I will design rf pcb, rf amplifier module, transceiver and wireless prototype board
Embedded System and IOT Development
About this Gig
Is your RF prototype suffering from poor signal integrity, interference, unstable performance, or difficult component integration? I turn complex RF requirements into reliable, practical hardware ready for testing and prototyping.
What Client Will Get
- RF PCB for wireless products and prototypes
- RF amplifier and transceiver integration
- Impedance-controlled RF routing and matching
- Antenna, filter, power and signal interfaces
- Compact, manufacturable board layouts
- Clear documentation for assembly and testing
What Makes Me Stand Out
I focus on the details that matter at RF frequenciesshort signal paths, grounding, return paths, component placement, isolation and practical manufacturabilityso your board is built with real-world performance in mind.
Deliverables
- Schematic and PCB source files
- Gerber, drill and fabrication files
- BOM and component references
- 3D board view
- Manufacturing-ready outputs
Have an RF project in mind? Send me your requirements and lets turn your concept into a working prototype.
Other Electronics Engineering Services I Offer
FAQ
What RF projects can you work on?
I can handle RF PCBs, wireless prototype boards, RF amplifier modules, transceivers, antenna interfaces, filters, matching networks, and related RF hardware
Can you work with my specific RF frequency or wireless protocol?
Yes. Share your operating frequency, wireless standard, components, and requirements so I can determine the appropriate approach for your project.
Will I receive manufacturing-ready files?
Yes. Depending on the package, deliverables can include Gerbers, drill files, BOM, schematic, source files, and other fabrication documentation.
Can you integrate RF amplifiers and transceiver modules?
Yes. I can integrate suitable RF ICs/modules with power, signal, antenna, matching, filtering, and control interfaces.
What do you need from me before starting?
Send your specifications, schematic or block diagram if available, preferred components, frequency range, board size, layer requirements, and any reference designs.

