 Starling X is a complete cloud infrastructure software stack for the edge that provides running workloads on both virtual machine and container environments. In this demo, we'll show you can ensure that time-sensitive traffic has a constant transmission rate and latency, while also allowing non-time-sensitive traffic to be carried through the same network. Starling X R3 supports time-sensitive networking applications using PCI pass-through to a Starling X virtual machine and using a credit-based shaper and the launch time feature of the Intel Ethernet i210 controller. In this demo, there are three types of traffic being sent from a Starling X VM. First, there is best-effort traffic sent by iPerf. We notice there is about a 4% packet loss without any other traffic. Second, a real-time streaming protocol video stream sent by Gstreamer with an RTSP plugin. And third, an audio-video transport protocol video stream sent by Gstreamer with an AVTP plugin. On the receiving end, we start receivers for the three types of traffic. We start sending the AVTP and RTSP video streams from the Starling X VM and wait for videos to appear at the listener. Both video streams have obvious quality problems because they are competing with themselves and the best-effort iPerf traffic. We can also see that the best-effort iPerf traffic now has about a 30% packet loss compared to only 4% loss without the video streams. Next, we'll prioritize the AVTP video stream by enabling a credit-based shaper and observe what difference this makes to the video quality. The credit-based shaper reserves bandwidth for the specified AVTP stream and protects it from competing with other traffic in the network. Together with the Intel i2-10 controller's launch time capability, this results in a significant video quality improvement for the AVTP stream. Starling X uses time-sensitive networking IEEE 802.1 standards to enable real-time networks for applications requiring time-sensitive traffic with a consistent transmission rate and latency. For more information about Starling X and this demo, see these documents.