6G is coming, and these are 3 things you’ll be able to do with it
After the long rollout of 5G, we’re finally at a point where flagship phones and networks no longer need to advertise current cellular technology as a feature — it’s the norm. To that end, we’re seeing 5G coverage improve across the country, and new form factors like smartwatches are starting to support the network, too. You may have just gotten used to using 5G instead of 4G LTE, but I’m here to tell you that 6G is closer than you think.
At MWC 2026, industry leaders like Qualcomm and Nvidia shared their visions for the upcoming 6G mobile network, with a boatload of corporate partners. For the average user, the construction of 6G infrastructure by companies working together is not exciting. You want to know what you will actually be able to do with 6G. Now we have that answer, and it’s pretty exciting. Here are three new types of experiences that the 6G mobile network will provide, and what they will mean for you.
6G will enable low-latency connected AI experiences
It all comes back to artificial intelligence these days, and 6G is no different. However, there are signs that the AI-connected world we’re building will demand more from our mobile networks, and that’s where 6G comes in. Specifically, worldwide network (WAN) traffic is expected to jump between three and seven times in 2034, compared to 2023 traffic data. AI will also account for about 30% of all network traffic, according to current estimates.
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The adoption of AI will require fast, low-latency connections – hence the need to deploy 6G – but it’s more than just raw traffic increases. Industry leaders envision a future where AI agents become the backbone of mobile living things. Right now, your phone is the heart of your technology portfolio, connecting with earbuds, smartwatches, tablets, laptops, and more. In the future, AI agents may orchestrate these layers of hardware, connecting them all with structured software.
That sounds very smart, but if AI agents are working on multiple wireless devices at the same time, they need fast communication. That is why 6G was designed to address these traffic and speed needs. We expect 6G to offer five times the traffic capacity of 5G, and 50% uplink and downlink optical efficiency.
In simple words, this means that your AI devices will be able to communicate with each other and cloud servers faster than ever before. 6G will deliver a connected experience not currently possible due to latency limitations.
6G will make XR and spatial computing mainstream
Speaking of connected experiences, 6G will go a long way in making the XR hybrid experience mainstream. Currently, devices like the Meta Ray-Ban Display or the Samsung Galaxy XR are limited by how much data can be transferred to deliver high-quality video, AI processing, and gaming performance. Then, 6G will improve this experience by offering higher uplink speeds capable of supporting multiple 4K or 8K video streams.
Since most XR glasses and headsets rely heavily on streaming, tethering, or cloud processing to provide features, a high-speed and low-latency mobile network like 6G can make use cases like game streaming or desktop remote control really viable. It’s all about reducing the time you have to wait for your device to talk to your phone and the cloud to return a response. Therefore, if you look at something and ask a question while wearing smart glasses equipped with a camera, the answer will be heard almost immediately when 6G arrives.
6G will upend public infrastructure in the next decade
6G will also enable a network of sensors that can use RF signals and drones to reveal locations, enabling new types of infrastructure, such as networks in self-driving cars. As self-driving car systems like Waymo become mainstream, you’ll need a fast, low-latency network to connect cars to control centers. You will also need to be able to process data from sensors such as cameras, radar, or LiDAR, very quickly, and 6G will make that possible.
Robotics is another emerging technology that isn’t too far away, with companies like Tesla delving into remote-controlled humanoid robots. Like self-driving cars, robots need a fast and efficient network to function properly. The biggest aspect of 6G may be its development, as new applications of mobile networks such as AI, self-driving cars, and robots will increase congestion. 5G is not fast enough, nor does it have enough capacity for the expected increase in traffic.
6G aims to solve both of those problems, and you can expect to see advances in autonomous vehicles, robotics, AI, and spatial computing coincide with an improved cellular network when it’s ready for commercial rollout.
When can we expect consumer-friendly 6G?
Currently, 6G is currently being developed and is in the research and study phase. That will continue until 2027 and 2028, when pre-market devices will be tested. After that, 6G sales will happen next year. That means you’ll be able to start using 6G by the end of the decade, with mobile networks likely to become mainstream in the 2030s. It sounds far away, but it will come sooner than you think, bringing new AI and XR experiences with it.
