Appleโ€™s newly launched 13โ€ณ MacBook Pro series is said to be widely biased โ€“ since the base model (256GB internal storage) is having 50% less read/write speeds when compared to its predecessor.

Two YouTubers have detailed this in their videos, where one declassified the mystery by discovering that the base model of the 13โ€ณ MacBook Pro with M2 chip is having only one NAND flash storage chip (256GB) โ€“ compared to its former 13โ€ณ M1 MacBook Pro, having two such chips (128GB + 128GB).

Wide Difference in Disk Speeds

As weโ€™re getting excited to have our hands on the recently launched 13โ€ณ MacBook Pro, tests made on the SSD speeds reveal that itโ€™s not the best choice! YouTube channels Max Tech and Created Tech tested the base variant (256GB) of 13โ€ณ MacBook Pro with M2 chip on Blackmagicโ€™s Disk Speed Test app and found shocking results.

They noted the base variant is returning SSD read and write speeds at around 1,450 MB/s, which is significantly lower than the M1 chip-based 13โ€ณ MacBook Pro launched last year. To put into real comparison, hereโ€™s what Vadim Yuryev of Max Tech noted in his tests;

  • 13-inch MacBook Pro (M1/256GB) Read Speed: 2,900
  • 13-inch MacBook Pro (M2/256GB) Read Speed: 1,446
  • 13-inch MacBook Pro (M1/256GB) Write Speed: 2,215
  • 13-inch MacBook Pro (M2/256GB) Write Speed: 1,463

To know whatโ€™s the roadblock here, Yuryev dug deep into the new 13โ€ณ MacBook Pro and found out that itโ€™s equipped with only one NAND flash storage chip โ€“ instead of two borne by its old M1 counterpart. And this marked the huge difference between reading/writing speeds.

Well, this is limited only to the 13โ€ณ MacBook Pro with an M2 chip, whereas the next higher variant (512GB) is well and good when compared to its predecessor. And itโ€™s justified too since itโ€™s having two NAND flash storage chips (256GB + 256GB).

So itโ€™s better you bump up your budget to buy the 512GB variant of the 13โ€ณ MacBook Pro (M2 chip), or wait for the upcoming MacBook Air (which may have two NAND chips to offer better disk speeds).

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