The Impact of 5G on Streaming (Update)

Graphic of a smart city with mobile users, an autonomous drone, viewer of a live stream, and a person wearing a VR headset with the text 5G.

5G — the fifth generation of mobile communications — has been a buzzword for several years. And like any other trending term, it’s a difficult concept to pin down. Is 5G the next best thing for internet connectivity or the cause of COVID-19’s deadly spread across the world?

It (hopefully) goes without saying that any conspiracies linking the pandemic to 5G technology are unfounded. Even so, the two global phenomena — 5G and COVID-19 — share some things in common:

  1. Both are acronyms made up of letters and numbers.
  2. Both have been controversial topics of late.

The reason for this is simple: Just as we couldn’t have predicted the outcome of COVID-19 in early 2020, we still don’t know what the widespread use of 5G technology will look like. And just as COVID-19 comes in different strains, 5G has different network types (low band, mid band, high band) and maturity phases. This complexity has resulted in a perceived disconnect between 5G’s promise and real-life significance.

Just Google “5G will…” and you might see the following suggested queries.

Image of Google's suggested queries when typing '5G will'.

Contrary to phrases like the 5G revolution, the adoption of this technology is very much an evolution — and we’re still in the thick of it.

First there was 1G in the 1980s, then came 2G and the ability to send text messages. By the late 1990s, we were gifted 3G, which brought data into the picture. And today, we use a mix of 4G LTE and 5G when connecting on the go, which have made things like video calls possible. By 2025, 5G is expected to account for only 25% of the global mobile technology market — meaning we still have a ways to go.


So, What Do We Know About 5G?

Here’s what we do know. 5G, the next generation of cellular technology, was designed to bring landline speeds to mobile devices. Fundamentally, it’s all about bandwidth. With more bandwidth, we’ll get faster upload and download speeds. This translates to improvements in wireless capacity, more robust mobile connectivity, and decreased latency.


5G Benefits

  • Decreases Latency: While human reaction time is more than 200 milliseconds, 5G is expected to send and receive information in one millisecond or less. When it comes to streaming, this means that digital objects will be able to replicate real-time interactions.
  • Improved Cellular Coverage: For both indoor and outdoor cellular coverage, 5G will deliver a more reliable and consistent experience to users.
  • Supports Mobile-First Applications and Richer Experiences: 5G will extend advanced streaming capabilities (augmented reality, interactivity, artificial intelligence) beyond the home to include mobile users without a Wi-Fi connection. Connectivity improvements will remove barriers to using streaming for various applications via mobile and connected devices.
  • Democratizes Video: What was once the purview of professional broadcasters — plenty of processing power and high-speed connectivity — will be accessible to everyone, everywhere, once 5G is in place. The rollout of 5G will lessen the need to invest in expensive infrastructure like satellite trucks, giving content distributors more flexibility in how they go about video production.
  • Increases Capacity: Designed to support a 100x increase in traffic capacity, 5G lays the groundwork for complex wireless ecosystems made up of intelligent street sweepers, connected cars, and other autonomous devices communicating in real time. For this reason, the internet of things (IoT) and 5G go hand-in-hand.
  • Improved Battery Efficiency: Improvements in coverage will minimize the computing resources required to watch a video. 5G will allow viewers to stay connected to live streams in traditionally poor service zones — without it being a crazy drain on battery life.

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The Speed of 5G Streaming

Just how fast is 5G streaming? About twenty times the data transmission rate of 4G. According to Cisco, “5G technology has a theoretical peak speed of 20 Gbps, while the peak speed of 4G is only 1 Gbps.”

This speeds things up exponentially: An HD movie that would take 10 minutes to download using 4G requires a mere 5-10 seconds using 5G. In this way, the technology untethers data-intensive activities that traditionally relied on Ethernet or Wi-Fi connections. Virtual reality (VR), advanced artificial intelligence (AI), and widespread IoT can all go mobile with 5G.


The Role of Low-Latency Video Streaming

Latency is a major pain point in the world of live video delivery, which is why many predictions about 5G focus on real-time streaming capabilities. Simply put, 5G’s promise of high-capacity, low-latency connectivity will be a content delivery game-changer for interactive applications.

But this has been slow to play out. Fully realizing the benefits of 5G requires new network infrastructure and 5G-enabled end-user devices. Coverage also varies from provider to provider, and a spectrum of frequency categories (low-band, mid-band, and high-band) characterizes each network.

“5G continues to be steadily rolled out in connected devices, coverage and spectrum throughout the Americas in the beginning of a new era of innovation,” says 5G Americas president Chris Pearson.

In 2023, global wireless 5G adoption is expected to accelerate, approaching 2 billion connected devices by the end of the year. But do note, a good chunk of the devices leveraging 5G don’t live in consumers’ pockets. Amazon’s delivery drones, connected fitness trackers, intelligent traffic lights, and other IoT devices will play an increasing role in our day-to-day with the deployment of 5G.


