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By Jada Jones

5G provides quick response and loading times through low latency, transforming mobile shopping into a seamless experience.

Humans have incredible capabilities to advance the technologies around us. We’ve created transformational technologies that save lives, like MRI machines and stoplights, to revolutionary handheld technologies like the iPhone and wireless headphones.

But there’s a broader network of technology that keeps all of our pieces of tech fast, fresh, and valuable, and without it, we’d be stuck with slow loading periods and laggy connections. 5G is the latest generation of mobile networks, and it’s designed to create a new kind of network to keep us connected and efficient.

5G is the new global wireless standard, following in the footsteps of 1G, 2G, 3G, and 4G networks. 5G wireless technology should provide ultra-low latency, increased availability, higher network capacity, and more reliability.

It will change the speed of everything we do with our tech, from online gaming to making phone calls. But 5G also promises to transform how we use our mobile devices to shop online. Here’s how.

In 2022, e-commerce was responsible for more than $800 billion of revenue in the US and is projected to grow to $1 trillion next year. 5G promises to aid in that growth by meeting consumers’ computing demands, such as quick response times, fast loading, and virtual try-on.

Ultra-low latency for seamless shopping

Low latency is a characteristic of a computer network that can process high volumes of data with minimal delays. Low latency will allow us almost real-time access to digital showrooms and customer service agents.

When a page takes too long to load, consumers quickly lose interest as their willingness to wait significantly decreases. So, when e-commerce companies take advantage of low latency, they’re helping their business maintain high sales, as customers are less likely to click away from their site.

James Blake, retail consulting practice leader at Vertex, explains that low latency will help e-commerce brands meet consumer demands. He also says that companies that can meet consumer demand the fastest and the most intuitively will be the winners in the e-commerce industry.

“The goal should be an online shopping experience so fast and snappy that customers become fully engaged and immersed in the product or service as opposed to being frustrated or distracted with sluggish websites,” he says.

Justin Day, CEO at Cloud Gateway, shares the same sentiment as Blake, agreeing that companies don’t necessarily need to be the best, but they do need to be the fastest.

“Shoppers now demand instant access, and as latency improves, we lose our tolerance for any kind of perceived delay,” Day says.

And lower latency doesn’t only promise to meet customers’ demands, as 5G’s low latency will help the enterprise remain competitive and up-to-date on business metrics. Parm Sandhu, VP of enterprise and 5G products and services at NTT LTD, explains how companies can use low latency to improve customer satisfaction and enhance brand loyalty.

“5G and edge computing enable real-time logistics, such as location tracking of inventory, faster shipping, real-time product information access, and updates, all of which translate to improved customer satisfaction and brand loyalty, which translates to revenue,” Sandhu says.

The more we live online, the more stress we put on current networks. Each signal you send from your devices must be processed via broadband: cables, fibers, routers, and wireless transmission.

In each information processing step, minor delays add up and affect your wait times on a specific website or application. Thus, 5G hopes to decrease these delays’ instances and duration to provide a seamless user experience.

5G and extended reality enhance visuals before buying

Extended reality, or XR, is an umbrella term including augmented, virtual, and mixed reality. Essentially, XR is an extension of reality that uses technology to modify your reality by adding virtual elements to your physical environment.

A great example of XR is Apple’s Vision Pro headset, as the device doesn’t fully immerse you into a digital environment like Meta’s Quest headset but adds virtual components to augment the space around you.

But XR is not limited to headsets. XR can be used with a smartphone — chances are you’ve used it already. Amazon already offers mobile shopping experiences that incorporate XR technology. When shopping for furniture on Amazon, users can use the “Room Decorator” feature to place digital furniture in their homes before buying it.

Screenshot of a yellow couch in a living room via Amazon's Room Decorator

A yellow couch digitally places in a living room with Amazon Room Decorator. Screenshot by Jada Jones/ZDNET

Birkenstock offers a digital try-on feature allowing users to point their phone’s camera to their feet to see which colour and shoe style looks the best before they make a purchase.

Screenshot of Birkenstock virtual try-on

Birkenstock Boston Clogs places on feet with Birkenstock’s virtual try-on feature. Screenshot by Jada Jones/ZDNET

Low latency promises almost real-time feedback for consumers to make XR the best mobile shopping resource for retailers and consumers. 5G’s low latency means minimal disruptions and sharper imagery can make the virtual try-on experience more enjoyable and accurate for consumers.

