NFL, Verizon announce new deal to bring live games to all mobile customers via Yahoo

The NFL and Verizon announced a deal Monday that will provide live streaming of in-market and national NFL games to any mobile device regardless of carrier, mainly via Verizon’s Yahoo and Yahoo Sports platforms. The service is set to be available in January, for streaming of this year’s NFL playoffs.

According to the Wall Street Journal the deal is $2 billion for 5 years. Under the new plan Verizon has lost its former exclusive deal for mobile devices — a 4-year, $1 billion deal that was up after this season — for the ability to show more NFL games to a potentially much larger audience via Yahoo. Verizon said it will also make the games available via its g090 platform, as well as the NFL Mobile app. [Our friend Todd Spangler over at Variety has a good recap of the deal with more programming details.]

The games available look to be the same ones Verizon had via the NFL Mobile app — mainly any “national” games (including Thursday night, Sunday night and Monday night games) as well as local-market games. The plan will also include playoff games and the Super Bowl.

Also not yet known is whether or not Verizon will continue to make live NFL action free of data charges to its customers. For the past two seasons Verizon has promoted the no-data-charges option but has also run into many issues with the implementation, with many fans reporting inconsistent experiences around whether or not their accounts were charged data when they shouldn’t have been. When asked if the data-free plan would continue under the new deal, a Verizon spokesperson said Monday “we have not disclosed that information yet.”

According to the NFL the new deal does NOT include streaming of the NFL Network’s popular RedZone channel, which shows an unending stream of commercial-free live look-ins at all NFL games. For the past two seasons, RedZone access has been available to Verizon customers via the NFL Mobile app for an extra $1.99 per month charge. According to the NFL the RedZone mobile access plan for next season has yet to be determined.

Denver Broncos, Verizon bring Wi-Fi blitz to Sports Authority Field at Mile High

Railing-mounted Wi-Fi enclosures in the lower seating bowl at Sports Authority Field at Mile High in Denver. Credit all photos: Paul Kapustka, MSR (click on any photo for a larger image)

Even as the team on the field seeks to regain its recent Super Bowl champion status, Denver Broncos fans will have something they can all cheer this season — vastly improved Wi-Fi networking service, which is now available to all fans and not just Verizon Wireless customers.

Even though we found good connectivity on our last visit to Sports Authority Field at Mile High two seasons ago, the caveat was that Wi-Fi was only available to Verizon customers, since the carrier couldn’t find another wireless provider who would chip in to fund the system. Fast-forward to later in 2016, when Verizon and the Broncos sought to upgrade the entire system and ended up picking a $6 million bid from Cisco to install a total of 1,470 new Wi-Fi APs, replacing the 640 APs in the old system, which started out with 500 Cisco APs in 2011 and added some more over the years.

The new network, which is scheduled to be fully completed by late October or early November this year, is already live in parts of the lower bowl at Mile High as well as in many concourse, suite and back-of-house locations. The big difference inside the hardware is the Broncos’ and Verizon’s choice of using the new Cisco 3800 APs, which can have two separate antennas in each device, basically doubling the amount of connectivity per unit. The new network will be powered by a new 10-gig backbone pipe provided by CenturyLink, replacing the 1-Gbps pipe that was previously used.

Close-up of a lower-bowl railing AP mount.

Cisco 3800s are proving to be a popular choice in venues lately, being picked for recent deployments at the San Jose Sharks’ SAP Center and at Notre Dame Stadium.

“The 3800 is a game-changer,” said Russ Trainor, the Broncos’ vice president of information technology, during a stadium tour Tuesday, citing its ability to connect more fans per device. Perhaps the most visually striking note of the upgrade is the huge amount of new railing-mounted APs in the building, with several per row not an uncommon sight in the lower bowl. Jason Moore, a senior IT engineer with the Broncos (and as Trainor calls him, a “Wi-Fi wizard”) said the enclosures are all custom designs from a local provider, with some of the fiberglass structures housing not just Wi-Fi but Verizon DAS antennas as well.

(Right now, the DAS situation at Mile High remains unchanged from our last visit, with all cellular carriers basically running their own operations.)

Going under-seat in bright orange fashion

The other new deployment method being used by the Broncos is under-seat placement, a tactic used for about 90 APs so far, half of those in the South end zone seats, where there are no overhead structures at all. Overhead AP placements are also being used in the main seating bowl, mainly to serve rows at the tops of sections.

