![]() The chip architecture isvery impressive but it's going to take a little while for 3rd party software to catch up.In this context, we recall that the theory of brittle fracture founded in 1920 by Griffith is based on the linear elasticity, in the framework of which the stress field is determined, and the energy criterion, which states that the energy release through the moving crack tip must be equal to the (double) surface energy of the material. Right now, we have all 3 of these things at once. Some software won't make the transition at all!! When hardware architecture changes you get at least a 6 month re-coding period. 0 leap (10.6.x) you get a fair amount of new bugs. When an OS makes a non incremental leap, you get a fair amount of breakage. We, unfortunately, have a triple issue here. It might take a few months though.Īpple M1 (ARM-based) processors are not yet supported.ġ0.13.6, 10.14.6, 10.15.7, 11.0.1 (Intel only). If a piece of code is not working on Rosetta 2 I suppose it makes more sense to spend the time writing native code than it does to try and tweak existing code. Waves are working on M1 native code which makes sense. The waves plugins (like a lot of other manufacturers) are having trouble with Rosetta 2 on the M1 Macs so the M1 based Macs are not translating the Intel based plugs properly which is why they don't work. The Waves plugs (v12) will work in Big Sur on the Intel chip set but not on the M1 chip set - yet. The issue here isn't Big Sur but the M1 chip architecture.īig Sur is a universal binary so it will install different code on an Intel based Mac than it will on an M1 Mac.
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