American Tower Accelerates Edge Computing with Its New Aggregation Edge Data Centers

In an era where companies are increasingly reliant on digital platforms to differentiate themselves in a competitive market, American Tower has taken a bold step towards the future of digital infrastructure with the launch of its first Data Center Aggregation Edge in Raleigh, North Carolina. This new class of data centers is designed to extend cloud services to the edge of networks, providing low-latency and high-performance solutions essential for modern applications such as artificial intelligence (AI), hybrid cloud computing, and 5G networks.

The Aggregation Edge data centers are positioned as key infrastructure for businesses seeking to reduce the distance between their applications and the end user, thereby improving response times in a digital world that demands immediacy.

Scalability and Performance at the Edge

American Tower’s Aggregation Edge Data Centers offer scalable performance and are strategically located to serve 99% of the U.S. population within 50 miles. This design enables companies to get closer to their customers and optimize service delivery while also facilitating low-latency applications critical for sectors such as manufacturing and commerce that require real-time responses.

Raleigh, one of the fastest-growing cities in the U.S. and part of the renowned “Research Triangle,” is a strategic location to launch this project. The city’s proximity to top-tier academic and technology institutions facilitates access to talent and specialized knowledge, and its rapid economic growth makes it an ideal place to establish this cutting-edge infrastructure.

Connections to the Digital Ecosystem

To ensure flexible and robust connectivity, American Tower’s Aggregation Edge Data Centers integrate advanced interconnection platforms from CoreSite, such as the Open Cloud Exchange® (OCX) and Any2Exchange®. These solutions provide businesses with the ability to manage multiple private connections and efficiently exchange data traffic, allowing clients to optimize their digital infrastructures and respond swiftly to connectivity demands.

  • OCX: This software-defined networking platform allows businesses to scale their connectivity according to their needs, integrating private and public infrastructures to improve agility and response times.
  • Any2Exchange®: This internet peering service facilitates the exchange of network traffic between different clouds and companies, optimizing redundancy and reducing costs through more efficient and reliable connectivity.

Security and Operational Support

In addition to its focus on performance and connectivity, American Tower’s Aggregation Edge Data Centers are designed to offer high levels of security and comprehensive technical support. With 25 years of experience in digital infrastructure, American Tower has developed an operational model that ensures service continuity, backed by its Network Operations Center (NOC), which provides technical support and proactive maintenance 24/7, 365 days a year.

The security design includes measures such as two-factor authentication, surveillance throughout the facilities, and redundant power and network systems, ensuring that clients’ equipment and applications remain consistently operational.

Aggregation Edge Data Centers: A Reliable Solution for the Digital Future

The Aggregation Edge Data Centers represent an innovative solution for companies looking to expand their digital operations with high connectivity and reliability. With this infrastructure, American Tower facilitates the transition for businesses towards an advanced digital model where efficiency and speed are essential for success.

As digital businesses evolve, American Tower reaffirms its commitment to being a trusted partner for technology infrastructure at the network edge. Clients seeking to improve their performance and fully leverage next-generation applications will find in the Aggregation Edge Data Centers a robust and efficient platform to meet their needs.

via: American Tower

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