Apple launched the $599 MacBook Neo on March 11, a funds Mac powered by the A18 Professional chip from the iPhone 16 Professional, 8GB of unified reminiscence, and a 13-inch display screen. Although it presents respectable specs for the value, there’s a catch: the storage tops out at 512GB.
Nevertheless, a Chinese language restore technician, DirectorFeng, has swapped the default NAND chip for a 1TB chip, successfully unlocking the MacBook Neo’s storage. The technician has posted the complete video on a YouTube channel.
How did DirectorFeng pull this off?
DirectorFeng changed the NAND flash drive soldered to the MacBook’s logic board after which reflashed macOS, so it acknowledges the third-party driver and storage. The method concerned eradicating the unique chip, cleansing the solder pads, and putting in a higher-capacity alternative utilizing skilled restore instruments.
This wasn’t a screwdriver-and-YouTube-tutorial scenario; that is microsurgery on a logic board, the sort that makes most individuals’s palms sweat. Nevertheless, as soon as reassembled, macOS acknowledged the larger-capacity NAND drive with out firmware points, and storage efficiency appeared regular as effectively.
The storage, as seen within the video, goes up from 256GB to 994.61GB (marketed as 1TB). As soon as the method was full, the changed drive supplied learn and write speeds of 1,551 MB/s and 1,506MB/s, respectively.
MacBook Neo Apple
Must you strive upgrading your MacBook Neo’s storage?
It’s price noting that Apple makes use of soldered NAND moderately than a detachable SSD, which means that any capability change would require microsoldering and would virtually actually void the producer’s guarantee. Nevertheless, the profitable storage improve signifies that the Neo is comparatively simpler to work on than different MacBooks.
Is that this a consumer-friendly improve? No. Must you strive upgrading your MacBook Neo’s storage your self? Actually not. The one key takeaway right here is that the machine works with third-party storage with none firmware points. So, a storage improve, at the very least in concept, is feasible.
