Extreme, YinzCam team up for Baylor Wi-Fi and app deployment

Screen shot of proposed Baylor app

Screen shot of proposed Baylor app

When the new $260 million McLane Stadium at Baylor University in Waco, Texas, opens for this season it will have full-facility Wi-Fi and a custom mobile app, designed and deployed by a partnership between Wi-Fi gear and analytics provider Extreme Networks and app developer YinzCam.

In an announcement today, Extreme and YinzCam said fans in McLane Stadium will have access to real-time replays via the team’s new app, a functionality made possible by high-quality Wi-Fi. The network and app are expected to be live for the Baylor Bears’ first home game of the season, an Aug. 31 date with SMU. The stadium will also have a distributed antenna system (DAS) hosted by AT&T; according to Baylor, Verizon Wireless has already agreed to participate in the AT&T-hosted DAS.

While we are working on setting up an interview with the Baylor folks to hear more about their new stadium in general and their network in particular, here are some of the prepared quotes from the participants:

Pattie Orr, Vice President for Information Technology, Baylor University:

“2014 is a monumental season for Baylor University and Baylor Athletics as we officially open McLane Stadium and deliver our fans the ultimate fan experience. Using a hand-picked collection of innovative technology, Baylor fans will stay connected with the ultra-fast Wi-Fi network as well as a robust cellular distributed antenna system. Fans can direct their own mobile experience using our new Baylor In-Game application throughout the stadium.”

Norman Rice, Senior Vice President of Business Development, Extreme Networks:

“Baylor University is one of the pre-eminent academic and athletic institutions in the country and has put together one of the most exciting experiences in sports with the debut of McLane Stadium. Extreme Networks is proud to let our wireless technology extend the connectivity that fans and media consider a ‘must have’ whenever they attend a game.”

Priya Narasimhan, CEO and Founder, YinzCam:

“This is a major first in college sports. The Baylor In-Game App is pushing the envelope by being the first college athletics app to provide instant replays from multiple views to Baylor fans, right at their seats, at the new McLane Stadium.”

Stadium Tech Report: Levi’s Stadium network lives up to hype, but team app still needs work

Levi's Stadium from Section 244. All photos: Paul Kapustka, Mobile Sports Report

Levi’s Stadium from Section 244. All photos: Paul Kapustka, Mobile Sports Report

At the very least San Francisco 49ers fans Sunday could take heart in the fact that the wireless network in Levi’s Stadium largely lived up to its advance billing, performing quite well even as the team on the field sputtered and failed to connect. In its first “real” test with an almost-full house on Sunday the Levi’s Wi-Fi and cellular networks seemed to work well throughout the game, delivering solid speed test results from almost every part of the new 68,500-seat facility, even as Colin Kaepernick and the rest of the 49ers were dealt a 34-0 preseason drubbing by Peyton Manning and the visiting Denver Broncos.

And just like the team, the Niners’ stadium technology lineup still has some weak spots that will hopefully be fixed before the regular season home opener on Sept. 14. Among the disappointments Sunday was a no-show by the highly heralded instant replay feature, the crown jewel of the new Levi’s Stadium app. We also experienced some location-connection problems with one of our devices, exposing what we consider a flaw in the Levi’s app, namely an over-reliance on location technologies to enable key parts of the app, like wayfinding and on-site video streaming.

Ticket scanner with Niners visor to block sun

Ticket scanner with Niners visor to block sun

Some other not-so-advanced technology flaws that could use fine-tuning include the volume level on the main stadium public-address and announcing system, which was so loud that it made it a struggle just to talk to the person next to you for long stretches of time. The ticket scanning machines also seemed to have issues working in the bright sunlight, a problem that found a low-tech fix when ticket personnel placed Niners’ visors around the tops of the machines to shade the scanning area. And many concession stands around the stadium were unable to serve guests or could only take cash because the staff operating the stands said they weren’t given access codes to the point-of-sale systems.

