Carolina Panthers and Beam Wireless testing CBRS at Bank of America Stadium

Beam Wireless engineers testing CBRS signals in the Bank of America Stadium press box. Credit all photos: Beam Wireless/Carolina Panthers

The Carolina Panthers and Beam Wireless are currently testing a live CBRS network at Bank of America Stadium, as a sort of experience-gathering exercise that the team hopes will help them roll out services and applications on the new bandwidth sometime soon.

“It’s a trial right now but we see this definitely becoming something permanent,” said James Hammond, director of IT for the Panthers, in a phone interview this week. According to Hammond and Beam, the team and the integrator have set up several live Ruckus APs in the stadium, running a small network on the Citizens Broadband Radio Service (CBRS) airwaves, a swath of spectrum in the 3.5 GHz range. This test follows some other public trials of the CBRS service that have launched following the September approval by regulators for initial commercial deployments.

Kevin Schmonsees, chief technology officer for Beam Wireless, said the Bank of America setup was testing CBRS connectivity between the Ruckus APs and some client-side devices, including USB sticks and Cradlepoint modems. The team and Beam representatives were running the CBRS network live during last Saturday’s ACC Championship Game at the stadium, mainly to see if there were any conflicts between the CBRS setup and the stadium’s existing DAS and Wi-Fi networks.

“Part of the test was to see how all three networks play together,” Schmonsees said.

According to the team and Beam, there was no interference between the different networks, with everything on CBRS performing as expected. Though Hammond admitted the Panthers still don’t have any concrete plans for what applications they might run on a CBRS network, the promise of more spectrum that doesn’t have to be shared is attractive just on its own right.

“It’s extremely useful to have [a network] the fans can’t impact,” Schmonsees noted.

Michelle Rhodes, CEO and president of the Greenville, S.C.-based Beam, said the pilot network also gives the Panthers a place to test new devices that are entering the CBRS ecosystem, like the iPhone 11 line recently introduced by Apple.

“Having the live network gives the stadium a good understanding of anything they might want to deploy,” Rhodes said.

A Ruckus CBRS-enabled AP in a concourse at Bank of America Stadium

Another Ruckus CBRS AP in the stadium

Biggest NBA video board at Chase Center profiled in our latest VENUE DISPLAY REPORT!

Mobile Sports Report is pleased to announce the third issue of our new VENUE DISPLAY REPORT, with in-depth profiles of display technology at Chase Center, the new home of the NBA’s Golden State Warriors, and Fiserv Forum, new home of the NBA’s Milwaukee Bucks. No need to sign up or register — just click on the image below and start reading the issue today!

A new vertical-specific offering of MSR’s existing STADIUM TECH REPORT series, the VENUE DISPLAY REPORT series will focus on telling the stories of successful venue display technology deployments and the business opportunities these deployments enable. Like its sibling Stadium Tech Report series, the Venue Display Report series will offer valuable information about cutting-edge deployments that venue owners and operators can use to inform their own plans for advanced digital-display strategies.

Our reporting and analysis will be similar to that found in our popular STR series, with stadium and venue visits to see the display technology in action, and interviews and analysis with thought leaders to help readers better inform their upcoming technology purchasing decisions. And in case you are new to the MSR world, rest assured that all our VDR reports will be editorially objective, done in the old-school way of real reporting. We do not accept paid content and do not pick profiles based on any sponsorship or advertising arrangements.

Our third VDR issue takes an in-depth look at the display deployment at Chase Center, where the NBA’s largest main video board (from Samsung’s Prismview) leads the largest-ever deployment of LED pixels in and around any single venue. And at Milwaukee’s Fiserv Forum, learn how the striking Daktronics displays combine with the management power of Cisco’s Cisco Vision Dynamic Signage solution to give the Bucks a powerful platform for audience engagement and sponsor activation. Start reading the issue now! No registration needed!