No mistaking where the under-seat APs are at Broncos games.

Unlike other stadiums, who try to hide the under-seat APs as best they can, the Broncos have gone the opposite direction, painting many a bright Broncos orange to show up under the Broncos blue seats. “The mounting options are just about getting the APs as close to fans as we can,” Moore said. “Railing [mounts] work great. Under seat is new to us, and we’re excited to see how they work.”

In a quick empty-stadium test, MSR found Wi-Fi speeds in the south stands of 46 Mbps download and 47 Mbps up, on both the all-access and Verizon-customer SSIDs. In section 309, right at the 50-yard line, we got a Wi-Fi speed reading of 69 Mbps down, 75 Mbps up. Verizon execs at the tour said that like at other NFL stadiums where Verizon helps provide the Wi-Fi, Verizon customers will have reserved bandwidth and an autoconnect feature that links them to Wi-Fi without any sign-in needed. Trainor said the Broncos are still undecided how to approach the all-access Wi-Fi onboarding, though the team is leaning in the favor of having some kind of portal approach to gather information from fans using the service.

Of the 1,470 planned new APs (that count may change as final tuning is made, Moore said), the Broncos plan to deploy 920 of those in the seating bowl. With many of those devices having two 5 GHz antennas for each AP, the Sports Authority Field at Mile High crowds should enjoy one of the league’s top network experiences when all the work is completed.

Both railing and under-seat deployments are used to bring Wi-Fi to the south stands.

Those readers who closely track MSR stories for such stats should know that we are now working on a new chart to show not just the top numbers of APs in stadiums, but actual radios and antennas thanks to devices like the Cisco 3800 that have more than one per unit. (Any and all help with such counts is appreciated, you know where to find us!)

Like other stadiums, the network in the bowl at Sports Authority Field at Mile High will switch to only 5 GHz connections when complete. Even a few years ago, stadiums needed to still support 2.4 GHz Wi-Fi connections for fans, but the quick shift in consumer devices has shown that almost all mobile devices used these days have a 5 GHz radio.

A string of summer concerts at the stadium (which still bears the name of the now-bankupt and closed sporting-goods business as the Broncos search for a new title sponsor) kept the network deployment from being completed sooner, but Trainor and Moore said the incremental improvements are already being noticed. With both the old system and new system working simultaneously, Moore said that at last week’s college game between the University of Colorado and Colorado State University, the network saw approximately 35,000 unique users — more than the typical 25,000 unique connections during a Broncos game when only Verizon customers could use the network.

“Our goal and challenge is to connect as many fans as possible,” Moore said.

A smaller railing mount seen in the upper deck (300 level) seating section

Wi-Fi antenna mounts in the ceiling of the United Club

Wi-Fi coverage also exists for the fan-gathering area outside the stadium to the south

No Wi-Fi here, just white horses

Strong showing for Wi-Fi network at SunTrust Park

The Atlanta Braves’ new home, SunTrust Park. Credit all photos: Paul Kapustka, MSR (click on any photo for a larger image)

After speaking with the Atlanta Braves via phone about their new home, SunTrust Park, we couldn’t wait for our recent visit to Atlanta for the SEAT 2017 Conference. Thanks to a personal tour hosted by Greg Gatti, senior director of information technology for the Braves, Mobile Sports Report got an up-close look at not just the new park’s excellent wireless networks but also its impressive innovations in seating spaces and other amenities that should keep Braves fans and visitors (like the numerous Cubs fans in attendance this week) happy for the foreseeable future.

Any doubts about whether the network reports were too optimistic were quickly laid to rest the first moment we took a Wi-Fi speedtest. While waiting outside the main right-field gate of SunTrust we got a Wi-Fi speed reading of 96 Mbps on the download and 136 Mbps for the upload, a level of connectivity we would see often during our visit. In addition to the ballpark the Braves also built the surrounding mixed-use neighborhood, called The Battery Atlanta, a mix of office space, mall-like retail and residences, a sort of instant neighborhood with superb connectivity at its core.

Both before and after our stadium tour MSR walked around the Battery, getting speed tests anywhere between 40 Mbps and 140 Mbps, depending usually how close you were to any of the numerous Wi-Fi APs mounted on buildings along the streets, walkways and public areas like the Braves fountain or on balconies of the close-by sports bars.

