I will embedded pcb iot architecture for access cards, sim esim modules, smart adapters
About this Gig
Access cards, SIM/eSIM modules, and smart adapters are often treated like simple PCBs.
In reality, they are security-critical embedded systems where mistakes lead to certification failure, unreliable communication, power issues, or security vulnerabilities.
That's why I design secure embedded PCB and IoT architecture as a complete system, not isolated files.
From ultra-thin PCB constraints to secure interfaces, RF behavior, and manufacturability everything is engineered to work together in real-world deployment.
What I Do
- Secure embedded PCB design for access cards & identity modules
- SIM / eSIM hardware architecture
- Smart adapter & connector-level PCB design
- IoT system architecture (device gateway cloud-ready)
- Ultra-thin, rigid, flex, or rigid-flex PCB layouts
- Power, RF, and signal-integrity-aware design
- Production-ready outputs (Gerber, BOM, Pick & Place)
Proof
- System-level engineering approach
- Designs optimized for security, reliability, and compliance
- Clean, manufacturable layouts suitable for scaling
- Hardware designed with real deployment constraints in mind
If you need secure hardware that actually works in the field, message me and lets design it properly from day one.
My Portfolio
Other Electronics Engineering Services I Offer
FAQ
Do you design ultra-thin or flexible PCBs?
Yes. I support rigid, flex, and rigid-flex designs for constrained form factors.
Can you help with secure or regulated products?
Yes. Designs follow best practices for security-critical hardware.
Is this suitable for manufacturing?
Yes. All outputs are DFM-ready and scalable.
Do you provide firmware?
Firmware architecture guidance is included. Full firmware can be added as a custom order.
