Private 5G for Scalable Outdoor Connectivity: Why & How
Thursday, January 30, 2025
9:00 AM PT | 12.00 PM EST
Highway 9 and Weavix demonstrate real-world use cases, deployment examples, and architecture.
Discover in This Session
Outdoor working environments demand resilient and reliable connectivity to support critical operations, embrace automation and ensure seamless communication across large expansive spaces. However, traditional wireless solutions like Wi-Fi, public cellular, and DAS often fail to deliver the broad, long-range coverage needed for effective outdoor operations in industries like manufacturing, higher education, and energy.
Join us for a hands-on discussion on how private 5G can redefine outdoor connectivity. Explore the limitations of legacy networks, gain insights into private 5G’s capabilities, and learn how it’s strengthening outdoor connectivity in factories, universities, remote sites, and beyond to meet the operating demands of the future.
Join us for a hands-on discussion on how private 5G can redefine outdoor connectivity. Explore the limitations of legacy networks, gain insights into private 5G’s capabilities, and learn how it’s strengthening outdoor connectivity in factories, universities, remote sites, and beyond to meet the operating demands of the future.
In this webinar, you will gain insights on:
Outdoor Connectivity Needs and Limitations:
Why do Wi-Fi, DAS, and public cellular fall short?
Outdoor Coverage Challenges in Factories, Universities, and Energy Sites:
Connectivity gaps impacting automation, OT monitoring, safety & surveillance, and learning in large outdoor spaces.
Private 5G Advantages:
Extended coverage, low latency, and reliability with real-world examples.
How to Plan an Outdoor Private 5G Deployment:
Carefully defining objectives, conducting site surveys, designing a robust network architecture, and ensuring security and compliance.
Real-World Use Cases & Deployment Examples:
See how large customers have deployed private 5G across large industrial sites and university campuses, including in use deployment architectures and operating models.