Overall, however, the first football game at Levi’s was a success on many levels, including the fantastic sight lines available from most seats and largely incident-free travel and parking operations, with noticed improvements especially on the VTA light rail front that struggled mightily during the stadium’s opening-event soccer game two weekends ago. Most fans also probably got a little weight loss from the no extra-charge sauna situation, thanks to the cloudless day and bright sun that bathed most of the seats in searing heat for long times after the 1 p.m. start.

Smooth start for early VTA riders

What follows here is a somewhat minute-by-minute account of my trip to the game, and my experience with the network and stadium operations on site.

Mtn View lot sign, not in operation at 9:30 a.m.

Mtn View lot sign, not in operation at 9:30 a.m.

Since I wasn’t given press access to the game, Mobile Sports Report attended like a regular fan, purchasing a single ticket through the NFL Ticket Exchange service on the 49ers’ web site. My plan to get to Levi’s from San Mateo was to drive to downtown Mountain View, park there and take VTA the rest of the way. (I didn’t take CalTrain mainly because I didn’t want to have to sync my return schedule with the CalTrain options going northbound on Sunday.)

Though I was somewhat incredulous about having to buy tickets online — VTA said that the ticket machines in Mountain View would be shut down Sunday to keep big lines from forming — upon further review the VTA app was slick and easy to operate and understand. After purchasing a ticket for $6.50 Saturday night I activated it Sunday, and showed it at the gate where they checked boarding passes. For people who didn’t have tickets there was a tent set up where they could buy a pre-loaded Clipper card for $10 good for a day’s worth of VTA riding. There was an abundance of VTA workers on hand, as well as a large and very obvious police presence. As a nice touch there was also a large bank of porta-potties, and behind the trains there were express buses waiting, according to one VTA employee, in case of crowd overloads.

“We learned some lessons from two weeks ago,” he said.

If there was a glitch in the VTA operations it was with the city of Mountain View — though a couple city lots were designated as places where fans could buy all-day parking passes, and there were clear signs to those lots, at 9:30 a.m. those lots were not yet staffed with anyone to pay; MSR found one sign leaning up against a post, waiting to be deployed. Fans could also park in the CalTrain lot for $5, payable via the CalTrain track podium ticket machines.

Fans transferring from CalTrain to VTA at Mtn View station

Fans transferring from CalTrain to VTA at Mtn View station

I boarded the first VTA train to leave for the stadium, along with many fans who had just gotten off CalTrain. The pleasant, air-conditioned trip took just 27 minutes, passing many Silicon Valley company headquarters and one neighborhood with “no parking here” patrols before stopping pretty much right at the Levi’s Stadium entrance. A few steps later I was in the parking lot, and took the first of many Wi-Fi speed tests and got a signal of 29 Mbps download and 23 Mbps upload, a good sign for network operations.

Looking for Wi-Fi, finding lots of it

DAS antenna in "Faithful Mile" area

DAS antenna in “Faithful Mile” area

Once inside the gates — and past the shaded scanners — I started speed testing in earnest, with the two devices I brought with me: A Motorola Droid 4 on Verizon, and a Samsung Galaxy Note 3 on AT&T. While waiting for the main stadium gates to open at 11 a.m. I got the weakest Wi-Fi signals of the day along the “Faithful Mile” area where promotional booths from sponsors kept early arrivers entertained. Wi-Fi on both devices out there only hit 2 to 3 Mbps on the download, while cell signals on both devices were in the 6-7 Mbps download range. Since I could see multiple DAS radios in the area but not any Wi-Fi access points I wasn’t too surprised; but it was an unusual area not to be blanketed with Wi-Fi, especially since there was good access a couple hundred yards away in the parking lots.

After finally entering the stadium proper, I ran into Niners president Paraag Marathe — who said he was “nervously excited,” and looked ready to start sweating in his suit and tie. “We’ve just got to make sure everything works today,” Marathe said, shaking my hand. Then I went up the escalator and saw the “Kezar pub,” an open-air bar filling the top area above the Intel gate. There, draft beers like Shock Top and Goose Island IPA were available for $11, and bottled beers available for $10.25.

