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Process–architecture–optimization is a development model for central processing units (CPUs) that Intel adopted in 2016. Under this three-phase (three-year) model, every microprocessor die shrink is followed by a microarchitecture change and then by one or more optimizations.
Process architecture is the structural design of general process systems. It applies to fields such as computers (software, hardware, networks, etc.), business processes ( enterprise architecture , policy and procedures, logistics, project management, etc.), and any other process system of varying degrees of complexity .
A simple, yet powerful way to model process architecture is using the dualistic extension of Petri nets called dualistic Petri nets (dPNs). [1] A Petri net (PN) is a graphical, bipartite modeling language that intuitively and mathematically represent theoretical relationships of moving objects in a network of interconnected constructs.
Under this model, every new process technology was first used to manufacture a die shrink of a proven microarchitecture (tick), followed by a new microarchitecture on the now-proven process (tock). It was replaced by the process–architecture–optimization model , which was announced in 2016 and is like a tick–tock cycle followed by an ...
As a die shrink, Palm Cove is a new process in Intel's process-architecture-optimization execution plan as the next step in semiconductor fabrication. [1] Cannon Lake CPUs are the first mainstream CPUs to include the AVX-512 instruction set. Prior to Cannon Lake's launch, Intel launched another 14 nm process refinement with the codename Coffee ...
CMOS devices sizes continue to shrink – see Intel's process–architecture–optimization model (and older tick–tock model) and ITRS: 22 nanometer Ivy Bridge in 2012; first 14 nanometer processors shipped in Q4 2014. In May 2015, Samsung Electronics showed a 300 mm wafer of 10 nanometer FinFET chips. [7]
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Meta-process modeling; Middleware; Middleware (distributed applications) Minimum viable product; Model transformation; Model transformation language; Model-based systems engineering; Model-driven architecture; Model-driven engineering; Model-driven integration; Modeling perspective; Modular design; Modular function deployment; Modular Product ...