Ranictek Inc.
Official Website: https://www.ranictek.com.tw/
Company Description
Ranictek focuses on providing the most energy-saving and cost-effective base station and Satcom chip solutions to wireless networks
Ranictek is an IC design company, founded in Nov. 2022 & headquartered in Taiwan, in developing products of 5G/6G base station chips and satellite communication chips. We provide both energy-saving and cost-effective baseband chip solutions for our customers. By our chip solutions, we expect to make contribution for accelerating the deployment of 5G/6G base stations and Satcom.
Dr. Yi-Fan (Mike) Wang, Ranictek’s founder and CEO. He got his PhD in Communication Engineering from the National Taiwan University (NTU). He has published IEEE journal and conference papers on the key technologies of Massive MIMO base stations. He also has been a full-time teaching assistant/lecturer for the laboratory course Digital Circuit Design in the Department of Electrical Engineering, NTU. During his teaching period, the course was the most popular laboratory course in the department. Beyond the theoretical innovation of wireless communications, he has worked in R&D and management positions in the areas of the IC design, telecom operator, and system manufacturer. He has the practical experience on the R&D team management and product development in the industry.
Company Research Topics and Matching Number
Baseband Circuit Design for Satellites and Ground Stations by FPGA
Ranictek primarily develops baseband chips for 5G/6G base stations and satellite communications, with a focus on baseband chips for open RAN (O-RAN) base stations, communication satellites, and ground stations.
We are committed to providing customers with energy-efficient and cost-effective chip solutions, aiming to accelerate the deployment and adoption of 5G/6G base stations and satellite communications.
We are recruiting undergraduate and graduate students in electrical engineering or related fields who are interested in the areas of startups, IC design, wireless communications, and FPGA digital circuit design.
Applicants should have taken courses in switching circuits and logic design or similar subjects. Completion of some FPGA laboratory courses, such as digital circuit implementation, is preferred but not required.