As I started walking around the outside concourse I took my first speed test in the stadium and it blew the needle off the edge: 57.92 Mbps download, 41.00 Mbps upload.

A few minutes later on the inside concourse (where most of the concession stands are) I hit 27.85 Mbps/21.34 Mbps, still impressive. Then I tried to launch the app, and — problem. Apparently the device wasn’t connecting because it wouldn’t show my location on the wayfinding app. Luckily, right in front of me was Racquel, one of the “NiNerds,” the team’s new staff of technical experts who are there to help fans make the app work. But Racquel couldn’t solve my problem, even after we both tried turning on all location services, including Bluetooth.

Racquel the NiNerd

Racquel the NiNerd

“I can try to find another NiNerd who might know more about this device,” offered Racquel, who was visibly dismayed at her failure to help solve my problem. Instead, I moved on, hoping that the problem would solve itself later. But it didn’t.

Failure to locate… and other app problems

After downloading the Levi’s app to both devices over the weekend, I noticed that the first item on the app list of functions — Tickets — required me to “sign in” with my “Stadium Ticket Account,” something I didn’t have and didn’t know how to get. I did figure out how to enter my purchased seat location (which I could have used to order food to my seat, or for the express pick-up option), but I could never get the location feature to work on the Samsung device, which kept me from being able to see the live streaming TV option (I kept getting a message that said, “You must be at the stadium to play this video”). I was able to watch the live TV option on the Motorola device, after turing on location services. But for both devices — and, as it turns out, for everyone in the stadium — the final feature on the app, Game Center, where we were supposed to be able to see all the instant replays we could handle, remained labeled “coming soon.”

Finally sitting in my most excellent seat — section 244, row 3, seat 17 — I noticed that the Motorola device could no longer connect to Wi-Fi, even as the Samsung device was hitting marks in the 15-16 Mbps range. I started tweeting about the problem, and instead of a NiNerd coming to help me I got a personal visit from the Levi’s version of a Jedi Master, namely Dan Williams, the team’s vice president of technology. (Never underestimate the power of a complaining tweet!)

Niners VP of technology Dan Williams attempts to fix my Droid 4 Wi-Fi issues (while trying not to laugh at the fact that I actually have and use a Droid 4)

Niners VP of technology Dan Williams attempts to fix my Droid 4 Wi-Fi issues (while trying not to laugh at the fact that I actually have and use a Droid 4)

On my own, I had guessed that the Droid’s inability to connect came from its having only a 2.4 GHz Wi-Fi radio. If you’re not familiar with Wi-Fi networks, the 2.4 GHz band of unlicensed airwaves is what most first-generation Wi-Fi networks used; more recent devices are able to also use the 5 GHz band of unlicensed airwaves, which simply offer more channels and more bandwidth. The iPhone 5s, for example, mainly uses 5 GHz for Wi-Fi, as does my Samsung Note.

In scanning the available Wi-Fi networks, I had also noticed something else that I thought could be gumming up the Droid’s connection — a bunch of personal Wi-Fi hotspots in the immediate area, including several labeled as GoPro cameras. After curiously examining my Droid 4 — and its slide-out keyboard — Williams and a technician from Wi-Fi gear provider Aruba Networks concurred that my device was getting bogged down in the 2.4 GHz mess, and also wasn’t refreshing the available networks list, a device-specific problem.

Bottom line? Levi’s is no country for old phones.

Initial verdict: Wi-Fi and cellular is world class… but app needs work

After staying into the third quarter — and visiting another friend in section 109, where I got another hefty Wi-Fi speed test (24.42/25.39 Mbps) — I followed the lead of many fans and took an early leave of Levi’s, which meant no lines at the VTA trains and just a couple short delays due to track congestion that stretched the return train trip to 40 minutes. Overall, my travel to and from the stadium from San Mateo took just over an hour each way, a happy stat to report.

