Development of IoT in the functional

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Presentation transcript:

Development of IoT in the functional context of the mobile network operator

Smart Home Easy Deployment Remote Sensor Management Easy Maintenance Highly Reliable Telecom Network Licensed Spectrum, No Interference for Gateway More then 100k sensors on 1 base station GPRS NB-IoT Penetrate 2 more Brick wall than GPRS PCRF & DPI politics on traffic model

NB-IoT Smart Parking Legacy Parking Smart City One-hop Network, Easy Deployment Remote Parking Sensor Management Easy Maintenance Highly Reliable Telecom Network Licensed Spectrum, No Interference LBS services bundle Legacy Parking Two-hop Network Difficult Relay Deployment Maintenance Cost Unstable Signal Due to Interference Manual Management Revenue Loss Low Efficiency Non 24x7 Hours

Smart City ZigBee/other Group Control PLC Network 10% Energy Saving 50% Maintenance Cost Saving ZigBee/other Group Control PLC Network NB-IoT Smart Lighting ZigBee Node Gateway … … … Expensive Construction Cost Short Range and High level of Interference Capacity Limitation of Mesh Network（Broadcast Storm from 200 Lamps） Critical Requirement on cable Cabling is hard Need Second Round Adjustment Significant Transmission Interference Unstable Transmission Distance Up to 20% Failure Rate Hard to Identify Wrong Data Plug & Play No Network Maintenance Carrier-grade Reliability Remote control of each individual light (On / off / tuning) Get lighting status in real time Remote configuration of lighting timer Remote troubleshooting

Smart City Smart Trashbox No Cabling Fuel economy for state-owned company «Maxsustrans» Predicting a route in advance 4 to 8 years without recharging LBS services bundle Low cost Rapid deployment