As venues seek to improve fan engagement and increase sponsor activation, display technology offers powerful new ways to improve the in-stadium fan experience. While these topics are of prime interest to many of our long-term audience of stadium tech professionals, we suggest that you share the link with colleagues on the marketing and advertising sales side of the house, as they will likely find great interest in the ROI enabled by strategic display system deployments.

Sponsorship spots are currently available for future VDR series reports; please contact Paul at kaps at mobilesportsreport.com for media kit information.

Broncos fans get technology to help speed up concessions at Mile High

A fan uses the visual-recognition system to purchase concessions at Empower Field at Mile High earlier this fall. Credit all photos: Paul Kapustka, MSR (click on any picture for a larger image)

Can technology finally help improve one of the biggest pain points in the game-day experience, namely waiting in line for concessions? At the Denver Broncos’ Empower Field at Mile High, a number of new technology initiatives debuted this year, all designed to improve the fan experience around concession purchases by providing more choice and streamlined checkout procedures.

While there are no hard numbers yet on the experiments, a Mobile Sports Report visit to Mile High earlier this year saw heavy use of the new technologies, which mainly include touch-screen ordering and payment systems as well as an innovative visual-recognition device to tabulate items in grab-and-go scenarios. A few quick interviews with fans at the stands got mixed reactions on whether or not the new technology actually speeded up the processes, but some stopwatch clocking showed speedy checkouts, especially those using the visual-recognition technology, where items are placed on a scanner bed which then quickly recognizes and tabulates the total on an attached payment screen.

For those of us who are now (maybe unwillingly) becoming accustomed to checking out our own items at supermarket self-checkout terminals, the Broncos’ stands that utilize the visual-recognition devices (from a company called Mashgin) are far easier to use than trying to scan a barcode for each item. At Mile High, the scanners are the perfect endpoint for a series of stands called “Drink MKT,” which are basically spaces with coolers filled with multiple beverage choices, from bottled water through multiple types of beer and other alcoholic drinks, including $100 bottles of John Elway Cabernet. At those stands fans simply walk in, choose what they want from a cooler and queue up for the scanners. When items are placed on the scanner beds the system’s cameras detect the items and generate a total bill, which is paid for by credit card on an attached terminal. Human-staff intervention is only needed to check IDs and to help fans open up the beverages before they leave the stand.

Fans line up to order fried chicken via a digital-screen kiosk.

While one fully jammed Drink MKT stand on the main concourse level didn’t seem to be moving any more quickly than traditional concessions windows (“It’s not faster, but there are way more choices,” said one fan), on the top-level concourse a stream of fans grabbed beverages just after the game’s start, with each transaction taking only a minute or less from setting the items on the scanner to leaving the stand. “It’s fun!” said two fans leaving the Drink MKT stand on the top-level concourse. “And it’s way faster.”

The Mashgin scanners were also in use at another stand clearly designed to speed up the food-getting process, a walk-through type arrangement where fans could grab from a limited selection of food and beverage items (pizza, popcorn, hot dogs, plus beer and soft drinks) before paying at a Mashgin scanner. Again, the only human interaction from a staffing point was to check IDs, help customers with the payment system, and ensure all beverages were opened before the fans left the stands. Truly, the interaction that took the longest was the can opening process, which is tricky to do yourself if you are carrying several items (there are no bags to carry the concessions from the stands). The Mashgin systems are showing up in other sports venues, including this report of it being combined with the Clear system to speed up payments even more.

Display ordering and payment systems also emerge

Another self-service technology (which many have probably seen in fast-food restaurants or other venues like airports) in use at Mile High is the use of digital display screens to let fans order from on-screen menus and pay with a credit card at the same terminal. At Mile High, like other systems used at some stadiums and at many fast-food restaurants, the digital terminals spit out a paper slip with an order number that fans use to pick up their items at a separate window.

Fans with club-level seats can order drinks and food for delivery to their seats via the team app.

