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The newest mobile network technology, 5G (Fifth Generation), provides more connectivity, reduced latency, and higher speeds than 4G LTE.

* High speed—up to 10 Gbps: 100 times faster than 4G—is one of the main features.
* Ultra-Low Latency: Perfect for real-time applications (autonomous vehicles, gaming), as low as 1 ms.
* Strong connectivity: 1 million devices per km² (IoT, smart cities) are supported.
* Network Slicing: Personalized virtual networks for various purposes (e.g., gaming, emergency services).
* Energy-efficient: IoT devices have longer battery lives.

Applications and Types

• Apps: Applications include AR/VR and 4K/8K streaming via enhanced mobile broadband (eMBB).
• Mission-Critical Services: Autonomous driving and remote surgery.
• Massive IoT: industrial sensors, wearables, and smart homes.
• 5G types: It include Sub-6 GHz, which offers moderate speed and wider coverage.
• Waves: Millimeter waves, or mmWave, are extremely quick yet have a limited range (cities, stadiums).

5G is transforming industries, from healthcare to smart factories. The rollout continues globally, with 6G already in research.

5G vs. Wi-Fi 6: Key Differences

Feature          5G                                                                                                Wi-Fi 6 (802.11ax)

Speed                 Up to 10 Gbps                                                                         Up to 9.6 Gbps

Latency              1-10 ms                                                                                      1-5 ms (ideal conditions)

Range                 Wide (cellular towers)                                                         Short (local router)

Mobility            Seamless handoff (cars, trains)                                       Limited to router range

Spectrum          Licensed (carriers) + Unlicensed (private 5G)            Unlicensed (2.4/5/6 GHz)

Use Case           Outdoor, mobile, IoT, smart cities                                  Indoor, home/office networks

Deployment    Requires telecom infrastructure                                     Uses existing routers

Which One Wins?

• For mobility and extensive coverage → 5G (drones, self-driving automobiles).
• Wi-Fi 6 for high-density indoor networks (smart homes, workplaces).
• Synergy: For best results, many gadgets (such as smartphones) employ both.

How 5G Enables IoT

• Huge Device Support: Manages millions of linked sensors per km² (wearables, smart meters).
• Ultra-Low Latency: Essential for driverless cars, remote surgery, and industrial robots.
• Virtual Networks: Dedicated virtual networks for various IoT requirements (such as a distinct slice for emergency services) are known as network slicing.
• Computing: 5G MEC (Multi-Access Edge Computing) and Edge Computing Integration work together to process data in real time.
• Energy Efficiency: Increases IoT sensor battery life (some LPWA 5G devices have a lifespan of over ten years).

Example:

• Real-time machine monitoring is a feature of smart factories.
• Autonomous Drones in Real-time agricultural video analytics.
• Smart cities include surveillance, garbage management, and traffic lighting.

Prospects for the Future with AI-native networks, 5G Advanced (5.5G) and 6G will advance IoT even more.

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