THIS Is Where the Internet Lives

The internet’s fastest, most reliable connections often bypass the public web entirely—by running through a handful of ultra-connected data centers where major networks and cloud providers sit side by side. In Dallas, Equinex’s DA11 and the nearby Infomart function like a physical “internet neighborhood,” packed with fiber, multiple internet exchanges, and hundreds of networks peering at terabit speeds. The result is lower latency and fewer quality-of-service surprises for businesses that need dependable links to AWS, GCP, Azure, and other providers.

Inside DA11, the tour emphasizes how connectivity and security are built together. Entry requires layered physical controls: badge and fingerprint authentication, a man-trap that prevents tailgating, and additional access gates that restrict staff to only the floors and cages they’re authorized to reach. Even within the facility, access is segmented so customers can only reach their own equipment. That cage-level separation is reinforced by design choices—some cages are open, others fully enclosed or shielded—while staff are constantly monitored and escorted, including for routine movement like getting coffee. The point is clear: protecting equipment worth billions also protects the infrastructure that carries core internet traffic.

The facility’s operational details underline why it can support modern AI workloads. Customers can bring in fully loaded racks, including racks described as “dripping with LPUs” for an AI customer identified as Grok (with a clarification that it’s “this Grok”). Equinex also handles much of the heavy lifting for customers, including preconfiguration and cage management. Cooling and power are engineered for scale: instead of raised floors, the site uses slab floors and pushes air from the side, with hot air routed upward through ventilation. Cooling is likened to liquid-cooling principles, with self-contained cooling containers, buffer water tanks, and a generator yard designed to run on diesel generators for 36 hours at full load.

The most distinctive idea comes next: skipping the slow, failure-prone path of “the big bad wild internet.” Equinex’s approach relies on being extremely well connected locally—DA11 sits next to the Infomart, a building built in the 1980s and modeled after the London Crystal Palace, now positioned on major fiber routes. Equinex helped pioneer a carrier-neutral model, letting many networks connect on a level playing field rather than being dictated by a single telecom. Over time, that attracted more networks, turning the building into a dense hub where cross connections are plentiful.

But the real acceleration is Equinex Fabric. Instead of ordering many physical cross connects to reach different clouds and providers, customers can buy one port and create multiple virtual connections quickly—splitting a single 10 Gbit link into segments for AWS, Azure, GCP, AT&T, and Verizon, for example. Fabric uses software-defined networking to make what used to be cable-and-months work into a portal-based, near-instant setup. For customers with workloads in other states, the pitch is that once on Equinex’s network, traffic rides an internal “HOV lane” across Equinex’s distributed data centers rather than traversing the public internet.

Ultimately, the tour credits the people behind the infrastructure—long-tenured staff and technicians who build, test, and maintain the systems that keep the internet’s most important links running.