On the main lower-level concourse at Mile High, such a system was in heavy use at a fried-chicken food stand, with many fans clearly comfortable with the ordering, payment and pickup process. MSR saw some similar systems in use at Chase Center, the Golden State Warriors’ new home, on a recent visit there this fall.

The Broncos also have another type of digital-screen ordering system in one of their premium club areas, where fans can order items from several different “stands,” each with a different entree or dessert item. Again, a paper ticket is generated that the fans then take to the food-preparation stands to pick up their orders.

Club-level fans also have the opportunity at Mile High to order food and drink to be delivered to their seats, via the team app. The food ordering and delivery function is powered by Tap.in2, a company we’ve profiled before.

We’ll circle back with the Broncos after this season to try to get some stats on whether or not the new stands and technologies won over fans and improved the service, but it’s heartening to see stadiums and teams push the envelope a bit to help fans get back to their seats more quickly. More photos below!


A look at the entry to one of the Drink MKT stands

The grab-and-go format of the Drink MKT stands offers fans a lot of choice

Technology can help, but the just-before-kickoff crush will always produce a line

The order-and-pay kiosks at a fried chicken stand are familiar to anyone who’s done fast food recently


A club-level kiosk system allows fans to pick from several different food stands


Most kiosk systems seemed to have a good amount of customization available

The club-level stands offer flexible choices


The Mashgin checkout systems were also used at a grab-and-go food/beverage stand


Tailgating at Mile High can still be classy and old-school


In case you hadn’t heard, the place has a new name

Hard to beat a sunny Sunday at Mile High

Ohio State adds another top-5 Wi-Fi day; Nebraska, Mile High also add to list

Even in the middle of a game-long rainstorm, fans at Ohio Stadium for Ohio State’s 38-7 victory over visiting Wisconsin on Oct. 25 still used 17.0 terabytes of data on the stadium’s new Wi-Fi network, a total that is the fourth-highest number we know of in our ongoing unofficial tally of big stadium Wi-Fi events.

According to figures provided to us by Ohio State, there were 61,997 unique devices connected to the Wi-Fi network during the Wisconsin game, with a peak concurrent connection mark of 35,074. Though still one of the biggest Wi-Fi days ever, the Wisconsin numbers did not hit the record levels set earlier this fall when Michigan State played at Ohio Stadium and a record 25.6 TB of data was seen on the network.

Editor’s note: You can now read our Stadium Tech Report profile of the new Ohio State network instantly online, with no registration or email address needed! JUST CLICK RIGHT HERE and start reading our latest report today!

More Wi-Fi at Mile High, and Nebraska’s Memorial Stadium

The stadium now known as Empower Field at Mile High also saw some recent big Wi-Fi days, including a couple concerts and a couple Denver Broncos home games. According to statistics provided to us by Russ Trainor, senior vice president for IT for the Broncos, the new top mark at the venue came during a Garth Brooks concert on June 8, 2019, with 12.63 TB used (now good for 10th on the new version of the Wi-Fi list, below). The Garth Brooks show also produced a record number for unique connections at Mile High, with 48,442 devices on the network.

The recently refreshed Wi-Fi network at Mile High seems to be producing regular totals in the 8-9 TB range, as Trainor said several other events this year crested the 8 TB mark, including 8.98 TB for an Oct. 13 game against the Tennessee Titans; 8.47 TB for a Rolling Stones concert on Aug. 10; and 8.09 TB for a Sept. 15 game against the Chicago Bears. The Bears game saw a Mile High record set for most concurrent Wi-Fi connections, at 37,163, while the Stones concert saw the highest stadium throughput mark, at 22.5 Gbps. According to Trainor the 8+ TB average event data marks at Mile High are up from an average in the 6 TB range a year ago.

At Nebraska, whose network we profiled a year ago, a similar range of Wi-Fi traffic days has been seen at home games this fall, with a high-water mark of 11.2 TB seen in and around the stadium on Sept. 28, when ESPN’s College Gameday was in town for the Ohio State-Nebraska matchup. According to statistics provided to us by Dan Floyd, director of IT for Nebraska Athletics, and Andrew Becker, Nebraska venue technology specialist, Memorial Stadium also saw 9.2 TB for a Oct. 5 game with Northwestern, and 8.5 TB for a Sept. 14 game with Northern Illinois, and 8.3 TB for the Aug. 31 home opener against South Alabama.

