A programmable OEIC for laser applications in the range from 405nm to 780nm. - Christophe Seidl; Harald Schatzmayr; Johannes Sturm; Stefan Groiß; Martin Leifhelm; D. Spitzer; H. Schaunig; Horst Zimmermann (ESSCIRC, 2005)

Optical receiver IC for CD/DVD/blue-laser application. - Johannes Sturm; Martin Leifhelm; Harald Schatzmayr; Stefan Groiß; Horst Zimmermann (IEEE J. Solid State Circuits, 2005)

A 0.1-4GHz resistive feedback LNA with feedforward noise and distortion cancelation. - Xiao Wang; Wolfgang Aichholzer; Johannes Sturm (ESSCIRC, 2010)

Design of a reconfigurable gain low noise amplifier for multistandard receivers in 65 nm technology. - Saliha Dali; Johannes Sturm (Elektrotech. Informationstechnik, 2010)

Filter-less color sensor in standard CMOS technology. - Graciele Batistell; Johannes Sturm (ESSDERC, 2013)

A 65nm CMOS wide-band LNA with continuously tunable gain from 0dB to 24dB. - Johannes Sturm; Xinbo Xiang; Harald Pretl (ISCAS, 2013)

CMOS noise canceling balun LNA with tunable bandpass from 4.6 GHz to 5.8 GHz. - Johannes Sturm; Suchendranath Popuri; Xinbo Xiang (ICECS, 2014)

TCmed - A secure telecollaboration network for medical professionals including workflow support and patient participation. - Martin Staemmler; Klaus-Dieter Luitjens; Thomas van Bommel; Ulrich Hafa; Uwe Engelmann; Heiko Münch; Johannes Sturm (ICACCI, 2015)

Enhancing tele-collaboration Networks by Patient Participation. - Martin Staemmler; Heiko Münch; Uwe Engelmann; Johannes Sturm (MedInfo, 2015)

Integrated High Resolution Digital Color Light Sensor in 130 nm CMOS Technology. - Drago Strle; Uros Nahtigal; Graciele Batistell; Vincent Chi Zhang; Erwin Ofner; Andrea Fant; Johannes Sturm (Sensors, 2015)

A tunable gain and tunable band active balun LNA for IEEE 802.11ac WLAN receivers. - Suchendranath Popuri; Vijaya Sankara Rao Pasupureddi; Johannes Sturm (ESSCIRC, 2016)

Ad hoc Participation in Professional Tele-Collaboration Platforms. - Martin Staemmler; Barbara Rimmler; Heiko Münch; Uwe Engelmann; Johannes Sturm (eHealth, 2017)

Advancing Towards a CDA-Based Trauma Registry Data Submission. - Martin Staemmler; Alexander Nischwitz; Markus Blätzinger; Johannes Sturm (MedInfo, 2017)

0.9 to 2.5 GHz Sub-Sampling Receiver Architecture for Dynamically Reconfigurable SDR. - Ajinkya Kale; Johannes Sturm; Vijaya Sankara Rao Pasupureddi (ISVLSI, 2018)

Integration solutions for reconfigurable multi-standard wireless transceivers. - Ajinkya Kale; Graciele Batistell; Suchendranath Popuri; Vijaya Sankara Rao Pasupureddi; Wolfgang Bösch; Johannes Sturm (Elektrotech. Informationstechnik, 2018)

A -40-dB EVM 20-MHz subsampling multistandard receiver architecture with dynamic carrier detection, bandwidth estimation, and EVM optimization. - Ajinkya Kale; Johannes Sturm; Vijaya Sankara Rao Pasupureddi (Int. J. Circuit Theory Appl., 2019)

A -40 dB EVM, 77 MHz Dual-Band Tunable Gain Sub-Sampling Receiver Front End in 65-nm CMOS. - Ajinkya Kale; Suchendranath Popuri; Michael Koeberle; Johannes Sturm; Vijaya Sankara Rao Pasupureddi (IEEE Trans. Circuits Syst. I Regul. Pap., 2019)

Entwicklung drahtloser Sensorsysteme durch synergetische Nutzung interdisziplinärer sowie grundlagenorientierter Forschungskonzepte. - Johanna Plattner; Sandra Lisa Lattacher; Daniela Krainer; Johannes Oberzaucher; Graciele Batistell; Johannes Sturm (Elektrotech. Informationstechnik, 2020)

A Double-Balanced N-Phase Passive 3 × Sub-Harmonic Down-Conversion Mixer. - Mounika Akula; Ajinkya Kale; Johannes Sturm (ISCAS, 2021)

A full-duplex transceiver for 20-Gbps high-speed simultaneous bidirectional signaling across global on-chip interconnections. - Arash Ebrahimi Jarihani; Johannes Sturm; Andrea M. Tonello (Int. J. Circuit Theory Appl., 2021)

Power Efficient Signal Generation for Capacitive Sensors. - Mehdi Moradian; Hubert Zangl; Johannes Sturm (IEEE DataPort, 2022)

Integration of HfO2-based 3D OxRAM with GAA stacked-nanosheet transistor for high-density embedded memory. - T. Dubreuil; Sylvain Barraud; J.-M. Pedini; Jean-Michel Hartmann; F. Boulard; A. Sarrazin; A. Gharbi; Johannes Sturm; A. Lambert; S. Martin; Niccolo Castellani; A. Anotta; et al. (ESSDERC, 2023)

WIP: Building an Education Ecosystem for Next Generation Microelectronics Experts in Green and Circular Economy with Digitally-Supported Teaching Methods for Sustainable Chips and Applications (EU Project GreenChips-EDU). - Klaus Hofmann; Ferdinand Keil; David Riehl; Alicja Michalowska-Forsyth; Nikolaus Czepl; Sarah Woywod; Dominik Zupan; Mario R. Casu; Carlo Ricciardi; Massimo Violante; Mariagrazia Graziano; Yuri Ardesi; et al. (FIE, 2024)

Breakthrough Processes for Si CMOS Devices with BEOL Compatibility for 3D Sequential Integrated more than Moore Analog Applications. - Daphnée Bosch; Abygaël Viey; Tadeu Mota Frutuoso; P. Lheritier; C. Licitra; Nada Zerhouni; A. Albouy; Laurent Brunet; A. Magalhaes-Lucas; L. M. B. da Silva; H. Boutry; M. Husien Fahmy Taha Abdelrahman; et al. (VLSI Technology and Circuits, 2024)

BAG2-assisted analog layout synthesis for TSMC 65 nm and GPDK 45 nm. - Matthew Bio; Wolfgang Scherr; Andrew Selasi Agbemenu; Santiago Martin Sondón; Vinayak Hande; Johannes Sturm (Elektrotech. Informationstechnik, 2024)