What Makes a Next-Generation Data Center?
A next-generation data center integrates wired infrastructure, wireless systems (ERCES & DAS), optical DCI, and high-capacity routing fabrics to deliver low latency, high reliability, energy efficiency, and future-ready scalability for AI, 5G, and HPC workloads.
Next-Generation Data Center Construction
A modern data center is far more than a shelter for technology – it is a living ecosystem where connectivity, resilience, and adaptability determine long-term success. For organizations preparing to break ground on a new facility, the challenges are multifaceted: how do you create an environment that supports relentless digital demand, is ready for tomorrow’s innovations, and meets every standard for performance, safety, and efficiency?
Achieving this vision requires a holistic approach that combines robust wired infrastructure, intelligent network routing, expertly designed wireless coverage, and disciplined deployment of structured cabling. Every system, from fiber optics to private 5G and IP-MPLS architectures, must be orchestrated to work seamlessly with critical communications and security layers. Rather than focusing on one element – such as code compliance or basic connectivity – forward-thinking leaders are laying the groundwork for agile, future-ready data centers that can support rapid growth and evolving customer expectations.
In this guide, we’ll examine how an integrated roadmap combining both wireless and wired network infrastructure empowers data center projects to achieve resilience, peak efficiency, and code compliance, setting a new standard for operational excellence from day one. This guide explores how to achieve data center perfection by integrating specialized wireless and network infrastructure solutions from the start.
The Unseen Risks: Mastering In-Building Wireless Systems
What Is In-Building Wireless?
In-building wireless refers to dedicated systems that ensure radio and cellular signals work reliably inside a structure – including ERCES for first responders and DAS for commercial cellular coverage.
Among the many systems involved in data center construction, two stand out for their specialized nature and high-stakes impact: Emergency Responder Communication Enhancement Systems (ERCES) and Cellular Distributed Antenna Systems (DAS). These in-building wireless systems are mandatory for life safety and obtaining a Certificate of Occupancy, yet they exist outside the core competencies of most contracting firms.
Data centers present a uniquely hostile environment for the wireless signals these systems depend on. Reinforced concrete, steel framing, and low-E glass block and degrade radio frequency (RF) signals. Furthermore, the high electromagnetic interference (EMI) from UPS systems, switchgear, and PDUs can disrupt system performance if not engineered with surgical precision.
Ensure First Responder Safety with ERCES
What Is ERCES?
Emergency Responder Communication Enhancement Systems (ERCES) ensure that police, fire, and EMS radios function everywhere inside a building, and they are required by local fire codes to receive a Certificate of Occupancy.
An ERCES is a life-safety requirement that ensures police, fire, and EMS personnel can maintain reliable radio communication within your facility during an emergency. Failure to meet the strict local codes enforced by the Authority Having Jurisdiction (AHJ) can result in failed inspections, delaying your Certificate of Occupancy, and stalling your entire project.
Specialized expertise is non-negotiable. A true wireless integrator with FCC and NICET licenses brings a scientific approach, using predictive modeling and on-site RF analysis to design a system that overcomes signal loss and interference. This mastery of regulatory codes and deep relationships with AHJs is foundational to first-pass inspection success.
Provide Seamless Cellular Connectivity with DAS
What Is a Cellular DAS?
A Cellular DAS boosts commercial cellular service (AT&T, Verizon, T-Mobile) indoors by distributing signal through antennas to eliminate dead zones and support mobile communication.
Reliable cellular service is not a luxury; it’s an expectation. A Cellular DAS ensures that team members and automated systems have strong, consistent coverage throughout the facility. This is critical for everything from daily operational communication to supporting the growing number of IoT devices within the data center. As with ERCES, designing and deploying a DAS in an RF-hostile environment requires specialized RF engineering to ensure performance without interfering with other critical systems.
Building the Digital Backbone: Advanced Network Infrastructure
As your data center takes shape, its ability to handle massive data volumes hinges on the power of its network fabric. The rise of AI and high-performance computing (HPC) demands an infrastructure capable of unprecedented speed, reliability, and scale. Nokia’s portfolio of interconnect routers and optical solutions provides the scalable, resilient, and secure foundation for today’s and tomorrow’s data centers.
Future-Proofing with Ultra Ethernet and AI-Ready Hardware
Traditional Ethernet was not designed for the unique communication patterns of AI and HPC workloads. The Ultra Ethernet Consortium (UEC) is forging a new standard, Ultra Ethernet Transport (UET), to create a high-performance, lossless, and low-latency fabric. Nokia, a key member of the UEC, offers AI-ready platforms engineered to exceed these new standards.
- Nokia 7220 and 7250 Interconnect Routers (IXR): These high-capacity switching platforms form the core of a modern data center fabric. Purpose-built for leaf-spine architectures, they deliver immense throughput, with system capacities scaling up to 460.8 Tb/s. Running the open and extensible SR Linux Network Operating System (NOS), these platforms simplify automation and provide deep visibility, enabling predictable and automated operations across the entire fabric.
Connecting Data Centers with Optical Interconnect (DCI)
What Is a Data Center Fabric?
A data center fabric is a high-capacity switching architecture – typically leaf-spine – designed to deliver predictable latency, automation, and scalability for cloud, AI, and HPC workloads.