For the Ohio State game, Nebraska said it saw a top peak concurrent connected user number of 38,062, out of 89,759 in attendance that day.

New list coming soon!

On a final note for this post, please enjoy the “final” version of our all-time Wi-Fi list below, in its current format. Stay tuned for a post (coming soon) explaining some new thinking we are going to put into place regarding venue Wi-Fi totals reporting, an idea that will try to encompass some of the great and varied feedback we’ve been getting all fall. In that post we will finally explain why the current list keeps expanding without a bottom… and what new figures we think may be more interesting than just total tonnage. Stay tuned!

THE MSR TOP 36 FOR WI-FI

1. Michigan State vs. Ohio State, Ohio Stadium, Columbus, Ohio, Oct. 5, 2019: Wi-Fi: 25.6 TB
2. Super Bowl 53, Mercedes-Benz Stadium, Atlanta, Ga., Feb. 3, 2019: Wi-Fi: 24.05 TB
3. NCAA Men’s 2019 Final Four semifinals, U.S. Bank Stadium, Minneapolis, Minn., April 6, 2019: Wi-Fi: 17.8 TB
4. Wisconsin vs. Ohio State, Ohio Stadium, Columbus, Ohio, Oct. 25, 2019: Wi-Fi: 17.0 TB
5. Super Bowl 52, U.S. Bank Stadium, Minneapolis, Minn., Feb. 4, 2018: Wi-Fi: 16.31 TB
6. Miami (Ohio) vs. Ohio State, Ohio Stadium, Columbus, Ohio, Sept. 21, 2019: Wi-Fi: 13.7 TB
7. NCAA Men’s 2019 Final Four championship, U.S. Bank Stadium, Minneapolis, Minn., April 8, 2019: Wi-Fi: 13.4 TB
8. Florida Atlantic vs. Ohio State, Ohio Stadium, Columbus, Ohio, Aug. 31, 2019: Wi-Fi: 13.3 TB
9. Cincinnati vs. Ohio State, Ohio Stadium, Columbus, Ohio, Sept. 7, 2019: Wi-Fi: 12.7 TB
10. Garth Brooks Stadium Tour, Empower Field at Mile High, Denver, Colo., June 8, 2019: Wi-Fi: 12.63 TB
11. 2018 College Football Playoff Championship, Alabama vs. Georgia, Mercedes-Benz Stadium, Atlanta, Ga., Jan. 8, 2018: Wi-Fi: 12.0 TB
12. Auburn vs. Florida, Ben Hill Griffin Stadium, Gainesville, Fla., Oct. 5, 2019: Wi-Fi: 11.82 TB
13. Super Bowl 51, NRG Stadium, Houston, Feb. 5, 2017: Wi-Fi: 11.8 TB
14. Pittsburgh Steelers vs. New England Patriots, Gillette Stadium, Foxborough, Mass., Sept. 8, 2019: Wi-Fi: 11.58 TB
15. Ohio State vs. Nebraska, Memorial Stadium, Lincoln, Neb., Sept 28, 2019: Wi-Fi: 11.2 TB
