The world of technology is eagerly anticipating Apple’s next big leap with the launch of the M4 series chips, expected to debut in an array of Mac devices next month. But Apple isn’t pausing to catch its breath—there’s already buzz about the M5 chip, likely to make its grand entrance next year. This reveal could mirror Apple’s recent strategy with its iPad Pro models, which have been upgraded with its second-generation 3nm silicon.
The M5 chip seems poised to harness TSMC’s 3nm process, albeit an improved variant that promises enhanced performance and energy efficiency. Word is, Apple began working on the M5 and A19 back in 2023, aiming to maintain a competitive edge. According to Mark Gurman from Bloomberg, updated iPad Pro models are scheduled for a 2025 release, sticking to the familiar 11-inch and 13-inch sizes. These tablets, with codenames J607 and J637, seem likely to continue featuring Apple’s tandem OLED technology introduced last year, with no change in panel type anticipated.
Speculations swirl about whether Apple will leap to TSMC’s groundbreaking 2nm process for the M5, yet it seems improbable. The upcoming chipset is expected to roll out with the 3nm ‘N3P’ node, TSMC’s third variation, offering a refined performance over its predecessors like the M4, A18, and A18 Pro. Analyst Ming-Chi Kuo suggests that a 2nm chipset launch isn’t expected until 2026 due to exorbitant wafer costs.
What sets the M5 apart could be its use of TSMC’s Small Outline Integrated Circuit Packaging (SoIC), a technology first introduced in 2018. This innovative packaging allows chips to be stacked in a three-dimensional structure, enhancing thermal management, minimizing current leakage, and boosting electrical performance, a significant upgrade from the traditional two-dimensional chip design. While the specific specs of the M5 remain under wraps, the switch to an improved 3nm process could grant Apple the flexibility to incorporate additional performance cores, akin to the enhancements seen with the M4.
As we await these technological marvels, the future of Apple’s chip innovation seems brighter and more exciting than ever.
