An internet exchange point (IXP) is a physical location where multiple networks — internet service providers, content platforms, cloud providers, and enterprises — connect to hand traffic directly to one another, instead of routing it through a paid third-party transit provider. By keeping traffic local, an IXP shortens the path data travels, which lowers latency, reduces bandwidth costs, and improves reliability.
That single idea — networks meeting in a neutral facility to exchange traffic directly — is a big part of how the modern internet stays fast and affordable. And in a market like Los Angeles, where a dense cluster of carriers, cloud on-ramps, and exchanges sit within a few city blocks, being close to that interconnection is a real competitive advantage. Below, we break down how IXPs work, why they matter, and how they fit into a colocation and connectivity strategy.
At its core, an IXP is a shared switching fabric. Each participating network connects a router into a common Ethernet switch (or set of switches) housed in a carrier-neutral facility. Once connected, networks agree to peer with one another, meaning they exchange traffic destined for each other’s users directly across the exchange.
The process looks like this:
The result: a request that might otherwise hop across several intermediate networks can now travel a single, short, local path.
IXPs exist because routing every packet through the global internet is slow and expensive. Direct peering solves several problems at once.
When two networks peer locally, traffic doesn’t travel to a distant interconnection hub and back. For latency-sensitive applications — video streaming, gaming, voice, and financial transactions — shaving milliseconds off the round trip directly improves the user experience. When milliseconds matter, proximity is everything.
Transit — paying an upstream provider to carry your traffic to the rest of the internet — is metered and billed by volume. Traffic exchanged over an IXP is typically settlement-free or low-cost, so moving high-volume traffic onto the exchange can meaningfully cut a network’s transit bill.
Peering with many networks creates multiple independent paths for traffic. If one route degrades, traffic can shift to another, reducing the impact of outages and congestion.
Faster page loads, smoother streams, and more responsive applications all follow from shorter, more direct routes. For content and cloud providers, being present at the right interconnection points means being measurably closer to the audiences they serve.
These two connectivity models are often confused, but they serve different purposes.
In practice, most networks use both: peering to handle the large share of traffic going to common destinations, and transit to reach everything else. That’s exactly why a well-designed connectivity strategy pairs robust IP transit with easy access to peering and cloud on-ramps — so you get broad reach and efficient local delivery.
A healthy exchange brings together a mix of participants:
The more diverse the membership, the more valuable the exchange becomes — a network effect where each new participant makes the ecosystem more useful to everyone already there.
Not all locations are created equal when it comes to interconnection, and Los Angeles is one of the most important hubs in the world. The concentration of carrier hotels and data centers in Downtown LA — anchored by One Wilshire and the surrounding cluster along 6th and 7th Streets — makes the area a primary gateway for traffic moving across North America and the Pacific.
For a network or business, being inside this cluster means the physical distance to hundreds of other networks, exchanges, and cloud on-ramps is measured in city blocks rather than miles. That proximity is precisely what drives down latency and simplifies redundant routing. It’s the difference between being near the internet’s front door and being several neighborhoods away from it.
This is where DP Data Centers fits in. Our Downtown Los Angeles facility is carrier-neutral and densely interconnected within the DTLA ecosystem — with fiber routes to One Wilshire, 600 W 7th, and other key interconnection sites, on-site access to Tier 1 carriers, and direct cloud peering options with Google Cloud, AWS, and Microsoft Azure. In other words, colocating with us puts your infrastructure inside one of the best-connected metros on the planet.
IXPs and dense interconnection almost always live inside carrier-neutral data centers — facilities that aren’t tied to a single network operator and allow any provider to connect. This neutrality is what makes rich interconnection possible: customers can reach many networks, cloud platforms, and exchanges from a single physical presence.
For a business choosing where to place its infrastructure, proximity to a well-connected interconnection hub is a major advantage. It means low-latency access to clouds, content providers, and partner networks without building out expensive long-haul connectivity to reach them. A carrier-neutral facility gives you the freedom to choose the carriers and routes that fit your needs — and to change them as those needs evolve.
What does IXP stand for? IXP stands for Internet Exchange Point — a neutral facility where multiple networks interconnect to exchange traffic directly.
Is an IXP the same as a data center? No. An IXP is the interconnection fabric — the switches and peering arrangements where networks meet. It’s hosted inside a data center, but the data center provides the broader space, power, cooling, and physical connectivity that make the exchange possible.
Does peering at an IXP replace internet transit? Not entirely. Peering handles traffic to the networks present at the exchange, while transit reaches the rest of the internet. Most networks use a combination of both.
How does an IXP reduce latency? By letting two networks exchange traffic directly and locally, an IXP removes intermediate hops, shortening the physical and logical path data travels.
Who can join an internet exchange point? Any network that operates its own routing (an autonomous system) — including ISPs, content providers, cloud platforms, and larger enterprises — can typically join an IXP.
Why does location matter for interconnection? The closer you are to a dense interconnection hub, the shorter the path to the networks and clouds you rely on. Being colocated in a major market like Downtown Los Angeles means lower latency, simpler redundancy, and cheaper access to peering and transit.
An internet exchange point is a meeting place of the internet: a neutral location where networks connect directly to hand off traffic. By keeping data local, IXPs lower latency, cut transit costs, and improve resilience. For any organization that depends on fast, reliable connectivity, a presence in a well-connected, carrier-neutral facility is one of the highest-leverage infrastructure decisions available.
If your applications depend on low latency and reliable connectivity, where you place your infrastructure matters as much as how you build it. DP Data Centers offers carrier-neutral colocation, connectivity, and IP transit in the heart of Downtown Los Angeles’ interconnection ecosystem. Get in touch for a fast, flexible quote.
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