16. Atlanta Falcons vs. Philadelphia Eagles, Lincoln Financial Field, Philadelphia, Pa., Sept. 6, 2018: Wi-Fi: 10.86 TB
17. Super Bowl 50, Levi’s Stadium, Santa Clara, Calif., Feb. 7, 2016: Wi-Fi: 10.1 TB
18. Taylor Swift Reputation Tour, Gillette Stadium, Foxborough, Mass., July 27, 2018: Wi-Fi: 9.76 TB
19. Northwestern vs. Nebraska, Memorial Stadium, Lincoln, Neb., Oct. 5, 2019: Wi-Fi: 9.2 TB
20. Tennessee Titans vs. Denver Broncos, Empower Field at Mile High, Denver, Colo., Oct. 13, 2019: Wi-Fi: 8.98 TB
21. Minnesota Vikings vs. Philadelphia Eagles, NFC Championship Game, Lincoln Financial Field, Philadelphia, Pa., Jan. 21, 2018: Wi-Fi: 8.76 TB
22. Jacksonville Jaguars vs. New England Patriots, AFC Championship Game, Gillette Stadium, Foxborough, Mass., Jan. 21, 2018: Wi-Fi: 8.53 TB
23. Northern Illinois vs. Nebraska, Memorial Stadium, Lincoln, Neb., Sept. 14, 2019: Wi-Fi: 8.5 TB
24. Rolling Stones No Filter Tour, Empower Field at Mile High, Denver, Colo., Aug. 10, 2019: Wi-Fi: 8.47 TB
25. South Alabama vs. Nebraska, Memorial Stadium, Lincoln, Neb., Aug. 31, 2019: Wi-Fi: 8.3 TB
26. Taylor Swift Reputation Tour, Broncos Stadium at Mile High, May 25, 2018: Wi-Fi: 8.1 TB
27. Chicago Bears vs. Denver Broncos, Empower Field at Mile High, Denver, Colo., Sept. 15, 2019: Wi-Fi: 8.09 TB
28. Kansas City Chiefs vs. New England Patriots, Gillette Stadium, Foxborough, Mass., Sept. 7, 2017: Wi-Fi: 8.08 TB
29. SEC Championship Game, Alabama vs. Georgia, Mercedes-Benz Stadium, Atlanta, Ga., Dec. 1, 2018: Wi-Fi: 8.06 TB
30. Green Bay Packers vs. Dallas Cowboys, Divisional Playoffs, AT&T Stadium, Arlington, Texas, Jan. 15, 2017: Wi-Fi: 7.25 TB
31. Stanford vs. Notre Dame, Notre Dame Stadium, South Bend, Ind., Sept. 29, 2018: 7.19 TB
32. (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
33. Tennessee vs. Florida, Ben Hill Griffin Stadium, Gainesville, Fla., Sept. 21, 2019: Wi-Fi: 6.94 TB
34. WrestleMania 32, AT&T Stadium, Arlington, Texas, April 3, 2016: Wi-Fi: 6.77 TB
35. Wisconsin vs. Nebraska, Memorial Stadium, Lincoln, Neb., Oct. 7, 2017: Wi-Fi: 6.3 TB
36. Super Bowl 49, University of Phoenix Stadium, Glendale, Ariz., Feb. 1, 2015: Wi-Fi: 6.23 TB

