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Key people at InCirT GmbH.
InCirT GmbH provides advanced data converter technology, offering best-in-class wide modulation bandwidth and highly energy-efficient solutions. The company leverages a novel, proprietary data converter architecture to deliver breakthrough broadband data conversion and semiconductor IP for diverse applications. These innovative solutions support next-generation Wi-Fi, telecommunication, radar, space, and measurement systems.
The company was founded in early 2022 as a deep-tech spin-off from RWTH Aachen University. Its origin traces back to the Chair of High Frequency Electronics of Renato Negra, where the foundational technology was developed by the founders over more than seven years. This extensive academic research provided the crucial insight for commercializing their unique data converter solutions.
InCirT’s product serves sectors demanding ultrafast wireless communication, including 5G, 5G Advanced, and future 6G networks, as well as specialized radar and space applications. The company envisions enabling the widespread adoption of advanced wireless communication and high-performance electronic systems through its state-of-the-art data converter technology.
Key people at InCirT GmbH.
InCirT GmbH is a deep-tech startup based in Aachen, Germany, specializing in advanced integrated circuit (IC) technology, particularly high-performance data converters and IP sub-blocks for next-generation wireless communications.[1][2][3] The company develops breakthrough semiconductor IP solutions, including transceivers enabling up to 100x higher data rates, 10x greater energy efficiency, and compatibility with cost-effective 22nm FDSOI technology, targeting applications like WiFi 6/7/8, 5G/6G, mmWave links, and ultra-wideband radar.[1][2] It serves wireless network developers, telecom firms, and radar system makers by solving challenges in power efficiency, bandwidth, and cost for high-speed data transmission, with early validation through government funding and a seed round from High-Tech Gründerfonds (HTGF) in 2022 to support product development and market entry.[2]
InCirT was founded in early 2022 as a spin-off from RWTH Aachen University, following over seven years of research on its flagship data-converter technology led by university teams.[1][2] The founding team includes Dr. Oner Hanay, Dr. Erkan Bayram, Dr. Mohamed Saeed Elsayed, Sebastian Waters, and Univ.-Prof. Dr. sc. techn. Renato Negra, who participated in Germany's EXIST technology transfer program to commercialize the innovation.[2] Pivotal early traction came from support by German federal ministries and the European Union, culminating in a seed investment from HTGF announced on October 24, 2022, which fueled ongoing R&D and initial market push amid rising demand for 5G-Advanced and 6G chips.[2]
InCirT rides the explosive growth in high-speed wireless infrastructure, fueled by 5G-Advanced, 6G rollout, mmWave adoption, and radar for automotive/autonomous systems, where bandwidth and efficiency bottlenecks limit scalability.[1][2][3] Timing aligns with global semiconductor shortages easing and EU/German pushes for sovereign chip tech via funding programs like EXIST, positioning InCirT to capture demand in a market projected to expand rapidly through 2030.[1][2] It influences the ecosystem by democratizing advanced transceivers via affordable IP, enabling smaller firms and diverse applications from telecom to space, while contributing to Europe's deep-tech resurgence against Asian dominance.[2]
InCirT is poised for scale-up with its validated tech stack, likely pursuing follow-on funding and partnerships with chip foundries or OEMs in telecom and radar to hit commercialization milestones post-seed.[2] Trends like 6G standardization, AI-driven edge computing, and sustainable semiconductors will amplify its edge in efficiency, potentially evolving it into a key IP licensor. As wireless demands intensify, InCirT's university roots and efficiency breakthroughs could cement its role in powering the next wave of connected systems, transforming high-cost barriers into accessible innovation.