As businesses consolidate IT infrastructures, the need for reliable, high-speed Data Center Interconnect (DCI) solutions has never been greater. Nokia’s business-critical optical DCI solutions provide a scalable and secure way to interconnect data centers for private and hybrid cloud environments.
Using technologies such as Dense Wavelength Division Multiplexing (DWDM), optical DCI enables ultra-high-speed, low-latency connections between facilities. This is essential for business continuity, disaster recovery, and real-time data replication. For organizations with stringent security needs, Nokia’s Quantum-Safe Networks (QSN) integrate AES 256-bit encryption and optical intrusion detection, providing multi-layered protection for data in-flight.
Automating for Agility with Event-Driven Automation (EDA)
In an environment where uptime and efficiency are non-negotiable, network operations teams are under immense pressure. Nokia’s Event-Driven Automation (EDA) platform delivers a modern, reliable, and flexible approach to data center network automation.
Instead of waiting for manual commands, an EDA system automatically responds to network events in real time. Built on a cloud-native Kubernetes foundation, it automates the entire network lifecycle from design to daily operations. With safeguards like digital twin testing and network-wide transactions, automation becomes not only faster but also far more reliable, ensuring your network operates as intended.
Advancing Data Center Sustainability with Energy-Efficient Solutions
Achieving operational excellence in today’s data centers goes hand in hand with sustainable energy practices. By leveraging advanced technologies from Nokia, you can significantly reduce energy consumption and optimize efficiency across your entire data environment.
- Energy-Efficient Hardware: Nokia designs its data center equipment to deliver high performance while drawing less power, minimizing total energy consumption.
- Innovative Routing Silicon: The FP5 routing silicon dramatically reduces energy consumption, achieving up to 75% less per-bit than previous generations.
- Photonic Service Engine (PSE) Optical Solutions: Purpose-built for high-capacity environments, PSE optical connections deliver up to 60% power savings while enabling seamless, high-speed data transfer.
- AI Accelerators and Collaboration: By integrating the latest AI-optimized processors and power management software – including strategic partnerships with industry leaders like Intel – Nokia solutions achieve significant energy savings during runtime.
- AI-Driven Management Software: Nokia deploys AVA Energy Efficiency software powered by artificial intelligence and machine learning to dynamically monitor and manage energy use across network infrastructure and data centers.
- Dynamic Load Adjustment: Advanced AI models forecast network traffic and automatically shift network equipment to low-power or sleep modes in response to real-time demand, unlocking up to 30% reductions in energy costs while maintaining performance.
- Optimized Cooling Systems: AI doesn’t stop at network devices; it also revolutionizes supporting infrastructure. By managing cooling operations in response to actual demand, these systems further minimize unnecessary energy draw.
With these innovations, your data center gains resilience and responsiveness – while advancing toward ambitious sustainability goals and improving the bottom line.
MCA: Your Partner in Building a Better Future
Choosing the right technology is critical, but choosing the right partner ensures its potential is fully realized. At MCA, the most powerful solutions are born from collaboration. We serve as an extension of your team, bringing professionalism and expertise that protect your project’s schedule, budget, and reputation.
Our approach is built on a Service First mindset, driven by a team that cares deeply about our customers and each other. We understand the demanding rhythm of data center construction and manage our scope autonomously, from participating in BIM coordination to handling all submittals, so you can focus on the overall project.
With 100+ Solution Centers nationwide, we bring together sales, installation, and service teams to deliver seamless support, backed by deep technical expertise and strong local roots.
- For In-Building Wireless, our construction-savvy project managers and certified RF engineers have an unmatched first-pass inspection success rate, transforming a potential liability into a predictable victory.
- For Network Infrastructure, our team delivers nationwide design, deployment, and lifecycle support for Nokia optical DCI and data center fabrics, helping you build a network that is ready for today’s challenges and tomorrow’s opportunities.
By uniting groundbreaking technology with MCA’s proven integration know-how, we ensure your data center operates with the reliability, efficiency, and scalability required to drive your business forward. Together, we can build an infrastructure that is truly prepared for the future, proving that we are always Better Together.
Frequently Asked Questions
Most data centers require ERCES for first responder radio coverage and a Cellular DAS for reliable commercial mobile service.
Failures typically result from poor RF design, insufficient signal strength testing, inadequate documentation, or lack of AHJ coordination.
Use leaf-spine fabrics, optical DCI for interconnect, Ultra Ethernet-ready routing platforms, and automation like Nokia EDA.
It enables high-speed, encrypted data replication between facilities with ultra-low latency for business continuity and failover.
MCA delivers licensed RF engineering, inspection success, Nokia-certified network design, BIM coordination, and nationwide project support.
About MCA
We believe every workplace should be safe, secure, and efficient. As trusted advisors, we deliver integrated communication, connectivity, and security solutions with a Service First mindset – driven by a team that cares deeply about our customers and each other.
Why MCA? At MCA, we help solve critical communication, connectivity, and security challenges with turnkey, integrated system solutions – from two-way radios and in-building wireless to video surveillance, access control, and more. MCA is built from over 50 companies with deep technical expertise and strong local roots. And we’re still growing – expanding our capabilities, our reach, and our team.
Our 100+ Solution Centers bring together sales, installation, service, and customer operations teams to deliver seamless, nationwide support. Guided by our Service First value, we don’t just connect the wires and walk away – we provide customized solutions backed by deep expertise and lifecycle support.
