If not set with the port command, default values are used. Any parameters not set with the interface command are inherited from the lag command, or if none, from the port command. These settings override those set with the port or lag commands. At the LAG interface level, using the interface command.These settings override those set with the port command. At the LAG level, using the lag command.At the port level, using the port command.Port configuration priorityYou can configureĬharacteristics of Ethernet ports through several mechanisms: In the event of a tie in ranking, the system selects the port Original flood port again becomes active, it resumes as the flood portĪssuming it still has the highest ranking (lowest configured flood port If the port becomes unavailable, the software selects anotherįlood port based on the flood port assignments (or defaults). With the show interface command and displays the active flood port with the The system displays the port preference value When youĬonfigure an Ethernet port as part of the LAG, you assign a preference for Specify the flood port preference with the interface command. I typically use a app that can broadcast videos from the web to my chromecast. "flooded" out the flood port in an attempt to find the destination. As long as its not the consistently stuttering and lagging ui. Traffic whose destination address has not yet been learned is Port to broadcast address requests for the switch and to flood packetsīelonging to unknown addresses, and for other broadcast and multicast For example, consider that you have three ports, weighted as follows: Portįlood ports on a LAGLAG interfaces use a flood Traffic is then redistributed over all active links based on the new weights. Choose the topic that best describes your current issue with LIVE. If a port fails, the weight for each active port is regenerated based on the remaining active ports in the LAG. Tap Report a Problem > LIVE/Payment/Rewards. In this way, all traffic that belongs to a given flow will always be forwarded across the same port in the LAG (and therefore is kept in order). (For Layer 2 traffic, the hash is based on MAC destination address and source address for Layer 3 traffic, it is based on the IP destination address and source address.) The system uses this value, in conjunction with the configured weight, to select the port that will carry the traffic. As the system receives packets, it hashes information in each received packet to an 8-bit value. For example, if you have a LAG with one 100M port and one 1000M port, you can configure the weighted distribution to be 10% for the 100M port and 90% for the 1000M port by specifying weights of 1 and 10, respectively. Any given port in the LAG carries a fraction of the entire LAG traffic that is equal to its weight divided by the sum of all weights of all ports in the LAG. The value that you assign as a weight is relative to the weights of the other ports in the LAG. The weight is set with the weight argument of the interface command. Traffic is distributed over the LAG based on the weight set for each port in the configuration. Using weights for traffic distribution across a LAG ![]() Mixed media (that is, both Gigabit Ethernet and 10/100-Mbps Ethernet ports within the same LAG).A single virtual router interface (IP running directly over the LAG)Ī LAG can connect to the following lower layers:.LAG can connect to the following upper layers: You can specify which port within the LAG to use as the flood port for broadcast or multicast traffic.Within the system's interface and port hierarchy, a ![]() Traffic is distributed across the LAG in a way that ensures that traffic for a particular user stays in order. All the ports within the LAG use the same Layer 2 MAC address and same default virtual LAN (VLAN). The system treats the set of ports in a link aggregation group (LAG) as a single port. For best results, match Base to your system resolution, and downscale your output resolution.Link aggregation is a method of grouping multiple Ethernet ports into a virtual link with aggregated bandwidth. Select and alter both Base (Canvas) and Output (Scaled) Resolution. ![]() Higher resolution provides a clearer, sharper image, but requires more processing power.įind Common FPS Values, select your value, and hit Apply. Resolution is the size of the video on the screen, measured by the number of pixels in each dimension that the display can accommodate. The more frames, the more resources needed. Frame rate refers to the number of individual frames or images displayed per second. If these settings are too high for your system, it may lead to lag. Key settings to consider are encoder settings, frame rate, and resolution, each of which should be adjusted to match your system's capabilities.Įncoder settings determine how video and audio data are packaged for streaming or recording. Incorrect configuration of OBS settings could result in lag during recording or streaming.
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