Router appliance

Related topics

• Router appliance is part of Network Connectivity Center From the official documentation: “Router appliance within Network Connectivity Center”
• Cloud Router works with Router appliance From the official documentation: “Each router appliance instance maintains BGP sessions with the same Cloud Router.”
• Router appliance depends on Cloud Router From the official documentation: “Router appliance uses a Cloud Router to exchange routes with your VPC network.”
• Router appliance depends on Compute Engine From the official documentation: “Create the Compute Engine VMs that act as router appliance instances.”
• hub works with Router appliance From the official documentation: “Quotas that apply to network routes for Cloud Router also apply to routes for Router appliance spokes attached to NCC hubs.”
• Network Connectivity Center works with Router appliance From the official documentation: “Router appliance is an alternative way of enabling connectivity between sites outside of Google Cloud through a NCC hub.”
• Router appliance depends on BGP From the official documentation: “When you use Router appliance, you install the image of a virtual appliance on a Compute Engine virtual machine (VM) that uses Border Gateway Protocol (BGP).”
• Router appliance depends on Network Connectivity Center From the official documentation: “*Router appliance requires NCC to operate.*”
• Router appliance works with Shared VPC From the official documentation: “Router appliance is only supported in the Shared VPC model when deployed in the host project.”
• Cloud Interconnect is an alternative to Cloud VPN From the official documentation: “Accessible by using hybrid connectivity (Cloud Interconnect or Cloud VPN).”
• Cloud NAT works with Cloud Router From the official documentation: “This will also delete the two Cloud NAT gateways that are connected to the Cloud Routers.”
• Cloud Interconnect works with Cloud Router From the official documentation: “6. Delete the encrypted Cloud Router used for Cloud Interconnect.”
• Cloud Interconnect works with Cloud VPN From the official documentation: “You must enable high-availability (HA) VPN functionality when using Cloud Interconnect<br>with Cloud VPN.”
• Cloud VPN is an alternative to VPC Network Peering From the official documentation: “As a variation to the design, you can use Cloud VPN instead of VPC Network Peering.”
• Shared VPC is an alternative to VPC Network Peering From the official documentation: “We recommend using Shared VPC over using VPC Network Peering because Shared VPC is easier to configure and scale.”
• Shared VPC works with VPC Service Controls From the official documentation: “If you use both Shared VPC and VPC Service Controls, the host project that contains the network and the service project that contains the Managed Lustre instance must both be inside the same perimeter.”
• hub is part of Network Connectivity Center From the official documentation: “Quotas that apply to network routes for Cloud Router also apply to routes for NCC hubs and spokes.”
• VLAN attachments is part of Cloud Interconnect From the official documentation: “Learn how to deploy HA VPN on top of the encrypted VLAN attachments of your Cloud Interconnect connection.”
• Cloud NAT depends on Cloud Router From the official documentation: “Cloud Router is a necessary control plane component for Cloud NAT.”
• Cloud Router depends on BGP From the official documentation: “BGP enables the dynamic exchange of routes between the Cloud Router and the Router appliance instance.”
• Cloud Router works with VLAN attachments From the official documentation: “On your Cloud Router, add the interface or interfaces that connect to the VLAN attachment.”
• Network Connectivity Center is an alternative to VPC Network Peering From the official documentation: “Connectivity between the load balancer's VPC network and the backend VPC network can be configured using either VPC Network Peering, Cloud VPN tunnels, Cloud Interconnect VLAN attachments, or a Network Connectivity Center framework.”
• VLAN attachments depends on Cloud Router From the official documentation: “When you create a VLAN attachment, you associate it with a Cloud Router.”
• VPC Service Controls secures Network Connectivity Center From the official documentation: “To further secure your NCC resources, use VPC Service Controls.”
• BGP works with Cloud Router From the official documentation: “View the status of Cloud Router Border Gateway Protocol (BGP) sessions or the routes that Cloud Router is advertising.”
• Cloud Interconnect depends on BGP From the official documentation: “The following terminology applies to the [Border Gateway Protocol (BGP)](https://wikipedia.org/wiki/Border_Gateway_Protocol), which Cloud VPN and Cloud Interconnect use for dynamic routing.”
• Cloud NAT works with Compute Engine From the official documentation: “A Cloud NAT gateway provides outgoing connectivity for Compute Engine virtual machine (VM) instances without external IP addresses.”
• Cloud Router configures Cloud NAT From the official documentation: “Create a new Cloud Router to program a Cloud NAT gateway:”
• Cloud Router works with Cloud VPN From the official documentation: “For Cloud Router used with Cloud VPN, set up a dashboard for `network/received_packets_count` and `network/sent_packets_count` to monitor any loss in connectivity.”