My initial verdict is that the Wi-Fi and DAS (cellular) networks delivered as promised, with solid speeds all around the stadium every time I checked. It’s no small accomplishment just to deliver such world-class service to such a crowded space, especially in the middle of Silicon Valley. True to its roots, the crowd Sunday was device-happy, with many iPads and GoPros being carried around as video cameras, in addition to all the phones that were in constant use. It’s a tribute to Williams and his staff, as well as the technology suppliers like Aruba, Brocade, Comcast (backbone bandwidth supplier) and DAS Group Professionals, who built the distributed antenna system (DAS) which brings advanced cellular connectivity inside the gates, to have built a solid network that worked well on its first big test.

The team app, however, did not even come close to living up to its advanced billing. To equal the network I think the app needs more advance instructions, especially on the ticketing/registration options as well as on the location services needed to make everything work. And until we see the multiple-camera angle live replays in action, to me the app is an incomplete project. The good news is, the Niners and their technology teams have several weeks to make improvements, including another preseason game Aug. 24 against the San Diego Chargers.

It’d also be helpful for the team to reach out a bit more to the VTA and players like the City of Mountain View, since the VTA site maps and Mountain View’s parking maps are far from what you would call “advanced design.” I think it’s up to the Niners to help pay for improvements to the city and transportation entities’ technology offerings, simply because of the burden placed on those operators by the fans going to Niners’ games. At the very least, more links from football to getting-there operations seems in order, instead of trusting that all parts of the operation will work in sync.

VTA lines going home

VTA lines going home

Stadium Tech Report: Minnesota Twins tap InSite and TE Connectivity to get DAS ready for All-Star Game

Target Field, the downtown home of the Minnesota Twins. Credit: Minnesota Twins

Target Field, the downtown home of the Minnesota Twins. Credit all photos: Minnesota Twins

Even at a new stadium, getting the wireless network right is a constantly changing target. And for 4-year-old Target Field in Minneapolis, that meant an upgrade to the DAS not too long after the facility opened its doors.

“Nobody will ever have the perfect [network] install, and that’s part of the fun of it,” said John Avenson, vice president of infrastructure for the Minnesota Twins baseball club, in a phone interview with MSR. “The problem is not solvable as in, one year and you’re done. You need to be continuously improving.”

For the Twins, improving cellular connectivity was especially important since this year the club and the stadium will host baseball’s midsummer classic, the All-Star game. Thanks to help from InSite Wireless and DAS gear from TE Connectivity, Target Field’s DAS should be able to handle not just the overall growth in Twins fans’ wireless needs, but also the extra demands of a special event and all the selfies that go along with it.

“Fortunately, InSite and the carriers have been able to react quickly, and we should be ready for the test of the All-Star game,” said Dan Starkey, director for ballpark development and planning, in the same interview. “We’ll be ready to fully test the system.”

Wi-Fi and DAS, a perfect double play

Dan Starkey, director for ballpark development and planning

Dan Starkey, director for ballpark development and planning

As a new facility, Target Field was ahead of the curve when it came to Wi-Fi. On opening day the park had free Wi-Fi service for fans, with 225 access points initially available. “Back then that was a big number,” Avenson said. And while some carrier execs have been voicing an opinion that DAS is all that’s needed in a stadium, Avenson isn’t convinced.

“At this point you need both Wi-Fi and DAS,” he said.

Though the Twins do a good job of promoting the Wi-Fi service, most fans in stadiums everywhere usually default first to a cellular connection, either because they don’t know about the Wi-Fi, or don’t want to be bothered with the process or aren’t sure how to connect. Since people still think they should be able to send pictures or watch videos over a cellular connection, even at a crowded ballpark, that means the DAS – the Distributed Antenna System – needs to keep pace with all the smartphones and tablets being used.

“Some fans put their phones away [when they come to the stadium] but the younger crowd does not do that,” Avenson said. “Nothing interrupts their need for a good [wireless] experience.”

AllstarlogoAccording to Avenson, even before the facility opened the IT team new that they wanted a neutral host partner to lead the DAS effort.

“It just made sense to us,” said Avenson of having a neutral host DAS supplier, since as he said, carriers can be like siblings who have to share a bedroom. “InSite really enables the carriers, so they don’t have to fight with each other [over technology deployments].

