Our PCB design team works closely with a range of PCB manufacturing and assembly partners to ensure that the PCBs we design and deliver are fully functional and manufacturable, no matter how complex they are.

Designing and implementing an RF transmission line is crucial for successfully implementing the PCB board for RF or wireless devices. Selecting an appropriate impedance range, designing for stack-up and production tolerances, minimizing parasitic losses, and selecting an appropriate transmission line type are all parameters that need to be understood and controlled.

It is often noticed that vital grounding vias are missing leading to poor wireless performance. We help our customers to implement the antenna/RF board in the right way.

Design of high speed & RF PCBs

Designing a PCB for RF technology reaching tens of gigahertz needs a specialist understanding of complex electromagnetic interactions and impedance matching. Often, a lack of such knowledge by a typical PCB designer leads to total performance loss and time to market.

CoreIoT has designed numerous printed circuit boards (PCBs) with integrated RF technology, operating at frequencies reaching tens of gigahertz. For these RF PCBs, specialized materials like Rogers and Taconic are utilized to optimize performance. Accurate impedance matching is typically required for RF applications, an area where CoreIoT excels through advanced expertise and calculation capabilities.

CoreIoT Technologies Ltd. has the expertise to help you implement a PCB transmission line the right way. In most cases, a simple ground via implementation can make or break your RF board.