NCAA Tournament Wi-Fi and DAS: Send us your stats!

Nationwide Arena. Photos Credit: Columbus Blue Jackets

Nationwide Arena. Photos Credit: Columbus Blue Jackets

Given that the games are numerous and spread out far and wide, it’s our guess that wireless-data consumption totals from the NCAA Men’s Basketball Tournament regional sites are not quite approaching the “big game” numbers of say, a Super Bowl or the recent College Football Playoff championship game. Still, there are probably some interesting peaks and totals so as an open request to all involved, please send us any and all Wi-Fi and DAS stats from the weekend’s games and we’ll compile a list of what we get next week.

AT&T, as usual, was in with some early numbers, namely the DAS stats for the AT&T network in place at the University of Dayton Arena, where the first-round play-in games were held earlier this week. According to AT&T it saw 144 gigabytes of data used on the DAS during the four games over two days, again not Super Bowl numbers but still a big chunk of data and something to think about if your facility is planning to host a similar “big event” in the near future.

So who’s got Wi-Fi and who doesn’t for the NCAA sites? Our unofficial list is as follows:

Wi-Fi for fans available:
KFC Yum! Center, Louisville, Kentucky
Consol Energy Center, Pittsburgh
Moda Center, Portland
Time Warner Cable Arena, Charlotte
Nationwide Arena, Columbus, Ohio
Carrier Dome, Syracuse, N.Y.
Quicken Loans Arena, Cleveland
Staples Center, Los Angeles
Lucas Oil Stadium, Indianapolis

No Wi-Fi
Jacksonville Veterans Memorial Arena, Jacksonville
CenturyLink Center Omaha, Omaha, Nebraska
KeyArena, Seattle
NRG Stadium, Houston

If any MSR readers are out at the games, send us a speedtest…

Braves sign Comcast for network deal at new SunTrust Park

Screen shot of artist rendering of new Atlanta Braves ballpark, with Comcast office building over right-field wall. Credit: Atlanta Braves

Screen shot of artist rendering of new Atlanta Braves ballpark, with Comcast office building over right-field wall. Credit: Atlanta Braves

The Atlanta Braves and Comcast announced a deal that will see the cable giant providing back-end networking bandwidth to the team’s new SunTrust Park in Atlanta, along with an associated campus of buildings that includes a Comcast-branded structure that will peek over the right-field wall.

Like other deals it has signed at stadiums like the San Francisco 49ers’ Levi’s Stadium, the Tennessee Titans’ LP Field and the Wells Fargo Arena, Comcast will mainly be in charge of bringing back-end Internet connectivity to the Braves’ new stadium, which is scheduled to open before the 2017 season. No word yet on which vendor will be chosen to use that back-end connectivity to bring wireless networking directly to fans, but with pledges to build an “all-fiber network” with “multi-gigabit speeds” throughout the ballpark and the adjoining 60-acre campus, it’s a good bet that Comcast’s pipes will be able to supply whatever bandwidth is needed.

Unlike Levi’s, where Comcast signage is minimal, the cable giant will have a prominent place in the SunTrust viewshed, if construction goes according to the artist sketches provided with today’s news release. The question we have is whether or not left-handed pull hitters will be able to smash glass on the 9-story Comcast office building, which should be a great place to work late when the Braves have night games.

More gratuitous future ballpark art.

More gratuitous future ballpark art.

Stadium Tech Report: Blazing a Trail to Connectivity at Portland’s Moda Center

Portland's Moda Center, home of the NBA Trail Blazers. Credit all photos: Moda Center (click on any photo for a larger image)

Portland’s Moda Center, home of the NBA Trail Blazers. Credit all photos: Moda Center (click on any photo for a larger image)

When it comes time to build a stadium network there are two obvious choices of how to get it done: You let someone else build and run it, or do it yourself.

When neither of these options appealed to the Portland Trail Blazers and their planned networking upgrade at the Moda Center, they went with a third option: Using a neutral host provider for both DAS and Wi-Fi.

After turning to neutral host provider Crown Castle to build out the enhanced cellular DAS (distributed antenna system) network as well as a fan-facing Wi-Fi network, Portland’s home at the Moda Center now has a level of wireless connectivity that mirrors the team’s excellent on-court performance — challenging for the NBA lead and looking to keep improving.

With Wi-Fi gear from Aruba Networks and an app developed by YinzCam, fans at Trail Blazers games can use the stadium Wi-Fi to gain access to live-action video streams, player stats and even a radio broadcast of the game. The app also supports seat upgrades, a feature powered by Experience.

