![]() N5P offers improved performance characteristics versus N5, but not density improvements. The chip is being made on what Apple terms a “second generation 5nm” process, which we believe is likely TSMC’s N5P line, the same line used for the A15 SoC. As a result, at first glance the M1 to M2 upgrade looks quite similar to the A14 to A15 upgrade.Īccording to Apple, the new SoC is comprised of roughly 20 billion transistors, which is 4B (25%) more than the original M1 – and 5B more than the A15 SoC. While all of this is preliminary ahead of either further disclosures from Apple or getting hands-on time with the hardware itself, the M2 looks a lot like a derivate of the A15 SoC, similar to how the M1 was derived from A14. M2 seems to split this down the middle, coming about a year and a half after the original M1 – though in terms of architecture it looks closer to a yearly A-series SoC update.įrom a high level, there has been a limited number of changes with the M2 – or at least as much as Apple wants to disclose at this time – with the focus being on a few critical areas, versus the bonanza that was the initial M1 SoC. With the iPhone family, Apple has kept to a yearly cadence for A-series SoC updates conversely, the traditional PC ecosystem is on something closer to a 2-year cadence as of late. The launch of the M2 also gives us our first real glimpse into how Apple is going to handle updates within the Apple Silicon ecosystem. ![]() Designed to replace the M1 within Apple’s product lineup, the M2 SoC is being initially rolled out in refreshes of the 13-inch MacBook Pro, as well as the MacBook Air – which is getting a pretty hefty redesign of its own in the process. To that end, the company has prepared what is the first (and undoubtedly not the last) of a new family of SoCs with the Apple Silicon M2. With the king of the M1 SoCs, M1 Ultra, not even 3 months behind them, Apple hasn’t wasted any time in preparing their second generation of Apple Silicon SoCs. Touting modest performance gains over the original M1 SoC of around 18% for multithreaded CPU workloads and 35% in peak GPU workloads, the M2 is Apple’s first chance to iterate on their Mac SoC to incorporate updated technologies, as well as to refresh their lower-tier laptops in the face of recent updates from their competitors. At the company’s biggest Mac-related keynote of the year, Apple unveiled the M2, their second-generation Apple Silicon SoC for the Mac (and iPad) platform. ![]() I'm totally new to the forums so bear with me if I am posting in the wrong place or whatever.Īm I expecting too much from the Air m1 with these settings? Just a few tracks in the project and only stock stuff and some audio files.Though primarily a software-focused event, Apple’s WWDC keynotes are often stage for an interesting hardware announcement or two as well, and this year Apple did not disappoint. I am using rosetta, and nothing but logic and headphones (no sound card or even midi-keyboard). I figured It could be me using Arturia V (know it isn't tested yet for m1) so did a bip of those tracks and turned them off, but still get the same peaks. Performance peaks started when I edited/recorded midi on the logic stock drum machine-designer while doing playback, but later (as the screenshot show) several cores are almost peaking just from playback. Although I am a bit disappointed in experiencing glitching, playback buffering and irregularities and peaks in performance meters on projects I wouldn't think would be too heavy. Bought an M1 about 2 weeks ago, (MacBook Air M1 2020, 16gb Ram, Big Sur 11.6) and couldn't wait to run logic as smooth as ever.
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