Houston’s BBVA Stadium gets Wi-Fi 6 network from Extreme

Under-seat Wi-Fi AP enclosure at BBVA Stadium in Houston. Credit all photos: Extreme Networks (click on any picture for a larger image)

Chalk up another venue going with the new Wi-Fi 6 standard for its new network deployment: BBVA Stadium in Houston, home of Major League Soccer’s Houston Dynamo and the National Women’s Soccer League’s Houston Dash, now has a new Wi-Fi network using gear from Extreme Networks, according to a release from Extreme.

The 282-AP deployment uses a mix of overhead APs for seating areas with overhangs, and under-seat enclosures for open-bowl seats. The enclosures in the photos provided to us are some of Extreme’s new designs specifically built for stadium deployment, with (especially for the under-seat enclosures) fan-friendly angles and easy access to get to the equipment inside. (Extreme showed some of the new enclosures to MSR during a visit at the SEAT Conference this summer.)

Any readers out there been to the 22,000-seat BBVA Stadium recently, give us a holler or send us some speed test results. More photos of the deployment below.

An overhead AP covers the top seating area


An under-seat enclosure and its conduit


Note the angled pitch of the enclosure

More APs up top taking advantage of the overhang location

A good look at the overall architecture of BBVA Stadium

Patriots see 11.58 TB of Wi-Fi data used at home opener

Fans using phones to record the new Super Bowl banner unveiling at Gillette Stadium. Credit: New England Patriots

The unveiling of the latest Super Bowl banner by the New England Patriots helped lead to another record night of Wi-Fi usage at Gillette Stadium, with 11.58 terabytes of data used by fans at Sunday night’s 33-3 win over the Pittsburgh Steelers.

According to figures from Gillette Wi-Fi provider Extreme Networks, 44,906 of the 65,878 in attendance Sunday night connected to the Wi-Fi network at some point, a take rate of 68 percent. The peak concurrent number of users on the network was 34,982, which according to Extreme happened when the Patriots unveiled their latest championship banner.

Of the 11.58 TB total, Extreme said 4.56 TB was used during pregame, followed by 6.58 TB used during the game and another 440 GB used during postgame. Extreme also said the stadium network saw a peak data transfer rate of 23.24 Gbps. The 11.58 TB mark is the highest recorded at the well-connected Gillette, topping the 9.76 TB mark seen during a Taylor Swift concert last year. In our unofficial records of top Wi-Fi single-day events, Sunday’s total is now the biggest non-playoff NFL game performance, and another sign that fan wireless data demands continue to grow.