Yes it is, in great force

Having such good connectivity made tasks like getting an Uber ride a snap, since the Wi-Fi coverage extended out from the ballpark exits through the Battery streets to the designated Uber pickup zone.

Inside the park, Gatti first showed us (through a glass door) the Braves’ new data center room, which reminded us of the similar facility at the Sacramento Kings’ Golden 1 Center. If there’s any commonality for new stadium builds, it’s that the geeks usually get a nice, clean, efficient looking room for their gear instead of some dusty concrete dungeon in the venue basement. And though we’re not network engineers here at MSR on our walk around the visible AP mounts and other equipment installs looked sharp, well constructed and smartly hidden, placed when possible out of the normal fan’s line of sight.

Instead of listing all the speed tests we took I will simply say that in almost all places the speeds we saw were between a low of 62.29 Mbps / 65.84 Mbps (taken in the Home Depot balcony club area above the left-field bleachers) and a high of 88.17 / 101.54, in the upper deck seats along the right field line. A quick test of the Verizon Wireless DAS saw a reading of 106.36 / 25.18 in the upper deck concourse behind home plate; we didn’t have an AT&T phone with us so more thorough DAS testing will have to wait for another day.

A good look through the glass doors of the data center

Beer coolers a ‘cool’ idea

On beyond connectivity, the Braves clearly kept technology in the forefront when they made other innovations throughout the park. One that resonated with us were the electronic beer coolers we saw in several premium seating areas. Basically, these are cup-holder holes cut into a countertop with coolers inside, which keep your beer ice-cold when you’re not holding the cup.

The IPTV operations at the park were also impressive, from the tablet-based TV controls in suites (software provided by YinzCam) to the touchscreen directory kiosks in The Battery. For some of the premium seats right behind home plate, there are interactive televisions mounted between seats; another new premium area just above the first bowl of seats behind home plate has tables with four high-top chairs, which are sold as sort of very-small suites. The tables have a small TV in the middle which can be used to watch programming as well as to order food and drink to be delivered in club-seating fashion.

Several other club-type areas like the Home Depot suite, a Comcast-sponsored bar area in the upper deck near the right field foul pole and a club at field level in right field with a chain-link fence cutout view of the field give the Braves multiple options to give premium seating to groups of many sizes, along with the traditional suite areas.

An AmpThink-designed enclosure for railing-mounted Wi-Fi APs

In many of the premium seating areas the Braves have also installed USB charging ports, another nod to the ubiquity of mobile devices being brought to games. There are also numerous Big Ass Fans installed on concourse walkways, a nice amenity that takes into account the sometimes stifling humid heat in Atlanta.

If there was one snag to the game-day experience at SunTrust Park we’d say that the traffic situation of getting to and from the venue needs some more thought. Even though the park sits right by a major freeway, the exits and entrances don’t seem to offer a quick flow in our out for anyone who is arriving from, say, downtown Atlanta, which is about 10 miles away. Unfortunately, Atlanta’s good MARTA subway service doesn’t go anywhere near the park, making all transportation a wheels-based necessity.

The designated Uber dropoff area is a good example of an idea that needs some experience-based tweaking, with pickup and dropoff zones on the opposite side of a street that seemed congested from well before the game to afterward. While having a clearly signed place for ride-share activity is smart, the attempt to do dropoffs on one side and pickups on another led to several confusing U-turn attempts even in our small number of interactions. There’s also no oversight or on-site assistance or staffers to help either customers or drivers, which for a first-time venue seems an error in judgement.

But overall, SunTrust Park seems like a huge success that will only get better over time — according to Braves president of development Mike Plant, only about 30 percent of the space in the Battery is currently open, meaning there will be more businesses and residents surrounding the park in the near future. Already it’s clear that fans have found the space an agreeable one to hang out before games — while speaking at the SEAT Conference Plant said that most of the bars and restaurants are full well before game times, so he warned SEAT visitors to get there early if they wanted to grab a bite to eat or a drink before a ballgame.

More pictures from our visit below. Thanks to the Braves for our tour and to MLB for media access during our stay.

