NFLEXON - Key Persons


George Brooks - CEO, Founder

Job Titles:
  • Chief Executive Officer
  • Co - Founder
Leading NFLEXON is CEO and Co-Founder, George Brooks. After 18 years at CommScope/SYSTIMAX (Avaya & Lucent Technologies), he formed NFLEXON because he realized the structured cabling industry model had reached an inflection point. Because end-users find themselves paying too much and contractors are competing on an unlevel playing field, George is creating a new normal for the industry - the NFLEXON model of purchasing tier 1 quality network cabling products and innovative technologies indirectly with end-user direct pricing. As a business executive with expertise in enterprise-scale technology development, incubation, and commercialization for smart buildings and data centers, George's leadership and experience give him a keen and informed point of view on how to provide a better business model for end-users to maximize their value. George Brooks earned a B.S. in electronics engineering technology from the University of Southern Mississippi and an M.B.A. from the Cox School of Business at Southern Methodist University. He is also a BICSI-certified Registered Communications Distribution Designer (RCDD).

Leading NFLEXON - CEO, Founder

Job Titles:
  • CEO
  • Co - Founder

Richard Mei - CTO, Founder

Job Titles:
  • Chief Technology Officer
  • Co - Founder
Richard Mei is an inventor and one of the world's leading experts on structured cabling technology. During his 20 years at CommScope/SYSTIMAX (Avaya & Lucent Technologies), he led various research & development and engineering organizations, authored many next-generation cabling specifications that form the industry standards, and led the development of next-generation cabling to support today's high-speed communication networks. Examples of his work include Category 6A cabling for 10GBASE-T, Category 8 cabling for 25G/40GBASE-T, OM4 and OM5 fiber for 10GbE/40GbE/50GbE/100GbE/200GbE, a single-pair cabling system for 1000BASE-T1 and PoDL, the characterization for all types of cabling to support 2.5G/5GBASE-T, and high-power 4PPoE. These efforts shaped the cabling and application standards that strengthen a multi-billion structured cabling industry today. Richard Mei earned a B.E. in electrical engineering and applied mathematics from Stony Brook University and a M.E. in electrical engineering from Cornell University.