Representative Engineering Experience — Physical Design
Representative advanced-node Physical Design experience spanning floorplanning, placement, CTS, routing, timing closure, congestion optimization, physical verification and sign-off across 3nm–28nm programs.
Why disciplined physical implementation matters.
Representative AionSi Physical Design evidence covering implementation planning, floorplanning, placement, CTS, routing, timing closure, physical verification and sign-off.
The evidence is limited to the approved engineering description; customer attribution and unsupported implementation or performance claims are not implied.
Physical Design closure is an iterative engineering problem.
The implementation path connects netlist handoff to floorplanning, placement, CTS, routing, timing closure, physical verification and sign-off.
Accelerate implementation convergence
Structured floorplanning, placement, CTS and routing iterations help identify physical constraints early and reduce downstream rework.
Improve PPA and congestion trade-offs
Implementation decisions are evaluated against area, power, timing and congestion objectives throughout closure.
Drive timing closure
Static timing analysis, clock-tree refinement and implementation feedback support systematic setup, hold and path-closure activities.
Support sign-off readiness
Physical verification, ECO iteration and downstream checks provide a structured path toward implementation release and sign-off readiness.
Physical implementation where closure pressure is highest.
AionSi can contribute to defined implementation bottlenecks or operate as an integrated physical design workstream.
Floorplanning and placement
Translate hierarchy, macro, power-domain and physical constraints into implementation-ready planning and placement decisions.
CTS and routing closure
Support clock implementation, skew/latency objectives, routing convergence, congestion management and downstream timing closure.
Timing and physical verification
Work through STA, physical-rule checks, ECO iterations and sign-off readiness activities.
Dedicated Physical Design workstream
Align engineering capacity to defined scope, milestones, closure objectives and customer implementation workflows.
Engineering capacity designed for closure.
Physical Design work can begin with a specialist bottleneck, expand into a managed workstream or operate as a dedicated engineering ODC.
Targeted engineering
Focused capacity for a defined implementation or closure constraint.
Managed workstream
Defined implementation ownership with milestones and closure objectives.
Dedicated engineering
A dedicated team aligned to the customer roadmap and scalable Physical Design demand.
Closure-oriented delivery
Execution aligned to timing, congestion, physical verification and release readiness.
AionSi Engineering Evidence — Representative Engineering Experience — Physical Design
Get the detailed AionSi Physical Design reference architecture, implementation flow and engineering methodology.
Have a Physical Design workstream to accelerate?
Bring the implementation stage, timing or congestion constraint, physical verification issue or capacity requirement. We can map it to the appropriate AionSi engineering model.