New Site Promo! (1g on 10g 95 Percentile IP Transit - $250/m) (Available in any of our POPs - 9950x Dedicated Servers Available from $200/m)

IP Transit vs BGP Peering: What’s the Difference?

IP Transit
BGP Peering

Published on: 15/08/2025

Read time: 2

IP Transit vs BGP Peering: What’s the Difference?

When building or expanding a network, two terms you’ll often hear are IP Transit and BGP Peering. They’re both essential parts of how the internet works, but they serve very different purposes.

At Shift Hosting, we provide both IP Transit and BGP Peering solutions, so let’s break down what each one means, how they differ, and when you might need them.

What is IP Transit?

IP Transit is a service where you pay a provider to connect your network to the rest of the internet. Think of it as buying access to every possible destination online.

When you purchase IP Transit:

  • Your provider announces your IP address ranges to the global internet.
  • You receive full routing tables, essentially the “map” of every reachable network.
  • Your traffic is carried across your provider’s backbone and onward to any destination.
  • You usually pay based on bandwidth (e.g., 1Gbps, 10Gbps) and usage.

Key benefits of IP Transit:

  • Global reach – connect to any network worldwide.
  • Simplicity – one provider handles your outbound and inbound traffic.
  • Scalability – easily increase bandwidth as your business grows.

IP Transit is like paying a courier service that can deliver your package anywhere in the world, no matter the destination.

Key benefits of IP Transit:

What is BGP Peering?

BGP Peering is when two networks agree to exchange traffic directly using Border Gateway Protocol (BGP)  without going through a third-party transit provider for that traffic.

When you set up BGP Peering:

  • You exchange traffic only for routes that belong to the peering partner.
  • This usually happens at Internet Exchange Points (IXPs).
  • Peering can be settlement-free (no money exchanged) or paid (for premium routes).

Key benefits of BGP Peering:

  • Lower costs – avoid paying transit fees for certain routes.
  • Lower latency – direct connections mean faster delivery times.
  • Better control – you decide how and where your traffic flows.

Example analogy: BGP Peering is like having a private road between two towns — faster, cheaper, and more direct than going via the motorway.

IP Transit vs BGP Peering: Side-by-Side

Feature

IP Transit

BGP Peering

Purpose

Global internet access

Direct route to specific networks

Cost model

Paid per bandwidth/usage

Often free or low cost

Reach

Entire internet

Only peer’s network & customers

Best for

Full connectivity

Cost savings & low latency routes

Setup

Simple, one provider

Requires agreements with peers

Which One Should You Use?

Most businesses and network operators use a combination of both:

  • IP Transit provides guaranteed connectivity to the entire internet.
  • BGP Peering reduces costs and improves performance for specific traffic flows.

At Shift Hosting, we can help design a blended connectivity strategy so you get the best of both worlds. Whether you’re an ISP, data centre, or enterprise looking for network efficiency, we’ll recommend the right balance for your needs.

Why Choose Shift Hosting for IP Transit & BGP Peering?

  • High-performance network with multiple upstream providers.
  • Direct peering relationships with key networks for lower latency.
  • Scalable bandwidth from 1Gbps up to 100Gbps+.
  • 24/7 support from our expert team.

Ready to optimize your network? Contact Shift Hosting today to discuss IP Transit and BGP Peering options tailored to your business.

Recommended Blogs

How Tech Startups Scale: From Renting Servers to Owning Infrastructure

How Tech Startups Scale: From Renting Servers to Owning Infrastructure

How startups build real infrastructure: rent dedicated servers, colocate hardware, acquire IPv4 space, register an ASN, and buy IP transit.

IP Transit and Latency: The Real Reason Your App Feels Slow

IP Transit and Latency: The Real Reason Your App Feels Slow

In the digital ecosystem, there is a pervasive myth that performance is strictly a code problem. When a dashboard loads slowly, engineering teams instinctively dive into database query optimization, code splitting, or server-side caching. When a game lags, developers inspect the netcode. But there is a hidden variable that often matters more than how clean your code is or how powerful your CPU is. It is the physical and logical path that data takes to travel from your infrastructure to your use

Shift Hosting Completes Major Network Upgrade in Atlanta: 100G Uplinks, 400G Capability, and Hitless Routing Enhancements

Shift Hosting Completes Major Network Upgrade in Atlanta: 100G Uplinks, 400G Capability, and Hitless Routing Enhancements

Atlanta continues to rise as one of the most important interconnection hubs in the United States. With its growing datacenter ecosystem, strategic geographic position, and increasing demand from cloud platforms, carriers, and digital businesses, it has become a critical market for modern network infrastructure. Shift Hosting has now completed a major upgrade to its Atlanta presence, bringing significant improvements in capacity, routing stability, and long-term scalability.  This announcement

When IP Transit Fails: What the NeoProtect Shutdown Reveals About Infrastructure Risk

When IP Transit Fails: What the NeoProtect Shutdown Reveals About Infrastructure Risk

On October 30, 2025, thousands of servers and online services went dark. Game servers, SaaS platforms, proxies, and entire infrastructure setups relying on NeoProtect Remote Shield suddenly became unreachable. What happened was not a software bug, not a misconfiguration, and not a regional outage. NeoProtect’s IP transit provider, Datapacket / CDN77, turned off all of NeoProtect’s BGP sessions. When the upstream pulled the plug, NeoProtect lost its ability to announce customer prefixes global