From Theory to Reality for Universal Wireless Transport


Rabin Patra


Tarana Wireless
Berkeley, California


Friday, 1 June 2018, 16:00 to 17:00


  • AG-66 (Lecture Theatre)

Fixed and mobile access networks are still swamped by ever-increasing demand fueled from cloud computing and video. While fiber and other wired solutions are throttled by high costs, protracted installation timelines and regulatory complexity, today's wireless technologies also miss the mark. Tarana Wireless has made fundamental advances made by to offer the industry’s first practical wireless alternative to fiber for residential, enterprise, and urban access. Unique multi-antenna techniques provide immunity to obstructions, interference, motion, and unskilled installers. Real-life deployments around the world have shown gigabit speeds in non-light-of-sight conditions with spectral efficiency reaching 100 bits/s/Hz, which is 20x faster compared to 4G/LTE.

Bio: Rabin Patra is a co-founder of Tarana Wireless, a startup that builds spectrally efficient wireless access technologies. After getting his B.Tech degree in Computer Science and Engineering from IIT Kharagpur, Rabin obtained his Ph.D. in Computer Science with the TIER research group at the University of California at Berkeley. For his doctoral research, Rabin developed low cost long distance wireless systems using readily available 802.11 hardware. Rabin connected with a number of outstanding organizations such as Aravind Eye hospitals and Airjaldi in India to put these solutions in action. Rabin’s broad research interests are in building wireless technologies with a focus on smart antenna systems and networks that have self-aligning and self-managing capabilities.