Healthcare
Selecting Networks for Connected Healthcare Innovation
This paper discusses how digital transformation in healthcare impacts the choice of communications networks. We will propose how healthcare CIOs can meet increasing demands for voice and data communications from caregivers, patients, and guests while minimizing costs.
Airports
Metropolitan Airports Commission: Private Cellular Proof of Concept
As a leader in the aviation industry, the Metropolitan Airports Commission (MAC) commissioned a PCN (Private Cellular Network) Proof of Concept (PoC) at Minneapolis-Saint Paul Airport (MSP). The goal was to test functionality of an LTE network using CBRS spectrum for airport operations. A PCN using 4G Long Term Evolution (LTE) cellular technology was installed at MSP to test the performance of a variety of operational use cases. The use cases detailed in the attached CaseStudy include: Airside Maintenance Tracking; Common Use System Equipment (CUSE) carts for passenger processing; digital signage; video surveillance; critical infrastructure
The Need for Reliable Wireless Connectivity in Airports
The world relies heavily on wireless connectivity, and airports are no exception. However, airports present unique challenges for wireless networks due to the variety of construction materials, complex infrastructure, large physical footprint, and high levels of passenger traffic. The demand for seamless and reliable wireless connectivity at airports has been increasing dramatically, prompting airport operators to explore communications network options, including Wi-Fi, Distributed Antenna Systems (DAS), and Private Cellular Networks (PCNs). This paper will discuss how airports can meet the connectivity demands imposed on them by diverse stakeholders, including airport operations, airlines, vendors, and passengers.
All Industries
Understanding CBRS-Based Private LTE Networks
This whitepaper, co-authored by Communication Technology Services and Ranplan Wireless, provides an overview of a successful CBRS-based Private LTE Network deployment. It discusses considerations such as the need for Spectrum Management, the private LTE network infrastructure, the CBRS device ecosystem, industry verticals, and use cases.
Manufacturing
Unlocking the transformative potential of Industry 4.0 with private cellular connectivity
Abstract: Wireless connectivity has become increasingly crucial in modern manufacturing operations. It enables increased flexibility, delivers real-time communication, reduces costs, increases efficiency and productivity, and facilitates automation.