Now in its second year of existence, the network and all its attributes are a big hit with Portland fans, according to Vincent Ircandia, vice president for business analytics and ticket operations for the Trail Blazers, and Mike Janes, vice president of engineering and technology for the Trail Blazers.

“We do a lot of fan surveys, and the approval [for the network] continues to go up,” said Janes. “We want to figure out what we can do next.”

Third-party the third and correct choice

Editor’s note: This profile is part of our new Stadium Tech Report HOOPS AND HOCKEY ISSUE, available for free download. In addition to this story it contains additional profiles and team-by-team tech capsules for all 30 NBA teams. Download your copy today!

Aruba Wi-FI AP in the rafters at Moda Center

Aruba Wi-FI AP in the rafters at Moda Center

If you dial the clock hands back a few years you would find an arena in Portland with not much connectivity at all, and fans who made their displeasure over the situation known, loud and clearly.

“Trail Blazers fans are not shy about letting us know how they feel,” Ircandia said. “Two years ago we learned that fans didn’t have much connectivity here [at the Moda Center]. That was a real gap in the customer experience.”

Janes said the top two methods of bringing a network in — allowing a carrier to build and operate it, or to build and run it themselves — both had significant drawbacks.

“You could hand it over to a carrier [to be a neutral host] but I’ve seen that before, where one carrier has to ride on another carrier’s DAS,” Janes said. “That’s not a good solution.”

The DIY option, Janes said, would mean that the Trail Blazers team would have to build the networks themselves, and hire someone to manage it.

“That would mean we would have to deal with the [multiple] carriers directly, and we didn’t want to do that,” Janes said.

In the end, Portland went with the neutral host option, with Crown Castle building and running the DAS and installing a Wi-Fi network as well. With its wide experience in building and managing DAS deployments, Crown Castle already has AT&T and Verizon as tenants on the Moda Center DAS, with Sprint coming on soon and possibly T-Mobile joining in the near future.

And on the Wi-Fi side, the team itself “owns” the network and the associated data — “and that’s good, because we are starting to take deeper dives into that,” Janes said.

And how’s it all operating?

“No complaints [recently],” Janes said. “The fans are pretty quiet when it’s just working.”

User numbers flat, data use doubles

Maybe those users are quiet because they are busy posting pictures to Instagram or posts to Facebook, two of the leading applications being used at the Moda Center, according to the Trail Blazers. According to Ircandia, what’s interesting about the usage patterns from last year to this year is that while the number of fans using the network has remained fairly stable (at about 25 percent of attendees), the amount of wireless data consumed has just about doubled from last season to this season, meaning that people are doing more things on the network.

Toyota pregame show on the Moda Center concourse

Toyota pregame show on the Moda Center concourse

Some of that may have to do with a redesigned app, which added four live streams of video action, as well as live radio broadcast coverage.

“We didn’t leave [interaction] to chance,” Janes said. “We spent a lot of effort improving the app and redesigning the web presence to make it more enticing and robust.”

While having more features is always a good step, a big part of the challenge for any team is just getting fans to use the network and the team app. At Moda Center, there is a unique method of network promotion, which also directly benefits the team: By selling the “sponsorship” of the network to local-area Toyota dealers, the stadium operators now have a partner who actively promotes the network to fans walking into the building.

According to Ircandia, the Toyota dealers also sponsor a pregame show, set on the arena concourse with the team’s dancers in attendance to help attract attention. “They [Toyota] want to sell cars, so they have a lot of signage [about the network],” in addition to the show, Incardia said.

If there is such a thing as a good problem, there is one involving the ticket upgrade feature: Since the Trail Blazers have such passionate fans and are doing so well, there aren’t many available seats to offer for upgrades. “It’s a bit of a constrained inventory,” Janes said. Still, the team is using the Experience feature to offer last-minute ticket deals to students in the area, alerting them that there are seats available that may have a chance to be upgraded.

“They [students] have the time to drop whatever they’re doing to come over to the game,” Janes said.

Retrofitting an old flower

Previously known as the Rose Garden, the arena, which was built in 1995, clearly wasn’t initially designed with wireless connectivity in mind.

“We were retrofitting for technology that didn’t exist [when the building was built],” Ircandia said. “That’s where creativity comes in.”

