Browse categories
Explore
Fiverr Pro
English
$
USD
I will 5g mmwave rf pcb layout design with high speed impedance controlled routing
RF and Antenna PCB Design Engineer for Wireless, IoT, and 5G Systems
Electrical and Electronics Engineer specializing in RF and antenna PCB design for wireless, IoT, and 5G systems. I deliver manufacturing-ready RF circuits, antenna layouts, and impedance-controlled PC...
About this Gig
Is your 5G or mmWave design suffering from signal loss, crosstalk, or failed prototypes? At mmWave frequencies, even small layout errors in impedance, via placement, or trace geometry can destroy signal integrity before your board ever reaches testing.
I design high-speed RF PCBs for 5G and mmWave applications, with every layout built around controlled impedance routing, careful via stitching, and signal integrity best practices. From schematic to final Gerber files, I focus on getting your board right the first time because respins at mmWave frequencies are expensive and slow.
What you get:
- Schematic design and component placement
- High-speed PCB layout with controlled impedance routing
- Via stitching and ground plane optimization for signal integrity
- Manufacturing-ready Gerber files and BOM
- Design review focused on high-frequency performance
I work with Altium Designer and Cadence Allegro, supporting 5G, mmWave, and other high-speed digital and RF applications up to multi-gigahertz frequencies.
Whether you're prototyping a 5G module or scaling a mmWave product, I bring the same precision to every layer of your board.
Message me your specs before ordering.
Other Electronics Engineering Services I Offer
FAQ
What frequency ranges do you design for?
I design boards supporting 5G and mmWave applications, typically from sub-6GHz up through multi-gigahertz mmWave frequencies, depending on your project's requirements.
What software do you use for high-speed PCB layout?
I primarily use Altium Designer and Cadence Allegro for high-speed and RF layouts. Let me know your preferred tool before ordering so I can confirm compatibility.
How do you ensure signal integrity at mmWave frequencies?
I use controlled impedance routing, careful via stitching, and optimized ground plane design, with a dedicated design review focused on high-frequency performance.
What files will I receive when the project is complete?
You'll get manufacturing-ready Gerber files, a Bill of Materials (BOM), schematic files, and a layout file compatible with your chosen PCB software.
Do you offer revisions if adjustments are needed?
Yes, revisions are included based on your selected package. I'll confirm the exact number of revisions during our initial project discussion.
