12-20-2023 08:53 AM
Hi please see the below two picture of vxlan structures. Based on my understanding, one is considered as layer 3 package and second one is layer 2. In different travel phase, it show different structure, Is this correct?
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12-20-2023 11:59 AM - edited 12-20-2023 12:00 PM
Hello @Leftz
Same ! The two answer to that definition :
VxLAN is a L2 overlay technology that utilizes UDP to encapsulate L2 Ethernet frames within L3 packets, allowing for the creation of virtualized networks that can extend across L3 networks.
In VxLAN, when a packet reaches the VTEP, the outer MAC header is indeed removed. VxLAN encapsulation involves adding an outer UDP header along with a VxLAN header to the original Ethernet frame.
12-20-2023 12:01 PM
it can be, the outer header is remove to routing the frame. (when routing frame the MAC is change)
but both are same.
MHM
12-20-2023 09:10 AM
both are same, except one have Outer MAC header and other not Have
MHM
12-20-2023 11:57 AM
thanks for your reply. but the top one does not have outer mac header. maybe the outer mac header is already removed when it is at vtep, right?
12-20-2023 12:01 PM
it can be, the outer header is remove to routing the frame. (when routing frame the MAC is change)
but both are same.
MHM
12-20-2023 11:59 AM - edited 12-20-2023 12:00 PM
Hello @Leftz
Same ! The two answer to that definition :
VxLAN is a L2 overlay technology that utilizes UDP to encapsulate L2 Ethernet frames within L3 packets, allowing for the creation of virtualized networks that can extend across L3 networks.
In VxLAN, when a packet reaches the VTEP, the outer MAC header is indeed removed. VxLAN encapsulation involves adding an outer UDP header along with a VxLAN header to the original Ethernet frame.
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