Press Releases

STELLAR Broadband announces service expansion into Northern Michigan with Bayview of Traverse City

February 17, 2023

Posted by: Shriya Raban

STELLAR Broadband, a fibre internet and technology service provider for multi-tenant communities in the Great Lakes region, has contracted with DTN Management to deliver gigabit Internet to their new development of luxury townhomes in Traverse City, Michigan, Bayview of Traverse City.

Located in picturesque northwest Michigan, Bayview of Traverse City offers 216 rental units of 2 and 3-bedroom luxury townhome living with attached garages as well as 1 and 2-bedroom apartment options.

“Today marks STELLAR’s entry into the Northern Michigan market with the expansion of serving DTN’s footprint across the state. We are thrilled to serve Bayview which provides a landing for us to expand our presence to serve northern Michigan, where there is a great and growing need for fibre Internet,” says Richard Laing, president of STELLAR Broadband.

“DTN is excited to partner with STELLAR Broadband to bring technology conveniences to our residents at Bayview Apartments including high-speed internet. STELLAR is a forward-thinking company that aligns with DTN’s goals to provide amenities that add value to the living experience in the communities we own and manage. Bayview Apartments will provide a living experience for renters in Northern Michigan. The technology incorporated into the community, through our partnership with STELLAR Broadband, will offer our residents many tools to add value to their living experience,” says Dave Ferszt, president of DTN Management.

The first in the U.S. to bring 10Gbps Internet to the apartment in student housing, STELLAR serves 139 communities totaling over 10,000 residents with a wide range of technology solutions, from managed Wi-Fi, TV, and access control to security.

“It has become increasingly evident that technology in all its forms that was once a desired amenity is now an amenity of need. We are grateful to partner with DTN to further elevate and differentiate their properties,” Laing states.

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