An automotive manufacturing enterprise is designing a hybrid network architecture to connect its central assembly plant data center to Google Cloud. The connection must reliably support a continuous throughput of 15 Gbps for real-time telemetry data. Additionally, on-premises systems must be able to communicate with workloads residing in a secondary workload VPC (VPC B) that is connected to the primary landing zone VPC (VPC A). Which hybrid network architecture meets these bandwidth and routing requirements?
- Provision Dedicated Interconnect to satisfy the 15 Gbps throughput requirement, and configure direct hybrid connectivity to both VPCs because VPC Network Peering does not support transitive routing from on-premises networks.Cevap
- BDeploy an HA VPN gateway with multiple IPsec tunnels between the on-premises plant and VPC A to handle the 15 Gbps bandwidth, and establish dedicated hybrid links to both VPC A and VPC B.
- CProvision Dedicated Interconnect to VPC A, and rely on an existing VPC Network Peering connection between VPC A and VPC B to route on-premises traffic transitively to VPC B.
- DDeploy an HA VPN gateway between the on-premises plant and VPC A, and enable custom route advertisements on Cloud Router over VPC Network Peering to reach VPC B.
Cevap
Provision Dedicated Interconnect to satisfy the 15 Gbps throughput requirement, and configure direct hybrid connectivity to both VPCs because VPC Network Peering does not support transitive routing from on-premises networks.
Dedicated Interconnect provides the required 15 Gbps high-bandwidth capacity. Because VPC Network Peering does not support transitive routing, traffic from an on-premises network connected to VPC A cannot cross a peering link to reach VPC B. Therefore, dedicated hybrid connectivity paths or transit hub solutions (like Network Connectivity Center) must be configured for both VPCs.
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Anahtar Kavram
Selecting hybrid connectivity (Dedicated Interconnect vs HA VPN) based on throughput and accounting for VPC Peering non-transitivity.