Developing New Technology for Affordable Internet

#affordable #high #speed #internet #advanced #multipoint #system #path #loss #link #budget #analysis #and #digital #predistortion
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Starry is developing and deploying new technology with the goal of connecting billions of people worldwide to affordable, high speed internet. Currently, Starry’s internet service is available in 5 different U.S. cities: Boston, LA, DC, Denver, and NYC. This mission is enabled by Starry’s advanced multipoint system, which will be reviewed in this talk at a high level. Following the system overview, there will be a general technical discussion of applicable topics including path loss, link budget analysis, and digital predistortion. The session will conclude with questions.


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  • Date: 11 Mar 2021
  • Time: 06:00 PM to 07:00 PM
  • All times are (GMT-08:00) US/Pacific
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  • 8 Saint Marys St
  • ECE Department, Boston University
  • Boston, Massachusetts
  • United States 02215-2421
  • Building: zoom meeting
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  • Co-sponsored by IEEE Boston Section Education Chapter; IEEE Boston Section Signal Process Chapter

  Speakers

mclee@bu.edu of Starry

Topic:

Developing New Technology for Affordable Internet

Starry is developing and deploying new technology with the goal of connecting billions of people worldwide to affordable, high speed internet. Currently, Starry’s internet service is available in 5 different U.S. cities: Boston, LA, DC, Denver, and NYC. This mission is enabled by Starry’s advanced multipoint system, which will be reviewed in this talk at a high level. Following the system overview, there will be a general technical discussion of applicable topics including path loss, link budget analysis, and digital predistortion. The session will conclude with questions.

Biography:

Ryan Lagoy currently works at Starry, Inc. as the Communications Product Delivery Group Lead, developing and integrating new technology for internet applications. He previously worked at BAE Systems, in the Engineering Leadership Development Program. His interests and experience include systems engineering, RF/Microwave system design, electromagnetic theory and modeling, digital signal processing, and software development.

Email:

Address:8 Saint Marys St, ECE Department, Boston University, Boston, Massachusetts, United States, 02215-2421