This page tracks Internet Exchanges (IXs) and broadband performance across Mississippi. IXs are where networks meet to exchange traffic directly, and their presence in a state is a key indicator of its digital infrastructure maturity.
Internet Exchanges? Unique Internet Exchanges with presence in at least one facility in Mississippi.
0
+0 vs prior monthFacilities with an IX? Data centers in Mississippi that host at least one Internet Exchange.
0
+0 vs prior monthNetworks? Unique networks with presence in at least one facility in Mississippi.
0
+0 vs prior monthAvg Download Speed? Average fixed broadband download speed in Mississippi, weighted by number of tests per area.
351 Mbps
+20.2 Mbps vs prior quarterAvg Latency? Average network latency in Mississippi. Lower is better. More local peering reduces round-trip time.
23 ms
-1.0 ms vs prior quarterIX data via PeeringDB. Speed data: Speedtest® by Ookla® Open Data.
Internet exchanges reduce latency by keeping local traffic local. Without a nearby IX, data between two networks in the same city may travel hundreds of miles to a distant peering point and back. Low latency is increasingly critical for AI workloads, where model training, inference, and distributed computing all depend on fast data exchange between facilities.
IX Growth & Network Latency
Top 25 Interconnection Facilities by IX Presence
| Rank | Facility | IXs | Nets (Phys)? Networks with physical equipment at this facility. | Nets (Virt)? Networks peering at IXs in this facility without physical presence. | City |
|---|
The map below shows peering-capable data centers in Mississippi. States with dense clusters of IX-connected facilities are better positioned to attract AI infrastructure and data center investment.
IX Facilities in Mississippi
This map only shows this region's data. View the world map here →
Internet Exchanges in Mississippi
Internet exchanges registered in Mississippi on PeeringDB, with the number of networks present at each.
No internet exchanges currently registered in Mississippi.
Source: PeeringDB · Updated daily
Neighboring States
Compare Mississippi's IX infrastructure with neighboring states. Each state page tracks internet exchange growth, facility counts, and network latency trends.
Alabama 
Tennessee 
Louisiana 
Arkansas Speedtest® by Ookla® Global Fixed and Mobile Network Performance Maps. Based on Newby Ventures' analysis of Speedtest® by Ookla® Global Fixed and Mobile Network Performance Map Data for Q1 2019 – Q4 2025. Ookla trademarks used under license and reprinted with permission.
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Frequently Asked Questions
What is an Internet Exchange? ▾
An Internet Exchange (IX) is where multiple networks connect to exchange traffic directly, rather than routing through third parties. This reduces costs, improves performance, and lowers latency for end users.
IXs are typically housed in carrier-neutral data centers where no single network has control, creating a level playing field for all participants. Networks connect via switches and exchange traffic through peering agreements. A single IX may have a physical presence in multiple facilities across a state or region.
Learn more in the NV Research AI Interconnection book/interview →
What is the source of this data? ▾
IX infrastructure data on this page is sourced from PeeringDB, a freely available database of networks and interconnection facilities maintained by the global network operator community. PeeringDB data is self-reported by network operators and facility owners.
Broadband performance data (download speed, upload speed, and latency) is sourced from Speedtest® by Ookla® open data, aggregated quarterly at the state level.
How many Internet Exchanges are in Mississippi? ▾
As of the latest data, Mississippi has 0 Internet Exchanges present across 0 facilities, with 0 unique networks physically connected.
These numbers are updated monthly from PeeringDB. See the chart above for historical trends.
Why does Internet Exchange location matter for Mississippi? ▾
The physical location of Internet Exchanges directly impacts network performance, cost, and resilience for users and businesses in Mississippi:
- Latency: Local IXs keep Mississippi traffic local, reducing round-trip times
- Cost: Direct peering at local IXs reduces transit costs for Mississippi ISPs
- Resilience: Multiple local interconnection points prevent single points of failure
- Economic development: IXs attract network investment, data centers, and digital businesses to Mississippi
Without local IXs, Mississippi traffic may be "tromboned" through distant cities, adding latency and cost.
Why are internet exchanges important for AI inference? ▾
Real-time inference and edge inference workloads require the lowest possible latency to deliver instant responses. Internet exchanges provide direct peering between networks, minimizing the number of network hops and reducing round-trip time.
This is critical for real-time inference applications like conversational AI and autonomous vehicles, as well as edge inference deployments that process data closer to end users rather than in centralized cloud data centers.
What is the average internet latency in Mississippi? ▾
The average fixed broadband latency in Mississippi is currently 23 ms, based on Speedtest® by Ookla® open data. Latency measures the round-trip time for data to travel between a user and a server. Lower values mean faster, more responsive connections.
States with more Internet Exchanges tend to have lower latency because traffic can be exchanged locally rather than being routed through distant cities. See the chart above for Mississippi's historical latency trend alongside IX growth.
How does Mississippi's IX infrastructure compare to neighboring states? ▾
Mississippi currently has 0 Internet Exchanges. Here's how neighboring states compare:
- Alabama: 3 IXs, 19 ms avg latency
- Tennessee: 2 IXs, 16 ms avg latency
- Louisiana: 1 IX, 24 ms avg latency
- Arkansas: 0 IXs, 23 ms avg latency
See the neighboring states section for links to each state's full IX data page.
Cite This Data
When referencing this data in publications, reports, or presentations:
