Semiconductor consulting for advanced ASIC programs

Chip Physical Design, STA Signoff, and Timing Closure Consulting.

Advance Micro Consulting Inc. (AMCI) helps semiconductor teams close timing, execute physical ECOs, improve implementation methodology, and bring advanced ASIC programs from netlist to tapeout readiness.

Built on 15+ years of hands-on semiconductor implementation, signoff, and methodology experience across advanced ASIC programs.

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PD Execution STA Signoff ECO Closure Flow Automation Tapeout Readiness

Success Stories

Success stories across silicon programs where execution risk mattered.

AMCI has supported advanced silicon programs across PHY/IP, memory interfaces, VR hardware platforms, fintech silicon, and advanced-node ASIC infrastructure.

Alphawave Semi / Memory PHY IP

High-Performance Memory PHY IP

6 testchips 14nm / 12nm / 7nm HBM / GDDR / LPDDR

Context: Advanced memory PHY IP development across HBM, GDDR, and LPDDR standards.

Role: Physical implementation and timing signoff partner across six critical testchips.

Scope: 14nm, 12nm, and 7nm implementation; GDDR6, LPDDR5/4/4x, and HBM3 PHY validation.

Outcome: Supported silicon-proven memory PHY development across multiple standards, nodes, and testchip programs.

OPENEDGES Technology / Connectivity PHY

High-Speed Connectivity PHY Program

5 testchips 5G PHY Timing signoff

Context: Advanced 5G and high-speed connectivity silicon program.

Role: Physical implementation and timing signoff support for the first five 5G PHY testchips.

Scope: High-complexity physical implementation, signal integrity execution, stringent timing signoff, and testchip delivery support.

Outcome: Helped establish the technical baseline for early high-speed connectivity silicon programs.

Meta Reality Labs / PPA Methodology

Scalable PPA Methodology for VR Silicon

1,000+ engineers Python automation PPA optimization

Context: Large-scale VR silicon organization requiring consistent PPA visibility across distributed engineering teams.

Role: Architected custom methodology and Python automation for PPA optimization and engineering decision support.

Scope: Hardware telemetry ingestion, architectural metric correlation, scenario modeling, reporting, and source-of-truth infrastructure.

Outcome: Converted fragmented engineering data into a scalable PPA decision platform supporting faster design-to-signoff cycles.

Square / Block / Fintech Silicon

Secure Payment Silicon to Advanced ASIC Infrastructure

Multi-generation silicon Secure processor Advanced-node ASIC

Context: Fintech silicon platform evolving from secure payment silicon to global payment infrastructure and advanced-node ASIC development.

Role: Provided long-term physical implementation continuity across multiple generations of silicon execution.

Scope: Secure processor SoC implementation, NFC integration, dual-CPU architecture, CTS/signoff, advanced implementation, and thermal/IR analysis.

Outcome: Supported the silicon foundation behind secure payment-terminal deployment and later advanced ASIC infrastructure.

Detailed case study materials available for qualified partners.

Services

Execution-focused consulting from physical design through signoff.

Design Intent

Physical Implementation Fusion Compiler / Innovus

STA / Timing Closure PrimeTime / Tempus

Tapeout Readiness

Methodology, Automation, Physical Verification, and Signoff Support

Physical Design Execution

Block and top-level implementation support from floorplanning, placement, CTS, routing, congestion debug, and ECO closure through signoff convergence.

STA Signoff & Timing Closure

MMMC timing analysis, setup/hold closure, SI/noise debug, constraint review, timing ECO strategy, and regression triage.

Flow Development & Automation

Custom Tcl, Python, Make, and reporting automation to improve implementation repeatability, QoR visibility, and cross-team execution.

Chip Finishing & Tapeout Readiness

Physical verification cleanup, DRC/LVS support, signoff checklist execution, final ECO convergence, and GDS handoff readiness.

Technical Depth

Technical depth across implementation, signoff, verification, and automation.

Timing signoff dashboard showing critical paths, slack distribution, congestion, and delay analysis

Nodes 2nm, 3nm, 5nm, 7nm, 12nm, 14nm, advanced-node readiness

Implementation Floorplanning, placement, CTS, routing, congestion, ECO closure

STA / Signoff MMMC, setup/hold, SI/noise, constraints, timing ECOs, regression triage

Tools Synopsys Fusion Compiler, ICC2, PrimeTime; Cadence Innovus, Tempus; Calibre, PVS, ICV

Automation Python, Tcl, Perl, Make, reporting dashboards, QoR analysis

Design Contexts PHY/IP, memory interfaces, AI/HPC, VR/consumer silicon, fintech/payment silicon, advanced ASIC infrastructure

Foundry Context Experience with advanced-node implementation environments and major foundry design-rule ecosystems.

Engagement Models

Engagement models built for real implementation and tapeout pressure.

Timing Closure SWAT

Support for urgent setup/hold closure, timing regressions, ECO loops, and signoff convergence.

Tapeout Support

Block or full-chip implementation support during critical tapeout windows, from late-stage closure through final handoff.

Flow Bring-Up & Automation

Methodology, scripting, reporting, QoR dashboards, and checks that improve repeatability across implementation teams.

Advisory / Design Review

Review of implementation strategy, constraints, timing closure approach, and signoff readiness.

FAQ

Frequently asked questions about AMCI.

Question 01

What is AMCI?

AMCI stands for Advance Micro Consulting Inc., a semiconductor consulting company specializing in ASIC physical design, STA signoff, timing closure, ECO execution, chip finishing, and flow automation.

Question 02

What services does AMCI provide?

AMCI provides ASIC physical design execution, STA signoff support, timing closure, ECO closure, methodology automation, and tapeout readiness consulting for semiconductor teams.

Question 03

Where is AMCI based?

Advance Micro Consulting Inc. is based in Ontario, Canada and supports semiconductor teams across Canada, the United States, and global ASIC programs.

Question 04

Does AMCI support Synopsys and Cadence flows?

Yes. AMCI supports implementation and signoff flows using Synopsys Fusion Compiler, ICC2, PrimeTime, Cadence Innovus, Tempus, and related physical verification tools.

Question 05

Is AMCI searched under other names?

Also searched by some clients as AMC semiconductor consulting, AMCI is the operating brand for Advance Micro Consulting Inc.

AMCI PRODUCT

MachAI brings AMCI's signoff expertise into AI-native EDA software.

AMCI is currently developing MachAI, an AI-native EDA product suite for chip design teams. Its flagship product, MachAI Lens, helps STA and PD engineers turn PrimeTime and Fusion Compiler signoff reports into ranked timing health, regression intelligence, and faster closure decisions.

MachAI timing debug interface for advanced timing signoff

MACHAI LENS

AI-native timing signoff cockpit

Unified WNS, TNS, and violation health across MMMC scenarios
Ranked blockers for timing triage and ECO prioritization
Regression comparison workflows for STA and PD teams

Visit MachAI

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Bring PD/STA execution into your next closure challenge.

Share your project stage, node, tool stack, and the area where your team needs support, from timing closure and ECO execution to methodology automation and tapeout readiness.

AMCI advanced ASIC signoff and physical design visual