The next generation of analog and RF design automation
Cutting design cycles by up to 3x and delivering performance beyond manual limits.
Design cycles, shortened.
Antenna, analog IC, RFIC and filter design processes are slow, manual and limited by scarce expertise.
Experts get locked in laborious, repetitive parameter design and production yield optimization.
Waveforge developed AI-led EDA tools that remove existing bottlenecks, cut iterations, shorten design time and unlock higher-performance analog and RF ICs.
We deliver beyond manual design and the scope of current tools.
SADEA V
ESSAB II
Automates sizing of analog ICs
Automates antenna parameter design
SMEAFO II
GASPAD II
Addresses filter design productivity
Automates RFIC design
Existing EDA solutions
Key resources are underutilized.
Design cycles are long, with low productivity.
Recruitment is a constant challenge, with experienced engineers heading to retirement.
The Waveforge solution
Delivers designs beyond the scope of current tools.
Design cost reduced by eliminating iterative tasks.
Orders of magnitude reduction in parameter design time.
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Co-founder & Chief Scientific Officer
Professor of EDA at the University of Glasgow
World authority on AI EDA algorithms. Achieved the first industry-ready AI-driven EDA algorithm in 2013.
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ChipStart UK Mentor
Semiconductor and EDA executive
10 years at Cadence and 3 EDA start-ups. Start-up and Silicon Catalyst advisor.
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Advisor
Senior executive, VLSI Technology, Philips Semiconductor and CSR
Silicon Catalyst advisor ChipStart Mentor
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Venture Builder
Supporting early-stage deep tech ventures commercialize promising technology.
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Waveforge is an official spinout from the University of Glasgow’s EDA group
Contact Us
Build without bottlenecks
Learn more about how our AI automated tools cut design cycles by up to 3x and deliver performance beyond manual limits.
Contact us to discuss partnership or investment opportunities.