THE MSR TOP 21 FOR WI-FI

1. Super Bowl 53, Mercedes-Benz Stadium, Atlanta, Ga., Feb. 3, 2019: Wi-Fi: 24.05 TB
2. NCAA Men’s 2019 Final Four semifinals, U.S. Bank Stadium, Minneapolis, Minn., April 6, 2019: Wi-Fi: 17.8 TB
3. Super Bowl 52, U.S. Bank Stadium, Minneapolis, Minn., Feb. 4, 2018: Wi-Fi: 16.31 TB
4. NCAA Men’s 2019 Final Four championship, U.S. Bank Stadium, Minneapolis, Minn., April 8, 2019: Wi-Fi: 13.4 TB
5. 2018 College Football Playoff Championship, Alabama vs. Georgia, Mercedes-Benz Stadium, Atlanta, Ga., Jan. 8, 2018: Wi-Fi: 12.0 TB*
6. Super Bowl 51, NRG Stadium, Houston, Feb. 5, 2017: Wi-Fi: 11.8 TB
7. Pittsburgh Steelers vs. New England Patriots, Gillette Stadium, Foxborough, Mass., Sept. 8, 2019: Wi-Fi: 11.58 TB
8. Atlanta Falcons vs. Philadelphia Eagles, Lincoln Financial Field, Philadelphia, Pa., Sept. 6, 2018: Wi-Fi: 10.86 TB
9. Super Bowl 50, Levi’s Stadium, Santa Clara, Calif., Feb. 7, 2016: Wi-Fi: 10.1 TB
10. Taylor Swift Reputation Tour, Gillette Stadium, Foxborough, Mass., July 27, 2018: Wi-Fi: 9.76 TB
11. Minnesota Vikings vs. Philadelphia Eagles, NFC Championship Game, Lincoln Financial Field, Philadelphia, Pa., Jan. 21, 2018: Wi-Fi: 8.76 TB
12. Jacksonville Jaguars vs. New England Patriots, AFC Championship Game, Gillette Stadium, Foxborough, Mass., Jan. 21, 2018: Wi-Fi: 8.53 TB
13. Taylor Swift Reputation Tour, Broncos Stadium at Mile High, May 25, 2018: Wi-Fi: 8.1 TB
14. Kansas City Chiefs vs. New England Patriots, Gillette Stadium, Foxborough, Mass., Sept. 7, 2017: Wi-Fi: 8.08 TB
15. SEC Championship Game, Alabama vs. Georgia, Mercedes-Benz Stadium, Atlanta, Ga., Dec. 1, 2018: Wi-Fi: 8.06 TB*
16. Green Bay Packers vs. Dallas Cowboys, Divisional Playoffs, AT&T Stadium, Arlington, Texas, Jan. 15, 2017: Wi-Fi: 7.25 TB
17. Stanford vs. Notre Dame, Notre Dame Stadium, South Bend, Ind., Sept. 29, 2018: 7.19 TB
18. (tie) Southern California vs. Notre Dame, Notre Dame Stadium, South Bend, Ind., Oct. 21, 2017: 7.0 TB
Arkansas State vs. Nebraska, Memorial Stadium, Lincoln, Neb., Sept 2, 2017: Wi-Fi: 7.0 TB
19. WrestleMania 32, AT&T Stadium, Arlington, Texas, April 3, 2016: Wi-Fi: 6.77 TB
20. Wisconsin vs. Nebraska, Memorial Stadium, Lincoln, Neb., Oct. 7, 2017: Wi-Fi: 6.3 TB
21. Super Bowl 49, University of Phoenix Stadium, Glendale, Ariz., Feb. 1, 2015: Wi-Fi: 6.23 TB

Super Bowl recap: 24 TB for Wi-Fi, 12 TB for DAS

Pats fans celebrate with a selfie at the end of Super Bowl 53. Credit all photos: Mercedes-Benz Stadium (click on any picture for a larger image)

Super Bowl 53 at Atlanta’s Mercedes-Benz Stadium rewrote the record book when it comes to single-day stadium Wi-Fi, with 24.05 terabytes of traffic seen on the stadium’s network. That is a huge leap from the official 16.31 TB seen at last year’s Super Bowl 52 in Minneapolis at U.S. Bank Stadium.

According to official statistics provided by Extreme Networks, new high-water marks were set last Sunday in every category of network measurement, including an amazing 48,845 unique users on the network, a take rate of 69 percent out of the 70,081 who were in attendance to watch the New England Patriots beat the Los Angeles Rams 13-3. The average Wi-Fi data use per connected fan also set a new record, with the per-fan mark of 492.3 megabytes per user eclipsing last year’s mark of 407.4.

While fans might have preferred some more scoring excitement during the game, the lack of any tense moments in network operations was a perfect outcome for Danny Branch, chief information officer for AMB Sports & Entertainment.

“I was ecstatic on how [the network] executed, but honestly it was sort of uneventful, since everything went so well,” said Branch in a phone interview the week after the game. Though network performance and fan usage during some of the big events leading up to the Super Bowl had Branch thinking the Wi-Fi total number might creep near the 20-terabyte range, the early network use on game day gave Branch a clue that the final number might be even higher.

“When I saw the initial numbers that said we did 10 [terabytes] before kickoff we didn’t know where it would end,” Branch said. “When we were watching the numbers near the end of the game, we were just laughing.”

Aruba APs and AmpThink design shine

Editor’s note: This report is from our latest STADIUM TECH REPORT, an in-depth look at successful deployments of stadium technology. Included with this report is a profile of the new Wi-Fi and DAS networks being planned for the University of Colorado, as well as a profile of Wi-Fi at Little Caesars Arena in Detroit! DOWNLOAD YOUR FREE COPY now!

Digital device use once again set records at the NFL’s championship game.

With some 1,800 APs installed inside Mercedes-Benz Stadium — with most of the bowl seating APs located underneath the seats — the Wi-Fi gear from Aruba, a Hewlett Packard Enterprise company, in a design from AmpThink, also saw a peak throughput rate of 13.06 Gbps, seen at halftime. The peak number of concurrent network users, 30,605, also took place during the halftime show, which featured the band Maroon 5 (whose show played to mixed reviews).

