Complete KiCad PCB Routing
Budget: ₹1,500 – ₹12,500 INR
I have a 130 mm × 90 mm board in KiCad that now needs a full routing pass and tidy-up so I can send it straight to fabrication. The schematic is finished; footprints are already placed.
Key parameters
• Board stack-up: I’m still weighing up 2-layer versus 4-layer, so please be comfortable advising on the trade-offs and updating the layer stack if we decide to move to four.
• Components: the layout mixes through-hole connectors and surface-mount ICs/passives, so clear separation of hand-solder and reflow areas matters.
• Power distribution: I want a split power plane implementation with low-noise routing to sensitive analog sections.
What I need from you
1. Clean, rule-compliant trace routing for every net, including differential pairs and controlled-impedance lines where required.
2. Optimised power and ground strategy that matches the split-plane approach and keeps return paths short.
3. All fabrication outputs: Gerbers, drill files, pick-and-place, , and a concise manufacturing read-me.
4. A final KiCad project file with neat annotations, net-tie or copper-zone rationalisation, and zero DRC errors.
5. A brief hand-off note explaining any critical design decisions or layout constraints so future revisions are painless.
I’m aiming for a professional, production-ready result rather than just making the rats-nest disappear, so please factor in clearances, manufacturability, and EMI good practice from the outset. If you’ve shipped boards of similar complexity before, I’d love to see a sample image or two in your bid.
Key parameters
• Board stack-up: I’m still weighing up 2-layer versus 4-layer, so please be comfortable advising on the trade-offs and updating the layer stack if we decide to move to four.
• Components: the layout mixes through-hole connectors and surface-mount ICs/passives, so clear separation of hand-solder and reflow areas matters.
• Power distribution: I want a split power plane implementation with low-noise routing to sensitive analog sections.
What I need from you
1. Clean, rule-compliant trace routing for every net, including differential pairs and controlled-impedance lines where required.
2. Optimised power and ground strategy that matches the split-plane approach and keeps return paths short.
3. All fabrication outputs: Gerbers, drill files, pick-and-place, , and a concise manufacturing read-me.
4. A final KiCad project file with neat annotations, net-tie or copper-zone rationalisation, and zero DRC errors.
5. A brief hand-off note explaining any critical design decisions or layout constraints so future revisions are painless.
I’m aiming for a professional, production-ready result rather than just making the rats-nest disappear, so please factor in clearances, manufacturability, and EMI good practice from the outset. If you’ve shipped boards of similar complexity before, I’d love to see a sample image or two in your bid.