5G considerations in Russia (below 6 GHz) Vadim Poskakukhin, Head of laboratory, Radio Research&Development Institute

5G/IMT Universal network infrastructure (network slicing) Versatile services and applications as main drivers for 5G/IMT-2020 Mobile video HD/4K/8K Automation PPDR Virtual and augmented reality Ultra-reliable and low latency Enhanced MBB 5G/IMT ITS Massive IoT Universal network infrastructure (network slicing) 2

5G/IMT-2020 5G/IMT-2020 radiointerfaces diversification Enhanced MBB New interface in higher bands Ultra-reliable and low latency Enhanced MBB LTE PPDR Potential new interface for V2X LTE-Advanced, LTE-U Potential new interface below 6 GHz LTE V2X Potential new interface for IoT Massive IoT LTE MTC NB-IoT Evolution of IMT-Advanced towards 5G/IMT-2020 (LTE-Advanced Pro) New interfaces for 5G/IMT-2020 (not backward compatible) 5G/IMT-2020 3

5G/IMT PMR Satellite Licensed spectrum WB: LTE-A, LTE-MTC Massive IoT today: EC-GSM, LTE-MTC, NB-IoT and many others PMR Licensed spectrum WB: LTE-A, LTE-MTC Satellite Licensed spectrum NB: EC-GSM, NB-IoT Unlicensed spectrum LPWA 5G/IMT Unlicensed spectrum LPLA 4

LTE V2I LTE V2V URLLC today: PPDR/PMR and ITS(tomorrow) PPDR/PMR functions: more ways to communicate, more reliable, lower latency LTE V2X for ITS: even more reliable and lower latency LTE V2I LTE V2V 5

Enhanced MBB today: LTE-Advanced Pro below 6 GHz Rollout of already standardized features of LTE Advanced Pro Small cells deployment CoMP/MIMO for distributed eNBs Full-dimension MIMO Further interference cancellation enhancements Carrier aggregation New bands and technology neutrality 6

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