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5G Streaming Use Cases

5G promises to transmit information in one millisecond or less, thereby enabling digital objects to surpass humans’ reaction time. Applications that were once no more than science fiction will become commonplace once 5G takes over. 

Basically, 5G will support everything we’re already doing online, while making it faster, higher quality, and more mobile. Yes: It’s ultimately about speed. But the faster a device can send and receive data, the better the quality will be. So really, 5G just allows us to push the boundaries further and explore limitless video applications.


IoT and Smart Ecosystems

“5G is the foundation for realizing the full potential of IoT,” writes Paolo Collela, VP of digital services at Ericsson. “It is evident that 5G will spur innovation across many industries and provide a platform enabling emergent technologies such as the IoT to become an integral part of our economy and lifestyle.”

The integration of 5G-enabled devices promises to automate tasks like never before. For instance, self-driving cars will communicate with other vehicles, traffic lights, sensors, and drones. In these scenarios, any delay could mean the difference between the seamless flow of traffic and a deadly car crash.

Vehicles being monitored via live stream with machine learning technologies

And that’s where streaming once more comes into play. For many IoT devices, low-latency video streaming is a crucial capability. Just imagine a future built on this technology. Beyond playing video games in your self-driving Tesla, you’ll likely be relying on a dashcam with object detection capabilities to navigate the roads. Likewise, you’ll use your smartwatch to check your home doorbell camera, and the smart building where you work will use real-time surveillance technology to ensure employee safety and public health.


Virtual Healthcare

If autonomous vehicles are the most popular prediction when discussing 5G, remote healthcare capabilities are a close second. Both long-distance endoscopy training and tele-endoscopy have become prevalent recently, and remote patient monitoring now brings medical expertise to rural populations. Expect to see augmented reality (AR) and virtual reality (VR) powered surgeries, the internet of medical things (IoMT), and video-enabled 911 technologies in the coming years.


Remote Operations

The medical field isn’t the only one using robotics and remote control of machinery. Manufacturing, agriculture, and warehousing are all leveraging streaming-enabled devices to improve efficiency and employee safety.

Agriculturist with drone to survey crop yields.

Examples include surveying crop yields in agricultural applications, performing safety inspections of manufacturing facilities, and assisting with quality assurance on the production line. One Wowza customer, EWI, even uses tele-welding capabilities to tackle the skilled labor shortage and reduce risk in hazardous environments. 5G will accelerate the adoption of remote operations by improving connectivity to remote locations.


Immersive Live Events and Second Screen Experiences

Today, live entertainment is a multi-screen ordeal. Even when it comes to in-person events, viewers actively engage with mobile devices to supplement the experience.

Charles Kraus of Limelight Networks writes, “In-person attendees can also use 5G-enabled technology to enhance their experience of a match. They can use a mobile app, for example, to view the field with an overlay of player stats and information. Using virtual reality glasses, they can also view the game from different angles, eventually making every seat a front-row seat with an optimal view.”

And that brings us to our next point…


AR/VR/XR: Not Just for Entertainment

It used to be that VR technology was pixelated and laggy, but the hardware and processing power have finally caught up. 5G will only further increase adoption, opening up a wide array of new opportunities for live streaming.

Picture this: You’re moving across the world and would like to purchase a home ASAP. Instead of waiting until you arrive at your destination, a 360-degree headset could allow you to tour houses on the market. The fact that internet utilities aren’t yet set up at these locations wouldn’t be an issue — 5G offers plenty of connectivity for the real-time interactivity that AR and VR deliver.

Education, healthcare, and construction all present ample opportunities to leverage AR/VR streaming technology (which we cover in detail in our extended reality (XR) deep-dive).


Remote Production

On the broadcast side of things, content distributors will rely on remote resources to reduce on-site crews with the deployment of 5G. This could change production workflows and improve efficiency with AI-enabled cameras, lighting, and other technologies. News reporters will be able to respond to breaking stories immediately using 5G-connected devices, and producers in the field will use drones to gather footage quickly.


5G Case Study: 2022 Bejing Winter Olympics

A person in a ski coat operating a drone over snow-covered mountains with an Olympic logo in the top-right corner.

The delivery of video over 5G networks will transform every aspect of the streaming workflow, including how content is created, produced, distributed, and consumed. Let’s look at the 2022 Olympics as a proof of concept for what’s to come.

Due to COVID-19, broadcasters and commentators had to participate in these Games from remote locations, while essential personnel entered a “closed loop” system in and around Bejing powered by self-driving cars and robotic bartenders. A combination of 5G-enabled virtualized technologies made the Winter Games possible in a number of ways.

