RF Design Tools
Enable cross-team collaboration between RF and PCB design teams
RF Design tools reduce time-to-market
RF Design tools for RF and PCB parallel design reduce time-to-market, deliver accurate simulation, reduce over-design margins, and enable cross-team collaboration between RF and PCB design teams. With our Advanced RF option, RF circuits can be designed directly in project design or transferred from Keysight ADS and National Instruments AWR. No more schematic black boxes: these are true RF schematics in system-level design. To fully support RF design, the flow was engineered to understand RF, not just translate it.
Today’s PCB designs often include multiple RF modules, with high-speed digital and analog circuitry in tight proximity. Up to 75% of total cycle time can be spent on RF circuits. The combination of engine and modeling technologies enables you to implement a fast, efficient, unified design flow.
Designs for devices like smartphones, tablets, laptops, and wearables will operate in a new spectrum with new enabling technologies. With our RF Design tools, we must address key challenges in RF PCB design for 5G like scalable numerology, higher frequency, and wider bandwidths, MIMO (multiple input, multiple outputs) and beam steering, over-the-air (OTA) testing, and 5G New Radio (NR) coexistence with other wireless communications systems.
Designing PCBs with RF requires design features and capabilities that are specific to RF and you can find in our RF Design tools. RF PCB design requires support for RF-centric design capabilities like:
- Ground stitching vias to shield RF circuits
- Restrictive clearance rules specific to RF
- Automated RF circuit arrangement and grouping
- Via-stitching for easy creation of co-planar waveguides
- Flood regions with vias according to your rules
- The import of complex RF shapes
- Chamfered corners
Our RF Design tools provide you with a product design flow that puts your high-speed RF (IoT) products in a position to be a “first-to-market” company.
Today, IoT products are demanding higher frequencies and wider bandwidths than ever. Designs for devices like smartphones, tablets, laptops, and wearables will soon operate in a new spectrum with emerging 5G technologies. Meeting the challenges of 5G in RF PCB design requires an RF-centric design flow and support.
In this unique infographic, you’ll learn what you need to meet the RF design challenges associated with 5G technology and how to accelerate your product design with a flow that not only understands RF design but also features capabilities that are specific to RF, from schematic to layout.
This is one of 10 Reasons To Choose PADS Professional.
Why to choose Cadlog?
The technologies already used by best-in-class organizations and Siemens' Digital Twin-based method made accessible for any small and medium business thanks to a set of scalable solutions.
You will be part of a large industrial system where many different companies cooperate to provide you with the best solutions for Digitization, whatever the field of application.
Experts in Electronics
We have been working in Electronics for more than 30 years. We have built a portfolio of solutions and own an expertise that allow us to face any aspect related to the design and manufacturing of electronics.
Customer at the Center
Listening to you, deeply understanding your company and requirements. Taking into consideration your budget and the goals you want to achieve. Supporting you daily to grow faster, together.
Our RF Design Tools
Do you want to receive more information about RF Design tools?
Do you want to receive more informations?
Ivano, at the forefront of electronics since
the 1980s, is Product Manager for the
EDA (Electronic Design Automation)
area. The management of projects in
various European countries gives him a
very wide vision of the market and its