Patriots upgrade Wi-Fi at Gillette Stadium for 2016 season

Gillette Stadium before the Sept. 18 game vs. the Miami Dolphins. Credit: Steve Milne, AP, via Patriots.com

Gillette Stadium before the Sept. 18 game vs. the Miami Dolphins. Credit: Steve Milne, AP, via Patriots.com

Gillette Stadium, one of the first NFL arenas to have fan-facing Wi-Fi, more than doubled the number of access points in the venue this past offseason, according to team executives.

Fred Kirsch, who goes by the curious title of publisher & vice president of content at Kraft Sports Productions, is well known in stadium tech circles as the overseer of all things technology for the New England Patriots operation. In a recent phone interview, Kirsch said “the timing was right” for a Wi-Fi upgrade at Gillette, a venue that has had fan-facing Wi-Fi since 2012. The team’s first full-stadium network was installed by Enterasys Networks, which was later acquired by Extreme; prior to that, Gillette Stadium had Wi-Fi for luxury suites and clubs provided by gear from Xirrus.

“The [Wi-Fi] overall technology has changed, so we can really improve it now,” said Kirsch about the team’s decision to beef up its wireless network. With new Wi-Fi standards now in most equipment, Kirsch said it was possible to “put in a lot more APs without channel bleed. All over the stadium, we have better coverage.”

Going under-seat in the bowl

According to Kirsch, Gillette Stadium had previously had about 400 Wi-Fi APs in the original design. After the upgrade was over, Kirsch said the stadium now has more than 1,000 APs, with most of the new devices deployed under seats in the bowl seating areas, the latest team to join this growing deployment trend.

In most of the bowl, Kirsch said his team was able to core through the concrete to install the APs; however, some parts of the stadium sit directly upon granite, leading Kirsch and his crew to improvise a cable-and-tray system to get cabling to the APs under the seats. This procedure necessitated custom-designed enclosures, which introduced a small delay in construction procedures, according to Kirsch.

On the game-day application side of things, Kirsch said that the team’s YinzCam-developed app will support faster access to instant replays, and will also add in a third-party option for fans to take a picture of something that might seem astray (like, perhaps, a broken pipe in a restroom) and send it in via the app. Kirsch said the app will be able to geo-locate where the picture came from, giving the team a precise location of the problem.

Twitter’s NFL streaming debut fails on Tweet front; will AT&T and Verizon eventually dominate mobile device NFL streaming?

Twitter’s debut in live-streaming NFL games had good video, but the accompanying Twitter feed — which users couldn’t configure — left many observers wanting more. Will Twitter ever be able to deliver, or will physics keep Twitter from being able to add anything special to mobile-device sports streaming? In the latest STADIUM TECH REPORT PODCAST, co-hosts Phil Harvey and Paul Kapustka dissect Twitter’s streaming issues, and wonder when people will realize that AT&T and Verizon may be the eventual winners in the NFL streaming battle with their Sunday Ticket and NFL Mobile platforms. Listen now!

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Melbourne Cricket Ground breaks its own top mark for concurrent Wi-Fi connections

Melbourne Cricket Ground. Credit: MCG

Melbourne Cricket Ground. Credit: MCG

Fans at a recent Australian Football League game at the Melbourne Cricket Ground set a new record for concurrent connections to the venue’s Wi-Fi network, with 16,500 fans able to connect at the same time. According to venue officials, the new internal record was set during the AFL Qualifying Final between Geelong Cats and Hawthorn on Sept. 9 at the 100,000-seat plus arena.

Previously, the Wi-Fi network from Cisco, IBM and other partners had seen a concurrent connection top mark of just under 10,000 connections at MCG, according to stadium representatives. The stadium has approximately 800 Wi-Fi APs, as well as a DAS deployment from Telstra for enhanced cellular connectivity. Though many U.S. stadiums have seen much higher concurrent-user totals, the new MCG record is believed to be the highest recorded in Australia, according to club officials.

