Apple won’t launch M3-powered MacBooks this yr. The declare comes from reputed Apple analyst Ming-Chi Kuo.
The TF Worldwide Securities analyst didn’t present extra motive behind this. However given his correct monitor report, it’s potential M3 MacBooks won’t debut in 2023.
No M3 MacBooks to launch this yr
Kuo’s prediction contradicts a Bloomberg report claiming the M3-based 13-inch MacBook Air and Professional will debut in fall 2023. Whereas the analyst’s assertion is imprecise, it doesn’t rule out the potential for M3 desktop Macs launching this yr.
看起來到今年年底前，Apple應該都不會發售新款的MacBook (配備M3系列處理器) 機型了
==
Evidently Apple is not going to launch new MacBook fashions (geared up with M3 sequence processors) earlier than the tip of this yr.— 郭明錤 (Ming-Chi Kuo) (@mingchikuo) September 8, 2023
Apple seems to function on an 18-month refresh cycle for its M3 chips. For reference, the M2 chip debuted with the 13-inch MacBook Air and Professional in June 2022. And the primary Apple silicon debuted in October 2020 inside the identical machines.
Going by this timeframe, the M3 SoC ought to launch in October this yr. That’s additionally when Apple sometimes holds a Mac-focused occasion. But when Kuo’s predictions are appropriate, an October occasion from Apple appears unlikely this yr.
Might an M3 iMac debut this yr?
There have been murmurs of M3 iMac debuting within the second half of 2023. The 24-inch M1 iMac, which debuted in spring 2021, desperately wants an replace. So, it may very well be an awesome launch car for the extra environment friendly M3 SoC.
Extra highly effective Macs with M3 Professional, Extremely, and Max chips aren’t anticipated to reach till 2024.
Primarily based on TSMC’s 3nm node, Apple’s next-gen SoC might deliver a significant leap in efficiency and effectivity. Provides seem severely restricted, which is why Apple has booked TSMC’s total 3nm output. The A17 Bionic chip powering the iPhone 15 Professional sequence can also be fabricated on the 3nm node. It also needs to deliver a notable bump in efficiency and effectivity in comparison with its predecessor.