• Cloud VPN works with Shared VPC From the official documentation: “The Shared VPC network is connected by using [Cloud VPN](/network-connectivity/docs/vpn/concepts/overview) to an on-premises network.”
• Shared VPC works with VPC Network Peering From the official documentation: “You can use Shared VPC with clusters based on VPC Network Peering.”
• VPC Service Controls secures Compute Engine From the official documentation: “To further protect your Compute Engine resources, you can protect them using [VPC Service Controls](/vpc-service-controls/docs/overview).”
• BGP works with Cloud Interconnect From the official documentation: “The following terminology applies to the [Border Gateway Protocol (BGP)](https://wikipedia.org/wiki/Border_Gateway_Protocol), which Cloud VPN and Cloud Interconnect use for dynamic routing.”
• BGP works with Cloud VPN From the official documentation: “The following terminology applies to the [Border Gateway Protocol (BGP)](https://wikipedia.org/wiki/Border_Gateway_Protocol), which Cloud VPN and Cloud Interconnect use for dynamic routing.”
• Cloud Interconnect works with Shared VPC From the official documentation: “You can extend one or more of your existing security zones to Google Cloud by provisioning Shared VPC on Google Cloud and connecting it to the existing zone by using Cloud VPN or Cloud Interconnect.”
• Cloud Interconnect depends on VLAN attachments From the official documentation: “Using Cloud Interconnect to connect a VPC network to your on-premises network requires a [VLAN attachment](/network-connectivity/docs/interconnect/how-to/dedicated/creating-vlan-attachments).”
• Cloud Interconnect is an alternative to VPC Network Peering From the official documentation: “Connectivity between the load balancer's VPC network and the backend VPC network can be configured using either VPC Network Peering, Cloud VPN tunnels, Cloud Interconnect VLAN attachments, or a Network Connectivity Center framework.”
• Cloud Interconnect works with VPC Service Controls From the official documentation: “VPC Service Controls works with either Cloud Interconnect or Cloud VPN to provide additional security for your clusters.”
• Cloud NAT is an alternative to Cloud VPN From the official documentation: “If you create a Managed Service for Apache Spark cluster with [internal IP addresses only](/managed-spark/docs/concepts/configuring-clusters/network#create_a_cloud_dataproc_cluster_with_internal_ip_address_only), attempts to access `github.com` over the internet in an…”
• Cloud NAT works with Shared VPC From the official documentation: “You can deploy [Cloud NAT](/nat/docs) into the same Shared VPC host project network.”
• Cloud Router configures BGP From the official documentation: “You cannot create new Classic VPN tunnels that use dynamic routing (BGP) that is managed by a Cloud Router.”
• Cloud VPN depends on BGP From the official documentation: “The following terminology applies to the [Border Gateway Protocol (BGP)](https://wikipedia.org/wiki/Border_Gateway_Protocol), which Cloud VPN and Cloud Interconnect use for dynamic routing.”
• Cloud VPN is an alternative to Network Connectivity Center From the official documentation: “This document presents three architectural options for setting up a hub-and-spoke network topology in Google Cloud. The first option uses Network Connectivity Center, the second uses VPC Network Peering, and the third uses Cloud VPN.”
• Cloud VPN works with VPC Service Controls From the official documentation: “VPC Service Controls works with either Cloud Interconnect or Cloud VPN to provide additional security for your clusters.”
• Compute Engine works with VPC Network Peering From the official documentation: “VPC Network Peering works with [Compute Engine](/compute/docs), [GKE](/kubernetes-engine/docs), and [App Engine flexible environment](/appengine/docs/flexible).”
• Network Connectivity Center is an alternative to Shared VPC From the official documentation: “Hub-and-spoke [Shared VPC](/vpc/docs/shared-vpc) topology or [Network Connectivity Center](/network-connectivity/docs/network-connectivity-center) architectures that minimize public exposure”
• Network Connectivity Center works with VLAN attachments From the official documentation: “NCC integrates hybrid network connections by supporting Cloud Interconnect VLAN attachments, HA VPN tunnels, and Router appliance VMs.”
• Shared VPC works with VLAN attachments From the official documentation: “A VLAN attachment that is used with either type of connection can use Shared VPC or VPC Network Peering to share the connectivity between multiple VPC networks.”
• VLAN attachments works with VPC Network Peering From the official documentation: “A VLAN attachment that is used with either type of connection can use Shared VPC or VPC Network Peering to share the connectivity between multiple VPC networks.”