Stadiums, Arenas, and Large Event Venues Require Reliable Communications for Guest Safety and Enjoyment
Stadiums, arenas, concert halls, and other large-scale entertainment venues play host to tens of thousands of paying attendees and dozens of restaurants, shops, food carts, and other cash-generating retail opportunities.
Depending upon a stadium’s overall occupancy limits, nearness to local cellular towers, and the materials used in its construction, cellular and radio signals may struggle to propagate within their walls. And even when signal strength is initially strong, once event attendees and workers start texting, calling, and live streaming, networks can get congested quickly.
To ensure that guests, workers, and security and public safety personnel have access to reliable and clear communications, it’s important that coverage enhancement systems – such as capacity maximizing radio repeaters, Emergency Responder Coverage Enhancement Systems (ERCES), and cellular distributed antenna systems (DAS) – are properly designed, implemented, and deployed.
Business Overview | Ensuring Seamless Guest Experiences and Vendor Transactions
Major sporting events and concerts can draw tens to hundreds of thousands of attendees to your stadium or arena. With paid crews live-streaming to media outlets, guests live-streaming to social media platforms, and vendors running thousands of point-of-sale transactions over 5G and LTE networks, network capacity, coverage, and strength are key to ensuring maximized revenues and customer satisfaction.
Even when major carriers position cellular towers in close range, there’s no guarantee that they can support the needs of a venue at max capacity with dozens of live streams, hundreds of calls, thousands of texts, and countless other activities consuming bandwidth and causing major network congestion.
More importantly, your on-site security teams, local police officers, and emergency medical response teams strategically positioned across your facilities need the ability to clearly and effectively communicate over standard and public safety radio channels.
Ensuring the safety of all those in attendance is the top priority of all event runners and stadium owners, even above revenues and client satisfaction.
Current Challenge | Ensuring Adequate Cellular and Radio Coverage
Communications system failures place everyone at unacceptable levels of risk. Because of this, most stadiums, arenas, and event venues require regular site RF site surveys that test radio and cellular signal strength levels across their entire facilities. This includes bathrooms, stairwells, parking lots, and hallways in addition to primary guest areas. When pockets of poor reception exist, venue owners need to invest in solutions that can boost coverage and capacity to keep safety and satisfaction levels as high as humanly (and technologically) possible.
When properly configured and installed, specialized radio and cellular enhancement systems work to eliminate dead spots and enhance clarity across public and private radio, LTE, and 5G frequencies. In fact, when Virginia Tech undertook a large-scale enhancement program at Lane Stadium – home of the Hokies football team – they improved coverage within the stadium itself and the surrounding parking lots, transit areas, and six nearby residence halls!
Solution Overview | Radio and Cellular Enhancement Systems
Capacity Maximizing Radio Repeater Systems
For large-scale event management, where reliable radio communication is crucial, capacity-maximizing radio repeater systems are an excellent solution for enhancing the coverage and capacity of a two-way radio network. Not only do they have the ability to extend the coverage range of the radio network, but they also allow for an increased amount of concurrent users, ensuring that everyone who needs to be a part of the conversation can receive communications reliably and clearly.
Signal Boosting
Repeater systems amplify the signals transmitted by handheld two-way radios and relay them to their intended recipients. This extends the range and coverage of communication to ensure that users in distant locations can communicate effectively.
Frequency Management
Two-way radio systems often utilize specific radio frequencies or channels for communication. Capacity-maximizing repeater systems can efficiently manage these frequencies to minimize interference and maximize the number of users who can communicate simultaneously.
Traffic Management
In scenarios with high user activity – such as stadium and arena events – repeater systems implement traffic management techniques to prioritize critical communications and ensure that available capacity is used effectively.
Coverage Optimization
These systems are strategically placed to provide optimal coverage within a specific area. Antenna placement and repeater locations are carefully chosen to ensure uniform coverage and eliminate dead zones.
Emergency Responder Coverage Enhancement Systems (ERCES)
Emergency Responder Coverage Enhancement Systems (ERCES) ensure that first responders have access to a reliable and clear communications network where every second counts, and even the most minute details could be the difference between life and death. These systems are an ideal solution for large facilities – such as stadiums and arenas – where traditional radio signals may be obstructed or weakened due to the building’s size, construction, and/or occupancy levels, potentially compromising the ability of first responders to communicate effectively.
Signal Enhancement
ERCES systems are designed to boost the signals of radios used by emergency responders. They amplify the radio signals, ensuring they can penetrate obstacles and provide reliable coverage within designated areas.
Frequency Management
ERCES systems are configured to operate on frequencies allocated for public safety and emergency services. They are optimized to ensure minimal interference and maximize the availability of communication channels for emergency responders.
Bi-Directional Amplifiers (BDAs)
BDAs are commonly used in ERCES. They receive weak radio signals from emergency responders’ radios, amplify them, and retransmit the signals to ensure wide and consistent coverage.
Public Safety Codes and Standards
ERCES must adhere to specific codes and standards established for public safety communications to guarantee interoperability and reliability in emergency situations.
Battery Backup
ERCES systems typically include battery backup solutions to ensure continued operation during power outages or emergencies, ensuring that emergency responders maintain communication capabilities even in adverse conditions.
Cellular Distributed Antenna Systems (DAS)
Cellular Distributed Antenna Systems (DAS) ensure that all workers and guests at a stadium or arena event have access to the best available wireless signal regardless of their cellular provider. Whether they’re sending text messages throughout the game, trying to send a selfie from the stands, or checking their email to stay in the loop, the tens of thousands of guests in your facility should be able to communicate with their friends and family on their terms. Additionally, workers, vendors, and security personnel require reliable cellular connectivity to complete many of their job functions – from guest services discussing ticket purchases to refreshment vendors completing transactions in the stands or on the concourse with wireless POS devices.
Frequency Management
Cellular DAS systems support multiple cellular frequencies and technologies – including 4G, LTE, and 5G – and are designed to efficiently manage and distribute these frequencies to ensure optimal performance for mobile devices.
Coverage Enhancement
The primary goal of Cellular DAS is to enhance cellular coverage, especially in challenging environments with obstacles like walls and concrete that can attenuate signals or a large influx of users during an event. DAS systems provide uniform and consistent signal strength across the entire coverage area.
Capacity Offloading
By extending cellular coverage, DAS helps offload network traffic from macro cell towers, which can become congested in densely populated areas or at large events. This alleviates network congestion and improves the user experience.
Carrier Aggregation
Cellular DAS systems can aggregate signals from multiple carriers, enabling users to access the best available signal regardless of their cellular provider. This improves network reliability and ensures users have access to the fastest data speeds.
About MCA
MCA is one of the largest and most trusted DAS integrators in the United States, offering world-class voice, data, and security solutions that enhance the quality, safety, and productivity of customers, operations, and lives.
More than 65,000 customers trust MCA to provide carefully researched solutions for a safe, secure, and more efficient workplace. As your trusted advisor, we reduce the time and effort needed to research, install, and maintain the right solutions to make your workplace better.
Our team of certified professionals across the United States delivers a full suite of reliable technologies with a service-first approach. The MCA advantage is our extensive service portfolio to support the solution lifecycle from start to finish.
