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IP Transit

IP Transit

Ideal for businesses that demand high-speed data transfer, uninterrupted connectivity, and enhanced security, our IP Transit service is perfect for content providers, ISPs, cloud service providers, and enterprises that need superior network performance. Benefit from a fully redundant network infrastructure that minimizes downtime and maximizes your uptime.

24/7 Networking traffic
monitoring panel
Ports from 1 Gbps all the way
up to 10 Gbps
Premium network routes chosen
for performance
DDoS Protection available for
additional cost

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A Global Network You Can Trust

Dediblaze delivers unmatched reliability and performance, providing network engineers with seamless, secure connectivity across multiple regions to support critical infrastructure and operations.

2

Exchanges

200+

Gbps Capacity

100+

Peers

Why Dedi Blaze for IP Transit?

Blended Tier 1 Traffic

Blended Tier 1 Traffic delivers the ultimate in reliable, high-performance network connectivity by aggregating multiple Tier 1 carriers to ensure consistent, low-latency routing across global infrastructure. Ideal for network engineers, it optimizes bandwidth utilization, enhances redundancy, and mitigates downtime for mission-critical operations.

Peering

Peering offers direct interconnection with other networks, enabling network engineers to reduce latency, improve data transfer speeds, and lower transit costs. By establishing efficient peering relationships, it enhances network performance, boosts resilience, and ensures smoother traffic flow across the internet.

BGP Management

BGP Management provides seamless control over routing policies and traffic optimization, empowering network engineers to maintain efficient, resilient connections across diverse networks. With precise management of Border Gateway Protocol, it enhances network performance, mitigates outages, and ensures maximum uptime for critical infrastructure.

SLA 99.9% Guarantee

An SLA 99.9% Guarantee ensures exceptional network reliability, giving network engineers the confidence of minimal downtime and maximum service availability. With this guarantee, critical infrastructure remains operational, reducing the risk of interruptions and ensuring consistent performance for mission-critical operations.

Frequently Asked Questions

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What is IP Transit?

IP Transit is a service that lets data move between different networks on the internet, ensuring everything stays connected. It’s important because it connects local or internal networks to the wider internet, providing businesses and individuals with reliable and seamless access to the global internet.

How is IP Transit different from peering?
What role do Internet Service Providers (ISPs) play in IP Transit?

ISPs are key players in IP Transit. They manage the flow of internet traffic through their infrastructure, which includes routers and data centers. ISPs often work with other larger ISPs to make sure their customers can reach the entire internet, ensuring global connectivity.

What is an Autonomous System (AS) and why is it important for IP Transit?

An Autonomous System (AS) is a large network, or group of networks, that’s managed by a single organization and identified by a unique number (ASN). It plays a crucial role in routing traffic across the internet, helping IP Transit happen smoothly and efficiently between different networks.

How does Border Gateway Protocol (BGP) fit into IP Transit?

IP Transit relies on a protocol called Border Gateway Protocol (BGP). BGP is used by Autonomous Systems (ASes) to exchange information about network reachability, making sure data can travel smoothly across different networks through IP Transit.

What is multi-homed IP Transit?

Multi-homed IP Transit means you’re connected to multiple ISPs instead of just one. While it’s generally more expensive than a single connection, it’s also more reliable. If one ISP has an issue or goes down, the others take over to keep your connection running smoothly. It also helps balance traffic and optimize performance across multiple connections.