KiCad High-Frequency RF PCB Layout

I need a complete high-frequency RF PCB laid out in KiCad for a signal-processing application. The board must integrate antennas directly on the substrate; no filters or discrete amplifiers are planned at this stage, so every trace, via, and ground return has to be optimized for clean, low-loss feed to the antenna structure.

Scope
• Translate my existing schematic (KiCad format) into a production-ready multilayer layout.
• Model and route all RF paths with controlled impedance, proper stack-up definition, and tight clearance to meet high-frequency performance targets.
• Design and tune the on-board antenna geometry, matching network, and keep-out regions inside KiCad’s PCB editor and 3D viewer.
• Run DRC, ERC, and any KiCad integrated RF simulation tools you prefer, then iterate with me until we meet the S-parameters I will supply.

Deliverables
• KiCad project folder: schematic, PCB file, custom footprints, and 3D models
• Gerber, drill, and assembly files ready for fabrication
• A brief layout report outlining impedance calculations, antenna tuning steps, and key design rules applied

Acceptance
The board should achieve the target return loss and bandwidth figures I will provide after we begin. All files must open without errors in KiCad 7.