CMA Meeting Jun 30 th 2016

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Caren Norton
6 years ago
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1 CMA Meeting Jun 30 th G Request for Evidence This event will

2 Agenda INTRODUCTION TO CMA OVERVIEW OF 5G AND WHERE WE ARE THE TRIANGLE 5G TESTBED THE NIC CONSULTATION DISCUSSION OF VIEWS SUMMARY 8:30 DRINKS AND FOOD + NETWORKING

CMA Background CMA (was TMA) 58 year old

International Regulation Integrated with BCS 7

3 CMA Background CMA (was TMA) 58 year old organisation representing Business Telecomms Users Integrating New Technologies Shared Insight + Best Practice CMA Can help You National + International Regulation Integrated with BCS 7 years ago Corporate Membership no longer valid Individual membership is.

4 Help CMA help you CMA wants to help communicate a Clear Message for Business Telecomms Users We want to help them Communicate with each other Common problems Best Practice Innovation and new Technology We want to represent your views to other stakeholders and Government We want you to tell us what you need IS THIS STILL A VALID OBJECTIVE FOR CMA? And I want some of you to volunteer as Committee members to make it happen

5 5g - New ways to Communicate and interact Presentation to insert name here 5

6 Sensing everything and making it relevant to our lives Low-g Accelerometer Barometer Position sensor Respiration Monitor Belt Colorimeter Gardon gauge Nichols radiometer Infra-red sensor Geophone Transceiver or Ultrasonic sensor Gas meter Potentiometer Velocity sensor Potentiometric sensor Hydrogen sensor Motion detector Sound Level Meter Charge-coupled device Doppler Radar Torque transducer Odometer Active pixel sensor Smoke detector Sensor array Ohmmeter Conductivity Probe Flow sensor Scintillator Current sensor Digital Control Unit Magnetic Field Sensor Breathalyzer Cationic sensor Machine vision Strain gauge Net radiometer Intelligent sensor Attitude indicator Sulphur dioxide sensors Instrumentation Amplifier Exhaust gas temperature gauge magnetic reed sensor Bubble chamber Reed switch Tachometer Turn coordinator Wheel speed sensor Hygrometer Stud finder Extra Long Temperature Probe Gyroscope Lace Sensor a guitar pickup Speedometer Watt-hour meter Force gauge Accelerometer Light Sensor Triangulation sensor Piezoelectric sensor Hook gauge evaporimeter Current and Voltage Probes Sniffer coil Dissolved Oxygen Probe Electro-optical sensor Wired glove Electronic nose Selsyn or Synchro Snow gauge Photoresistor Air flow meter Variometer Galvanometer Photomultiplier 3-Axis Accelerometer Psychrometer Hall probe Liquid capacitive inclinometers Pluviometer Carbon dioxide sensor Fiber optic sensor Magneto meter LVDT Video sensor Fluxgate compass Photodetector Biochip Nuclear density gauge Optode Pressure gauge Ion-selective electrode Electrolyte insulator semiconductor sensor 25-g Accelerometer Fish counter Voltage detector Calorimeter Capacitive displacement sensor Radar gun Free fall sensor Pyranometer Touch pad or trackpad Quantum sensor Photomultiplier tubes Rain sensor Wire chamber Cloud chamber Photodiode O2 Gas Sensor Redox electrode Hydrogen sulfide sensor Magnetic anomaly detector Laser rangefinder Stainless Steel Temperature Probe Photon Sensor Dual-Range Force Sensor Wavefront sensor Flow Rate Sensor Leaf sensor RADAR Alarm sensor Catadioptric sensor Sensor grid Oscillating U-tube Photoswitch Carbon paste electrode Water meter Ammonium Ion- Selective Electrode LED as light sensor ph Sensor Wheatstone bridge Micro-sensor arrays Catalytic bead sensor Multimeter Magnetic compass Water sensor Inclinometer Inductive sensor RVDT Thermometer Viscometer Hot filament ionization gauge Chemical field-effect transistor Electrochemical gas sensor Molecular sensor Heat flux sensor Altimeter Load cell Tide gauge Time pressure gauge Displacement receiver CO2 Gas Sensor Zinc oxide nanorod sensor Rotary encoder or Shaft Encoder Anemometer Turbidity Meter Lab-on-a-chip Gravimeter Phototube Voltage Probe Pressure sensor Olfactometer Photogate Nitrate Ion-Selective Electrode Variable reluctance sensor Microwave radiometer Light-addressable potentiometric sensor (LAPS) DIN Sensor to BTA Input Adapter Curb feeler Sudden Motion Sensor Infrared point sensor Staring array Image sensor Vernier Photogate Tactile sensor Barograph Radio direction finder Capacitance probe Phototransistor Occupancy sensor Leaf electroscope Photoelasticity Stream gauge Gas Pressure Sensor Ultrasonic thickness gauge SONAR Yaw rate sensor Ammeter Chloride Ion-Selective Electrode (with amplifier) Photoionization detector Visual sensor network McLeod gauge Air-fuel ratio meter Microbolometer Carbon monoxide detector Viscosity sensor Telescope Throttle position sensor Neutron detection Sensor node or mote Heart Rate Monitor Microwave chemistry sensor Geiger counter Metal detector Infrared thermometer Bourdon gauge Thermocouple Voltmeter Level sensor Thermistor Microphone Transducer Silicon bandgap temperature sensor Touch switch or touch sensor Rotary Motion Sensor Hall effect sensor MHD sensor Nox sensor Passive infrared sensor EKG Sensor Hydrophone Electromechanical film Touch screen Pellistor Shack-Hartmann Proximity sensor Scintillometer Permanent Downhole Gauge Fabry Pérot interferometer Flame detector Boost gauge ph glass electrode Biosensor Bhangmeter Force-sensing resistor Mass flow sensor Student Radiation Monitor Linear encoder Tilt switch Hydrometer MAP sensor Ethanol sensor Piezoelectric accelerometer Speed sensor Nitrogen oxide sensor Soft sensor or Virtual Sensor Parking sensors or Parktronic Calcium Ion-Selective Electrode (with amplifier) Vibrating structure gyroscope Magnetic level gauge Bolometer Bedwetting alarm Differential Pressure Sensor Depth gauge Ring laser gyroscope Air speed indicator Laser distance measurement sensor Smart Pulley Attachment Gas detector Thermal sensor Pyrgeometer Tilt sensor

