How ADRF is Helping Data Centers Stay Connected
It’s a humorous concept building technology that helps to bring connectivity to a facility that brings connectivity to many other facilities. But the rapid adoption of artificial intelligence has created an immense need for greater 5G and public safety connectivity while consuming the least amount of power possible.
More than 1,500 U.S. data centers are in development right now, primarily in rural areas, to take advantage of the bigger plots of land at lower prices and the local resources such as being close to bodies of water for natural cooling. However, rural and remote locations are poor areas for wireless connectivity which the 200+ staff members need to do their job, whether they are critical facilities technicians, HVAC mechanics, electrical engineers, network operators, security personnel or management. During construction, this number can swell to thousands of temporary workers too.
While data center investments often focus on servers, power, and cooling, cellular wireless is just as crucial ensuring these facilities operate reliably and safely long term. Here’s how we help data centers stay connected.
Reliable Connectivity for Critical Operations
Modern data centers are highly complex environments that require constant monitoring, rapid coordination, and instant communication. Yet, they are often built in locations where macro cellular coverage is weak, and the steel and concrete construction that makes them resilient also blocks radio frequency (RF) signals from penetrating the building.
The irony is this creates unreliable service in the places where technicians spend most of their time like data halls, mechanical and electrical rooms, and utility spaces. Weak signals and dropped calls can delay problem resolution and make it harder for teams to collaborate with remote experts.
ADRF's distributed antenna systems (DAS) can bring carrier-grade wireless coverage throughout the entire facility. Instead of relying on outdoor signals to penetrate the building, DAS distributes cellular connectivity indoors so technicians, contractors, vendors, and security personnel stay connected wherever their work takes them. Our systems provide faster maintenance, improved productivity, and fewer communication-related delays that could impact uptime. This reliable wireless coverage is even more important when normal operations become emergency situations.
Supporting Public Safety When It Matters Most
Whether coordinating an evacuation, communicating with local authorities, or enabling first responders to operate inside the facility, dependable emergency in-building communications is a must have. Building codes enforced by Authorities Having Jurisdiction (AHJs) require emergency responder radio coverage to ensure first responders can communicate throughout the building, including stairwells, equipment rooms, underground spaces, and other difficult environments.
ADRF helps data center operators meet these requirements with Emergency Responder Communication Enhancement Systems (ERCES) that comply with International Fire Code (IFC) and NFPA requirements. By ensuring first responders have uninterrupted communications when every second counts, operators improve both life safety and business continuity.
One Infrastructure for Multiple Networks
At the end of the day, data center operators install public safety communications because they are required by code, only to discover later that employees still lack reliable commercial cellular coverage. That often leads to deploying an entirely separate commercial DAS with duplicate cabling, equipment, and installation costs.
A more power and cost efficient approach is designing both systems together from the start. ADRF ADXV Series modular DAS helps operators to deploy a unified in-building wireless architecture that supports both public safety communications and commercial cellular services. Rather than maintaining parallel systems, operators benefit from shared pathways and a scalable platform that grows alongside the facility.
Enabling Private Wireless and CBRS
As data centers become increasingly automated, many operators are also investing in private wireless networks to connect operational technology alongside traditional IT systems.
ADRF DAS can support private LTE and 5G networks operating over Citizens Broadband Radio Service (CBRS) and other frequencies, allowing owners to deploy dedicated wireless connectivity for applications such as autonomous robots, smart sensors, predictive maintenance, asset tracking, environmental monitoring, and more. The ability to integrate commercial cellular, public safety communications, and private wireless within a common in-building RF infrastructure is so much simpler and cost/power efficient than deploying multiple independent networks.
The AI boom is undeniably reshaping the data center industry and reliable communications is becoming just as important as power, cooling, and compute. Whether supporting day-to-day operations, meeting public safety requirements, enabling private wireless networks, or preparing for future 5G services, robust in-building wireless infrastructure helps keep facilities operating efficiently with minimal downtime. For data center operators, uninterrupted connectivity is a necessity for their own business and ADRF helps ensure the facilities powering the digital economy can stay connected themselves.