Blake says that XR working with 5G’s low latency will aid in retailers offering users a more personalized shopping experience, similar to how generative AI chatbots and virtual assistants have made customer experience faster and more immersive.

“5G could result in empowering retailers to deliver richer, more interactive mobile apps with higher quality videos, images, and animations not historically possible without sacrificing performance,” he says.

Stuart Greenslade, Kyndryl UKI network and edge practice leader, says that XR will eliminate the annoying parts of clothes shopping, like waiting in line for a dressing room. But he says that retailers will also have an advantage with XR try-ons, but XR may reduce the need for physical stores.

“For retailers, it means they won’t have to stock huge amounts of inventory on-site because consumers will be able to virtually try on the clothes before ordering, reducing theft, having AI suggest alternatives, matching accessories pushing baskets up and increasing accessibility of new ranges,” he says.

Consumer access to 5G

5G promises a long list of innovative speeds and benefits for consumers and retailers. But implementing 5G worldwide has challenged telecommunications companies, especially in the US.

Companies like T-Mobile, Verizon, and AT&T have boasted about 5G for years but have experienced many roadblocks to achieving 5G speeds.

First, many Americans lack 5G compatible devices, although the gap is closing. As more smartphone manufacturers debut phones with 5G connectivity, the chances of an American owning a 5G phone are getting higher, but not 100%.

Millions of Americans still do not have access to 5G networks due to unforgiving terrain and infrastructure, and it will remain a challenge for telecommunications carriers to reach those parts of the country.

Still, more and more people are connecting 5G as the years go on, but without total adoption, its promises could remain unfulfilled.

Feature Image Credit: Francesco Carta/Getty Images

By Jada Jones

Sourced from ZDNET

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With the launch of so-called iPhone 12 models inching closer, mobile carriers are in the process of preparing marketing materials for the devices, as evidenced by a placeholder email shared by reputable leaker Evan Blass today.

As widely rumoured, the email indicates that iPhone 12 models will support faster 5G cellular networks. The email also suggests that pre-orders will end on Tuesday, October 20, and while it does look like iPhone 12 models won’t be announced until next month, carriers are unlikely to be privy to any specific dates this far in advance.

Apple is expected to introduce four new smartphones, including the iPhone 12 in 5.4-inch and 6.1-inch sizes and the iPhone 12 Pro in 6.1-inch and 6.7-inch sizes. Rumors suggest that all of the devices will feature OLED displays, 5G support, and a new flat-edged design, while the Pro models are said to feature a LiDAR Scanner and a new dark blue colour option.

In the meantime, Apple has announced that it will be holding a virtual event on Tuesday, September 15 at 10 a.m. Pacific Time that will reportedly be focused on new Apple Watch models and perhaps the rumoured iPad Air 4 with slimmer bezels.

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Sourced from MacRumors

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It’s already well established that next-generation wireless technologies are going to become ubiquitous over the next few years, but just how important will 5G and Wi-Fi 6 be to enterprises? A new Deloitte study of advanced wireless adoption provides an unambiguous answer: “critical” within three years, according to strong majorities of executives responsible for enterprise networking infrastructure. Those executives expect not just an incremental upgrade, but a “significant opportunity to transform how their enterprises operate, as well as the products and services they offer.”

According to Deloitte, 86% of surveyed networking executives expect these technologies to transform their organizations within three years, and 79% expect the same transformations of their industries. Of the two technologies, 76% believe 5G cellular will be critical, while 70% said the same about Wi-Fi 6. A solid 57% majority are already adopting one if not both of the technologies, while another 37% plan to do so within a year.

Wi-Fi 6 and 5G are viewed as connectivity enablers — “force multipliers” — for cloud/edge computing, AI, and internet of things deployments. Ninety-five percent say that advanced wireless networking is either “very” or “extremely” important to their organization’s use of cloud technologies, with data analytics at 91%, AI at 84%, and an 83% tie for edge computing and IoT applications.

But concerns about the security and providers of next-generation networking solutions loom large for enterprises, as 56% of the surveyed executives called security their top challenge in adoption, and 75% said they would reconsider their service providers. Around 80% expect to primarily deploy their apps and services on either public (64%) or private (36%) clouds, with a majority trusting traditional cloud providers over their own enterprises to manage cloud data.

