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Press Release

Keller and Heckman Named as Industry Leader in 2021 Fiber-To-The-Home Top 100

Broadband Communities Magazine has named Keller and Heckman to its prestigious 2021 Fiber-To-The-Home Top 100 list.  Keller and Heckman was the only law firm to receive this honor, which was based on the firm’s “long, consistent record of supporting the use of advanced broadband to drive the development of economically strong local communities.” Partners Jim Baller, Sean Stokes, and Casey Lide have been named to the Top 100 list each year since its inception in 2012, previously while at Baller, Stokes, & Lide, P.C. The three partners joined Keller and Heckman in 2020, further complementing the firm’s nationally recognized Telecommunications Practice.

“We are thrilled to be included on the Fiber-To-The-Home Top 100 list again,” said Partner Jim Baller, “and for having the opportunity to provide counsel to many of the public and private organizations that are bringing fiber optic services and capabilities to communities across America.”

Every year, Broadband Communities Magazine celebrates organizations across multiple industries for their contributions toward building a fiber connected future, recognizing them in the highly competitive Fiber-To-The-Home (FTTH) Top 100 list. “Fiber-to-the-Home” specifically focuses on the world of fiber optic communications infrastructure, often referred to as “future proof” because it is the most advanced and highest capacity vehicle for transmission of data. 

About Keller and Heckman

Keller and Heckman has a broad practice in the areas of regulatory law, litigation, and public policy serving both domestic and international clients. With offices in Washington, D.C., Brussels, San Francisco, and Shanghai, the firm helps the world's most vital businesses achieve their objectives. A pioneer in the use of interdisciplinary approaches to problem-solving, Keller and Heckman has had an in-house scientific staff since 1971 that works closely with the firm's attorneys on matters of technical complexity.