READ MORE: Cisco's AI super cycle is coming for your networking budgetThe truth of the matter is that for many organizations, sticking with Wi-Fi 6E, Wi-Fi 6, or even Wi-Fi 5 is adequate.
After all, if an older standard is working perfectly fine and organizations aren’t running into any bottlenecks, why upgrade?
But in some instances that push the limits of legacy Wi-Fi implementations, Wi-Fi 7 can offer real-world benefits.
We read through the case studies and reached out to IT professionals and business leaders to find out how they’re benefitting from new Wi-Fi 7 deployments in 2026.
In a blog post, Cisco discussed their Wi-Fi 7 installation at Levi’s StadiumOpens a new window , the home of Super Bowl LX.
In the world of business, some companies are early adopters of emerging technology, but the large majority of organizations only upgrade to the latest-and-greatest hardware, software, or services if there’s a clear benefit to doing so.
In computer networking, Wi-Fi 7 (802.11be) is the hot new technology that promises to allow wireless devices to download data more quickly, more reliably, and with less latency.
But with maximum theoretical speeds of up to 46 Gbps in a world where wired networks are slower than that — typically 1 Gbps, or 2.5 Gbps, or 10 Gbps if you’re really lucky — is Wi-Fi 7 really necessary?
READ MORE: Cisco's AI super cycle is coming for your networking budget
The truth of the matter is that for many organizations, sticking with Wi-Fi 6E, Wi-Fi 6, or even Wi-Fi 5 is adequate. After all, if an older standard is working perfectly fine and organizations aren’t running into any bottlenecks, why upgrade?
But in some instances that push the limits of legacy Wi-Fi implementations, Wi-Fi 7 can offer real-world benefits. We read through the case studies and reached out to IT professionals and business leaders to find out how they’re benefitting from new Wi-Fi 7 deployments in 2026.
Wi-Fi 7 in high density public spaces
In extremely dense settings like concerts, sporting events, and conferences, you might have tens or even hundreds of thousands of attendees cramming into a single stadium, which could majorly overload public Wi-Fi networks.
In a blog post, Cisco discussed their Wi-Fi 7 installation at Levi’s StadiumOpens a new window , the home of Super Bowl LX. The Wi-Fi deployment, which is backed by an onsite datacenter and an entire IT team, is designed to serve up to 70,000 people at a time, in addition to ticketing systems, point of sale machines, and more.
According to Anish Patel, director of stadium and wireless engineering for the National Football League (NFL), data demands have exploded in recent years: “In 2012, at the Super Bowl we had around 300 gigabytes total data uploaded,” he said, “Now we’re breaking 35 to 40 terabytes like it’s nothing … Anyone that shows up to an event like a Super Bowl is taking pictures and wanting everyone to know that they’re there, and that puts a lot of weight on the uplink of the network.”
But this connectivity can definitely come at a cost.
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A separate blog post revealedOpens a new window that SoFi Stadium, which also partnered with Cisco to deploy Wi-Fi 7, “utilizes around 2,500 Wi-Fi access points to ensure seamless coverage and high-density bandwidth.”
Speaking about this incredible density of APs, Michal Kowalik, customer delivery architect for Cisco Customer Experience (CX), commented: “In a traditional, non-stadium deployment, you will have a very wide scope of coverage. But in a stadium with such a large concentration of people, that wouldn’t scale. So, you need to focus a lot of that energy into smaller sectors. That means more radios, each serving a smaller number of people but with increased capacity and throughput.”
Wi-Fi 7 for reliable connectivity in the field
Wi-Fi 7 deployments aren’t always for use on a massive scale. In fact, some smaller organizations use hardware that supports the new standard primarily for improved stability and reliability when supporting internet-connected devices and sensors.
When I reached out to Kameron KhanOpens a new window , founder and managing director of SilverWater Plumbing, he shared how upgrading to Wi-Fi 7 helped save his workers time and money: “Our CCTV drain cameras and live job management software kept dropping connections mid-inspection. Every time the connection dropped it cost us in terms of billable hours and sometimes we’d have to start the diagnostics again. So, it became necessary to upgrade to Wi-Fi 7 earlier this year.”
Now that his company has had time with the new standard, Kameron shared, “The standout feature of Wi-Fi 7 has been the stability of the connection. There is noticeably lower latency when multiple devices are connected and it’s reliable enough to keep a connection up throughout data transfers, something we struggled with before, especially during live CCTV drain inspections.”
While reliability is a primary benefit, Khan also shared that speed is also a welcome benefit of upgrading to Wi-Fi 7, “In terms of speed improvements, jobs requiring live diagnostics are running about 40 mins faster thanks to time savings on reconnecting to our dispatch software.”
Wi-Fi 7 in a busy office environment
I also talked to Jason Long, founder & CEOOpens a new window of SupportMy.Website, who shared that reliable Wi-Fi 7 connectivity translates to greater productivity that leads to more sales in his organization: “Our offices have always depended on a reliable and fast internet connection. Slow or inconsistent service means losing revenue from wasted employee time, dropped calls, etc. So, even though our previous Wi-Fi system worked under normal conditions, it struggled when it was being pushed to its max capacity.”
Long shared that as wireless devices and SaaS services proliferated within his environment, it became clear that an upgrade was needed: “With more phones, laptops, and video streams, we decided it was time for Wi-Fi 7… We started by upgrading our busiest areas, specifically a high-density sales floor, teams that rely on cloud-based tools, and places that would benefit from lower latency and improved efficiency.”
Following the upgrade, Long was happy to report positive, measurable results: “Network latency has been reduced by nearly 50% the first quarter after the upgrade … everyday cloud-based tools have gotten noticeably faster.” Additionally, IT professionals will be happy to know that Long reported, “Wi-Fi complaints about lag and dead zones decreased by nearly half during our first quarter after the upgrade.”
The business case for upgrading to Wi-Fi 7
While your organization might not need to upgrade to Wi-Fi 7 anytime soon, in this post, I’ve outlined three use cases where network demands exceeded the limits of what legacy wireless standards could deliver.
In each case, business leaders could point to tangible benefits and new capabilities unlocked by upgrading to Wi-Fi 7 infrastructure, and at least in these cases, there’s a clear incentive to invest in the new standard. For example, founder & CEO Jason Long was happy to report that his upgrades paid for themselves within the year.
But at the same time, not all aspects of a Wi-Fi 7 upgrade might make sense, and business leaders can pick and choose which aspects they want to invest in immediately and which ones can wait. Long also reports that “it’s important to note that about half our office laptops aren’t Wi-Fi 7 capable … We were hesitant to cover the projected laptop upgrade cost in our budget until we were able to see the potential for a solid ROI.
In the end, whether your organization invests in Wi-Fi 7 (either fully or partially) depends on the benefits derived from a potential upgrade and whether it’s worth the time, money, and effort of switching to the new standard.