The Melbourne Cricket Club had promoted the idea of trying to break the Wi-Fi connectivity record, with a promotion that offered a chance at winning free tickets to an upcoming Guns N’ Roses concert for fans who participated.

melb2According to the team, the Wi-Fi network has seen more than 150,000 unique connections since its installation late last year, part of a $40 million tech upgrade that also saw new scoreboards, LED signage, televison screens and the DAS installed in the venue.

“We significantly bettered the MCG’s previous record for the most concurrent Wi-Fi connections, with approximately 16,500 fans able to connect at the same time,” said Rey Sumaru, general manager for IT and innovation at the Melbourne Cricket Club in an email reply. “We are confident that this is the highest number of concurrent Wi-Fi users achieved in Australia, and the figure represents roughly 20 percent of the total match attendance.

“We are certainly pleased with this outcome and have gained some valuable insights and learnings about the Wi-Fi system as a result of this load testing,” Sumaru continued. “We will now be working with our technology partners Cisco and IBM to improve even further, to ensure fans have experience world-class connectivity every time they visit the ’G.”

Extreme buys Zebra’s WLAN biz for $55 million

Wi-Fi gear vendor Extreme Networks beefed up its lineup today with the acquisition of the wireless LAN business of Zebra Technologies, a $55 million deal that is scheduled to close later this year.

While it’s not apparent how the Zebra acquisition will affect Extreme’s stadium and large public venue businesses, it seems like some of the Zebra products including their security and managed services offerings could be a fit for teams in the market for Wi-Fi.

Network World has a good breakdown of the deal, including a quote from Gartner which says Zebra gear should be on the short list for customers in the retail and hospitality businesses (among others) as well as verticals with location requirements, which would seem to include stadiums. Any Zebra users in stadium deployments out there, give us a holler and let us know what you think.

At the very least, the deal is just another sign of consolidation in the Wi-Fi industry, a trend that has seen Brocade buying Ruckus and HP buying Aruba in the bigger deals to date.

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?

Sacramento Kings’ Golden 1 Center will use really fast fiber technology from CommScope

Fiber cabling inside the Golden 1 Center data center. Credit: CommScope / Golden 1 Center

Fiber cabling inside the Golden 1 Center data center. Credit: CommScope / Golden 1 Center

Since the Sacramento Kings are already talking about bandwidth-hogging applications like virtual reality replays for fans who visit the new Golden 1 Center, it’s perhaps no surprise that the venue will also have some of the fastest, highest capacity fiber network technology at its core.

On Tuesday, the Kings and network infrastructure provider CommScope announced that Golden 1 Center will be the first place to employ something called wideband multimode fiber, or WBMMF in the world of tech acronyms. Without getting too deep into fiber optics details it might be enough for most to know that WBMMF, a new developing standard in the cabling infrastructure world, lets you send more stuff over fewer fibers, an advancement developed mainly for the data center world but one that will also benefit places that expect to move a lot of data around, like Golden 1 Center.

Back in the old days, it was news when stadium networks upgraded to 1-gigabit per second pipes coming in to provide bandwidth. These days, many stadiums are talking multiple 10-gig pipes and even looking at 100-gig pipes (like Golden 1 Center will use from Comcast), meaning that the internal networks also need to get faster and wider to handle the never-ending increases in data use.

Golden 1 Center nears completion. Credit: Golden 1 Center

Golden 1 Center nears completion. Credit: Golden 1 Center

Before its scheduled October opening we are sure we’ll hear more about the fan-facing Wi-Fi and DAS network deployments, but it’s worthwhile to acknowledge that the underlying core network at Golden 1 Center should be able to handle data expansion for the foreseeable future thanks to the choice of the latest in fiber technology.

John Schmidt, vice president for CommScope’s Data Center solutions team, said the WBMMF products are primarily targeted at the data center market; but he also noted that with its own 6,000-square-foot data center, Golden 1 Center qualifies as the kind of place that will need the kind of future-proofing WBMMF can provide.

When the plans for Golden 1 Center were first talked about publicly, Schmidt said CommScope reached out to the Kings with a pitch about using the latest fiber technology in the core.

“It was clear they wanted something state of the art, with a great fan [network] experience,” Schmidt said. “We told them we could help with the physical layer, to support the bandwidth they would need.”

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