Panoramic view of SunTrust Park

A club space with a view out the right field wall

Wi-Fi AP mounted on outfield concourse

A look at railing AP mounts in the outfield bleacher seating

The IPTV control screen for suites

IPTVs located between premium seats right behind home plate

Tabletop seating with TV just above home plate

The big ball with its 360-degree LED screen

Fans walking through The Battery on their way to the game

Another Battery view with the Comcast office building behind right field visible

Main scoreboard promoting the MLB app

Sightlines and decks at SunTrust seem built for selfies

Nice view from the upper deck

Closeup of a Wi-Fi AP install

Above fans’ eyes is a DAS gear placement (and a Big Ass fan)

DAS gear mounted on the roof of the centerfield concourse wall

Thunderstorms, the beautiful but unwelcome visitors

Changes ahead for DAS industry business models, technology

JMA Wireless shows ‘smart’ trash bins at DAS and Small Cells Congress in Las Vegas. Credit all photos: Paul Kapustka, MSR

LAS VEGAS — New technologies combined with the need for new business models are driving imminent changes to the distributed antenna system (DAS) marketplace, according to industry representatives speaking Tuesday at this year’s DAS and Small Cells Congress here.

And while the end product of the market transformation is still uncertain, executives from DAS gear manufacturers, cellular carriers and other industry experts all agreed on one thing: In the near future, the DAS industry won’t look at all like it does today.

For large public venue owners specificially, the days of carrier-funded DAS deployments may already be at an end, unless your stadium is in line to host a Super Bowl. Tightening budgets due to economic pressures on the nation’s biggest cellular carriers means that the recent years of free spending by AT&T and Verizon Wireless may have already gone by, putting more pressure on venue owners to find different financial models to bring cellular signals inside their buildings.

Cathedral Consulting’s Seth Buechley

“There was never a problem I couldn’t throw more money at,” said Philip French, executive director for the West and North Central areas for Verizon, during a Tuesday keynote session at the Planet Hollywood hotel. “Those days are gone.”

Also putting pressure on traditional DAS designs are the emergence of small cells, basically smaller versions of carrier macro towers that, like DAS, are used primarily to bring connectivity inside buildings or to urban areas with RF challenges, like crowded city streets. Experiments with newer “5G” cellular technologies and trials of networks at newer slices of spectrum, like the Citizens Broadband Radio Service (CBRS) at 3.5 GHz, may also impact the traditional DAS architectures as carriers and building owners look for ways to get more connectivity bang for the buck.

Getting more worth out of the network

Seth Buechley, chairman and CEO of business-advisory firm Cathedral Consulting (and former co-founder of DAS equipment provider SOLiD USA), said that the biggest cellular carriers are under increasing pressure to improve their bottom lines, a situation that could affect the DAS industry by drying up the funds previously used to bring DAS deployments to places like stadiums and arenas. AT&T, for example, has already disbanded the internal group that led an industry charge to bring DAS to many sports venues at no charge to teams or facility owners.

“Internal [carrier] competition for resources is the biggest threat to DAS,” Buechley said.

In his remarks, Verizon’s French noted that the “unlimited” data plans that have resurfaced for major carriers like Verizon are putting “a tremendous amount of pressure” on budgets. Another current popular DAS business model, where a third-party operator builds a stadium network and then signs up carriers on a subscription model, may also be in danger as carriers hold off on participating. At Texas A&M, T-Mobile recently signed a $3.5 million deal to get its signals on the DAS network at 102,512-seat Kyle Field, where AT&T and Verizon both paid in the neighborhood of $5 million for their access to the network.

Todd Landry, JMA Wireless

Unless your facility is that big or it’s getting ready to host a big event like WrestleMania or the Super Bowl, where DAS traffic is likely to be off the charts, the carriers may not be as ready to pay.

“We still love the NFL, but neutral host [participation] can be very expensive for Verizon,” French said.

More network intelligence = more revenue opportunity

Todd Landry, corporate vice president for product and market strategy at DAS supplier JMA Wireless, said the DAS industry needs to look at its own offerings to see how it can help its customers get more out of their networks.

“We’ve got to re-imagine what we’re trying to do,” said Landry. “What do we do with the network to get more out of it?”

Specifically, Landry sees advancements in DAS network intelligence as a prime opportunity to provide more value rather than simply cutting costs. At the conference, JMA was showing a prototype of a “DAS trash can,” a hardened waste bin (with solar power) that could also host a DAS antenna inside. Another attached bin was shown with a connected sensor that could tell operators whether the can was full or not, eliminating the need for multiple truck rolls just to check on whether the bin needed to be emptied.

