Unprecedented speed is just the beginning of how 5G is changing the face of connectivity - Intel

Emerging 5G networks feature lower latency, higher capacity, and increased bandwidth compared to 4G. These network improvements will have far-reaching impacts on how people live, work, and play all over the world.

KEY BENEFITS WITH 5G:

Peak 5G speeds are expected to be up to 100x faster [see footnote 1] than the speed of 4G LTE networks.

Reduced latency will support new applications that leverage the power of 5G, the Internet of Things (IoT), and artificial intelligence.

Increased capacity on 5G networks can minimize the impact of load spikes, like those that take place during sporting events and news events.

Speed Upgrades

Each wireless network generation has reflected a significant increase in speed, and the benefits of 5G—the fifth generation of cellular network technology—will push far beyond 4G LTE.

Predicted speeds of up to 10 Gbps represent up to a 100x increase compared to 4G.1 In practical terms, 4G vs. 5G speed enhancements will mean exciting possibilities for consumers. Transferring a high-resolution movie at peak download speeds will go from taking seven minutes to just six seconds.2That time savings could mean being able to grab that new hit film before the flight attendant asks you to put your phone in airplane mode.

After carriers roll out full 5G features, consumers and businesses may begin to consider 5G networks a strong alternative for fast broadband connections.

Low Latency

Latency measures how long a signal takes to go from its source to its receiver, and then back again. One of the goals for each wireless generation has been to reduce latency. New 5G networks will have even lower latency than 4G LTE, with the round-trip transmission of data taking less than five milliseconds.1

5G latency will be faster than human visual processing, making it possible to control devices remotely in near-real time. Human reaction speed will become the limiting factor for remote applications that use 5G and IoT—and many new applications will involve machine-to-machine communication that isn’t limited by how quickly humans can respond.

While agriculture, manufacturing, and logistics will all benefit from lower latency, gamers also eagerly anticipate the 5G rollout. The combination of high speed and minimal lag is perfect for virtual reality (VR) and augmented reality (AR) applications, which are likely to explode in popularity as connectivity improvements create a more seamless, immersive experience.

Enhanced Capacity

Speed is exciting, but one of the questions on the minds of analysts and industry leaders is this: How will 5G help businesses scale their technology initiatives?

5G will deliver up to 1,000x more capacity than 4G,3 creating fertile ground for IoT development. 5G and IoT are a perfect match, set to redefine how wireless networks—and the internet as a whole—are used. With capacity for hundreds or thousands of devices seamlessly communicating, new applications and use cases for cities, factories, farms, schools, and homes will flourish.

Imagine 5G use cases involving thousands of sensors on hundreds of different machines automating supply chain management processes, ensuring just-in-time delivery of materials while using predictive maintenance to minimize work stoppages.

Smart homes and cities will also take a giant leap forward in the future of 5G. Using more connected devices than ever, AI will be taken to places it has never been before with edge computing. From houses that give personalized energy-saving suggestions that maximize environmental impact to traffic lights that change their patterns based on traffic flow, 5G applications relying on added network capacity will impact nearly everyone.

From industrial automation to smart city traffic lights, the additional network capacity of 5G will impact nearly everyone.

Increased Bandwidth

The combination of increased speed and network capacity on 5G networks will create the potential for larger amounts of data to be transmitted than was possible with 4G LTE networks.

5G networks are architected differently from traditional 4G networks, allowing greater optimization of network traffic and smooth handling of usage spikes. Crowded stadiums and other venues have struggled to provide seamless connectivity to large audiences, but 5G could make it possible for sports fans to live stream their experience from any seat in the arena.

For businesses, the impact of increased bandwidth will echo across many departments and divisions in the form of big data. Today, companies receive far more information from customers, suppliers, and teams than they can process and analyze for insights. With 5G connectivity and big data analytics, these businesses can turn large volumes of data into actionable knowledge.

Availability and Coverage

While consumers and businesses are eager to experience the benefits of 5G for themselves, availability of 5G coverage is still limited. Today, all major US cellular carriers are deploying 5G networks in major cities as they prepare for wider rollouts.

Intel® 5G Technologies and Solutions

The full benefits of 5G depend on having a network capable of supporting next-generation capabilities and features. As a compute leader in network solutions, Intel is vital to the structure and organization of the global 5G rollout.4

Intel 5G technologies will fuel the 5G experiences of tomorrow—from edge devices collecting data in the field to workload-optimized network servers powered by Intel® Xeon® Scalable processors.

Intel is dedicated to maximizing the potential of 5G in its full range of applications and use cases, from homes to workplaces and beyond.

More Resources on 5G

Learn more about 5G technology, benefits, use cases, and networking architecture.

Intel 5G Technologies

Intel works to make 5G networks function seamlessly across all the technology you use every day.

Product and Performance Infor
4Intel technologies' features and benefits depend on system configuration and may require enabled hardware, software or service activation. Performance varies depending on system configuration.