EDUCAUSE 2023 and Optical LAN

by | Sep 21, 2023 | Event

EDUCAUSE Annual Conference happening October 9-12 in Chicago

Tellabs, along with our partner UberData Networks, invite you to meet our team of education experts at the EDUCAUSE Annual Conference happening October 9-12 in Chicago, Illinois (McCormick Place – West Level 3) and get a chance to win a triple-screen accessory for your laptop.

Our campus networking specialist will be at Tellabs’ booth 750 teaching folks how Passive Optical Networks (PON) unifies and extends school networks by leveraging fiber optic cabling. Optical Local Area Networks (LAN) improves connectivity demands for better student learning, contributes to sustainability initiatives, and tightens network security – all while lowering costs for administrators. We encourage you to visit with us at booth 750 by clicking here to reserve a meeting time, and enter our raffle for a chance to win a 12” triple-screen adaptor for laptops.

We also recommend that you read these following educational resources to gain insight into why schools choose Optical LAN:

  1. View this blog “Fostoria City Schools – Award Winning Champions of Energy Savings and Optical LAN
  2. Read our article “Optical LAN Delivers Network Speed, Reliability, Mobility and Sustainability at Ryerson University
  3. Download a white paper “Tangible Contributions Passive Optical LAN Delivers to Healthy, Green and Smart Buildings

To stay current with Optical LAN use inside school buildings and across a campus, you can get involved with us on Facebook, LinkedIn, Twitter, Instagram, and YouTube.

John Hoover, Tellabs Marketing Director
John Hoover
Former Director of Marketing (Retired)
John Hoover, now retired, concluded his career as Marketing Director at Tellabs, where he held multiple roles over two decades working at the company. A veteran of the industry, John was instrumental in driving advancements such as early passive optical network deployments, video implementations, wireless innovations, and the adoption of enterprise Passive Optical LAN.