DAS gear inside the ‘smart’ trash can

For stadiums and other public spaces like shopping malls, Landry said parking spots might have sensors that could indicate whether or not a spot was available — and then relay that information to a self-driving car, which could drop off its passengers at the venue, then proceed on to park itself. Such a service could be offered for a fee to game or mall attendees.

“As we go forward, we need be more clever,” Landry said. “We need to take more knowledge [from] the plumbing, and extract value from it.”

And even while technologies like “5G” and CBRS, which uses LTE technology to provide what proponents see as a sort of “private cellular” environment, may be a few years off from practical deployments, Landry said their presence is already being felt and absorbed by firms building current-day DAS gear. Elements of small cells and DAS, he said, “will come together,” as the equipment vendors “re-imagine what we’re doing for the industry.”

While there may be multiple paths forward for the DAS market, all in attendance seemed to agree with Landry’s final statement: “Things will be very different from what you know today.”

Colorado passes on full-stadium Wi-Fi or DAS for Folsom Field

View of the west stands at Folsom Field, home of the University of Colorado football team. Credit all photos: Paul Kapustka, MSR (click on any photo for a larger image)

View of the west stands at Folsom Field, home of the University of Colorado football team. Credit all photos: Paul Kapustka, MSR (click on any photo for a larger image)

With a No. 9 ranking in all the major polls, the University of Colorado football team is experiencing a resurgence this season, which may lead to a rare CU sellout for this weekend’s final home game against Pac-12 rival Utah.

While the Buffs’ on-field performance in 2016 may have ended years of fan frustration, the 50,000+ fans expected to be in attendance at Folsom Field this Saturday may still experience another form of frustration, mainly in trying to get their mobile devices to connect to the Internet. According to school officials, there is no full-stadium, fan-facing Wi-Fi or cellular distributed antenna system (DAS) network in Folsom Field, and no plans to bring either to the venue anytime soon.

Instead, most fans at the on-campus stadium will rely on one of two nearby macro sites, one each from top wireless carriers AT&T and Verizon Wireless. According to Jeff Lipton, director of real estate for CU, the school decided to pass on bringing Wi-Fi or DAS to Folsom for a number of reasons, including the cost of the systems, the infrequent use of the facility, and potential loss of network control to prospective suppliers.

Hard to justify cost of connectivity for lightly used venue

“Nationally, stadiums are challenging” when it comes to cost justifications for installing wireless networks, Lipton said in a recent phone interview. While Lipton claimed that CU “hasn’t been sleeping on this,” saying the school has been reviewing wireless stadium options for several years, he added that CU had concluded that a cellular DAS wasn’t a good fit for Folsom, which has been the home of CU football since 1924.

Error message shown while trying to connect to ESPN's website at Folsom Field on Nov. 19.

Error message shown while trying to connect to ESPN’s website at Folsom Field on Nov. 19.

One of the main problems is, Lipton said, justifying the cost to bring connectivity to a venue that is only used a handful of times a year. In 2016, Colorado had six home games on its football schedule, the main use of 53,613-seat Folsom Field. This past summer there were two concert dates with the Dead and Company band that filled the stadium, and the stadium is also used as the finish line for the annual Bolder Boulder 10k on Memorial Day.

Though the crowds that do come to Folsom would no doubt enjoy better connectivity, right now it’s not in the cards, Lipton said, especially from a cellular DAS perspective.

“We looked at DAS for the main part of the stadium but determined it was not cost effective, and the vendors wanted a connectivity exclusive” for the rest of the campus, a deal Lipton said CU definitely did not want to agree to.

“We like to control our own [wireless] destiny on campus — we’re not going to give that up in a deal to get DAS,” Lipton said. And, Lipton said that “I’m not sure that [technically] in the long term, DAS is the solution” for stadium networks.

The right way to Wi-Fi

What’s more interesting to CU is finding some way or waiting for new technology to emerge to make owning and operating a Wi-Fi network inside Folsom something that makes sense. When it comes to Wi-Fi, Lipton said that CU has been aggressively installing it in many of the 12 billion square feet of building space it manages at the Boulder, Colo., campus.

Around Folsom, there is free public Wi-Fi available at the new Champions Center (an indoor practice field and offices building located adjacent to the east side of Folsom Field) as well as in the attached parking structure. There is also some free Wi-Fi available for suites and club spaces in the newer structures on the east side of Folsom Field, but nothing for the balance of bowl seating in the stadium.