Extreme Networks, which provides Wi-Fi analysis in a sponsorship deal with the NFL, had a great list of specific details from the event. Here are some of the top-line stats:

Need proof that people still watch the game? Out of the 24.05 TB total, Extreme said 9.99 TB of the traffic took place before the kickoff, followed by 11.11 TB during the game and halftime, and another 2.95 TB after the game concluded.

On the most-used apps side, Extreme said the most-used social apps were, in order of usage, Facebook, Instagram, Twitter, Snapchat and Bitmoji; on the streaming side, the most-used apps were iTunes, YouTube, Airplay, Spotify and Netflix. The most-used sporting apps by fans at the game were, in order, ESPN, NFL, the Super Bowl LIII Fan Mobile Pass (the official app for the game), CBS Sports (which broadcast the game live) and Bleacher Report.

Did Verizon’s offload spike the total?

While Super Bowl Wi-Fi traffic has grown significantly each year since we started reporting the statistics, one reason for the bigger leap this year may have been due to the fact that Verizon Wireless used its sponsorship relationship with the NFL to acquire its own SSID on the Mercedes-Benz Stadium Wi-Fi network.

Hard copy signage in the stadium helped direct fans to the Wi-Fi.

According to Andrea Caldini, Verizon vice president for networking engineering in the Eastern U.S., Verizon had “autoconnect in play,” which meant that any Verizon customer with Wi-Fi active on their devices would be switched over to Wi-Fi when inside the stadium.

“It’s going to be a good offload for us,” said Caldini in a phone interview ahead of the Super Bowl. While Verizon claimed week to have seen “record cellular traffic” as well during Super Bowl Sunday, a spokesperson said Verizon will no longer release such statistics from the game.

According to Branch, the NFL helped fans find the Wi-Fi network with additional physical signage that was put up just for the Super Bowl, in addition to rotating messages on the digital display screens around the stadium.

“The venue was well signed, we really liked what they [the NFL] did,” Branch said. Branch said the league also promoted the Wi-Fi link throughout the week, with a common ID at all the related Super Bowl activity venues, something that may have helped fans get connected on game day.

No issues with the DAS

One of the parts of the wireless mix at Mercedes-Benz Stadium, the cellular distributed antenna system, was under scrutiny after a lawsuit emerged last fall under which technology supplier IBM sued Corning over what IBM said was faulty installation. While Corning has disputed the claims, over the past year IBM, the Falcons and the NFL all said they got the DAS in working order, and according to Branch “all the carriers were pleased” with its operation during the Super Bowl.

There was only one, but it helped increase the wireless traffic.

According to Branch, the Falcons saw 12.1 TB of traffic on the in-stadium DAS on Super Bowl Sunday, including some traffic that went through the Matsing Ball antennas. Branch said the two Matsing Balls, which hang from the rafters around the Halo Board video screen, were turned back on to assist with wireless traffic on the field during the postgame awards ceremony.

Overall, the record day of Wi-Fi traffic left Branch and his team confident their infrastructure is ready to support the wireless demands of more big events into the future, including next year’s NCAA men’s Final Four.

“Until you’ve taken the car around the track that fast, you don’t really know how it will perform,” Branch said. “But so much work was done beforehand, it’s great to see that it all paid off.”

BYU scores with new Wi-Fi, app for LaVell Edwards Stadium

BYU’s LaVell Edwards Stadium. Credit all photos: photo@byu.edu (click on any picture for a larger image)

At Brigham Young University, the wait for Wi-Fi was worth it.

After a selection and deployment process that took almost three years, the first full season of Wi-Fi at BYU’s LaVell Edwards Stadium was a roaring success, with high fan adoption rates and a couple 6-plus terabyte single-game data totals seen during the 2018 football season. Using 1,241 APs from gear supplier Extreme Networks, the Wi-Fi deployment also saw high usage of the new game-day app, built for BYU by local software supplier Pesci Sports.

Duff Tittle, associate athletic director for communications at Brigham Young University, said the school spent nearly 2 1/2 years “studying the concept” of bringing Wi-Fi to the 63,470-seat stadium in Provo, Utah. After looking at “five different options,” BYU chose to go with Extreme, based mainly on Extreme’s long track record of football stadium deployments.

