VXLAN identifies tenants using VNIs, which are 24 bits long. A tenant can have one or more VNIs, and VXLAN supports a maximum of 12 million tenants.
VXLAN identifies tenants using VNIs, which are 24 bits long. A tenant can have one or more VNIs, and VXLAN supports a maximum of 12 million tenants.
VXLAN identifies tenants using VNIs, which are indeed 24 bits long. However, a 24-bit identifier can support up to 16 million different values (2^24 = 16,777,216), not 12 million. Therefore, the statement that VXLAN supports a maximum of 12 million tenants is false.
One tenant may have one or more VNIs. A VNI consists of 24 bits and supports up to 16 million tenants.
One tenant may have one or more VNIs. A VNI consists of 24 bits and supports up to 16 million tenants.
VXLAN adds a 24-bit VXLAN network identifier (VNI) that is similar to a VLAN ID to a VXLAN header. Theoretically, a maximum of 16M VXLAN segments are supported, meeting the requirements for identification and isolation between large networks. The following describes the functions of VNIs. https://support.huawei.com/enterprise/en/doc/EDOC1100086966