-core Intel Core i7 processor and 16GB of RAM. Both models are expected to handle massive multi-track projects in Logic Pro X with up to double the Alchemy plug-ins.

The 13-inch MacBook Pro also comes in preproduction and shipping models. The preproduction model packs a 2.8GHz quad-core Intel Core i7 processor and 16GB of RAM, while the shipping model offers a 3.5GHz dual-core Intel Core i7 processor and the same RAM capacity. These models are designed to handle complex edits and filters in Photoshop up to 75 percent faster and compile code in Xcode up to 65 percent faster.

In terms of software performance, the new MacBook Pro series promises enhancements across various professional applications. Video editors can edit up to 11 simultaneous multicam streams of 4K video in Final Cut Pro X. 3D designers can render scenes up to two times faster in Maya Arnold. Scientists and researchers can compute complex fluid dynamics simulations up to 50 percent faster in TetrUSS.

The new MacBook Pro series, powered by the anticipated M5 chip series, is set to revolutionize professional workflows. With significant improvements in processing power and software performance, these models are poised to deliver unparalleled speed and efficiency for a wide range of creative and scientific tasks.

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