ID: TS8246
Abstract: 5G foresees a connected world of numerous devices in diverse platforms and a variety of scenarios, such as mobile broadband connected to energy-efficient Internet of Things (IoT) communications, which are connected to remote mission-critical services and applications. To meet the performance requirements for the extreme disparities in user data rates ranging from a few kilobits per second to several gigabits per second, latencies ranging from 1 ms to several hours, and power requirements ranging from a few days to 10 years, 5G aims to include new technologies such as advanced MIMO and beamforming, new overlay and underlay network architectures, and new access and multiplexing schemes and protocols for IoT. It also will enable using spectra from below 6 GHz to millimeter wavelength (mmWave) radio frequencies up to 90 GHz. Linking new devices to 5G mobile networks will revolutionize the industry, but it will require innovations in antenna, algorithm, transceiver, and network designs to efficiently use such a wide range of technologies and bandwidths. At this session, examine the key requirements and Intel’s vision for 5G, explore important technologies and trends across the wide range of applications and frequencies including mmWave communications, and learn how Intel uses NI platforms to accelerate its wireless R&D activities.
Speaker: Tolis Papathanassiou, Intel Corporation, Radio Systems Engineering Manager
