Posts Tagged ‘Private LTE’
Visioneering the Private Networked Grid of the Future
With 900 MHz spectrum for private LTE wireless broadband networks now approved for use, and auctioning of the shared CBRS spectrum, the nation’s electric utilities have an unprecedented opportunity to accelerate and advance their grid modernization and resiliency programs. Listen to industry experts discuss “visioneering” the intersection of smart communications and smart grids and the benefits that will flow from the integration of the two.
Read MoreEnergy Central Insight August Special Issue
In an effort to guide this conversation, Energy Central has teamed up with Anterix to present this Hot Topic issue, “Visioneering the Private Networked Grid of the Future: How Do You See Private LTE Networks Shaping the Future of Utilities?”
In this special Anterix/Energy Central issue, you will learn how thought leaders and experts from across the industry “visioneer” the future of the electric grid.
Read MorePrivate LTE For Electric Utilities Round Table – from CBRS to 900 MHz
Private wireless broadband has been a critical unmet need for electric utilities for years. With the upcoming CBRS auction and FCC Ruling on 900 MHz, spectrum will be available for utilities to build private LTE networks and expand their broadband to the edge of the grid. Hear industry experts share their perspectives on how utilities can navigate these uncharted waters.
Read MoreIssue Brief: An Overview and Reference Guide for Utility Private LTE
Anterix Private LTE spectrum helps utilities securely integrate and manage distributed resources, automate processes, monitor conditions, use artificial intelligence, and drive worker productivity to improve service and reduce operational costs.
This brief highlights how utilities can benefit from adopting Private LTE networks using Anterix technology.
Read MoreRural Broadband Opportunity: Leveraging Utilities’ New Private Wireless Communications Infrastructure
In many rural parts of the country, deploying broadband Internet service presents substantial challenges. As utilities implement new private wireless communications networks for grid control systems using licensed spectrum, certain assets and infrastructure could be shared or incrementally augmented to cost-effectively support the provision of wired or wireless broadband Internet service to consumers in the utility’s service area.
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