H3C Technologies H3C WX6000 Series Access Controllers - Manual (Page 313)

32-4
Figure 32-3 Two radios on different meshes
Radio 1 in mesh 1
Mesh 1 Mesh 2
AC
MPP
MP MP
MAP
MP
MAP
MP MP
MPP
Radio 2 in mesh 2
Client Client
As shown in Figure 32-3 , to avoid cross-interruption between Mesh 1 and Mesh 2, you can configure
two radios for an MP, each of which is present in a different mesh network. The only constraint is that
both meshes have to be managed by the same AC.
3) One FIT MP with two radios on the same mesh
As shown in Figure 32-4 , Radio 1 of MP 1 joins the mesh through the MPP. In this case, only Radio 1
can provide access for downstream MPs. Radio 2 cannot automatically access the mesh and provide
the mesh service.
Figure 32-4 Two radios on different meshes
If the MP supports three radios, in this case, you can configure Radio 1 as the uplink interface, Radio 2
as the downlink interface, and Radio 3 as the multi-beam antenna. To utilize the dual-radio resources on
the MP, you can establish the network as shown in Figure 32-5 . In such a network, when Radio 1 of MP
1 accesses the mesh, Radio 2 of MP 1 also automatically joins the mesh. In this network, you should
apply radios joining the same mesh network to the same mesh service. For detailed configuration, refer
to Tri-Radio Mesh Configuration Example .