I will design high-performance PCBs for embedded, RF, and IoT applications
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Sold by LasithHaputhanthri •Electronics Engineer specializing in PCB designing, RF engineering, and embedded systems development Total sales 0
## Professional PCB Design Service for Embedded, RF & High-Performance Systems
I am an Electronics and Embedded Systems engineer specializing in professional PCB design for embedded systems, RF applications, and mixed-signal electronics. I develop robust, fabrication-ready PCB layouts with a strong emphasis on signal integrity, power integrity, EMI/EMC considerations, and real-world reliability.
My design approach focuses on engineering-grade implementation rather than basic prototyping, ensuring that each PCB is optimized for performance, manufacturability, and scalability.
---
## Basic Package (Single to Low-Complexity Designs)
Suitable for simple embedded circuits and prototype-level systems.
- PCB layout design (up to 2 layers)
- Component placement and routing optimization
- Basic power distribution design
- Design Rule Check (DRC) and manufacturability validation
- Fabrication-ready Gerber and drill files
Deliverables:
- Gerber files
- Drill files
- PCB source files (KiCad or Altium)
- Bill of Materials (BOM, if required)
---
## Standard Package (Advanced Embedded Systems)
Suitable for moderately complex embedded and IoT systems requiring improved electrical performance.
- Multi-layer PCB design (up to 4 layers)
- Optimized signal routing for reduced noise and interference
- Power and ground plane design
- Improved thermal and electrical performance considerations
- Design for Manufacturability (DFM) optimization
Deliverables:
- Complete Gerber and drill files
- PCB source files
- BOM
- Design documentation (if required)
---
## Premium Package (RF, High-Speed & Complex Systems)
Designed for high-performance electronics, RF systems, and advanced embedded applications.
- Advanced multi-layer PCB design (4+ layers and above)
- RF and high-speed signal routing techniques
- Controlled impedance routing where required
- EMI/EMC mitigation strategies and layout optimization
- Dedicated power integrity and grounding architecture
- High-density layout optimization for complex systems
- Full engineering-level design review and refinement cycle
Deliverables:
- Complete fabrication-ready design package
- Gerber, drill, and assembly files
- PCB source files
- BOM
- Detailed design notes and recommendations
---
## Design Workflow
1. Requirement analysis and feasibility review
2. Schematic validation or review (if provided)
3. PCB architecture planning and stack-up definition
4. Layout design and routing implementation
5. Engineering review and optimization
6. Final delivery of fabrication-ready files
---
## Revision Policy
- Basic Package: up to 2 revisions
- Standard Package: up to 3 revisions
- Premium Package: up to 4 revisions
Revisions cover minor layout and routing adjustments. Major design changes or scope modifications are treated as new requirements.
---
## Important Information
- This service is strictly for PCB design and does not include manufacturing.
- High-frequency RF or complex multi-board systems may require prior technical discussion before order confirmation.
- Clear and complete requirements are essential for accurate and efficient design execution.
- All designs are developed with a focus on real-world manufacturability and electrical performance.
I am an Electronics and Embedded Systems engineer specializing in professional PCB design for embedded systems, RF applications, and mixed-signal electronics. I develop robust, fabrication-ready PCB layouts with a strong emphasis on signal integrity, power integrity, EMI/EMC considerations, and real-world reliability.
My design approach focuses on engineering-grade implementation rather than basic prototyping, ensuring that each PCB is optimized for performance, manufacturability, and scalability.
---
## Basic Package (Single to Low-Complexity Designs)
Suitable for simple embedded circuits and prototype-level systems.
- PCB layout design (up to 2 layers)
- Component placement and routing optimization
- Basic power distribution design
- Design Rule Check (DRC) and manufacturability validation
- Fabrication-ready Gerber and drill files
Deliverables:
- Gerber files
- Drill files
- PCB source files (KiCad or Altium)
- Bill of Materials (BOM, if required)
---
## Standard Package (Advanced Embedded Systems)
Suitable for moderately complex embedded and IoT systems requiring improved electrical performance.
- Multi-layer PCB design (up to 4 layers)
- Optimized signal routing for reduced noise and interference
- Power and ground plane design
- Improved thermal and electrical performance considerations
- Design for Manufacturability (DFM) optimization
Deliverables:
- Complete Gerber and drill files
- PCB source files
- BOM
- Design documentation (if required)
---
## Premium Package (RF, High-Speed & Complex Systems)
Designed for high-performance electronics, RF systems, and advanced embedded applications.
- Advanced multi-layer PCB design (4+ layers and above)
- RF and high-speed signal routing techniques
- Controlled impedance routing where required
- EMI/EMC mitigation strategies and layout optimization
- Dedicated power integrity and grounding architecture
- High-density layout optimization for complex systems
- Full engineering-level design review and refinement cycle
Deliverables:
- Complete fabrication-ready design package
- Gerber, drill, and assembly files
- PCB source files
- BOM
- Detailed design notes and recommendations
---
## Design Workflow
1. Requirement analysis and feasibility review
2. Schematic validation or review (if provided)
3. PCB architecture planning and stack-up definition
4. Layout design and routing implementation
5. Engineering review and optimization
6. Final delivery of fabrication-ready files
---
## Revision Policy
- Basic Package: up to 2 revisions
- Standard Package: up to 3 revisions
- Premium Package: up to 4 revisions
Revisions cover minor layout and routing adjustments. Major design changes or scope modifications are treated as new requirements.
---
## Important Information
- This service is strictly for PCB design and does not include manufacturing.
- High-frequency RF or complex multi-board systems may require prior technical discussion before order confirmation.
- Clear and complete requirements are essential for accurate and efficient design execution.
- All designs are developed with a focus on real-world manufacturability and electrical performance.
-
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About the seller
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Orders in progress 0
Total sales 0
Seller since May 2026
Electronics Engineer specializing in PCB designing, RF engineering, and embedded systems development. Experienced in hardware design, microcontroller-based systems, circuit analysis, and hardware debugging. Skilled in embedded programming, communication interfaces, and RF concepts with a strong foundation in electronic engineering principles. Passionate about developing efficient and reliable electronic solutions.