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In my scenario, I have two 10G NIC's per host I want to connect to this switch. Should I be putting one from each host into the first uplink, and the other from each host into the other uplink? Then the switch would only need two uplinks?

Now, go through on paper how your spanning tree topology will establish, starting with the root. (refer to the rules of STP to make sure you get it right). Identify each switch's uplinks and ensure that on paper they all enable or block as required. Consider using port priority if you need to.

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The PFSense guest on this server has virtual NICs attached to each of the aforementioned port groups (both WAN and LAN), and successfully routes traffic between the two, albeit with one caveat: Only one of the physical uplinks on the LAN vSwitch functions at a time, so I can only connect one physical client machine at a time to the network. This is ostensibly because it is currently configured for failover.

I would like to be able to configure the LAN vSwitch so that instead of using each of the physical uplinks for failover for one link in total, it instead treats each as a separate link allowing different physical clients to be connected to each (functioning as, well, a switch) - if this is possible, how would I go about configuring this?

The cheapest way is the Round-robin DNS. Your host can have more than one A record in the DNS-zone. For each request that IP-adresses will be rotated. Client in general use only first from the set replied, so all IPs will be evenly distributed among the clients. That approach need your own named for master and slaves as far as Google's 8.8.8.8 and other public services denies to rotate IPs in the replies. The reason is the too small TTL that should be set for zones to reduce the outage if one or more uplinks becomes unavailable.

Hey Mate, how are you, hope you are doing fine.

First of all, the uplink portgroup is mandatory, basically, it "simulates" the uplinks of a physical switch and it maps to a NIC.

Why would you have a Physical that has no uplinks? I don't think it is very useful unless you want to keep your machines connected between them but with no external access.

A NIC doesn't actually have to be assigned to it but I'm a little uneasy of any possible related issues of not having any.

This is correct, the issue you will face here is that all the VMs in VLAN4095,3450,3451 and 3452 will be disconnected from the network.

Also, what happens with options such as Network I/O Control, Egress/Ingress Traffic Shaping and Load Balancing? They all are basically functions of the uplink port group either with the distributed port groups or the physical ports?

At a higher level they are handled by the vDS, for Load Balancing you can set specific policies per distibuted portgroup, as for the others I'm not 100% sure.

As for the traffic flow:

Yes, it needs to go up. But not to the portgroup, It will go to the pNICs, then to the pSwitch and it will be routed back to the Appliance.

Is the data flow governed in C or D when NIOC is being used? Neither C or D, it is governed by the vDS.

As for the NFS 4.1 and NIOC compatibilitly this post says it is compatible.

Using both Storage I/O Control & Network I/O Control for NFS - VMware vSphere Blog

Let me know if this was useful.

My issue is that these gateways seem to be getting filled with log messages of uplinks of the other gateways, when the MQTT topics are only linked to those of that particular gateway and when its supposed to only get the uplinks and frames of what its being sent to it. This causes the logs to be filled insanely fast and getting filled pretty quickly making it so that the logs get huge in size faster than the logrotate rotates them.

Gateways should not receive messages from other gateways. However, it is possible that you are receiving uplinks from devices that are not yours. The best way to avoid this is to use a NetID and to configure a filter on the gateway to drop uplinks that do not match your NetID.

Uplinks connect Branch Gateways to underlay networks. By default, both wired and cellular uplinks are set as active links with load balancing enabled on Branch Gateways. Branch Gateways support a total of five uplinks which include four wired uplinks and one cellular uplink.

An uplink can be configured as an active uplink or as standby. The uplink load balancing feature supports both active and standby uplinks, for example, traffic can be load balanced across two wired uplinks, while the backup cellular uplink remains idle and is used when a wired link fails. When a Branch Gateway has multiple active uplinks, uplink load balancing can modify the Internet Key Exchange (IKE Internet Key Exchange. IKE is a key management protocol used with IPsec protocol to establish a secure communication channel. IKE provides additional feature, flexibility, and ease of configuration for IPsec standard.) parameters for the Branch Gateway to create multiple IPsec Internet Protocol security. IPsec is a protocol suite for secure IP communications that authenticates and encrypts each IP packet in a communication session. tunnels, one on each uplink. When multiple uplinks and IPsec tunnels are up, the layer 3 traffic can be load-balanced across these uplinks using internal routing ACLs Access Control List. ACL is a common way of restricting certain types of traffic on a physical port. and next hop lists.

Make sure to keep at least 8 feet between a node and gateway to prevent cross talk caused by strong RF signals. (Which can cause the gateway to receive uplinks on a different channel, resulting in a reply on a channel on which the node does not listen for an answer)

unfortunately still the same : my gateway (RAK831 in house) is RX/TX-ing its join requests and accepts (verified with -packet-decoder/branches/master), but no uplinks received in the RX1 (RX2?) window immediately after the join accept, atlhough the LMIC error tolerance has been set.

Reason why the RAK is reacting so slow, has not been traced. Conclusion, it is not the timing of LMIC on the node, but a packet forwarder timing issue on the gateway.

Referring to the TTIG problems : TTIG does not support downlinks when not frequently receiving uplinks?

Hello, I have a project where I am trying to utilize two UCS servers from my environment for a webex mesh implementation. The tricky part involves the uplink networking to core switches. I have the 6248 currently in place and it has port channel up to an existing switch. This supports a working environment with Vcenter. For this new project we want to run more uplinks (port channel) into a separate core switch and only have two UCS servers have access to it while the other servers continue to use the existing port-channel. These two servers will only need access to one VLAN but it must go up to this other core switch and not the existing working port-channel. So I have created the policies and service profile to be applied to the servers where the vNIC has the desired VLAN defined. I have a few questions on the feasibility of this working:

I am looking for help with alerts for Meraki MX appliances, cant seem to find the condition that will allow me to alert when WAN 1 or WAN 2 uplinks go down. I also have a custom property for NodeLocation called Stores, and this is where all the Meraki appliances are located.

I use the interface down alert, and duplicate it, then I choose I want to alert on SD WAN Node, and then in my trigger condition as showb below, I dont see any interface name vlaue, or even a value for WAN uplinks etc.

With that said, I am using SW Engineer Toolset v9, Network Performance Monitor, and am seeing millions of receive discards on 3 of 7 ports which are active on a Cisco 3508. All 7 active ports are uplinks to other Cisco switches - not connections to servers that might be congested or to routers or firewalls. 4 ports that uplink to other Cisco switches have no problems (no errors reported), 3 have millions. I would think, if the Cisco switch is having problems keeping up with all packets it is receiving, all the ports would show some number of receive discards.

2) In an ideal world, how would gigabit switches be connected to prevent such bottlenecks? Would each be a Catalyst-class switch with 10GB fiber uplinks to a central 10GB backbone switch, or are there other options that would be considered? 2351a5e196