...oarchitecture ultimately determines its capabilities with respect to those design goals. {{main|IC design flow}}

...ing.</ref> || GT Stepping<ref group=devID>The GT Stepping refers to the GT design stepping.</ref> || Device2 ID<ref group=devID>The Device2 ID is the PCI dev The '''Command Stream''' ('''CS''') unit manages the the flow of execution for the FF Pipeline (3D Pipeline) and the Media pipelines. The

...ing.</ref> || GT Stepping<ref group=devID>The GT Stepping refers to the GT design stepping.</ref> || Device2 ID<ref group=devID>The Device2 ID is the PCI dev The '''Command Stream''' ('''CS''') unit manages the the flow of execution for the FF Pipeline (3D Pipeline) and the Media pipelines. The

{{ic family The P1 series are designed for low-power fan-less design designed to succeed previous models (e.g., PowerQUICC II Pro) with higher p

...ng and simulating [[digital circuits]]. It is used in early front-end [[IC design]]. ...means that all of Verilog code can be run in SystemVerilog simulators and design tools. Only thing that SV added is better Verification methodology like UVM

* [[3D IC|3D]] [[die stacking]] ...robe at the receiving end. Each lane has a 16 [[FLIT]] queue, arbiter, and flow control logic. The router is implemented using a 5-stage pipeline with a tw

...('''CoWoS''') is a [[two-point-five dimensional integrated circuit]] (2.5D IC) [[through-silicon via]] (TSV) [[interposer]]-based packaging technology de ...d very good PDN improvements with iCAP. Compared to equivalent CoWoS-based design without iCAP, TSMC is reporting just 0.05x the impedance and 0.45x the volt