(Many are also reporting that this type of solution did not help). There are many forums that suggest vmware's vmnet editor solution for other similar sounding issues, but I think this cant apply in this case.
That is by design, no Basically, you tell VMWare to pretend two different interfaces physically exist (well, not exactly, but you get the idea), and traffic is forwarded to the guest virtualized network interface. Incidentally, all other router firmwares I've tested with the exact same group of test machines all work perfectly with bridged VM network interfaces (ddwrt, proprietary linksys/huwawei/tplink/netgear etc) If it is bridged, the IP address should be different on the host OS network interface and the guest. Major Difference between vSphere 6.7 and 7.Thanks for the reply, however may I please highlight what I previously mentioned: the bridged interface works perfectly fine in all vms connected to any dhcp networks based on all other interfaces of any OWRT router.It is only connections to any network stemming from the default lan-br on several later OWRT firmwares that can be repeatably shown to fail 100% in absolutely every scenario.įor vmware's network editor settings (mine were are default) to cause such a highly brand and type specific fault it would seem very odd indeed.
Then keep static IPs in a set range, rather than making DHCP reservations. More typically, what people do, is make their DHCP Range not include the entire subnet, but only part of it.
#VMWARE BRIDGED NETWORK MAC ADDRESS WINDOWS#
So if I wanted to set a static IP for a Windows Server 2012 VM in order for clients to connect to it as a DHCP and other roles, I would need to reserve the address on the router for the IP of the VM I'm guessing?ĮDIT: To quash your Type-2 setup fears this is for a test environment only.Īssuming your server hands out DHCP over the entire subnet, then yes, you must reserve the static IP so that you don't risk two NICs grabbing an overlapping IP. When bridged, your guest acts like like a first class citizen on the network and is seen transparently by other network devices as if it was on the network directly itself.Īh right, since they create virtual NICs. A DHCP address, floating or reserved, will work just fine. No, static IPs are not needed in this scenario. The host OS can be on a different subnet than the VM it doesn't matter because they are not associated. The VM connects to a virtual switch in the host OS the same level as the host OS.
The bridged interface connects below the host operating system.
No your VM host system does not need a static (fixed) IP address, or any IP address for that matter.