It’s worth noting that Deloitte’s survey took place in the first quarter of 2020, when COVID-19 infections were spreading but before the U.S. felt economic impacts from the pandemic — a factor that the firm says could accelerate or decelerate wireless deployments, depending on the company and industry. While 5G is expected to enable remote work through sharing of high-bandwidth images, videos, and 3D/XR content, Wi-Fi 6 could “free workers from wired connections and desktop phones,” as well as increasing the speed and quality of voice and video applications.

Deloitte’s survey canvassed 415 IT and line-of-business executives, with 48% at the C-level, 20% at VP or business unit head level, and 32% at director level, spread across companies with annual revenues ranging from $250 million to over $5 billion and across six industries. Interestingly, the effort to move towards 5G and Wi-Fi 6 isn’t just coming from IT chiefs: 48% of CEOs/presidents and 29% of other C-level executives ranked among the top three people at each organization leading the charge towards new wireless technologies, signaling the level of strong business-level interest in adoption.

Feature Image Credit: Deloitte

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Sourced from VB

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President Trump recently tweeted: “I want 5G, and even 6G technology in the United States as soon as possible. It is far more powerful, faster, and smarter than the current standard. American companies must step up their efforts, or get left behind. There is no reason that we should be lagging behind.”

Why stop at six, Mr. President?

6G is still a mile off being activated; it remains a theoretical concept. But that’s not the point, because 5G is real and it is here, and it is fantastic.

But what is it?

The G stands for generation, meaning that 5G is the fifth generation, or evolution, of wireless mobile communications. If we go back to the glory of the 1980s, then the analog transmissions we used can be defined as 1G, or first generation. The jump to digital in the 90s was the second generation, aka 2G. After this, we started relying on radio waves to move data from one place to another. And it’s here where the more famous 3G, 4G, and now 5G (Sorry boss, but no 6G yet, or seven or eight…) have come in.

5G promises a sharp increase in the amount of data transmitted over wireless systems due to more available bandwidth and advanced antenna technology. Estimates vary wildly here, and we will have to wait and see, but they generally start at something like 5G being ten times as powerful as 4G. From here they go right up to the silliness of 100 times as fast according to some predictions.

In addition to improvements in speed, capacity, and latency, 5G offers network management. Within this is something interesting called Network Slicing, which allows mobile operators to create many virtual networks under the umbrella of a single physical 5G network. Network Slicing means that network connections can potentially be sold on an “as needed” basis. For example, a self-driving Google mobile would require an exceptionally fast connection with ultra-low latency, to navigate in real-time (it’s on the real road after all). A Samsung refrigerator with a link to Amazon Pantry on its touch screen would not need anything like that performance, and as such Network Slicing would offer a far more tailored solution. 5G is powerful.

Outside of kitchens and cars, we can start thinking about terms such as “download” and “install” in the same bracket as “it is now safe to turn off your computer” and “please insert disc seven to continue installation”. They will become obsolete, and we will see digital experiences become immediate and instantaneous immersive feeds.

The impact of 5G on advertising

Moving into the world of advertising, one of the first considerations should be how ubiquitous gigabit connection speeds, extremely low latency, and unrestricted capacity will unleash the possibilities of augmented reality.

AR itself isn’t a new or cutting edge technology. A lot of us skulked around looking for Pokemon and in doing so, saw that we already have the means to create convincing AR experiences. The problem is that it’s an extremely hardware-intensive process.

On top of this, AR, by its very nature, relies on immersion. Lag or a stutter can ruin the experience and remind us that we’re actually not hunting for Pikachu, but walking the dog… in the rain.

To negate this, we need to maintain the suspension of our disbelief, and to that, we need a thoroughly convincing, smooth, real-time flawlessly rendered experience.

4G simply doesn’t have enough muscle to do that

In a 5G environment, much of this intense processing can be looked after by the cloud, meaning that AR will now be cheaper and more energy-efficient. The possibilities are incredibly expansive, to the point of being hypothetical, but we can start to imagine such delights as AR within and coming from our self-driving cars. AR through the windows of our taxi and the lenses of our glasses even. And, of course, living in a world which can contain a million smartphones in a square mile, truly smart cities. The possibilities are often beyond imagination. What seemed ludicrous a short time ago is going to be outdated soon.

Voice assistants will become the norm as we become truly immersed. Mobile advertising will have to prepare and orient towards voice conversations. Advertisers will explore formats and ways to tap into the realm of voice-based advertising.

