01
Design Verification
UVM / SystemVerilog, assertions, functional coverage, regression automation, IP/subsystem/SoC verification and debug.
Extending silicon engineering capacity across critical workstreams.
AionSi complements Infinecs with focused semiconductor engineering execution across Design Verification, RTL/SoC, Physical Design, STA/Synthesis and DFT — with targeted Analog/AMS capability where the scope fits.
Complement the existing engineering organization. Do not duplicate it.
The strongest opportunity is a bounded technical workstream where additional execution capacity can be measured through deliverables, engineering reviews and milestones.
Technical scope
Clear ownership
Milestone delivery
Scale after proof
A silicon-to-systems organization with broad internal engineering depth.
Infinecs publicly describes end-to-end engineering across IC, SoC, embedded software and system platforms, with work spanning architecture, RTL, verification, physical design, silicon validation and embedded software.
Its published design-services scope includes RTL development and functional verification, IP integration, synthesis and timing optimization, physical design through GDSII, sign-off and tape-out support. Infinecs also describes post-silicon bring-up, characterization and failure analysis.
That makes the relevant AionSi proposition specific: add execution capacity around selected semiconductor workstreams while Infinecs retains program, architecture and customer ownership.
These are the disciplines where AionSi has the clearest public capability evidence and where an Infinecs conversation can be technically specific.
02
RTL & SoC Engineering
Complex digital RTL, IP development, subsystem integration, timing-aware design and verification-driven handoff.
03
Physical Design
Floorplanning, synthesis, placement & routing, timing closure and implementation execution.
04
STA & Synthesis
Logic synthesis, MCMM timing analysis, timing-driven optimization and closure support across RTL and implementation.
05
DFT
Scan/ATPG-oriented DFT execution, coverage analysis, test timing and silicon-readiness support.
06
Analog / AMS
Analog layout and AMS verification capability for mixed-signal workstreams where the scope is clearly defined.
Infinecs workstream
AionSi fit
Potential complement
RTL / SoC
Strong
RTL implementation, IP integration and subsystem execution.
Functional Verification
Strong
UVM/SystemVerilog, coverage, regression, debug and IP-to-SoC verification.
Physical Design
Strong
Synthesis, P&R, timing closure and signoff-oriented execution.
DFT / DFX
Strong
DFT implementation and verification support around defined work packages.
STA / Synthesis
Strong
Timing analysis, synthesis and closure support.
Analog / AMS
Targeted
Analog layout and AMS verification where requirements align with AionSi capability.
Post-Silicon
Selective
Potential validation/debug support; scope should be confirmed against the specific program.
Fit labels describe AionSi's current capability evidence, not an assumption about Infinecs' resource gaps or roadmap.
Show the engineering before proposing the engagement.
AionSi's public portfolio includes representative verification, physical-design, subsystem and analog engineering examples that can anchor a technical discussion.
DV
IoT SoC Verification
Representative SoC-level verification experience.
PD
Advanced SoC Physical Design
Representative high-complexity physical implementation experience.
PD
Physical Design Turnkey Project
Defined-scope physical design delivery experience.
DV
Subsystem Verification + MATLAB
Subsystem verification with integration/analysis workflow.
Analog
Turnkey Analog Front-End
Representative analog front-end layout/design experience.
Start where an engineering milestone is measurable.
Examples: IP/subsystem verification, SoC verification closure, RTL/IP integration, physical-design execution, STA/timing closure or DFT work. The exact scope should be defined jointly with the Infinecs engineering team.
01
Requirement
02
Work Package
03
Milestone Delivery
04
Review & Scale
A controlled path from requirement to engineering ownership.
01
Scope
Understand the block, subsystem, program stage, tools, interfaces and milestone.
02
Define
Agree deliverables, ownership boundaries, team composition and acceptance criteria.
03
Execute
Run the work package with engineering reviews, quality gates and milestone cadence.
04
Validate
Review outcomes, close gaps and decide whether the scope should expand.
Choose the operating model after the technical need is clear.
Defined work package
Project Engineering
AionSi owns agreed scope, milestones and deliverables.
Specialist capacity
Extended Engineering
AionSi engineers work as an extension of the Infinecs organization.
Recurring workstream
Dedicated Team
A dedicated team aligned to a longer-running technical roadmap.
Scaled capacity
Engineering ODC
A governed engineering organization when the model is proven.
Let’s identify one engineering workstream worth exploring together.
Bring the program stage, technical bottleneck or capacity requirement. AionSi can map it to the relevant engineering discipline, evidence and delivery model.