Engineering-driven development with staged validation, measurable subsystem milestones, and production-oriented architecture planning.
The SolMOS roadmap emphasizes measurable engineering milestones and qualification-oriented development criteria to improve transparency for technical partners and investors.
Six development stages. Each tied to measurable engineering objectives
• Phase 1
• Phase 2
• Phase 3
• Phase 4
Focus
Proof of concept
Current sharing and Protection
Thermal & System Optimization
Discrete MOSFET-based prototypes
Initial switching validation
Basic thermal evaluation
Hardware iteration
Demonstrate early proof-of-concept operation.
System architecture planning
Modular power strategy
Initial design research
Technology positioning
Define the foundation for scalable power-system development.
Current-balancing refinement
Fault protection systems
Monitoring and sensing
Layout optimization
Improve reliability, stability, and operational control.
Thermal distribution analysis
Efficiency improvements
Mechanical integration
Scalable architecture refinement
Validate performance under higher-demand conditions.
Silicon carbide integration strategy
Advanced packaging exploration
Semiconductor design expansion
Long-term fabrication planning
Transition toward next-generation semiconductor implementation.
Industry feedback
Pilot partnerships
Application testing
Market validation
Refine deployment pathways and commercialization opportunities.
OEM & Strategic Collaboration
Next-Gen Semiconductor
• Phase 6
• Phase 5
Development Philosophy
▸ Mindset
Future Vision
Helionix prioritizes engineering validation, iterative testing, and scalable architecture development before pursuing advanced semiconductor manufacturing pathways.
As global electrification accelerates, Helionix aims to contribute to the evolution of scalable, efficient, and intelligent power systems across energy, industrial, aerospace, and defense markets.