All of this means that there may be far more work for the advertiser, perhaps with more reward, but competition will be fierce now. Current data repositories may become obsolete. Programmatic will need to evolve as the amount of data being processed skyrockets. And platforms such as billboards will have to start working in real-time and become far more responsive.

Mr. Trump wants 6G, but we have more than enough on our hand with five… for now.

Feature  Image Credit: Appetite Creative predict what the future of 5G – and beyond – will look like.

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Jennifer Stanley, managing director at Appetite Creative.

Sourced from The Drum

By Chris Smith

Samsung on Thursday announced the results for the December quarter as well as the 2018 fiscal year, marking the second straight year of record annual results. However, the numbers for the fourth quarter were less than stellar, with Samsung posting drops of 10% (revenue) and 29% (profit) compared to the same period last year. Smartphone sales weren’t great for the company during the December quarter, but that’s hardly a surprise considering that Samsung’s 2018 flagship failed to deliver any excitements. The Korean giant, however, hopes that phones like the upcoming Galaxy S10 series, as well as foldable and 5G devices to help it turn things around.

Samsung posted earnings for 59.27 trillion won ($53.4 billion) during the period and 10.8 trillion won ($9.7 billion) profits for the December quarter. For 2019, Samsung expects overall annual earnings to decline.

Aside from the smartphone business, which suffered during the December quarter, weaker NAND and DRAM sales also took a hit during the period, indirectly affected by slower overall smartphone sales. Samsung wasn’t the only company who sold fewer phones than anticipated last year.

Slow smartphone sales will continue to affect the performance of other Samsung divisions, like the mobile display division that manufactures screens for Samsung’s phones, but also for plenty of competitors, Apple included. Demand for OLED screens and memory products should improve in the second half of the year.

Demand for smartphones and tablets will continue to decline in the first quarter of 2019, but Samsung hopes the Galaxy S10, which is mentioned by name in the press release, to prop up sales during the coming months.

Also, Samsung plans to boost smartphone sales this year by launching “launching differentiated products and bolstering target marketing strategies.” That’s even though the demand for phones isn’t expected to increase this year compared to 2019. Samsung does say that average selling prices (ASP) are expected to rise “due to a trend toward adopting high-end features such as large screens, higher memory capacity, and multi-cameras.”

Samsung also said it’s expected to lead the market by launching foldable and 5G devices this year, but Samsung didn’t provide any commercial names for the upcoming products. The Galaxy F, which is what we call the first Samsung foldable phone, will also launch at the February 20th Unpacked event, rumors say. At least one 5G version of the Galaxy S10 should hit stores in Korea and the US in the coming months, according to various reports.

By Chris Smith

Sourced from BGR

Including speed, bandwidth and low latency

Telecom experts are going so far as to herald the arrival of 5G as the advent of the fourth industrial revolution. There are an ever-expanding number of high-tech devices out there trying to connect to the internet every day, many of which require extensive bandwidth, and companies across the board will leverage 5G capabilities to better reach consumers.

“The application of 5G technology will result in massive changes for both consumers and enterprises,” said Jeff Weisbein, founder and CEO of digital media company Best Techie. “5G networks will offer consumers incredible broadband speeds at home (up to 20Gb/s). It will also enable companies to make advancements such as even smarter, better connected cars, advancements in medical technologies and improved retail experiences through personalization.”

5G refers to 5th-Generation Wireless Systems and uses additional spectrum in the existing LTE frequency range to build on the capabilities of 4G, which is often used interchangeably with 4G LTE by marketers. LTE denotes Long Term Evolution, and is a term that was deployed with early 4G networks that presented a substantial improvement on 3G, but did not fully qualify as 4G, meaning 4G LTE is essentially first-generation 4G.

“Through a combination of high speeds, massive bandwidth and super low latency, 5G will allow for improvements in AR, VR, robotics, cloud gaming, immersive education, healthcare and more,” said John O’Malley, a spokesperson for Verizon. “It will allow you to send so much more data so much faster and technology will be more responsive.”

We’ve briefly covered in the past how 5G could change the marketing landscape, but how exactly can we expect 5G to differ from its predecessors?

Improved precision

5G uses unique radio frequencies that are higher and more directional than those used by 4G. The directionality of 5G is important because 4G towers send data all over, which can waste power and energy and ultimately weaken access to the internet. 4G networks use frequencies below 6 GHz, while 5G will use much higher frequencies in the 30 GHz to 300 GHz range.