Verizon Wireless and AT&T, the two biggest cellular carriers in the U.S., were on the neutral host DAS at the start, and were later joined by Sprint and T-Mobile. And even though the park is fairly new, Avenson said everyone involved realized quickly that wireless demands were growing, meaning that an upgrade was needed sooner rather than later.

According to the team, the most recent upgrades were to add MIMO capability for 1900 and AWS 2100 MHz bands, as well as adding four additional sectors in the bowl for AT&T. The new DAS can also support newer 4G LTE technologies, the Twins said.

“It’s just part of the evolution of DAS,” said Starkey. “Once we realized we needed additional coverage and capacity, InSite and the carriers acted quickly.”

Suite view of Target Field

Suite view of Target Field

The downtown difference

Like many other stadiums and large public facilities, Target Field had to be creative in finding space for the DAS head end equipment.

“In 2008 and 2009, we thought we’d fit it [the DAS head end] in a corner but it grew to a larger space and then that wasn’t big enough,” said Avenson, who added that AT&T and Verizon each have 10 to 12 cabinets of back-end gear for their DAS operations. “When the building was being built in 2008, the architects were not aware that we’d be needing more space. It’s amazing how much space and power a DAS takes at the head end.”

Adding to the complexity of the Target Field deployment is the fact that the field is in the middle of downtown Minneapolis, with large office buildings peeking over the roof of the stadium. According to Avenson, carriers and the team had to perform a series of reconfigurations to antennas both inside the park and out, so that the macro metro cellular network didn’t interfere with the DAS network inside the stadium.

“When the macro network wants to invade [the stadium] you have to push the macro network out,” said Avenson. “If you’re Miller Park [the baseball field in Milwaukee] and you have a big parking lot around the stadium you can control your own destiny. Parks in the middle of cities have a much different challenge.”

Editor’s note: This profile was originally published on May 1, 2014. It is also included in our Stadium Tech Report for Q2 2014, which you can download for free from our site.

Stadium Tech Report: Miami Marlins rely on ExteNet DAS to keep wireless traffic flowing

Marlins Park. Credit all photos: Miami Marlins.

Marlins Park. Credit all photos: Miami Marlins.

If you know anything about Marlins Park, maybe it’s the stadium’s unique retractable roof or the spectacular art that catches your eye. But there’s also something you can’t see that is equally exciting, at least when it comes to the in-stadium connectivity experience: A neutral-host distributed antenna system (DAS) that has more than kept pace with the rapid, continual increase in fan cellular activity.

“When it came to DAS, we were ahead of the game,” said David Enriquez, senior director of information technology for the Miami Marlins, in a recent phone interview. Well before the 37,000-seat stadium opened in 2012, Enriquez said the Marlins’ IT team was researching and planning for enhanced cellular connectivity – even before “DAS” became a hot industry acronym.

“We planned for a DAS even before they were in vogue,” said Enriquez. “We saw it as a necessary evil.”

With the iPhone and all its cataclysmic changes already in motion, Enriquez said the Marlins wanted to avoid what had happened recently at another arena that opened in the Sunshine state without good connectivity.

“What we didn’t want to see was something like what happened in Orlando, when they opened the arena [in 2010], it had bad coverage, and they were crucified in the press for bad [cellular] service,” Enriquez said. “We said, what we’d love to have is the complete opposite of that.”

David Enriquez

David Enriquez

At the opening of Marlins Park, the connectivity inside the walls was better than most, with a full-park Wi-Fi network using gear from Meru Networks and a neutral-host DAS deployed by integrator ExteNet Systems. And though Wi-Fi often gets the headlines when there is talk about stadium networks, in many facilities like Marlins Park, the DAS is an equal workhorse, since many fans still either don’t know how or don’t take the time to switch their devices over to Wi-Fi.

DAS is the workhorse

According to Enriquez, on an average night at the ballpark the Wi-Fi network will handle 40 percent of the wireless traffic, with the DAS taking care of the other 60 percent. That may be because of lack of knowledge, or perhaps satisfaction with the signal the DAS is giving them, Enriquez said.

