TETRA Technology for Mission Critical Solutions

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The objective of this presentation is to provide a general knowledge of the TETRA Technology and its high value when it is applied to Public Safety and Mission Critical Solutions. Nowadays, technology is everywhere, specially in regards to telecommunications. In this era every officer, bus operator, train driver, forest ranger, etc; needs to be connected, located and coordinated with high quality and effective telecom systems. The TETRA technology allows the end user to control, coordinate and manage large fleets of suscribers in wide areas with a spectrum efficient radio network. This technology fully integrates voice and data allowing the end user to maximize the network functionality and performance. However, TETRA technology has limitations and practical considerations that have to be addressed and could create risks for the design and implementation of the systems.



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  • Date: 27 Mar 2018
  • Time: 05:00 PM to 07:00 PM
  • All times are (GMT-05:00) US/Eastern
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  • 4 Irving Place
  • New York, New York
  • United States 10003
  • Building: Con Edison Building
  • Room Number: Edison Room

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  • Starts 01 March 2018 12:00 PM
  • Ends 27 March 2018 12:00 PM
  • All times are (GMT-05:00) US/Eastern
  • No Admission Charge


  Speakers

Victor Hernandez of Teltronics

Topic:

TETRA Technology for Mission Critical Solutions

The objective of this presentation is to provide a general knowledge of the TETRA Technology and its high value when it is applied to Public Safety and Mission Critical Solutions. Nowadays, technology is everywhere, specially in regards to telecommunications. In this era every officer, bus operator, train driver, forest ranger, etc; needs to be connected, located and coordinated with high quality and effective telecom systems. The TETRA technology allows the end user to control, coordinate and manage large fleets of suscribers in wide areas with a spectrum efficient radio network. This technology fully integrates voice and data allowing the end user to maximize the network functionality and performance. However, TETRA technology has limitations and practical considerations that have to be addressed and could create risks for the design and implementation of the systems.

Biography:

Victor Hernández joined Teltronic (PowerTrunk´s HQ in Spain) in 2009 as Infrastructure Hardware Engineer in the Research and Development department working with TETRA and LTE mission critical systems. He has over 8 years of experience with TETRA systems having worked as a System Design Engineer and Project Manager for systems in Europe, South America and USA. He worked for 2 years in the Teltronic TETRA-LTE Solution for railway applications, highlighting the cases of the Bilbao Metro presented to the Basque Country President (Lehendakari) and Canary Islands system for the Tram and Forest Rangers of Tenerife. He was responsible of the deployment of the TETRA-LTE infrastructure deployed in Rio de Janeiro for the 2014 FIFA World Cup Final. Currently, he works as a Project Manager of the TETRA Bus Radio System for New York City Transit. Victor has a BS in Electronic Engineering, Masters in Network and Internet Administration and Masters in IT Project Management from Euroinnova Businness School in Spain