DAS headend gear

DAS headend gear

Some of the creativity in network design included separate Wi-Fi antennas for 2.4 GHz and 5 GHz transmissions, so that older devices didn’t have to compete with newer devices for the best Wi-Fi connection. Ircandia also said that the Moda Center “created” some new DAS headend space up in the highest reaches of the building.

“We built catwalks above the catwalks,” Ircandia said.

Looking ahead to what’s next, Janes said the network team is looking to use wireless to connect to food and beverage carts, so that point of sale operations don’t need to be tied to a plug in the wall.

“If we go wireless we can move the carts around, even put them outside, which gives us a business case improvement with no impact to the fans,” Janes said.

And now that those fans know what is possible, they will want what they have now, and more.

“That’s their expectation now,” Janes said, “that it will work when they walk in the building.”

Stadium Tech Report: Indian Wells Tennis Garden serves up an ace with Ruckus Wi-Fi for BNP Paribas Open

Indian Wells Tennis Garden, home of the BNP Paribas Open. Credit all photos: IWTG (Click on any photo for a larger image)

Indian Wells Tennis Garden, home of the BNP Paribas Open. Credit all photos: IWTG (Click on any photo for a larger image)

In tennis, a player gets two chances to serve the ball in. Mark McComas, lead project manager for the public Wi-Fi installation at the Indian Wells Tennis Garden in southern California, knew he’d have just one shot to get it all to work properly.

McComas, VP for systems integrator West Coast Networking of Palm Desert, Calif., began working on a wireless system to handle IWTG’s administrative and corporate offices as well as handle box-office scanning in July 2013. But then a smartphone app for the famed BNP Paribas Open tennis tournament with schedules, results, player bios and live streaming video got added to the mix, and IWTG’s public Wi-Fi network wasn’t so much born as mushroomed into being.

At this year’s tournament, where play in the women’s main draw started today, the 400,000-plus fans who attend over the two weeks of play will be able to once again use the app to enhance their on-site visit, with features like live video from different courts, updated stats and play-by-play audio coverage. It all runs on the free Wi-Fi service available at the venue, a project McComas and West Coast Networking helped deploy in time for last year’s event.

Building a net for tennis fans

McComas, working with engineering help from Hewlett-Packard, went to work building out the venue’s network elements, spending slightly more than $1 million along the way on things like:

— The design and installation of wireless switches, antennas and 138 access points from Ruckus Wireless;

PR view of the BNP Open app. Usually you can't see the Wi-Fi!

PR view of the BNP Open app. Usually you can’t see the Wi-Fi!

— Ensuring sufficient bandwidth for the BNP Paribas smartphone app, developed by The App Company of Palos Verdes Estates, Calif.

— Figuring out how to stream video from the four stadiums, and whether they should produce their own video locally; pick up feeds from the Association of Tennis Players and the Women’s Tennis Association; or work with a third-party. (They went with the ATP/WTA feed.)

— Configuring the subscriber gateway from RG Nets, Reno, Nev., that rate-limits onsite users to 5 Mbps upstream and 5 Mbps downstream.

In addition to staff and thousands of spectators to satisfy, there was also the man who owns IWTG and the BNP Paribas tournament: Oracle billionaire Larry Ellison, who’s not exactly known for initiating group hugs. According to McComas, the tournament staff was great to work with and very technology-fluent. “They gave us the tools and expected us to perform and do it right the first time,” he added.

Fine tuning the bandwidth

McComas also credits all the vendors involved for their input and cooperation. As a result, the network easily handled the demands from densely packed users and the steep pitch of each stadium. Predictably, that’s where the toughest engineering problems emerged. “The biggest problem was density and co-channel interference at 2.4 GHz and 5 GHz,” McComas said. “We used directional antennas and a corkscrew pattern in the upper and lower levels of Stadium 1 and Stadium 2, with directional antennas pointing at banks of seats.”

Overhead view of the IWTG complex

Overhead view of the IWTG complex

The capacity of Stadium 1 is 16,000 fans; Stadium 2 has 8,000 seats.

In addition, if a user connects at 2.4 GHz, if their device can support it IWTG pushes them to 5 GHz, which McComas said was critical since the overlap on the 2.4 GHz part of the spectrum is only three channels.

Another critical piece in the network was the platform from RG Nets, which in addition to rate-limiting, also handles clustering, failover and load balancing. McComas said the box acts as a “captive portal,” so that once the user connects there and agrees to the terms and conditions, they get Internet access based on a group policy that throttles their connection. “Public Wi-Fi needs rate-limiting,” he said. “You could make the best wireless network out there, but if you’re not throttling the connection on a per-user basis, you’re going to fail.”

