Cloud Architects and Network Engineers
Designing a hybrid cloud architecture that requires high-speed, low-latency private data transfer
Use cases
About
The Cloud Interconnect mind map template provides a technical architecture overview for establishing high-performance network connectivity between on-premises infrastructure and cloud environments. This 26-node Cloud Interconnect cheat sheet covers critical infrastructure requirements, including the Dedicated and Carrier connection models, to help network engineers design resilient hybrid cloud topologies. It details specific hardware requirements such as the need for an on-premises router in a colocation facility and BGP capabilities for routing. The template serves as a technical reference for bandwidth scaling, ranging from 50 Mbps in shared environments up to 200 Gbps for high-capacity physical circuits. By mapping out the Provisioning workflow and VLAN Attachments, users can ensure their network administration roles are correctly assigned for Shared VPC Host Projects. This Xmind template is an essential tool for architects planning to bypass the public internet to achieve lower latency and higher security for enterprise data egress.
Terms and ConditionsWhen to use this template
IT Procurement and Infrastructure Leads
Evaluating service provider options for layer 2 versus layer 3 cloud connectivity
DevOps Engineers and Security Compliance Officers
Documenting network administration roles and VLAN attachment procedures for a Shared VPC
How to use this template
Step 1
Download and open the file
Download the .xmind file and open it using Xmind desktop or the web-based editor to view the full connectivity hierarchy.
Step 2
Map your specific requirements
Replace the generic bandwidth and SLA nodes with your organization's specific performance requirements and provider contract details.
Step 3
Export for technical documentation
Use the Xmind export feature to save your customized interconnect map as a PDF or PNG for inclusion in your network design documents.
Frequently asked questions
The template distinguishes between Dedicated connections, which are physical layer 2 links in a colocation facility, and Carrier connections, which utilize a service provider's shared network. Dedicated links support higher bandwidth up to 200 Gbps, while Carrier options offer more flexible increments starting at 50 Mbps.
You can use the bandwidth specifications listed under the Dedicated and Carrier branches to match your egress requirements. The template notes 10 Gbps increments for dedicated circuits and various layer 2/3 varieties for provider-led connections, helping you visualize scaling limits.
Yes, it highlights key security and compliance factors such as the ability to 'Prevent traffic from traversing the public Internet' and the specific 'Network Admin role' requirements for provisioning VLAN attachments, which are vital for security documentation.
Absolutely. While the template includes standard 99.9% and 99.99% uptime targets, you can easily edit these nodes in Xmind to reflect your specific service level agreements or internal project provisioning workflows.
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