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Questions and Answers
What is required for most VPN Gateway configurations according to the text?
Which VPN Gateway SKU should be avoided as it is considered legacy?
What is the primary purpose of the Local Network Gateway in the context of VPN configurations?
What is the recommended practice when creating a gateway subnet for VPN gateway deployment?
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What is a characteristic of Route-based VPNs?
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How does the choice of VPN gateway SKU impact the VPN gateway deployment?
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What is one benefit of using VNet peering in Azure?
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In VNet peering, what does 'gateway transit' allow?
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When configuring VNet Peering, what does the option 'Use remote gateways' enable?
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What is a key difference between Regional and Global VNet peering in Azure?
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Study Notes
VPN Gateway Configurations
- Most VPN Gateway configurations require a public IP address and the assignment of a gateway SKU to function effectively.
Legacy SKU
- The VPN Gateway SKU to avoid is the Basic SKU, as it is considered legacy and lacks many features of modern SKUs.
Local Network Gateway Purpose
- The Local Network Gateway serves to define the configuration of the on-premises VPN device and establishes a connection point to the local network for data transmission.
Gateway Subnet Best Practice
- When creating a gateway subnet for VPN gateway deployment, it is recommended to allocate a dedicated subnet to ensure proper functioning and avoid IP address conflicts.
Route-based VPN Characteristics
- Route-based VPNs utilize ** routing tables** for traffic selection, allowing greater flexibility in configuring connections compared to policy-based VPNs.
SKU Impact on Deployment
- The choice of VPN Gateway SKU impacts deployment in terms of performance, capacity, and features, with higher SKUs providing enhanced capabilities for more demanding applications.
VNet Peering Benefit
- A significant benefit of using VNet Peering in Azure is the reduced latency and improved performance for network traffic between virtual networks, as they share the Azure backbone.
Gateway Transit in VNet Peering
- In VNet peering, gateway transit allows one virtual network to use the gateway of another virtual network, enabling seamless connectivity for VPNs.
Remote Gateways in VNet Peering
- The option 'Use remote gateways' enables a virtual network to utilize the remote virtual network's gateway as a path for traffic routing, broadening connectivity options.
Regional vs Global VNet Peering
- A key difference between Regional and Global VNet Peering is that regional peering occurs within the same Azure region, while global peering allows for connections across different Azure regions, expanding network capabilities globally.
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Description
Test your knowledge of Azure VPN Gateway SKUs, features, and configurations with this quiz. Learn about Route-based VPN Gateway SKUs, Tunnel options, IKEv1 and IKEv2 connections, throughput benchmarks, and more.