“We visited their stadiums, and also liked what they offered for analytics,” said Tittle of Extreme. “They had what we were looking for.”

According to Tittle, the deployment was actually mostly finished in 2017, allowing the school to do a test run at the last game of that season. Heading into 2018, Tittle said the school was “really excited” to see what its new network could do — and the fans went even beyond those expectations.

Opener a big success

For BYU’s Sept. 8 home opener against California, Tittle said the Wi-Fi network saw 27,563 unique connections out of 52,602 in attendance — a 52 percent take rate. BYU’s new network also saw a peak of 26,797 concurrent connections (midway through the fourth quarter) en route to a first-day data total of 6.23 TB. The network also saw a peak bandwidth rate of 4.55 Gbps, according to statistics provided by the school.

Sideline AP deployment

“It blew us away, the number of connections [at the Cal game],” Tittle said. “It exceeded what we thought we’d get, right out of the gate.”

With almost no overhangs in the stadium — there is only one sideline structure for media and suites — BYU and Extreme went with mostly under-seat AP deployments, Tittle said, with approximately 1,000 of the 1,241 APs located inside the seating bowl. Extreme has used under-seat deployments in many of its NFL stadium networks, including at Super Bowl LI in Houston.

Another success story was the new BYU app, which Tittle said had been in development for almost as long as the Wi-Fi plan. While many stadium and team apps struggle for traction, the BYU app saw good usage right out of the gate, finishing just behind the ESPN app for total number of users (2,306 for the BYU app vs. 2,470 for ESPN) during the same Cal game. The BYU app just barely trailed Instagram (2,327) in number of users seen that day, and outpaced SnapChat (1,603) and Twitter (1,580), according to statistics provided by Tittle. The app also supports instant replay video, as well as a service that lets fans order food to be picked up at a couple express-pickup windows.

What also might have helped fuel app adoption is the presence of a “social media” ribbon board along the top of one side of the stadium, where fan messages get seen in wide-screen glory. Tittle said the tech-savvy locals in the Provo area (which has long been the home to many technology companies, including LAN pioneer Novell) are also probably part of the app crowd, “since our fan base loves that kind of stuff.”

Tittle also said that Verizon Wireless helped pay for part of the Wi-Fi network’s construction, and like at other NFL stadiums where Verizon has done so, it gets a separate SSID for its users at LaVell Edwards Stadium. Verizon also built the stadium’s DAS (back in 2017), which also supports communications from AT&T and T-Mobile. (More photos below)

Under-seat AP enclosure

A peek inside

The social media ribbon board above the stands

LaVell Edwards Stadium at night, with a view of the press/suites structure

Paying for beer with a fingerprint gets thumbs-up at Seattle’s CenturyLink Field

A fan at a Seattle Seahawks game pays for concessions using his fingerprint, via the Clear system. Credit all photos: David Kapustka, MSR (click on any picture for a larger image)

Seattle football and soccer fans are giving a big thumbs-up to a new concessions system at CenturyLink Field that lets them buy a beer or other items simply by tapping their fingerprint at payment time.

Clear, the same firm that gives travelers a way to pay for access to faster security lines at airports, is now moving into sports venues with a free version of its plan to let fans enter stadiums via special “Clear” lines. In Seattle, Clear and the Seahawks and Sounders are also testing a point-of-sale system where registered Clear users can pay for concessions and be age-verified by simply tapping their finger on a special concession-stand device. Currently, the system is only in use at four concession stands at CenturyLink but Seattle network executives said there are plans to expand the offering as the seasons progress. The system was also used earlier this season at the Seattle Mariners’ home, Safeco Field.

With more than 1,500 football and soccer fans having signed up for Clear at the stadium through the first week of October, Clear and CenturyLink are now seeing an average of around 1,000 fans using Clear to enter the stadium per football game and 200-plus similar verifications at Seattle Sounders games, according to statistics provided to MSR by Chip Suttles, vice president of technology for the Seahawks. The stadium started offering the service this preseason for both the NFL and MLS events. Fans who had previously signed up for Clear either at airports or online can use that same membership to enter the stadium.

