Two tools, two jobs
A traditional data center is built for scale: many racks, high power density, large teams, and connectivity to many carriers. A Micro PoP is built for proximity: a compact interconnection point placed close to users and local networks.
Compare at a glance
| Factor | Micro PoP | Traditional data center |
|---|---|---|
| Primary purpose | Interconnection and caching | Compute, storage and interconnection |
| Location | Tier-2 and tier-3 towns | Major metros and campuses |
| Footprint | Rack units to small racks | Racks, rows and cages |
| Distance to users | Very short | Longer |
| Best for | Routers, caches, small edge nodes | Core platforms, databases, large clusters |
When a Micro PoP is right
- You are a local ISP that wants to peer and reduce backhaul.
- You run a CDN or OTT platform and want caches near viewers.
- You need a small edge node — a game relay, a DNS resolver, an SD-WAN hub — close to users in a region.
When a data center is right
- You run large compute clusters, storage or databases.
- You need high power density or many racks.
- Your application is not sensitive to the last few milliseconds of latency.
The common pattern
Most organisations end up using both. Core systems live in large data centers; edge functions live close to users in Micro PoPs or Edge Data Centers, connected back over private paths. The Peer1IX fabric is designed to make that combination simple.
Need help deciding?
Describe your workload and users, and our engineers will suggest the right mix. Contact us.
