Ranictek is an IC design company, headquartered in Taiwan, specializing in 5G/6G base station and satellite communication chips. Especially, we focus on the baseband chips for O-RAN massive MIMO RUs, satellites, and ground stations. We provide both energy-saving and cost-effective chip solutions to our customers. By our chip solution, we try to popularize the 5G/6G and satellite communication technologies.
Dr. Yi-Fan (Mike) Wang, Ranictek’s founder and CEO. He is a PhD in Communication Engineering from National Taiwan University (NTU). He has published IEEE journal and conference papers on the key technologies of massive MIMO and base stations. Beyond the theoretical innovation, he has worked in R&D and management positions in the three different 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.
Ranictek’s core technologies are Massive MIMO (Multiple-Input Multiple-Output) and Digital Beamforming, which are applied to baseband chips for 5G/6G base stations and satellite communications, including low Earth orbit (LEO) satellites and ground stations.
Our baseband chip solutions significantly enhance 5G/6G base station coverage, increase the number of simultaneously connected devices, and reduce the transmission power required by both base stations and mobile devices—achieving energy efficiency and carbon reduction in line with ESG and green energy goals.
Ranictek provides the following energy-saving and cost-effective baseband solutions:
(1) Massive MIMO RU (Radio Unit):
Supporting O-RAN Split 7.2x Option with Cat-B & Cat-B ULPI A/B
(2) Communication Satellites & Ground Stations:
Supporting Analog, Hybrid, and Digital Beamforming
(1) 5G/6G Base Stations:
5G/6G serves as the foundational communication infrastructure for future technologies such as artificial intelligence and autonomous vehicles. By reducing base station costs and enabling low-power designs, the widespread adoption of 5G/6G can be accelerated while aligning with global ESG sustainability goals. Moreover, AI is expected to be deeply integrated into the 6G network architecture to enhance intelligent spectrum management, autonomous network decision-making, and support for ultra-low latency communications—further expanding the frontiers of high-performance connectivity.
(2) Satellite Communications:
As global demand for high-speed, ubiquitous connectivity continues to grow, satellite communications has emerged as a key technology to complement terrestrial networks and achieve worldwide coverage. Whether it’s connecting remote areas, enabling disaster response, supporting intelligent transportation, or integrating space-air-ground networks in future 6G systems, satellite communications plays an indispensable role. It is expected to drive tens of billions of dollars in emerging market opportunities over the next decade.