Such a good question, here are my few thoughts!! Would be interested on others as well. Honestly its now the competition that drives industries forward: Firstly, not necessarily all companies should go for heterogenous integration per say (bang for buck equation at play, from design & manufacturing). Yes, system Moore's scaling is the new Moore's law, but not necessarily 2.5/3D is the only way to go. Secondly, the industry also is driven by EDA per say and that's really a sharp enabler of things and that leads these innovations for big players. Third, is the inherent competition at Tech will always be a key driver for optimization. Addressing power, thermal and testability will go a long way for larger adoption. Finally, it's also down to standardization across players as well.
In the context of heterogeneous integration, how do you see collaboration evolving across the industry to further leverage these advancements?
Such a good question, here are my few thoughts!! Would be interested on others as well. Honestly its now the competition that drives industries forward:
Firstly, not necessarily all companies should go for heterogenous integration per say (bang for buck equation at play, from design & manufacturing). Yes, system Moore's scaling is the new Moore's law, but not necessarily 2.5/3D is the only way to go.
Secondly, the industry also is driven by EDA per say and that's really a sharp enabler of things and that leads these innovations for big players.
Third, is the inherent competition at Tech will always be a key driver for optimization. Addressing power, thermal and testability will go a long way for larger adoption.
Finally, it's also down to standardization across players as well.