Reliable, rapid IP Transit. Your website's backbone.

IP Transit is a service that allows you to connect your network to the global internet. It provides you with the ability to exchange traffic with other networks, enabling seamless communication between your users and the rest of the world.

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Benefits of IP Transit: Connecting Your Network to the World Wide Web

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Global Reach

  • Expand your audience: Connect to networks worldwide and reach customers in new markets.
  • Access global content: Easily access and distribute content to a global audience.
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Scalability

  • Adapt to changing needs: Adjust your bandwidth as your traffic requirements grow or decline.
  • Avoid bottlenecks: Ensure smooth performance during peak traffic periods.
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Reliability

  • Redundant paths: Benefit from multiple network paths to minimize downtime.
  • High availability: Enjoy consistent connectivity and minimal disruptions.
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Cost-Effectiveness

  • Flexible pricing options: Choose from various pricing models to find the best fit for your budget.
  • Optimized costs: Reduce network expenses by leveraging efficient routing and peering arrangements.

IP Transit: Your Network's Backbone

Redundancy

Ensure network uptime with multiple paths, guaranteeing continuous connectivity even in the face of network disruptions.

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Quality of Service (QoS)

Prioritize critical traffic to maintain optimal performance, ensuring your most important data always gets through.

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Security

Protect your network with advanced security measures, including DDoS mitigation and real-time threat detection.

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Customization

Tailor your IP transit solution to meet your specific requirements, with flexible bandwidth options and routing configurations.

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IP Transit Services Overview

Five Step Service Delivery Model diagram

Frequently Asked Questions about IP Transit

What type of physical connectivity is required for IP transit?

IP transit can be provided through various physical connections, such as Ethernet, fiber optic, or MPLS. The specific type of connectivity will depend on your network infrastructure and the options offered by your transit provider.

How long does it typically take to provision IP transit services?

The lead time for provisioning IP transit services can vary depending on factors such as the complexity of the connection and the availability of resources. However, most providers aim to complete the provisioning process within a few days to a few weeks.

How does IP transit handle routing and peering?

IP transit providers use advanced routing protocols to ensure that traffic is efficiently routed to its destination. Peering arrangements with other networks allow for direct traffic exchange, reducing latency and improving performance.

Can I request specific peering arrangements with other networks through my IP transit provider?

Some IP transit providers may be able to assist with peering arrangements, but the availability of specific peering relationships will depend on the provider's network topology and agreements with other networks.

How does IP transit ensure quality of service for my traffic?

IP transit providers typically implement QoS mechanisms to prioritize critical traffic and prevent congestion. This can involve techniques such as traffic shaping, queuing, and resource allocation.

Can I request specific QoS guarantees for my traffic?

Yes, many IP transit providers offer customizable QoS options to meet your specific requirements. However, the availability of certain QoS guarantees may depend on the type of connection and the overall network load.

What security measures are in place to protect my network from threats?

IP transit providers often implement various security measures, such as intrusion detection systems (IDS), firewalls, and encryption, to protect your network from unauthorized access and malicious attacks.

Can I add additional security features to my IP transit service?

Some providers may offer additional security features, such as VPN services or DDoS protection, at an extra cost.