BB), ultra-reliable low latency communications (URLLCs), and massive machine type communications (mMTCs). Enhanced mobile broadband addresses high-data-rate and low latency services. URLLC addresses services requiring ultra-low latency and ultra-high reliability, while mMTC addresses delay-tolerant and low-data-rate IoT services. This allows for network deployment with scalability, configurability, ease of deployment, and lower cost. The various IoT verticals can be served using the appropriate 5G solutions according to their respective service requirements. Some examples of 5G IoT verticals and use cases are shown in Table 14.8. For instance, in a smart factory, delay-tolerant IoT devices such as sensors and asset trackers can be supported using mMTC, while mission-critical IoT components such as robotic control or augmented reality display require URLLC. Applications that require large bandwidth and low latency such as remote diagnostic or video camera can be supported using eMBB. In term of URLLC requirements, 5G will support a user plane latency of 1 ms at high reliability. The intended use cases are for applications requiring very low latency and high reliability such as telemedicine, robotics, and industrial sensors. For mMTC, 5G will support the same targets as for eMTC and NB-IoT. They are ultra-low-complexity and low-cost IoT devices and networks with a maximum coupling loss (MCL) of 164 dB for a data rate of 160 bps at the application layer, connection density of 1 million devices 14 Internet of Things Optimization Table 14.8 Examples of loT use cases. Automotive Smart Home Smart City eHealth Smart Factory Assisted driving, Gaming, remote Video Remote Remote infotainment computing surveillance diagnostics diagnostics, video Remote Smart meters, Remote sensors, Patient tracking, Remote sensors, diagnostics, home security, metering, fleet wearables, asset security, asset traffic connected management, tracking tracking management, appliances asset tracking, insurance traffic sensors management URLLC Automa