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The evolution of LTE is key to the realization of Ericsson’s vision of a Networked Society. This vision means that, in the future, anything that benefits from being connected will be connected – from parking meters and house alarms to cars and trash cans

A growing trend is high speed data communication, which is rapidly becoming critical to public safety. However, most public safety data is transported by commercial carriers, who cannot guarantee any special quality of service or priority. This has led public safety organizations to look for better methods of handling both mission critical voice and data communications, including the use of broadband to give first responders the tools they need to perform efficiently.

The technical architecture of LTE systems is based on an entirely new air interface system and more efficient modulation scheme providing an all-IP wireless data environment supporting higher data rates (both uplink and downlink), lower latency and higher speed mobility than were previously possible. Mission critical communications users have more demanding requirements than the average commercial user. They require more resilient, reliable, secure and ubiquitous networks and services, with as

As a society, we place many demands on the first responders who safeguard our communities. That means that the mission critical technologies our public safety officials use every day must meet exceedingly high standards as well. New 4G LTE broadband networks will enable powerful and innovative solutions for better protecting our first responders, providing them with the real-time information, the control, the reliability, the security and the performance that are at the core of mission critical

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.

Practical standardisation & roadmap considerations - This document has been produced by the TETRA and Critical Communications Association (TCCA)[1] Critical Communications Broadband Group (CCBG)[2] to provide supporting information and guidelines for critical communications users, operators and other interested parties who are considering the implementation of mission critical mobile broadband services. It sets out the predicted timeframe for availability of suitable standards and equipment, tog

To provide seamless data communication during emergencies, public safety practitioners endorse 4G Long Term Evolution (LTE) technology as the foundation for new wireless networks. LTE offers nationwide interoperability in the 700 MHz band, and it can support key broadband applications that accelerate response times, improve situational awareness support key broadband applications that accelerate response times, improve situational situational awareness — and increase the safety of the public an

Motorola Solutions Inc