“Early on, most people, honestly, did not know how to change [their phone] to Wi-Fi,” Enriquez said. Most fans, he added, weren’t typically streaming lots of video — they may, he said, have used the MLB At Bat app to look at a replay or two, but that could all be handled by DAS. “That trend is changing though and we are seeing much more video traffic, especially with the younger generation of guests,” Enriquez said.

Marlins Park outside

Marlins Park outside

“The truth is, many users may not take the time to switch [to Wi-Fi],” Enriquez said. “If they’re getting 4 to 5 bars on their cellular signal, they’re happy.”

Though the Marlins and ExteNet now have five major carriers on their DAS – AT&T, Verizon Wireless, Sprint, T-Mobile and MetroPCS (now part of T-Mobile), Enriquez said there was a bit of the chicken and egg problem at the start.

“Early on, nobody wanted to be the first on (the neutral DAS),” Enriquez said. “ We [the stadium] were just another node. Now, 3 years later, we are a central node in the Miami area and all the carriers are here. We’re a very central location.”

Staying in neutral

Enriquez, who has considerable experience in the large-venue IT world, said that having a neutral host for the DAS eliminates any potential concerns about favoritism between service providers. Even though costs to the team or stadium may be lower if they allow a carrier to take over DAS deployment, Enriquez said that for the Marlins a neutral host was worth the extra price.

“We didn’t want an advantage to be held by one carrier,” Enriquez said. Even if a carrier says it will act as a neutral host, when one carrier owns the deployment, others can “find it hard to believe there will be an equal time slice” when it comes to antenna access.

“We just wanted to avoid that, and make it irrelevant [as a concern],” Enriquez said.

The choice of bringing in an integrator like ExteNet, he said, provides an additional streamlining of operations, as there is now a single point for vendors to interact with to work out technology and deployment issues.

“We wanted to deal with one vendor – I didn’t want to be the middleman between the carriers and the Marlins,” Enriquez said. In that regard, he said, ExteNet has been “wonderful” as a neutral host. “They deal with all the carrier issues that I have no desire to deal with,” Enriquez said.

Less space needed for DAS upgrades

And even as fan cellular bandwidth use continues to grow – requiring carriers to constantly upgrade their systems – Enriquez said that DAS infrastructure is benefiting from improved technology to the point where even as carriers upgrade, their head end footprint is shrinking.

AT&T, for instance, has upgraded its DAS presence in Marlins Park four times over the past 2 years, Enriquez said, to the point where the carrier now has coverage for all four frequency bands. “They [AT&T] have done quite a bit to expand their coverage,” Enriquez said.

Still, the Marlins Park DAS head end hasn’t had to find new space beyond its original 1,500-square foot enclosure.

“Every time someone comes in to replace gear, we have a smaller [DAS] footprint,” Enriquez said. “It’s not going to eat you out of house and home anymore.”

Like other stadium IT directors, Enriquez is still surprised by the amount of wireless traffic generated by the fans who come to the games. “It’s incredible to see the need [for bandwidth” grow,” he said. “But people continue to give our network a thumbs up, we see that in our guest comments all the time. I just don’t know what we would do without the DAS.”

Stadium Tech Report: Upgrades keep San Francisco Giants and AT&T Park at front of stadium DAS and Wi-Fi league

Outside AT&T Park. All photos, Paul Kapustka, Mobile Sports Report. (Click on any photo for larger image)

Outside AT&T Park. All photos, Paul Kapustka, Mobile Sports Report. (Click on any photo for larger image)

What’s it like when the best-connected park in Major League Baseball loses its cellular mojo for a month? This winter the San Francisco Giants found out how fun it isn’t to revisit the days of “no signal,” when a DAS upgrade meant about 30 days of little to no connectivity inside AT&T Park.

“It was painful,” said Bill Schlough, senior vice president and chief information officer for the Giants, during a recent in-person interview at AT&T Park. Though no big sporting events took place during the Feburary-to-March overhaul of the main AT&T distributed antenna system (DAS) head end, Schlough said during that time many of the roughly 200 to 300 employees who work at AT&T Park every day were forced to find daylight to make a call, just like the bad old days before DAS.

