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If the tunnel drops and reconnects during operation, the RDP session need to likewise reconnect inside the re-established tunnel. The following diagram shows a simplified view of this indirect connectivity with a forced tunnel. RDP traffic passes through VPN or SWG resources before reaching the gateway. This routing is acceptable for general web traffic but isn't optimum for latency-sensitive traffic such as Teams media or RDP.
Diagram 1: Non-Optimized RDP traffic hairpinned through Secure Web Gateway Required tunnel exceptions for RDP traffic are necessary. This setup makes sure: to preserve consistent, high performance for reputable connection On the Cloud PC side, traffic stays on the Microsoft network and does not need to pass through the internet. With the bypass in location, web-bound traffic still uses the SWG or VPN tunnel, however RDP takes the optimized course as revealed in the following diagram.
Local egress from Azure minimizes round-trip time by avoiding unnecessary hops through remote places. When you locally egress RDP directly onto Microsoft's network, through a NAT Entrance, for example, traffic stays on Microsoft's network to the Entrance or TURN relay for its total journey.
With this optimization, reaching the internet locally to the user, the nearest Entrance or TURN relay can be utilized, preventing routing through non-local RDP Gateways or TURN relays which are nearer to the VPN or SWG's location, than the end user. Using these remote Gateways or Relays can add significant latency and dependability issues.
When RDP traffic egresses in your area, it connects to the nearest RDP Gateway or TURN relay, usually near to the user's place. From there, traffic travels across Microsoft's handled backbone to the Cloud PC and back. This means traffic is on the general public web only for a short distance, enhancing security and performance.
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Follow these actions to guarantee RDP traffic takes the most direct, reliable, and highperformance path. This info is shown in the following table, but is the same for both the physical and Cloud PC sides. Always refer to the Network Requirements documentation for the most recent information. ID FQDN IP Protocol/Port Purpose 1 * 40.64.144.0/ 20 (covers RDP flow within the FQDN but not everything within the wildcard domain) TCP/443 TCP Based RDP Connection 2 n/a 51.5.0.0/ 16 UDP/3478 UDP Based RDP via TURN Note The 40.64.144.0/ 20 subnet covers the RDP flow associated with * however not every endpoint within * Path RDP traffic straight to the web.
TLS inspection presents latency and deteriorates session quality while providing no advantage. Inside the TLS encrypted transportation session, lies an embedded TLS encrypted information session. For more information, see connection security paperwork. Where appropriate, prioritize RDP traffic within the network to preserve session responsiveness. Treat it similarly to how Microsoft Teams media traffic is handled.
This path egresses locally to the web via a direct path out of the corporate network. TLS inspection is handicapped for this traffic at the firewall program. By following this method, Contoso attained: Lowest possible latency to the Windows 365 service Greatest dependability of connection Maximum throughput for remote sessions Reduced load on proxy course Regional RDP Gateways and TURN relays near users, making sure traffic gets in Microsoft's worldwide foundation as early as possible for end-to-end efficiency From the local entrance or relay, traffic travels across Microsoft's foundation to the Cloud PC and back, minimizing exposure to the public internet and improving stability.
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The VPN software application utilized by mobile employees is set to bypass RDP traffic from the required tunnel VPN using the details shown (rushed line). This optimization permits RDP traffic, like Groups media traffic, to use the user's direct web course to Microsoft instead of routing through the business network. Diagram 4: RDP Optimization from a remote user The RDP endpoints used on the Cloud PC side are the same as those endpoints utilized on the physical device side, and they're also outgoing.
Inside the TLS encrypted transportation session, lies a nested TLS encrypted data session. Where appropriate, prioritize RDP traffic within the network to preserve session responsiveness.
This path egresses locally to the web via a direct path out of the corporate network. TLS assessment is disabled for this traffic at the firewall. By following this approach, Contoso achieved: Least expensive possible latency to the Windows 365 service Highest dependability of connection Maximum throughput for remote sessions Minimized load on proxy path Local RDP Entrances and TURN relays near to users, ensuring traffic gets in Microsoft's global backbone as early as possible for end-to-end performance From the regional gateway or relay, traffic takes a trip throughout Microsoft's foundation to the Cloud PC and back, decreasing exposure to the general public web and improving stability.
The VPN software utilized by mobile workers is set to bypass RDP traffic from the forced tunnel VPN utilizing the details shown (rushed line). This optimization permits RDP traffic, like Groups media traffic, to utilize the user's direct web course to Microsoft rather of routing through the corporate network. Diagram 4: RDP Optimization from a remote user The RDP endpoints utilized on the Cloud PC side are the same as those endpoints utilized on the physical gadget side, and they're also outgoing.