The workings of the concession system are pretty simple: Once a user signs up for Clear — which requires personal data including age and a valid credit card — the user orders food and drink at the concession stand window, then completes the transaction with a fingertip tap in a special counter device. The biometrics confirm both that a user is old enough to purchase alcohol, and has a valid credit card to bill, eliminating the need for personal eyewitness verification of I.D. and the time needed to transact via credit card or cash.

At the Seahawks’ Oct. 7 home game against the Los Angeles Rams, another 199 fans enrolled for the Clear system on-site, and 911 fans used Clear to get into the venue, according to Suttles. The Clear system was used for 239 concession transactions at the game.

Speeding up the concessions lines

Fans could sign up for Clear inside and outside CenturyLink Field.


While the numbers may seem small right now, the promise of using technology to produce much faster concessions transactions are a welcome beginning to an area of stadium operations that in many places seems stuck in the far past, with cash transactions and counter staffers who take orders, fulfill them and then take payments.

“We are always looking for new, innovative ways to enhance the fan experience,” said Suttles, who said feedback so far from Seahawks and Sounders fans has been overwhelmingly positive. David Kapustka, Seattle Bureau Chief for Mobile Sports Report, attended the Seahawks’ Sept. 23 home game against the Dallas Cowboys and did an on-site test of the Clear system, and not just for the free beer Clear was offering as a sign-up promotion.

Once signed up for the system, Kapustka reported that the concession-stand finger-scan interaction “took less than a minute,” though there was some waiting beforehand to order since the Clear payment lanes share space with regular ordering and payment lanes at the two stands where the Clear service was offered that day.

The only drawbacks Kapustka saw for the Clear operation had mainly to do with its popularity, as a long line of fans queued up before the game to sign up at a Clear kiosk, ironically causing some delay for fans getting into the stadium. Once inside, one request Kapustka heard from fans was to have more Clear-enabled lines, feedback that Clear and the network folks are probably glad to hear. (More photos from our visit below)

Like many venues, CenturyLink Field has long lines for entry security measures

The Clear sign-up kiosk outside the stadium

A long line before the game started to sign up for Clear

One of the Clear-enabled concession stands at CenturyLink Field. Note the non-existent line at the Clear lane

Another fan taps a fingertip to pay

Good promotion

There’s good Wi-Fi at CenturyLink too

Cubs adding Wi-Fi to Wrigley Field wireless mix

Wi-Fi APs can be seen on the overhang above Wrigley Field’s upper deck seating. Credit all photos: Paul Kapustka, MSR (click on any picture for a larger image)

After waiting 108 years for a championship, Cubs fans are getting much more from their team these days, especially when it comes to technology upgrades at Wrigley Field. Recent years have seen a complete renovation of the venerable bleachers, including big video screens in both left and right field, as well as a full-stadium distributed antenna system (DAS) for enhanced celluar connectivity that went live at the start of this year.

And while the Cubs were eliminated from the playoffs this week in a Wild Card loss to the Colorado Rockies, the Cubs in the offseason will continue this summer’s process of adding Wi-Fi everywhere they can inside the Friendly Confines, after more planned offseason stadium construction will force the club to move some equipment installed earlier this year.

While some Wi-Fi APs were live in the upper deck seating section as well as mounted on overhangs covering the stadium’s terrace-level seats this season, a planned installation of under-seat Wi-Fi AP locations is currently on hold, as the Cubs continue to evaluate how best to proceed for some of the tougher-to-cover seating areas. Wi-Fi coverage is already operative, however, for back-of-house operations, as well as in fan-facing areas on the outdoor Gallagher Plaza and the Zachary Hotel next door.

Continuing challenges with construction

Editor’s note: This profile is from our latest STADIUM TECH REPORT, an in-depth look at successful deployments of stadium technology. Included with this report is a profile of Wi-Fi at Nebraska’s Memorial Stadium, a sneak peek at Milwaukee’s new Fiserv Forum, and a profile of the new DAS at StubHub Center! DOWNLOAD YOUR FREE COPY now!

First announced in 2015, the plan to bring both DAS and Wi-Fi to Wrigley has been challenged almost since its inception by the team’s ambitious plan to renovate many parts of a stadium that was originally constructed in 1914. The multi-phase physical construction project included the bleacher expansion, the creation of a hotel, office building and park on the stadium’s west side, new club spaces and (still to come) expanded suites and an upper-deck concourse. Of course the entire plan got immediately sidetracked by the team’s historic run to the 2016 World Series title.