7 New Wireless Infrastructure for IoT With thanks to Duncan Purves Connect2 Systems Limited 2015 IEEE Derivatives -.1 Bluetooth LE -.3 High Rate WPAN -.4 Low Rate WPAN - Zigbee - Wireless Hart - MiWi - ISA a - 6LoWPAN -.6 WBAN -.7 Visible Light

8 New Wireless Infrastructure (2) Mostly for IoT Wireless Wide Area Networks (in addition to Cellular) SigFox Ultra Narrow Band Weightless (From Weightless SIG) - Weightless-P (New Licence exempt Bi Directional) OTA upgrades - Weightless-W (TV White Space) - Weightless-N (ISM Licence exempt Spectrum) LoRaWan (Long Range WAN from LoRa Aliance) IoT Cellular LTE-M (from 3GPP Rel8) EC-GSM (Extended coverage GSM 3GPP From Jan 2016)) nwave EnOcean (Energy Harvesting Wireless) ISO /IEC

9 What is 5G? STUART REVELL 5G INNOVATION CENTRE UNIVERSITY OF SURREY

10 THE TRIANGLE 5G TESTBED NIALL ROCHE UCL ADVANCES

11 QUESTION 4.1 APPLICATIONS AND BENEFITS what uses have been envisaged for 5G? of those use cases identified, which appear most credible from a UK perspective, and over what timeframe? what is the potential scale of benefits?

12 QUESTION 4.2 GOVERNANCE AND PLANNING What regulatory, planning and other key challenges need to be overcome to support the rapid and cost effective deployment of 5G across the UK? are there planning or wider legal issues which have the potential to hold back the deployment of 5G networks? are there issues around working across industry sectors which may hold back the deployment of 5G networks?

13 QUESTION 4.3 INFRASTRUCTURE What are the infrastructure requirements for 5G deployment likely to be? what do the services and uses for 5G suggest about the infrastructure requirement? what level of UK coverage will be optimum and what does this mean for the challenge of delivering higher speeds and lower latency? Are there particular issues faced by urban, suburban and rural areas? are there any no regrets and low regrets infrastructure investments that can be made to support 5G deployment? in what ways could collaboration between infrastructure sectors speed up and improve deployment, and how might it be incentivised? are there any relevant international examples in the deployment of telecoms infrastructure that the UK can learn from?

14 QUESTION 4.4 COSTS Who should bear the deployment costs of 5G? what is 5G deployment likely to cost the UK? are there international examples to draw on?

15 QUESTION 4.5 SPECTRUM POLICY AND LEGACY Is the existing UK telecommunications model able to facilitate the efficient roll out of 5G infrastructure and technologies? is spectrum policy and its management well placed to support future 5G technologies?

16 SUMMARY WE SHALL BE TRYING TO SUMMARISE WHAT WE HAVE DISCUSSED TONIGHT PRESENT IT TO NIC WHO HAVE OFFERED TO PRESENT THE RESULTS IN THE AUTUMN NOW TIME FOR REFRESHMENTS THANK YOU FOR YOUR CONTRIBUTIONS

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