ACCELERATE YOUR DESIGN, PROCESS PORTING & SILICON
Analog, Mixed-Signal & RF Engineering
Analog & RF Design | Design Optimization | PVT Closure | Technology Migration | Silicon Characterization | Test Optimization
ENGINEERING CAPABILITIES
Engineering Support From Design Through Silicon
Analog, Mixed-Signal & RF Design
Circuit architecture, design, simulation, optimization, and implementation support for analog, mixed-signal and RF IC development.
Engage AID for a defined circuit block, subsystem, performance objective, or specialized engineering support.
Design Optimization & PVT Closure
Improve circuit performance and robustness across process, voltage, temperature, loading, and other operating conditions.
AID supports design-space exploration, multi-objective optimization, corner analysis, and specification closure.
Technology Migration
Migrate and re-optimize existing analog and RF IP for new semiconductor processes and technology nodes.
AID supports characterization of the existing design, definition of target performance, redesign, optimization, and verification in the destination technology.
Silicon Characterization & Correlation
Turn first-silicon measurements into actionable engineering information.
AID supports silicon characterization, simulation-to-measurement correlation, performance analysis, and model refinement to identify and address gaps between expected and measured circuit behavior.
Characterization & Test Optimization
Reduce characterization and production-test effort while maintaining the engineering information and coverage required for product decisions.
AID applies predictive modeling and silicon-data analysis to identify opportunities for more efficient characterization and test strategies.
Adaptive Analog Development
Develop analog and RF circuits capable of maintaining selected performance characteristics as process, voltage, temperature, loading, and other operating conditions change.
AID has demonstrated adaptive techniques across multiple analog circuit types in simulation, silicon, and hardware.
ENGINEERING CHALLENGES
Where AID Can Help
Close Challenging Specifications
Improve analog and RF performance across PVT, loading, and operating conditions.
Optimize Existing Designs
Explore design alternatives and improve performance, power, area, and robustness.
Migrate Analog & RF IP
Re-optimize existing circuits for a new process technology or technology node.
Analyze First Silicon
Correlate measured silicon with simulation, understand performance variation, and identify opportunities for improvement.
Reduce Characterization & Test
Use predictive engineering techniques to reduce unnecessary measurements and test effort while maintaining required engineering information.
Extend Your Engineering Team
Add specialized analog, mixed-signal, and RF engineering capability when internal resources, schedules, or technical requirements demand it.
WHAT WE IMPROVE
Every customer has different priorities.
We apply our proprietary AI-based technologies to improve the characteristics that matter most to your product.
- Performance
- Power
- Silicon area
- Manufacturability
- Production cost
- Reliability
- PVT robustness
- Aging performance
- Product competitiveness
WHY AID
Advanced Engineering Augmented by AI
AI is not the product we ask your engineering team to adopt.
Engineering results are.
AID has developed proprietary computational, machine-learning, and predictive-engineering technologies specifically for analog and RF circuits.
Our engineers use these capabilities alongside established semiconductor design methods to explore design spaces, predict circuit behavior, optimize performance, analyze silicon data, and develop adaptive circuits.
This gives AID an additional engineering capability that can complement your existing design organization and development flow.
No new design environment for your engineers to learn. AID applies the technology as part of the engineering engagement.
HOW WE ENGAGE
Start With a Defined Engineering Objective
Start with:
One circuit block.
One specification challenge.
One technology migration.
One silicon-characterization objective.
One test-optimization opportunity.
Together, we define the required inputs, target specifications, success criteria, deliverables, and schedule.
A focused initial engagement allows both teams to establish technical results before expanding the scope.
Start with one challenge and one measurable objective.
TECHNOLOGY
Technology Behind AID Engineering
AID develops proprietary technologies that augment conventional analog and RF engineering.
These capabilities are applied within AID engineering engagements and can also support selected customer technology-development programs.
Predictive Engineering
Rapidly predict circuit specifications across design variables, PVT, loading, and operating conditions.
Design Optimization
Explore large design spaces and identify circuit configurations that meet multiple engineering objectives.
Predictive Characterization & Test
Use available circuit information and measurements to improve characterization and test efficiency.
Adaptive Analog
Enable selected analog circuit characteristics to remain more stable as operating conditions change.
INDUSTRIES
Supporting Advanced Semiconductor Development
AID engineering capabilities can support semiconductor development across:
Communications & Connectivity
Data Center & Computing
Automotive
Industrial
Aerospace & Defense
Semiconductor IP & SoC Development
Our Partners