Wi-Fi antennas pointed forward and back to cover upper seating areas

While having construction delayed by winning your first crown in over 100 years is not a bad problem to have, the team’s string of extended seasons (the Cubs have made it to the NLCS the past three years, meaning baseball deep into October) has played continual havoc with the renovation plans, since winter in Chicago isn’t often friendly to construction activities. Originally scheduled to appear in 2017, the DAS wasn’t built until this past offseason, and even though it is running well now (our most recent visit saw speedtests in many locations well into the 20+ Mbps range for both download and upload) a good portion of the DAS antennas will also have to be relocated this offseason because of more construction plans.

The Wi-Fi network, which the Cubs are building with gear from Extreme Networks, felt even more of the pain from this past year’s main construction project, which saw the entire lower bowl of Wrigley get removed so crews could dig about 60 feet deep to build under-stand club areas, one of which opened for this season. Those clubs, including more that are scheduled to open for the 2019 season, sit directly below the seating area that was scheduled to get under-seat Wi-Fi deployments, further complicating and delaying the installation.

For the lower main seating bowl and for the bleachers, the problem for Wi-Fi in those seating areas is the complete lack of overhead structures, or of any aisles with railings, to mount antennas. While DAS antennas are able to cover those regions from above and behind, a good Wi-Fi design would need an under-seat deployment, which is what the Cubs and Extreme had planned for.

Andrew McIntyre, vice president of technology for the Chicago Cubs, talked with MSR during a late-August visit and said that while he thinks the club will eventually have to do some amount of under-seat antenna locations — if not for Wi-Fi, then eventually for 5G cellular support — the plan from earlier this year to put Wi-Fi under-seat during this summer is shelved for the time being.

“We just have to make sure the structural integrity [of the lower seating slab] is not challenged,” said McIntyre. Since a good part of any under-seat Wi-Fi deployment in the lower bowl would require work above the club-space ceilings, it would take extra time that’s simply not available between baseball games and other events like concerts.

Having to move gear one more time

In the upper deck seating sections at Wrigley there are no such impediments to Wi-Fi AP location, with many easy mounting points up in the roof infrastructure. With a wide concourse in the middle of the upper and lower sections, many APs required only a scissor lift for installation, McIntyre said.

Wi-Fi AP covering an entry gate

The easily viewable APs have their accompanying antennas tilted either forward or backward to cover the two separate seating sections. Even though McIntyre and the Cubs are purposely throttling the unannounced Wi-Fi network’s speeds to a top mark of around 7.5 Mbps for both download and upload until the network is complete, MSR was able to get strong Wi-Fi responses everywhere we walked in the upper deck, as well as in the lower terrace seating areas, which are below the upper deck sections.

On the terrace level there are basically three rows of DAS and Wi-Fi gear, one in the back along the rear concourse, one in the middle of the roof to cover most of the seating and another out at the edge toward the field, to cover seats below there. Unfortunately, many of the devices in this area for both networks will need to be removed and replaced this upcoming offseason when the final phase of Wrigley’s renovation will see the premium suite areas extended further back, which will require construction work on their floors, where the antennas are currently mounted.

Tradeoffs part of playing in an icon

Like any networking pro, McIntyre would prefer to see his projects completed as thought out, but he is also a realist who knows that trying to do anything architecturally inside a beloved historical icon will eventually involve tradeoffs.

Take the center part of the right-field bleachers, which right now is somewhat less covered by the DAS simply because there’s no place on the back wall to mount antennas. Since anything placed there would be in view of passers-by on Sheffield Avenue, McIntyre said due to historic-building regulations the Cubs would need to ask for permission to build any new structures.

“It’s a never-ending challenge, and we fight as hard as we can [to get technology deployed],” McIntyre said. On the topic of incomplete Wi-Fi coverage, he noted that the DAS was designed to cover “100 percent” of fan connectivity needs, with the Wi-Fi being a complementary service.

At the very least, the new network means that more fans will have an easier time connecting in whatever way they need to, while enjoying baseball at one of the world’s most beloved venues.

“In the end, it’s all about delivering the best possible experience for fans,” said McIntyre.

Night game at the world’s best ballpark

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