“We never really knew how much we rely on DAS [for internal operations], but having it down really drove it home,” said Schlough. The good news on the DAS front was that once the upgrade was complete, the Giants had a lot more space in their previously cramped head-end headquarters. According to Schlough, the new back-end equipment for AT&T’s DAS operations takes up less than 50 percent of the previous gear footprint, room that is likely to be filled with gear from yet another carrier slated to join the AT&T neutral-host DAS later this season.

Painful, but worth it.

Second major upgrade in 5 years of DAS

Giants CIO Bill Schlough (left) talks with workers in the park's main DAS head end facility.

Giants CIO Bill Schlough (left) talks with workers in the park’s main DAS head end facility.

If you’re not familiar with a neutral DAS like the one at AT&T Park, it’s an implementation where there is one set of antennas and internal wiring, and then a “head end” where each carrier puts its cellular-specific networking gear, equipment that identifies and authorizes callers and then connects those calls or messages to fiber links back out to the Internet and beyond. As the lead provider of DAS and as the namesake sponsor of the park it makes sense that AT&T has the biggest DAS requirement on site. Verizon, which has been on the AT&T Park DAS for two years now, actually houses most of its head end gear in a separate facility nearby, and links to the AT&T Park system via fiber.

Part of this year’s DAS renovations include a new room specifically being built for Sprint’s DAS equipment, a sort of re-arrange-the-house construction project that saw the ballpark wall off half its painting services workshop to make space for Sprint’s gear. During our visit we saw workers putting up the racks that will hold the Sprint head end gear, as thick fiber cables snaked in the doorway.

Additional carrier(s) would likely be placed in the same room as AT&T and Verizon, on floor space that used to hold AT&T racks before those were un-drilled from the concrete floor and new racks were installed during the February-March overhaul. According to Schlough, the DAS upgrade (which required minimal tweaks to the previously installed DAS antennas) was the second major rip-and-replace action in the 5 years the DAS has been live at AT&T Park.

DAS performance improves over time; Wi-Fi is good too

White box at bottom is one of the under-the-seat Wi-Fi access points at AT&T Park.

White box at bottom is one of the under-the-seat Wi-Fi access points at AT&T Park.

Though Wi-Fi services in stadiums gets a lot of technology headlines, in many big arenas the DAS is an equal workhorse, connecting people who either don’t know how to or prefer not to connect to Wi-Fi services. Through the first 18 games of the 2014 season, Schlough said AT&T Park was seeing average AT&T traffic loads on the DAS of 150 Megabytes on the download side (fans requesting data) and 50 MB on the upload side (fans sending data). Figures for the Wi-Fi network (which is free to all customers) for the same span of games was an average of 400 MB download, 200 MB upload per game.

Schlough said performance stats for the AT&T portion of the DAS have improved vastly since the distributed antenna system was first put in.

“Just four or five years ago, 97 percent [connection rate] was actually relatively respectable,” Schlough said. Now, Schlough said network connect rates regularly hover in the “four nines” region, with a recent report showing a success rate of 99.9925 percent of all calls or texts going through.

The Wi-Fi network at AT&T Park, the first in any major sporting arena and still among the world’s most expansive, has more than 1,200 access points, many of which are now located beneath the seats. According to Schlough this coming offseason will likely represent the final phase of a stadium-wide deployment effort for the new, under-seat access points, which are installed symmetrically under the seats that are out in the open air.

Giants senior VP and CIO Bill Schlough, at the office

Giants senior VP and CIO Bill Schlough, at the office

Since AT&T Park doesn’t have many railings alongside the seats “in the bowl” or those in the upper decks, the under-the-seat APs were the only choice to extend Wi-Fi connectivity, he said. Though the box-like antennas do take away some under-seat storage area from approximately every 40th seat, Schlough said there haven’t been many complaints from fans about the gear.

What he has seen, however, are many compliments about the network services, especially from fellow professionals in the sports IT world.