Wi-Fi 6 research report: Download it now!

As a service to our readers Mobile Sports Report is making the Wi-Fi 6 Research Report we offered earlier this summer as a standalone download, for easier reading, consumption and sharing. Download the report here and start learning more about Wi-Fi 6 today!

With a wide range of technical improvements, Wi-Fi 6 will greatly advance the entire Wi-Fi ecosystem, for all types of uses. But for venue networks the new features are especially important, since Wi-Fi 6 will allow network operators to significantly improve each of the three main things that matter when it comes to in-venue network performance: it will increase the amount of available spectrum and number of channels; it will increase the average data rate for clients; and it will increase the ability to re-use channels in your space. What can Wi-Fi 6 do for your venue network? Find out now by downloading your free copy today!

The Wi-Fi 6 report encapsulated in this report is a joint effort between MSR and our friends at AmpThink, something that grew out of conversations about how to bring more forward-looking expertise on topics like Wi-Fi 6 to the MSR reader audience.

While the meat of this report is based on a Wi-Fi 6 presentation and essay developed by AmpThink, MSR helped clarify the material to make it fit into the report format, with the idea that this report would be just a starting point for deeper discussions into each of the relevant features that we think make Wi-Fi 6 a compelling technology for venues to consider.

More Wi-Fi 6 material coming soon!

When it comes to Wi-Fi 6 and venues, consider Mobile Sports Report your starting point for research, news, analysis and in-depth reporting. In an effort to get as many voices as possible into the discussion, we will also feature more podcasts about the topic — if you haven’t listened yet, our podcast discussion with Aruba’s Chuck Lukaszewski on Wi-Fi 6 is a great place to start.

Look for more profiles of Wi-Fi 6 networks coming soon — and if you want to read about one recent deployment with a lot of Wi-Fi 6 gear that is making headlines this fall, read our Stadium Tech Report profile of the new network at Ohio State — which you can now read online for free (no registration required) or download a PDF version of the report as well.

Converged fiber network the hidden gem at Dickies Arena

Dickies Arena, now open in Fort Worth, Texas, has a single converged fiber backbone to bring order and efficiency to its networking needs. Credit all photos: Paul Kapustka, MSR (click on any picture for a larger image)

With its soaring roof and its high-end cosmetic finishes, Fort Worth’s new Dickies Arena will be a wonder to look at for fans of all events that will take place there.

But what may be even more impressive, certainly from an IT perspective, is something you can’t see: The single, converged fiber network that supports all network operations, including the cellular DAS, the arena Wi-Fi and the IPTV operations, in an orderly, future-proofed way.

Built by AmpThink for the arena, the network is a departure from what has long been the norm in venue IT deployments, where multiple service providers typically build their own networks, with multiple cabling systems competing for conduit space. At Dickies Arena, AmpThink was able to control the fiber systems to follow a single, specific path, allowing the company to save costs and space for the client while building out a system with enough extra capacity to handle future needs for bandwidth, according to AmpThink.

“This is really our master class [on stadium network design],” said AmpThink president Bill Anderson, during a September MSR visit and tour of the almost-ready arena. If you’re not familiar with the Dickies Arena story, the 14,000-seat arena is part of a public-private venture between the city of Fort Worth and a consortium of investors and donors led by local Fort Worth philanthropist Ed Bass. Though it doesn’t have a professional basketball or hockey tenant, the NBA-sized venue will fill an arena-sized need for events in the growing Fort Worth area, while also serving as the new home for the Fort Worth Stock Show and Rodeo.

Following the lead of AT&T Stadium, where high-end finishes were a hallmark of Dallas Cowboys owner Jerry Jones’ influence, Dickies Arena appears to take cosmetic matters a full step further, with intricate tile flooring and art-quality finishes on areas like stairway handrails and bar facades. In an early September walkaround while workers were still completing finishing touches like polishing concrete floors to make the surfaces shine, MSR also got to see the results of owners’ requests of “not having a single cellular or Wi-Fi antenna visible,” according to AmpThink’s Anderson.

No fiber allowed outside of the single path

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 6 network at Ohio Stadium, and an in-person research report on the new Wi-Fi network at Las Vegas Ballpark. You can either VIEW THE REPORT LIVE (no registration needed) or DOWNLOAD YOUR FREE COPY now!

In the suite and concourse areas, for example, Wi-Fi APs and DAS antennas are hidden behind ceiling panels, with no electronics in sight. But what’s even more impressive from an engineering and construction standpoint is what’s happening further down the network path from the endpoints, where all cable and fiber follows a structured pathway, first to an IDF and then back to the head end rooms in the arena’s basement.

Fiber cables head to the head end room in orderly fashion.

“No fiber is allowed to follow a path that doesn’t tie to an IDF, or directly to the head end,” said Anderson. “And we didn’t allow DAS vendors to be outside the closet. It’s the venue’s fiber network. Nobody else could come in and build their own.”

Looking from the end of the project back, it’s clear why you might want to pursue such a path: With a single, converged network, design and planning and eventually operations are streamlined, since there aren’t multiple infrastructures to deploy and maintain. The conditions also allowed AmpThink to fully pre-design and perform many construction techniques like splicing and cable measurement and cutting beforehand – according to Anderson, there was not a single fiber termination done in the field.

