WHITEPAPERS

New white paper from TCCA’s Broadband Industry Group looks at the status and challenges of implementing priority mechanisms for first responders.

For several decades, critical infrastructure entities, such as oil and gas, utilities, rail, and first responders, among others, have relied on their own telecommunications networks. In this whitepaper, Ondas Explains the case for private, standard technology wireless mission critical communications networks.

The Utilities Technology Council (UTC) and its global affiliates released a new white paper focusing on the emergence of 5G communications and whether and how utilities, particularly electric utilities, will be impacted.

You have identified your two-way radio communication strategy as part of your digital transformation project and now you’re thinking, “Where should I start?” Since your PTT over LTE solution is most likely a smaller project within a larger digital transformation project, it’s important to consider which components are required for multiple digital transformation projects and which components are exclusively for the PTT over LTE project.

In this paper we see 5G as an opportunity to satisfy the under-served communication needs of the European PPDR community and its multiple vertical entities, while gaining capability advantage using the most advanced communications solutions for enabling their daily and emergency Operations.

With the ability of public safety to now truly leverage broadband wireless mission critical communications, the current dynamic mobile communications technology landscape is shifting the public safety market from a focus on large, fixed infrastructure projects to a mobile first approach. In this Whitepaper, Samsung explains the benefits of The DeX solution for public safety agencies that replaces the in-vehicle laptop, and can be used by officers to connect to docking stations upon .......

The document addresses the current state of emergency services and the challenges linked to the evolution towards Next Gen. emergency communications and focusses on the vision of the H2020 EMYNOS project.

This whitepaper highlights options for new revenue streams & new market segments for Mobile network operators in in next generation critical communications solutions.

The paper also describes how mobile network operators, vehicle manufacturers, cloud service providers and regulatory bodies can work together to deliver a brand-new experience for drivers, travelers and other road users in the near future.

5G will make it possible for mobile network operators to support enterprises in a wide range of industry segments by providing cellular connectivity to mission-critical applications. The ability to expose policy control to enterprise verticals will create new business opportunities for mobile network operators by enabling a new value chain through the integration of telecom with other industries.

This Nokia white paper outlines the needs for ultra-reliability and virtual zero latency communication as well as the solutions to build 5G networks.

This document will help to identify the appropriate functionality within the PTT app that would allow the end user to communicate as well as collect data depending on their job type and objectives.

As mobility is transforming how organizations are operating and responding to the growing challenges, VDC Research have witnessed in mobile device, network, and application sophistication, opportunities for PoC to provide business and mission critical voice services for one to one and group communications solutions are scaling rapidly.

Backed by unique research conducted by VDC Research, in this paper, we will explore the evolution of PTT communications among today’s mobile workforce and discuss the opportunity for POC solutions specifcally.

This paper presents Thales’s positioning with respect to the mobile cellular standard, Long Term Evolution (LTE) and describes LTE trials undertaken by Thales and also what transport solutions/ projects Thales is currently delivering with the use of LTE as the radio bearer.

In creating the Shared Wireless Broadband Network in August 2007, the FCC recognized that the communication needs of public safety had grown to include interoperable broadband as well as narrowband services. Further work in 2009 by the FCC, the Public Safety Spectrum Trust (PSST), the National Public Safety Telecommunications Committee (NPSTC), DHS/SAFECOM accelerated the goal of creating a nationwide interoperable public safety broadband network utilizing 3GPP’s Long Term Evolution (LTE)...

The introduction of smart meters and smart grid sensors demands a cost-effective and easily deployed communications solution. Laboratory and field tests have demonstrated that LTE networks successfully meet the technical requirements for smart grid communications. LTE offers utilities very low latency, high throughput and QoS differentiation in a single radio access technology, as well as the commercial advantages of a global standard with a major proven technology ecosystem.