Specifically, 5G supported:

  • The IoT robots and vehicles that kept things moving smoothly
  • Remote cloud-based content delivery, signal processing, and post-production
  • Live virtual reality (VR) content in 8K resolution
  • The 30 5G-enabled cameras providing coverage at the Games
  • The 5G Express Train from Beijing to Zhangjiakou, which housed the first-ever 5G production studio for live streaming from a train

Just take it from the Olympic Broadcast Servies (OBS) Media Guide: “The wider adoption of cloud and 5G technologies in Beijing will reshape the way the Games are broadcast. The OBS Cloud will once again support the backend of Olympic broadcasting and play a key role in content distribution and post-production workflows… The full 5G coverage implemented across all Olympic venues also provides new opportunities for live coverage, and for the first time, OBS will capitalize on super-fast 5G wireless connectivity to deliver live signals from several cameras, including those fitted on snowmobiles at cross-country skiing and also those used in the start and finish areas at alpine skiing.”


5G Challenges and Enabling Technologies

Graphical depiction of 5G technologies connecting complex networks across a city scape.

The biggest 5G hype-killer has been the amount of time it’s taken to bring it to life. Too much build-up can be detrimental to anything (which is exactly why watching the ball drop on New Year’s Eve tends to be anti-climactic).

It’s true: We still have a way to go before everything described in this blog is fully realized. Below are some of the enabling technologies that will play a crucial role.


1. Supporting Technologies and Industry-Wide Collaboration

The most significant lag in 5G’s rollout has been building out the physical infrastructure and getting 5G-compatible devices in end-users’ hands. Truly delivering on its innovative potential will require industry-wide collaboration.

Robin Mersh of the Broadband Forum explains, “to be successful, an entire ecosystem around 5G technology needs to be in place, from transport networks capable of handling increased network traffic and network slicing, to end devices that can seamlessly leverage the optimal technology available, to billing and management systems that seamlessly hand-off between these networks.”


2. Edge Computing

5G and edge computing are inextricably linked. To deliver on the one-millisecond latency target set for 5G, edge computing brings computation and data storage closer to users. This will improve response time by removing the bottleneck between end-user devices and the distant server their connecting to.

Bringing processing capabilities closer to the edge will be especially important in intelligent IoT ecosystems, where autonomous devices require real-time decision-making for complex applications. Edge computing will also power interactive streaming by minimizing response time.


3. Reliable, Low-Latency Streaming Infrastructure

Last but not least, realizing the full potential of 5G streaming starts with a reliable, low-latency video infrastructure. More streaming data will be flying around than ever before, and many workflows will increase in complexity.

Without a solution to aggregate, process, and distribute this content, 5G will only get you so far. And if you’re looking to architect an interactive environment or near real-time functionality, you’ll need a low-latency video platform at the foundation.


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What’s Next: 5G Advanced

5G has been marked by advancements and shortcomings. While the fastest-growing cellular generation ever, its full breadth of use cases has yet to be realized. After so much promise about its transformative power, many are left wondering what the buzz was about. Part of this is due to a focus on consumer cellular. Few enterprises have managed to leverage it. Another reason is that setting the foundation for 5G is only one step. The second phase of leveraging 5G for new business models and use cases is hardly underway.

Bue in 5G advanced. Now that the foundational phase of the 5G rollout has been deployed, we can move to the transformational phase of 5G advanced, which is expected to become commercially available in 2025.

The new standard will enable the entire ecosystem, mobile operators in particular, to tap into new business opportunities, and will help them with the commercialization of brand new applications and services, including precision positioning in both indoors and outdoors, new public safety services, extended reality (XR), device-to-device (D2D) communications through sidelink enhancements, and sidelink relays,” details a report from ABI Research. “5G Advanced will also extend 5G connectivity to a new category of user equipment (UE) beyond smartphones to include wearables, drones/uncrewed aerial vehicles (UAVs), surveillance and machine vision cameras, massive IoT, and passive IoT devices. Now, it remains to be seen how long before all 5G Advanced features, as described above, will make it to the marketplace.”



Whether you’re transforming traditional broadcast models by building a cloud-based newsroom or breaking into the metaverse with VR technology, you’ll likely need reliable video technology at the center of your 5G strategy.

Wowza’s integrated video platform allows developers to build custom workflows and integrate video into any product or service. Our reliable infrastructure takes care of low-latency video delivery from encoding through distribution — and is a proven solution for AR/VR, any-device delivery, and scaling across the globe. Plus, our engineers stand ready to help you build your architecture from the ground up.

Looking to get in on the 5G craze? It all starts with Wowza. Start a free trial today to see for yourself.


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About Traci Ruether

Traci Ruether is a Colorado-based B2B tech writer with a background in streaming and network infrastructure. Aside from writing, Traci enjoys cooking, gardening, and spending quality time with her kith and kin. Follow her on LinkedIn at or learn more at