Making Millimeter Wave Ubiquitous
SHAPING THE FUTURE THROUGH MILLIMETER WAVE INNOVATION
With research and development leveraging our millimeter wave patent portfolio, we’re advancing the state of the art through innovations in wireless broadband communications, RFID tag decoding, IoT smart sensors, wireless data center solutions, and more
Telecommunications
10 gigabit wireless communications
Radio Frequency ID
Imaging radar chipless RFID tags
IoT Sensors
Internet of Things smart sensors
Wireless Fabric Architecture
Mesh networks and wireless data centers
About Us
Vubiq Networks, Inc. is a privately held technology company headquartered in Irvine, California. Our focus is on high-bandwidth, millimeter wave wireless innovation, including point-to-point broadband links, wireless data center and cloud connectivity, radio frequency identification, and the world's first software-defined millimeter wave radio front end (RFE).
TECHNOLOGY BREAKTHROUGHS
Vubiq Networks has been a leading innovator in millimeter wave technology for over a decade. Backed by a strong, growing portfolio of technology patents, we have developed a wide range of extremely high frequency (EHF) technology breakthroughs.
radio front end (RFE)
HaulPass Fiber, the world's first software-driven millimeter wave radio front end
patented IAA
AI-driven Intelligent Articulating Antenna (IAA) eliminates costly manual alignment
surface mount
Patented surface mount technology maximizes radio production efficiency
WIRELESS GOALCAM
GoalCam wireless technology delivers uncompressed in-net video for the NHL
LOW LATENCY MILLIMETER WAVE 5G
Our patented HaulPass Fiber radio front end (RFE) delivers full-duplex (FDD) 10 Gbps connectivity with 5G-ready latency of only 6.5 microseconds.
chipless RFID Tags reduce costs
Our patented millimeter wave RFID technology breaks through today’s biggest barrier: the high cost of traditional RFID tags
wireless fabric innovation
Our breakthrough millimeter wave technology enables wireless fabric architecture, spanning chip-to-chip, board-to-board and rack-to-rack connectivity.