Folsom's east side structure, which does have some Wi-Fi inside suites and club areas.

Folsom’s east side structure, which does have some Wi-Fi inside suites and club areas.

“We have pretty ubiquitous Wi-Fi throughout campus, and we installed it and run it,” said Lipton. In terms of bringing Wi-Fi into the Folsom Field bowl — as well as to the stands at the Coors Event Center, the school’s 11,00-seat basketball facility — that idea is still being studied by an internal working group, Lipton said.

“We recognize that long term, there are some real revenue opportunities [around Wi-Fi networks] that could pay for this later on,” Lipton said. “But it’s not there yet.”

Any Wi-Fi network that does end up getting built inside Folsom would also have to surmount the non-trivial challenge of bringing wireless networks to a facility with parts that are nearly 100 years old. Part of the bowl also sits in the ground, bringing another degree of difficulty to the idea of getting cables underneath the stands (for possible under-seat or railing-based antenna options). But for newer parts of the stadium, including the north end zone structures and the new east side, bringing connectivity to the stands outside wouldn’t be as difficult.

At the 11,064-capacity Coors Event Center, Lipton said there is some CU Wi-Fi inside the building, but it was not designed for full-stadium crowd access down into the seating bowl.

Unable to send texts, or get Internet access

Though Lipton claims that the two Folsom macro sites — one atop the roof on the stadium’s west side building and another on a building across the street — are working “much better” this season, an MSR visit to Folsom for the Nov. 19 home game against Washington State saw almost zero connectivity, on both the cellular and Wi-Fi front.

A look at the newer north and northeast structures at Folsom Field from the east stands.

A look at the newer north and northeast structures at Folsom Field from the east stands.

Though our tests were sporadic, with only one phone in one part of the stadium, our not being able to send a text message with a photo of the stunning Colorado Rockies backdrop was probably something many others experienced inside Folsom last week, where 48,658 fans saw CU beat WSU 38-24. On the Verizon network, we were almost always looking at a “1x” number for connectivity, which pretty much guaranteed no signal all day long.

Even inside the east building’s 5th-floor club area, where we detected the CU campus Wi-Fi network, our phone couldn’t connect, briefly showing a link but then dropping it as soon as we tried to do anything. There was no visible promotion of the CU Wi-Fi, or any instruction about whether fans should use one of two visible SSIDs, one with a “guest” label and one without. Back out in the stands, we tried to get to the ESPN website to see other college scores, but again our device failed to connect.

While Lipton admitted that “traffic on [football] game days can overwhelm” the macro sites, he still thinks any advanced connectivity has to make fiscal sense. As the one who says he signs contracts for such deployments at CU, Lipton said “there’s an art to every deal.” For Folsom Field connectivity, however, that deal hasn’t yet been done.

Ookla shares Speedtest data from CenturyLink Field, other stadiums

Ookla ad banner being flown over CenturyLink Field in Seattle. Credit: Ookla

Ookla ad banner being flown over CenturyLink Field in Seattle. Credit: Ookla

Anyone who follows Mobile Sports Report knows that I use the Speedtest app from Ookla to measure stadium network performance whenever I visit a sporting venue. While my one-man tests do show some measure of network power, I always dreamed of harnessing the results from many fans at the same game to see a better picture of the network performance.

Well, Speedtest’s creators think along the same lines, and conducted an experiment during an Aug. 25 Seattle Seahawks preseason game at CenturyLink Field in Seattle. You can read their very thorough post and neat results here, with some interesting twists — for instance, the cellular networks are way faster than the CenturyLink Wi-Fi, according to the Ookla results.

UPDATE: Ookla responded to our email and let us know that on Aug. 25, there were 252 Speedtests at CenturyLink Field, a great sampling to draw results from. Ookla also talked about tests from 12 different events at CenturyLink Field, and said in the email that across those events it saw 1,143 tests conducted.

Ookla also published some test result totals from other stadiums as well, including Levi’s Stadium, AT&T Stadium and Bank of America Stadium, but didn’t say when those tests were recorded, or how many tests were taken.

What we really like, however, is that Ookla’s tests show what our stadium tech report surveys have been showing — that overall, in-stadium network performance is steadily improving. Over time, more data like this can help dispel the still-lingering rumor that stadium networks don’t deliver good connectivity. Now if we could only get Ookla to partner with us to do league-wide or college-comparison speedtests… anyone ready for that idea?