The larger the frequency, the greater its ability to support fast data without interfering with other wireless signals or becoming overly cluttered.

5G also uses shorter wavelengths than 4G, which means antennas can be shorter without interfering with the direction of the wavelengths. 5G can therefore support approximately 1,000 more devices per meter than 4G. On 5G, more data will more quickly get to more people with less latency and disruption to meet surging data demands.

5G networks can also more precisely understand the data being requested and can self-modulate power mode (low when not in use or high when you’re streaming HD video, for example), generally making devices more user-friendly.

Low latency/more bandwidth

With 5G, it takes less time for the signal to travel, which translates to low levels of latency. “We’re talking latency of a millisecond on 5G networks,” said O’Malley. Pages will load much faster, allowing for a significantly greater immersive experience, particularly in the realms of VR and AR.

Video sharing on social media mushroomed with the arrival of 4G/LTE, and will continue to escalate across all apps and services with the coming of 5G.

“Video now makes up more than half of our mobile data traffic,” said Mo Katibeh, CMO, AT&T Business. “Our video traffic grew over 75 percent and smartphones drove almost 75 percent of our data traffic in the last year alone. ‘Viral videos’ and ‘binge watching’ are part of the cultural lexicon now.”

“Technologies such as AI and machine learning offer great potential, but require high bandwidth and low latency to achieve optimal performance,” said Katibeh. “The same is true for technologies like virtual reality and augmented reality, which can offer a customer experience like nothing before.”

For example, a home decor brand could use 5G and immersive VR to show customers what furniture would look like in their homes, or a financial services company could transform an ATM into a full-service branch powered by video conferencing over a 5G wireless connection.

Ultra-low latency applications provide endless opportunities and will revolutionize the way consumers shop. “In the not-too-distant future, mirrors could be replaced with high resolution monitors with Internet of Things (IoT) cameras that allow you to ‘virtually’ try on dozens or hundreds of combinations of clothing,” offered Katibeh. “You could ‘swipe right’ to try on another shirt or even automatically get recommendations on accessories.”

Autonomous cars could use live maps for real-time navigation on 5G, which is crucial to their efficacy, and could eliminate some of the problems currently experienced with self-driving cars.

Higher download speeds

Everybody wants their device to be working at peak speed, and this is easier to achieve when there are fewer devices and other interferences affecting speed. 5G has the potential to be 20 times faster than 4G, meaning you can download things 20 times faster or download more in less time. 5G has a peak speed of 20 Gb/s, while 4G’s is only 1 Gb/s.

However, things rarely work at peak speed, so it’s important to take into consideration normal speeds as well. Because 5G has not yet been released, experts agreed it’s hard to say accurately how much faster it will operate than 4G, but estimates put it at at least 10 times faster than 4G.

What’s next?

There will not be an overnight shift from 4G to 5G, O’Malley explained. 4G will continue to run in parallel with 5G and 5G will be rolled out gradually. Verizon is rolling out 5G first in residential broadband in three to five markets including Los Angeles and Sacramento and will soon announce additional plans for rollouts.

Following residential broadband, consumers will notice 5G on mobile devices and then in places like smart homes and municipalities.

It’s too early to say how 5G is going to impact carriers, O’Malley said. There is much about the impact of 5G that remains to be seen. In light of the arrival of 5G, Katibeh said AT&T plans to virtualize 75 percent of its core functions by 2020.

Of course new technology always brings new obstacles–the impending greater connectivity makes security paramount and will be a key challenge for businesses.

“Who would have thought five years ago you could take a smartphone and catch a car without exchanging money,” said O’Malley. “The things we’re going to see in a few years with 5G, we cannot even imagine right now.”

Feature Image Credit: Getty Images. Low latency with 5G means web pages would load in a millisecond.

By

Alissa Fleck is a New York City-based reporter, podcast producer and contributor to Adweek.

Sourced from ADWEEK

Sourced from WIRED.

Look at the top corner of your phone screen. Right now, it probably reads 4G LTE, and you’re probably fine with that.

But soon—and we’re talking years, not months—your phone will say 5G there instead.