Video streaming, video encoding and app hosting are all handled off-premises; that reserves bandwidth and processing power for onsite users, rather than hosting those functions for the entire world, McComas said.

In 2014, McComas said IWTG had as many as 9,000 concurrent users on the tournament app, accounting for nearly 3 TB of data per day from the public Wi-Fi network alone. “It was insane how may people downloaded the app and were using it,” McComas laughed. In addition, IWTG had 4 Gbps of fiber in 2014 dedicated to the public Wi-Fi network; McComas said they’ll bump that up to 5.5 Gbps this year. They’re also adding about 20 additional APs around the venue to relieve potential congestion points.

“It was very clear that the Indian Wells organization wanted to do it once and do it right the first time, and also accommodate their growth over the next 10 years,” he added. “We engineered the network for growth.”

Terry Sweeney is a Los Angeles-based writer who’s covered IT and networking for more than 20 years. He is also founder and chief jarhead of Paragon Jams.

Avaya boots Ruckus from San Jose Earthquakes’ new stadium Wi-Fi deal

Crowds at Avaya Stadium during the venue's first game on Feb. 28. Credit all photos: Avaya

Crowds at Avaya Stadium during the venue’s first game on Feb. 28. Credit all photos: Avaya

While it hasn’t been announced publicly, the year-ago agreement to have Ruckus Wireless provide the Wi-Fi gear at the new San Jose Earthquakes stadium got the boot when networking gear and services provider Avaya stepped up with a $20 million naming-rights deal that also apparently includes using Avaya equipment, not Ruckus, for the in-house wireless network.

Since we haven’t yet been to the new Avaya Stadium we weren’t able to look around to see whose label was on the Wi-Fi APs when we reported that the network was live for the team’s “soft” opening, a preseason game on Feb. 28. As it turns out, we erroneously said Ruckus gear was being used for the network but have since been contacted by Avaya folks who told us that wasn’t the case. According to an Avaya spokesperson, the entire Wi-Fi network at the stadium, including APs, is Avaya gear.

When we asked a Ruckus spokesperson earlier this spring about the network, the only thing that person said was that the Earthquakes asked Ruckus not to comment on the network; until today, Ruckus had not announced publicly that it was no longer the Wi-Fi supplier at the now-named Avaya Stadium.

Here was the email reply we got today from Mark Priscaro, global public relations manager for Ruckus:

The San Jose Earthquakes recently consummated a naming deal for their new stadium, and it’s our understanding that Avaya is in charge of all networking, including Wi-Fi. It was a marketing deal on behalf of the Earthquakes, and not technology-driven. Avaya, with the approval of and authorization from the San Jose Earthquakes, chose to deploy their own Wi-Fi network infrastructure, which does not include Ruckus Wireless products or technology.

The Avaya spokesperson said the Wi-Fi network at the new arena worked well for the preseason opener, and will be fully operational at the team’s MLS home season opener on March 22. Mobilitie is the neutral host provider for the stadium’s DAS deployment, which is still under construction.

Mobilitie gets DAS contract for San Jose Earthquakes’ Avaya Stadium

Good look at the steep pitch of stands at Avaya Stadium. Credit: Avaya Stadium

Good look at the steep pitch of stands at Avaya Stadium. Credit: Avaya Stadium

It’s not deployed yet and there’s not a lot of details yet but we can confirm that Mobilitie will be building the neutral host DAS deployment at the San Jose Earthquakes’ new Avaya Stadium in San Jose, a facility that gets its “official” launch later this month.

The new $100 million Avaya Stadium, which hosted its first event in a preseason game on Feb. 28, will officially open with the Quakes’ home MLS opener against Chicago on March 22. While the Ruckus Wireless-powered Wi-Fi network in the stadium is reportedly already live, the DAS isn’t yet complete and may not be in time for the season opener. Mobilitie officials confirmed the deal Monday but didn’t have more details to share but we are sure we’ll hear more as antennas get connected and contracts get signed.

The Mobilitie deal was first “reported” in an advertorial that ran in Sports Business Journal, where the Earthquakes also talked about bringing in-seat food and beverage ordering to their still-under-development stadium app. Mobile Sports Report will be at the home opener, so look for a Stadium Tech Report after that visit. Any Quakes fans who were at the preseason game, feel free to add your observations about the new arena in the comments.