“I get friends in the business who come here and send me texts with Speedtests attached, showing how great the Wi-Fi is,” said Schlough. My own ad hoc testing before our interview (albeit during non-game hours) showed speeds of greater than 40 Mbps for Wi-Fi just outside the park near McCovey Cove, and speeds of 25+ Mbps just outside the main gate. Schlough also showed us some of the new iBeacon antennas, which are being tested at MLB parks this summer to provide near-field communication marketing opportunities, like automatically checking fans in to the official At Bat app when they pass by a beacon. It’s just another way the best-connected park in baseball seeks to continue to improve the fan experience.

According to Schlough, the connectivity at AT&T Park doesn’t hurt when it comes to ticket sales.

“People do come here more frequently, I think, because they know there will be good connectivity,” said Schlough. “There’s no compromise. I do think that’s part of why we’re currently riding the third longest sellout streak in MLB history.”

MORE PHOTOS BELOW — CLICK ON IMAGES TO SEE LARGER VERSION

Can you find the iBeacon in the bowels of AT&T Park? It's the small grey box to the left of the other antenna.

Can you find the iBeacon in the bowels of AT&T Park? It’s the small grey box to the left of the other antenna.

Sprint's new DAS room at AT&T Park.

Sprint’s new DAS room at AT&T Park.

A close-up of the under-seat AP. Each AP requires holes drilled through concrete to provide wiring access. APs are weather-sealed, according to the Giants.

A close-up of the under-seat AP. Each AP requires holes drilled through concrete to provide wiring access. APs are weather-sealed, according to the Giants.

Bill Schlough's "old phones" collection. How many of these can you identify?

Bill Schlough’s “old phones” collection. How many of these can you identify?

IBM gets in the arena app game with LTE Broadcast support

IBM app for AjaxThis one of the more nuanced press releases we’ve seen in some time, but there seems to be some meat behind the idea of IBM helping to design an LTE broadcast enabled stadium app for the Amsterdam Arena.

We’ve reached out to the principals and so far no luck getting anyone on the phone, but we did get some more email info so I think I can piece together most of the story. Basically it appears that IBM has a mobile development program that is called, somewhat obviously, MobileFirst. For the Ajax soccer team, which plays in the 53,052-seat arena (which holds 68,000 for concerts) IBM helped develop an app that uses LTE broadcast to show multiple live video screens, while also allowing fans to interact with the app, doing things like voting for player of the game.

LTE Broadcast support is the thing that makes this particularly interesting for us, since it would be a way to make live video work without having to have a Wi-Fi network. However there are no details about whether a carrier is actually supporting the app in this fashion yet, or if it is live and in use. Good first step, IBM, but you need to do a better job explaining this “news.”

Screen shot of IBM app for Ajax football club. Credit: IBM

Screen shot of IBM app for Ajax football club. Credit: IBM

If you’re not familiar with LTE Broadcast (sometimes also called LTE multicast), it is a development around the cellular standard that allows service providers and/or teams and stadiums to use select airwaves as “broadcast” channels, a tactic that can deliver video in a much more efficient manner than, say, thousands of fans hitting a web page and requesting their own individual video feed. The one-to-many concept of LTE Broadcast is being embraced by U.S. carriers as well, and Verizon Wireless, which showed demos of the technology during Super Bowl week, is supposed to be doing another demo this weekend at the Indy 500.

Cisco’s SportsVision Mobile uses a similar distribution method (currently in use at the Barclays Center), but that technology takes advantage of in-building Wi-Fi. What’s not clear about LTE Broadcast in a stadium situation is whether or not you need extra equipment, or whether existing DAS deployments can handle LTE Broadcast without modification. Also unclear is whether or not client devices, like smartphones and tablets, need modification to run LTE Broadcast enabled apps.

From the press release and the screen shots, the IBM app for Ajax looks pretty good, but again, we’d want to talk to the folks at the stadium to see if it’s actually being used by real fans, or if this is still slideware. Anyone who lives over there who might go to the stadium, let us know if you know.