The mobile industry is buzzing about this next generation of high-speed wireless service, and you can expect the chatter to get even louder at Mobile World Congress in Barcelona next week. But don’t believe the hype—the shift to 5G won’t happen quickly. The carriers have to upgrade their massive infrastructures, for one. Also, 5G is about more than just shuttling GBs to and from your iPhone more quickly. The 5G revolution will cast a much wider net. It’s an information conduit being built to connect self-driving cars, VR headsets, delivery drones, and billions of interconnected devices inside the home.

The 5G Basics

In some ways, 5G is pretty much what you’d think it is: faster than 4G, but not as fast as teleportation. There’s no hard definition yet, and no hardware standards to build upon—even as the major carriers have been busy testing and touting their own technologies.

The only point of agreement among the carriers is the vague outline. 5G will be crazy fast, crazy stable, and crazy versatile. 10Gbps speeds won’t be unheard of. It’ll replace home Wi-Fi networks in many cases, offering faster speeds and better coverage.

“Basically, 5G will provide a wider pipeline and faster lanes,” says Verizon spokesman Marc Tracey. By faster, think about speeds that are ten times faster than 4G LTE; you’ll be able to download Lord of the Rings in seconds, and enjoy a live VR experience streamed to your headset from across the country with very little lag. 5G will also offer lower latency in network communications—picture a transit corridor filled with autonomous cars and drones reacting to wireless signals instantly in life-or-death situations.

How Does 5G Work?

The 5G networks being planned right now will operate in a high-frequency band of the wireless spectrum—between 30 GHz and 300 GHz, in what’s known as the millimeter wave spectrum. These millimeter waves can transfer heaps of data at very high speeds, but they don’t travel as far as the lower-frequency waves used in 4G networks. High-frequency millimeter waves also have difficulty getting around walls, buildings, and other obstacles.

On a lower-frequency network like 4G LTE, the antennas can be farther apart, and obstacles aren’t a big issue. When the 5G networks are built, the carriers will have to use more antennas—many more—to get the same coverage as our current networks. You’ll see mini-antennas basically everywhere.

That’s partly why some 5G participants, like Qualcomm and Intel, are experimenting also in the sub-6 GHz range, as a way to supplement fickle millimeter wave signals with something more stable. Like everything else 5G, that’s still very much in the earliest of days.

Will I Need to Buy a New Phone?

Yes. But the phone will probably rock multiple antennas (see previous section), and everything will just be so, so fast.

How Long Do We Gotta Wait?

Carriers in the US are targeting 2020 for widespread launch. That seems like a long wait, but it’s still an ambitious timeline—5G brings with it new antennas, new devices, and new applications for wireless data.

“Where you saw a growth in 4G was around data-centric, smartphone-centric use cases,” says Rob Topol, a general manager for Intel’s 5G business. “We’re looking beyond the smartphone for 5G.” In particular, that means categories like automotive, virtual reality, drones, and more should reap its benefits first.

Verizon recently announced it will roll out 5G service in 11 US cities by midyear, but that deployment is meant to replace fixed broadband rather than mobile service. AT&T will deliver its DirectTV Now video service over 5G to a limited number of customers in Austin, Texas. Last year, Sprint delivered live 4K video over 5G at a soccer game, and T-Mobile intends to make 5G a high-speed pipe for VR video.

On the hardware side, both Intel and Qualcomm have introduced 5G modems, as well as other pieces of infrastructure to support the various trials that will be rolling out this year.

Of course, these tests are being conducted before any of the technologies have been standardized. They are also limited-use cases, and a far cry from deploying a massive wireless infrastructure to be used by hundreds of millions of people.

The Language of a Billion ‘Things’

Because it’s designed for a world in which tens of billions of gadgets depend on constant connectivity, 5G networks will be engineered to adapt to the needs of individual devices. If you’re streaming 4K video to a big-screen TV, it may prioritize sheer data throughput. If 5G serves as the connection between a controller and a drone, it may prioritize a quick response.

For mobile devices, 5G will purportedly fix many of the problems with 4G and existing wireless technologies. It’ll be designed to support many more concurrent users and devices, serving them all at higher speeds than 4G. The days of your data speeds slowing down because you’re at a crowded event are numbered.

First, there’s some fleshing out to do. “There is a formal process where 5G is defined, and that is the next step,” says Jan Dawson, chief analyst at Jackdaw Research. Only then can companies start rolling it out to the masses, and there’s a long way to go.

Michael Duran, Tim Moynihan, and Michael Calore contributed to this story.

Sourced from WIRED