“For venues it used to be, use the ‘brute force’ method and just go figure it out in the field,” Anderson said.

At Dickies Arena, that method simply wasn’t the case. In addition to fiber cabling and splicing work, AmpThink also built many custom enclosures (the company has a large machine shop at its Dallas-area headquarters where it can design and manufacture parts like metal wiring boxes and the plastic enclosures it uses for stadium Wi-Fi and DAS deployments) to simplify installation while complying with the strict aesthetic requirements.

“AmpThink helped us think proactively so we are prepared to build on this solid foundation for the future,” said Matt Homan, president and general manager of Trail Drive Management Corp (TDMC), the not-for-profit operating entity for Dickies Arena. “This has allowed us to have a much more cost-effective approach, which is important for us as a 501c3 organization operating Dickies Arena. The AmpThink team has done a phenomenal job of assisting with the architectural integrity of the building to ensure that no Wi-Fi or DAS antennas were seen.”

High-end finishes are everywhere in Dickies Arena, even in the stairwells.

Jeff Alexander, senior vice president at ExteNet Systems, said Dickies Arena was the first time ExteNet ever participated in a converged network design for a large public venue. But Alexander also said ExteNet, which is responsible for the DAS design and 5G cellular installations at Dickies Arena, had years of experience in situations where service providers had to work together.

“Most [other] DAS deployments give no consideration for Wi-Fi, or anything else,” said Alexander in a phone interview. “Given ExteNet’s experience and our track record, these are things we were forced to think about 10 years ago.”

According to Alexander, the directive to work with a single converged fiber network wasn’t “harder” than a regular installation.

“It was unique,” Alexander said of the Dickies Arena installation experience. “It made us think of things we hadn’t thought about, and challenged us to consider other things than the typical DAS installation, which isn’t a bad thing. I consider it a success.”

At Dickies Arena, the DAS uses the Corning ONE DAS hardware system with approximately 500 active antennas in 12 zones for the DAS.

As future-proofed as possible

As part of the overall fiber network design, AmpThink’s Anderson said the company maximized capacity throughout the building, with hundreds of extra fiber strands available to support future capacity needs. By using optical fiber with hundreds of strands wound together – including some stretches with 864 different fiber strands inside a single cable – AmpThink actually saved time, money and space by preventing the need for additional infrastructure or future cable pulls.

The center-hung video board in testing mode

“The bulk of the cost [of fiber deployments] is the labor to pull the fiber,” Anderson said. By using large-bundle fiber, Anderson said AmpThink was able to drive the cost per strand to “a very low number,” while also clearing conduit space since a large-bundle fiber strand saves a huge amount of space when compared to multiple smaller-bundle strands which must each have their own insulation.

While ExteNet’s Alexander contends that no network design can ever be truly “future-proofed” – if you ask him he will tell you a story about a large sports venue where ExteNet is currently replacing 864-strand fiber put in 5 years ago with 1,728-strand fiber – he does agree that putting in as much fiber as the design and cost allows buys a venue time to support the always-growing demand for bandwidth.

“The industry is full of venues that didn’t do that, and 12 months later they’re expanding their fiber plant,” Alexander said. AmpThink’s Anderson noted that even during the arena’s construction, there were demands for additional fiber – such as for a densification in the LED ribbon boards – that were easily addressed.

“People came back to us, and said they needed more fiber, and we had it to give to them, no problem,” Anderson said. “It didn’t cost us a lot to do it [add in more fiber strands]. It’s a model everyone should look at.”

Want to read more in-depth reports from our latest issue? VIEW THE REPORT LIVE (no registration needed).

The rodeo will be the main event at Dickies Arena every year

The soaring, open rooftop is meant to mimic the wide open skies of Texas

The AmpThink-designed and manufactured cabling cabinets helped complete the ‘master class’ installation