Prototype PCB Schematic with Wireless
Budget / Salary$10–30
TypeFreelance project
LocationRemote
Posted2 hours ago
I’m putting together a small-run prototype board focused on digital signal processing that also needs onboard wireless connectivity. The goal right now is to capture a clean, production-ready schematic that I can pass straight into layout once the parts are locked in.
Here’s what you’ll be working with:
• 100 % digital component set—no analog front ends this time.
• Core functions revolve around real-time signal manipulation plus low-power wireless links (think BLE, Wi-Fi or similar; I’m open to whichever stack fits best).
• It’s strictly a development board, so easy probing, test headers and clear silkscreen labels are important.
What I need from you:
1. Complete schematic in KiCad, Altium, Eagle or another well-known CAD tool.
2. Annotated BOM with manufacturer part numbers and viable second sources.
3. Brief design note highlighting critical nets (high-speed lines, RF sections, power rails) and any layout constraints I should respect.
Acceptance check:
• Netlist exports without errors.
• All wireless blocks use reference footprints verified against the latest datasheets.
• Digital I/O, power domains and test points are clearly identified.
If that sounds straightforward, let’s get started—I’m ready to review parts and iterate fast.
Here’s what you’ll be working with:
• 100 % digital component set—no analog front ends this time.
• Core functions revolve around real-time signal manipulation plus low-power wireless links (think BLE, Wi-Fi or similar; I’m open to whichever stack fits best).
• It’s strictly a development board, so easy probing, test headers and clear silkscreen labels are important.
What I need from you:
1. Complete schematic in KiCad, Altium, Eagle or another well-known CAD tool.
2. Annotated BOM with manufacturer part numbers and viable second sources.
3. Brief design note highlighting critical nets (high-speed lines, RF sections, power rails) and any layout constraints I should respect.
Acceptance check:
• Netlist exports without errors.
• All wireless blocks use reference footprints verified against the latest datasheets.
• Digital I/O, power domains and test points are clearly identified.
If that sounds straightforward, let’s get started—I’m ready to review parts and iterate fast.
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