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Satellite to Cellular Public Safety Coverage Extensions and RF Coexistence Pressure Around Ground Based LMR Gateway Sites

Satellite Access Moves to a Public Safety Coverage Layer The new FCC framework for supplemental coverage from space (SCS) allows satellite and terrestrial operators to utilize terrestrial mobile spectrum via defined authorizations and interference protection. This framework utilizes FirstNet licensed 700 MHz public safety BroadBand spectrum, often referred to as Band 14, for SCS purposes

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July 7, 2026 No Comments

Public Safety Sites Transition From Individual Network Systems to Shared Radio Frequency (RF) Environments

Public Safety Sites Transition From Individual Network Systems to Shared Radio Frequency (RF) Environments Public safety communications have transitioned away from stand-alone local mobile radio (LMR) networks. Many agencies continue to rely on P25, analog mutual aid channels, conventional LMR channels, trunked LMR systems and dispatch center RF infrastructures for mission critical voice. At the

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June 15, 2026 No Comments

Antenna Isolation Degradation Between Adjacent Public Safety Arrays During Tower Loading Expansion

Tower Loading Expansion and Isolation Margin Reduction Public safety tower sites are carrying more RF systems than their original antenna plans anticipated. Regional P25 systems, conventional mutual aid channels, utility radio networks, microwave paths, cellular broadband equipment, and in building donor antennas are often added over multiple budget cycles. Each addition changes the physical and

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May 21, 2026 No Comments

Shared Infrastructure Expansion Across Public Safety Networks

Passive Interference Mechanisms Created by Shared Antenna Architectures in Multi Agency Interoperability Deployments Public safety agencies increasingly rely on shared antenna systems to support interoperability requirements, regional coordination mandates, and infrastructure cost consolidation. Multi agency deployments commonly combine P25 trunked systems, conventional LMR channels, LTE broadband services, microwave backhaul, and in building coverage systems within

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May 11, 2026 No Comments

Simulcast Solves a Coverage Problem and Creates a Precision Problem

Simulcast Solves a Coverage Problem and Creates a Precision Problem Simulcast remains one of the most efficient ways to extend wide area coverage in Land Mobile Radio. Multiple transmitter sites use the same frequency at the same time, allowing agencies to cover large service areas without assigning separate channels to every site. That architecture is

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April 17, 2026 No Comments

Infrastructure That Moves at the Speed of Disaster

Infrastructure That Moves at the Speed of Disaster When disaster strikes, communications are often the first thing to fail. Storm surge knocks out backhaul. Wildfires destroy fiber. High winds shear antennas from towers. Interference spikes as damaged equipment and temporary power sources flood the spectrum. Entire RF environments can collapse in minutes, taking mission critical

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January 21, 2026 No Comments

The Art of the Invisible Network

The Art of the Invisible Network Walk through an airport, a hospital, a stadium, or a university campus and a quiet paradox appears. Everyone is connected, yet the infrastructure that makes that connection possible is nowhere to be seen. There are no exposed radios, no tangled cables, no obvious antennas drawing attention to themselves. The

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January 13, 2026 No Comments

Drones in the Next Generation of Field Services

The Role of Drones in the Next Generation of Field Services Telecommunication networks are expanding faster than crews can inspect them. Towers climb higher every year, and the gear attached to them carries more responsibility for keeping regions connected. Drones are beginning to change that rhythm of work. They record what once required a climb,

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November 25, 2025 No Comments

How BDAs, DAS, and Portable Towers Enable First Responders

How BDAs, DAS, and Portable Towers Enable First Responders  First responders don’t operate in perfect conditions when they’re working in stairwells, in basements, in buildings still under construction, or partially collapsing. They navigate dense forests, flooded highways, and crowded stadiums. Through all of it, they’re expected to stay in constant contact. To receive the call,

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May 29, 2025 No Comments

Overcoming Integration Challenges in DAS Deployments

Overcoming Integration Challenges in DAS Deployments High-density environments like stadiums, office buildings, hospitals, and urban centers are constantly dealing with the demand for reliable and high-speed wireless networks. Traditional cellular networks used to be enough. However, with the growth of 5G networks and more people needing connectivity for their internet of things (IoT) devices, these

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May 15, 2025 No Comments
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