Posts Tagged ‘Private LTE’
Anterix at DistribuTECH 2024: Driving Innovation in the Industry
Innovative grid solutions from Anterix and the 900 MHz utility private wireless broadband team were front and center at DistribuTECH International 2024. Hear from various industry experts who attended the conference about the benefits of trying out new use cases, having certified groups and devices, and a strong communication network to support the utilities’ footprint.
Read MoreAnterix Active Ecosystem at DistribuTECH 2024
Hear from a group of experts in the utility industry discussing the importance of collaboration and innovation in advancing wireless technology solutions. The video features highlights from the Anterix Active Ecosystem at the DistribuTECH 2024 conference, where over 110 members of the ecosystem came together to showcase their grid edge intelligence solutions.
Read MoreSolutions Overview: AMI
This Solution Overview provides an overview of:
– The evolution of metering with private wireless broadband
– Supporting existing mesh networks and direct-to-meter communication
– Grid modernization benefits of 900 MHz private wireless network-enabled AMI 2.0
Read MoreAnterix at DISTRIBUTECH International 2024
Innovative grid solutions from Anterix and the 900 MHz utility private wireless broadband team were front and center at DistribuTECH International 2024.
At the show, Anterix, utilities, and the Anterix Active Ecosystem focused on demonstrating solutions that advance clean energy, resilience, security, and innovation for utilities, their customers, and our nation.
Read MoreAnterix Answers: The Future of Communications for Utilities – 900 MHz Private Wireless Broadband
Mike Brozek, Anterix’s VP of Customer Success, explains the advantages of a 900 MHz private LTE network for utilities. Recognizing the pivotal role of communication in utility operations, Brozek explains the traditional approach of in-house solutions. He emphasizes that while LTE stands as a global wireless standard, utilities opting for commercial carriers may encounter limitations. In contrast, licensed spectrum, like the 900 MHz private LTE network, offers better coverage and control, making it more cost-effective for utilities in the long run.
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