Stage 01
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IP / Architecture
Define reusable IP and subsystem architecture.
Engineering outcome
Architecture aligned to the product requirement.
IP architecture
Subsystem definition
Engineering the Future of Silicon.
Semiconductor engineering from IP to Silicon across RTL Design, Design Verification, Physical Design, DFT, Protocol Verification and SoC & IP Engineering.
IPSUBSYSTEMSoCVERIFICATIONPHYSICALDFTSILICON
SOC-01
RTL · DV · PD · DFT
SILICON ENGINEERING
PPA · COVERAGE · SIGNOFF
ARCHITECTURE → VERIFY → IMPLEMENT
PCIe · DDR · SoC · DFT
From IP to Silicon.
Engineering expertise across the semiconductor development lifecycle.
Explore each stage to see where AionSi engineering contributes.
Need engineering capacity at any stage of the silicon lifecycle?
Talk to Our Engineering TeamEngineering depth across the silicon lifecycle.
From RTL design through verification, physical implementation, DFT, protocol verification and SoC integration—AionSi engineering capabilities are built around complex silicon programs.
01
RTL Design
RTL engineering across block, subsystem and SoC development.
TECHNOLOGY / METHODOLOGY
Verilog · SystemVerilog · RTL Design
ENGINEERING OUTCOME
Integration-ready RTL
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02
Design Verification
Verification expertise across block, subsystem and SoC levels.
TECHNOLOGY / METHODOLOGY
SystemVerilog · UVM · Coverage · Assertions
ENGINEERING OUTCOME
Coverage-driven verification confidence
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03
Physical Design
Physical implementation, timing closure and physical verification across complex silicon programs from netlist through sign-off.
TECHNOLOGY / METHODOLOGY
Floorplanning · Placement · CTS · Routing · PrimeTime STA · Calibre / ICV
ENGINEERING OUTCOME
Signoff-ready implementation
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04
DFT
Design-for-test engineering integrated into the silicon lifecycle.
TECHNOLOGY / METHODOLOGY
Test Architecture · Scan · ATPG
ENGINEERING OUTCOME
Manufacturing-test readiness
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05
Protocol Verification
Protocol-focused verification for complex semiconductor interfaces.
TECHNOLOGY / METHODOLOGY
PCIe · USB · DDR · HBM · AMBA
ENGINEERING OUTCOME
Interface-level verification confidence
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06
SoC & IP Engineering
Engineering across processor, interconnect, memory, security and high-speed protocol IP with SoC integration.
TECHNOLOGY / METHODOLOGY
RISC-V · AMBA CHI / AXI · PCIe Gen6 · DDR4 / DDR5 · HBM2e / HBM3 · USB 3.x / USB4 · Secure SoC
ENGINEERING OUTCOME
Integration-ready IP, subsystem and SoC delivery
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What are you trying to accelerate?
Bring a verification, implementation or engineering-capacity challenge. We will connect it to the right AionSi capability.
Technology depth for complex silicon.
A focused set of technology domains backed by supplied AionSi technical capability evidence.
Each technology card now maps to an evidence-backed reference. Unsupported or lower-confidence technology claims are intentionally excluded from this section.
01EVIDENCE READY
PCIe Gen6
Production-grade Data Link Layer engineering with link training, flow control, error recovery, power management and SoC integration.
02EVIDENCE READY
USB 3.x / USB4
Integrated USB controller engineering spanning PHY, link and protocol layers, power delivery, error recovery and host/device integration.
03EVIDENCE READY
DDR4 / DDR5
Memory-controller engineering covering command scheduling, PHY abstraction, refresh management, ECC/RAS, timing and SoC integration.
04EVIDENCE READY
HBM2e / HBM3
High-bandwidth memory controller engineering for AI, GPU and HPC systems with QoS-aware scheduling and thermal-aware integration.
05EVIDENCE READY
AMBA CHI / AXI
Coherent and non-coherent interconnect engineering for heterogeneous SoCs with QoS, configurable topology, monitoring and scalable agent counts.
06EVIDENCE READY
RISC-V
Processor-core engineering spanning embedded, edge-AI, performance and multi-core cluster tiers with formal and dynamic verification.
AI-Accelerated Verification.
Engineering productivity accelerated with human validation, security-conscious workflows and controlled deployment models.
AIV
AI Assisted
Human Validated
Secure
Scale your silicon engineering team.
Dedicated engineering teams, extended engineering and project delivery models designed around semiconductor programs.
CUSTOMER PROOF
Selected organizations supported by AionSi engineering.
Trusted by leading organizations across semiconductor, EDA, automotive, networking and technology markets.
Build what's next. With us.
AionSi is building an engineering organization for complex silicon programs. Explore opportunities for early-career and experienced semiconductor engineers.
EARLY CAREERS
Start Your Silicon Journey
Build semiconductor fundamentals, learn engineering methodologies and grow with experienced teams.
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EXPERIENCED ENGINEERS
Bring Your Engineering Depth
Work on challenging semiconductor programs across verification, physical design, RTL, DFT and protocol engineering.
Explore Experienced Roles →