5G

Featured Video

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    5G technology will transform the health industry in ways that will revolutionize patient care. What aspects of healthcare will be or should be streamlined first? Will new industries emerge to process the mountain of data generated by health IoT? TIA NOW explores 5G's impact on health records, diagnostics, privacy, policy and more.

All 5G Videos:

  • One of the key capabilities that will allow us to build flexible networks on top of a common physical infrastructure is network slicing. As 5G continues to take shape, network slicing will become a fundamental technology enabling a wide range of use cases.

  • Are service providers on the right path to 5G? Is there an alternate path? Dr. William Webb discusses his contrarian view of 5G development and deployment.

  • 5G technology will transform the health industry in ways that will revolutionize patient care. What aspects of healthcare will be or should be streamlined first? Will new industries emerge to process the mountain of data generated by health IoT? TIA NOW explores 5G's impact on health records, diagnostics, privacy, policy and more.

  • The connected car of the future is here, but it’s still evolving to meet customer demands. Steve Schwinke of General Motors discusses the current state of CV, its future and what CV will mean for consumers.

  • What is the status of autonomous vehicles? What are the barriers to full AV deployment and how will the transition to 5G impact development? Experts from the automotive and technology sectors discuss the future of AV, and the next steps in development of this multi-industry disruptor.

  • What were some of the significant industry movements in 2017? What did we learn and how can we use that knowledge? Will legislation speed or slow the move toward 5G? And what trends should we look for next year? Industry analysts weigh in with their predictions on this edition of TIA NOW.

  • The transformation to 5G will require network agility as service providers seek to launch new services and bring them to market faster. Kevin Shatzkamer, VP of Service Provider Solutions and Strategy at Dell EMC, discusses the opportunities and challenges of developing a virtualized software ecosystem.

  • Much of what we'll need 5G to do in the near future are things the industry isn't ready to tackle, but there are a large set of requirements we do know about. Donyel Jones-Williams, Director of Product Marketing at Juniper Networks and Peter Jarich, Chief Analyst at GlobalData Technology discuss what needs to be done to the network to get us ready for a robust network of today and the future.

  • What is a Smart City? And what unique challenges are met when cities and citizens become customers? Mike Zeto, GM and Executive Director of AT&T Smart Cities, discusses what makes making cities "smart" - a broad and complex challenge.

  • Sprint and Ericsson secured early results from their joint field testing of Massive MIMO on the Sprint LTE Plus network in downtown Seattle and Plano, Texas, demonstrating a 4x increase in spectral efficiency. Massive MIMO is key to a network’s ability to meet demands of urban and rural users as a precursor to 5G network deployment in the next few years.

  • Vehicles are increasingly home to advanced connectivity technologies, compute power and sensors enabling the next wave of vehicular innovations. How will these vehicles connect to networks and the world around them to provide new services and increase safety? Durga Malladi, SVP of Engineering at Qualcomm, speaks about cellular V2X and connectivity solutions in the future.

  • 5G networks promise efficient, fast connectivity to usher in a new era of services for consumers and businesses. However, deployment is dependent on clear, fair zoning to make 5G a reality. Brian Hendricks, Head of Policy and Government Affairs at Nokia and Dileep Srihari, Director, Legislative and Government Affairs at TIA discuss securing edge network presence in preparation for 5G rollouts.

  • Spirent’s Dave Garrison and Rajat Agarwal reveal how 5G is more than a generational improvement on 4G; it's a new way to design and build networks from core to edge to RF. 5G will require a re-think of the role of networks in meeting end user demands.

  • If you haven’t heard about millimeter-wave technology, you weren’t listening. High frequency bands that allow for multi-use applications in public safety are already in the test phase. Aditya Dhananjay, Post-Doctoral Fellow at NYU's research center, NYU WIRELESS, spoke with Abe Nejad about why millimeter-wave technology for public safety communications is less understood and what unique challenges it presents.

  • 5G antenna design will be vastly different as we transition from 4G to 5G. From the interface between the antenna and the radio frequency front end, the use of arrays instead of single antennas and the use of beam steering, just how different will it be? Here to tell us is James Kimery, Director of Product Marketing for RF Communications and Software-Defined Radio at National Instruments.

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