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--- ruijie:access_point:ap_720l:ap_configuration_gateway [2020/10/04 20:55] – hvillanueva
+++ ruijie:access_point:ap_720l:ap_configuration_gateway [2020/10/04 22:37] (current) – hvillanueva
@@ Line 1: / Line 1: @@
-====== AP CONFIGURATIONAP WITH GATEWAY RUIJIE 2100 ======
+====== AP CONFIGURATION WITH GATEWAY RUIJIE 2100 ======
 In this network scenario, we configure a Wi-Fi network with Ruijie's solution but with a Ruijie Gateway where all the wireless network configurations will be performed. This Gateway also fulfills the functions of a Controller (WLC) where we can provision the Ruijie Access Points and manage them. Likewise, from the Gateway, the SSIDs, VLANs and other parameters such as transmission channels are configured.
@@ Line 10: / Line 10: @@
 In this topology, it indicates that the connection from the Gateway to the Router is connected to the WAN port of the same for Internet access and the other LAN ports will connect a computer and the Access Point.
+Finishing the configuration, we access the Gateway Dashboard where we can see the Gateway information.
 The following table shows the IP addressing of the devices for this scenario.
@@ Line 36: / Line 38: @@
 {{:ruijie:access_point:ap_720l:gateway_wifi.png?600|}}
+Then we wait for the configuration to be done.
+{{:ruijie:access_point:ap_720l:gateway_configuration.png?600|}}
+{{:ruijie:access_point:ap_720l:gateway_dashboard.png?600|}}
+===== 3. Provisioning the AP =====
+Now we verify that the AP is provisioned on the Gateway. From the web interface we access the WLAN option and then choose the AP Management option.
+{{:ruijie:access_point:ap_720l:gateway_wlan_apman.png?670|}}
+It is verified that the Access Point has been provisioned from the Gateway, therefore we can establish configurations to the wireless networks. Now we make the name change to recognize the AP that for this case we will place AP-RUIJIE, choosing the AP and choosing the Edit option.
+{{:ruijie:access_point:ap_720l:gateway_ap_name.png?600|}}
+{{:ruijie:access_point:ap_720l:gateway_ap_name_1.png?600|}}
+===== 4. VLAN creation =====
+According to the topology, we will create two VLANs for the two SSIDs that we are going to establish in the wireless network. In the web interface, we choose the Network option from the left panel and then we choose the Interface option.
+{{:ruijie:access_point:ap_720l:gateway_network_interface.png?600|}}
+Then we select the LAN port and choose the Sub Interface option. There we will add the two VLANs with the address that is in the SSID table in topology. The following images show the configuration.
+{{:ruijie:access_point:ap_720l:gateway_vlan_10.png?600|}}
+{{:ruijie:access_point:ap_720l:gateway_vlan_20.png?600|}}
+With that we have the VLANs ready.
+{{:ruijie:access_point:ap_720l:gateway_vlan_list.png?600|}}
+===== 5. DHCP for VLANs =====
+After creating the VLANs, we establish the DHCP service for the created VLANs. The users that connect to the wireless network will take dynamic IP addresses according to the network they connect to. To add DHCP scopes, in the web interface we choose the Network option in the left panel and then choose the DHCP option.
+{{:ruijie:access_point:ap_720l:gateway_dhcp.png?600|}}
+Then we start creating the DHCPs for each VLAN. The following tables show the configurations of the two DHCP scopes of the VLANs that we must do in the Gateway.
+**VLAN 10**
+{{:ruijie:access_point:ap_720l:dhcp_vlan10.png?600|}}
+**VLAN 20**
+{{:ruijie:access_point:ap_720l:dhcp_vlan20.png?600|}}
+The configuration in the Gateway is carried out as found in the table.
+{{:ruijie:access_point:ap_720l:gateway_dhcp_vlan10.png?600|}}
+{{:ruijie:access_point:ap_720l:gateway_dhcp_vlan20.png?600|}}
+With this we have the DHCP service configured to the VLANs created.
+{{:ruijie:access_point:ap_720l:gateway_dhcp_list.png?600|}}
+===== 6. SSID Creation =====
+To create the SSIDs from the Gateway, we choose the WLAN option in the left panel and then choose the Wlan Management option.
+{{:ruijie:access_point:ap_720l:gateway_wlan.png?670|}}
+Then we create two SSIDs indicated in the previous table in the Topology part.
+{{:ruijie:access_point:ap_720l:gateway_ssid1.png?600|}}
+In the first SSID created, we choose the corresponding VLAN and the corresponding DHCP scope.
+{{:ruijie:access_point:ap_720l:gateway_ssid1_vlan.png?600|}}
+Then we create the second SSID.
+{{:ruijie:access_point:ap_720l:gateway_ssid2.png?600|}}
+{{:ruijie:access_point:ap_720l:gateway_ssid2_vlan.png?600|}}
+Then the list of created SSIDs is reflected.
+{{:ruijie:access_point:ap_720l:gateway_ssid_list.png?600|}}
+===== 7. Wireless connection test =====
+We will test connectivity with two phones. One phone connects to the SYSTEMS network and another phone connects to the ADMIN network.
+**SSID SISTEMAS**
+{{:ruijie:access_point:ap_720l:ssid1.jpg?400|}}
+{{:ruijie:access_point:ap_720l:ssid2.jpg?400|}}
+We verify that the phone that connected to the SYSTEMS network takes the DHCP address corresponding to VLAN 10.
+{{:ruijie:access_point:ap_720l:ssid3.jpg?400|}}
+**SSID ADMIN**
+{{:ruijie:access_point:ap_720l:ssid4.png?400|}}
+{{:ruijie:access_point:ap_720l:ssid5.png?400|}}
+We verify that the phone that connected to the ADMIN network takes the DHCP address corresponding to VLAN 20.
+{{:ruijie:access_point:ap_720l:ssid6.png?400|}}