I will design rigid flex pcb with fpc layout, impedance control, and dfm reviews
KiCad PCB Expert Flyback AC DC SMPS Raspberry Pi CM4 CM5 Carrier Boards
About this Gig
Struggling with rigid flex PCB failures, FPC layout errors, or impedance control issues? Your DFM problems end here. You need a fabrication ready board that survives real world conditions.
You need a fabrication ready board that survives real world conditions. Whether you're building wearable PCB, medical PCB, aerospace PCB, or high speed multilayer PCB with DDR5 or PCIe Gen5 signals, your design demands expert precision.
Your board deserves more than guesswork. You want guaranteed signal integrity, controlled impedance, and Gerber files your manufacturer accepts first time. Every trace matters.
I deliver precision rigid-flex PCB and FPC layout using Altium Designer and KiCad, with full impedance control, DFM review, and HDI stackup expertise. Your schematic is in expert hands.
WHAT'S INCLUDED:
- Rigid flex PCB or FPC layout design
- Impedance control and signal integrity analysis
- DFM review and fabrication ready Gerber files
- BOM, schematic, and pick and place files
- Rogers PTFE, multilayer, HDI stackup support
Certified expert in PCIe Gen5, DDR5, and IPC 2221B compliance. 100% fabrication ready deliverables guaranteed.
Message me now to get your rigid flex PCB designed right.
FAQ
How long does a rigid-flex PCB or FPC layout project take to complete?
Turnaround depends on complexity — Flex Start delivers in 3 days, Signal Pro in 5 days, and HDI Elite in 7 days. Rush delivery is available on request. All timelines include DFM review and Gerber file generation, so your files are fabrication-ready the moment they're delivered.
What files will I receive when the project is complete?
You'll receive a complete fabrication package including Gerber files, drill files, BOM, assembly drawings, and native project files in Altium Designer or KiCad — whichever you specify. Higher-tier packages also include impedance control reports and stackup documentation, giving your manufacturer
Do you have experience designing PCBs for wearable, medical, or aerospace applications?
I specialize in rigid-flex PCB and FPC layout for high-reliability industries including wearable devices, medical-grade electronics, and aerospace systems. These projects demand tight impedance control, strict DFM compliance, and material selection expertise (such as Rogers PTFE for RF applications
How many revisions are included, and what does the revision process look like?
Each package includes structured revision rounds — 1 revision on Flex Start, 2 on Signal Pro, and 3 on HDI Elite. Revisions cover layout adjustments, DFM feedback, and signal integrity refinements. I provide clear markup on what changed and why, so every revision moves the design forward
How does the design process work from start to finish?
After you place the order, I'll review your schematic and brief, then send a kickoff summary confirming layer stack, flex zone parameters, and impedance targets before layout begins. You'll receive a mid project checkpoint, followed by the final Gerber and documentation package, keeping you informed

