Group AP VLAN

The installation is in a lab with an East and West campus environment to simulate the two buildings, and everything was working fine until we wanted to use AP group VLAN. Once we have configured the AP group VLAN, updated models AP and pushed out - it broke.

All of a sudden, all the three wireless LANs (of SSID broadcasting) could not be seen, but all the wireless AP have increased. We rebooted the AP, but nothing has changed. We RESET an AP and once there she controller (via DHCP Option 43), wireless LANs came comes back online for the campus of the EAST... WEST Campus can still be seen. We have rebuilt all aspects of installation from scratch and it still happens.

Here's my question - if a WLAN is related to the Interface of wide WLAN management but is then bound to another interface in VLAN of the AP group, does the AP group VLAN definition trump the level setting of WLAN (Controller-> WLAN-> WLAN ID-> Interface) OR do the duties of WLAN/Interface must match between the WLAN controller and the settings of the AP group VLAN?

My thought is that the AP group VLAN - WLAN to configuration Interface replaces the original WLAN controller configuration Interface.

Here is the configuration:

WCS 4.2.62.11

East Campus:

Cat6506 - 12.2.18 SXF5

2 x WISN - 12.2.18 SXF5

Interfaces - East_EAP, East_WEP

WLAN/SSID-LLeap/lableap, LPeap/labpeap, LWep/labwep

West Campus:

Cat6506 - 12.2.18 SXF5

1 x WISN - 12.2.18 SXF5

Interfaces - West_EAP

WLAN/SSID-LLeap/lableap, LPeap/labpeap

Each campus is on a separate subnet to simulate two different buildings.

Of all the WISN / controllers have the same virtual Interface and are part of the same group of mobility - we want to wander between the buildings.

I attach the Leap and Peap WLAN to the same Interface (Eap_East or Eap_West) in each respective campuses and WEP on its own Interface.

(This is done in the AP group config VLAN - under Comptroller-> WLAN-> WLAN ID all the WLAN by default for the Management Interface)

I have Setup AP group VLAN for each Campus:

Lab_East_Group--> LLeap/LPeap related to the East_Eap Interface. LWep related to East_Wep Interface

Lab_West_Group--> LLeap/LPeap related to West_Eap_Interface (no wep in the West Campus).

Models of the AP are configured for each Campus specifying primary, secondary, and tertiary controllers, the name of the Group Vlan and WLAN override enabled:

Model Lab_East AP--> group VLAN - Lab_East_Group, WLAN substitute allows Leap/Peap/Wep WLAN

AP Lab West model--> group VLAN - Lab_West_Group, WLAN substitute allows Leap/Peap WLAN

You are right, and what you need to do is to have only these three controllers in a groups of mobility. Unless you all wlc on a single group of mobility. The more stable code I think is 4.1.185. If you decide to go to 4.2 then go with 4.2.112. I have this code running in a couple of my clients.

I would also upgrade the boot image.

Tags: Cisco Wireless

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    IP access-list Deny_Guest_Intervlan_Routing
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    deny ip 10.253.2.0 0.0.0.255 10.253.3.0 0.0.0.255
    deny ip 10.253.2.0 0.0.0.255 10.253.4.0 0.0.0.255
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    deny ip 10.253.2.0 0.0.0.255 10.253.6.0 0.0.0.255
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    output

    interface 0/1
    Description "ACCESSPORTS.
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    VLAN tagging 201
    -Other - or ITU (q)
    output

    interface 0/2
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    VLAN tagging 201
    IP mtu 1500
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    interface 0/3
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    participation of VLAN include 200-201 204
    VLAN tagging 201
    -Other - or ITU (q)
    IP mtu 1500
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    interface 0/4
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    policy - PolicyVoiceVLAN
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    participation of VLAN include 200-201
    VLAN tagging 201
    IP mtu 1500
    output

    interface 0/5
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 1000000
    pvid VLAN 99
    participation of VLAN include 99 200 - 201
    -Other - or ITU (q)
    VLAN tagging 201
    IP mtu 1500
    output

    interface 0/6
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    pvid VLAN 200
    participation of VLAN include 200-201
    VLAN tagging 201
    IP mtu 1500
    output

    interface 0/7
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    Description "ACCESSPORTS.
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    -Other - or ITU (q)
    participation of VLAN include 200-201
    VLAN tagging 201
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    0/8 interface
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    pvid VLAN 200
    participation of VLAN include 200-201
    VLAN tagging 201
    IP mtu 1500
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    interface 0/9
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    pvid VLAN 200
    -Other - or ITU (q)
    participation of VLAN include 200-201
    VLAN tagging 201
    IP mtu 1500
    output

    interface 0/10
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    pvid VLAN 200
    participation of VLAN include 200-201
    VLAN tagging 201
    IP mtu 1500
    output

    interface 0/11
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    -Other - or ITU (q)
    pvid VLAN 200
    participation of VLAN include 200-201
    VLAN tagging 201
    IP mtu 1500
    output

    interface 0/12
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    pvid VLAN 200
    participation of VLAN include 200-201
    VLAN tagging 201
    IP mtu 1500
    output

    interface 0/13
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    -Other - or ITU (q)
    bandwidth 100000
    pvid VLAN 200
    VLAN automatic participation 1
    participation of VLAN include 200-201
    VLAN tagging 201
    IP mtu 1500
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    interface 0/14
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    pvid VLAN 200
    VLAN automatic participation 1
    participation of VLAN include 200-201
    VLAN tagging 201
    IP mtu 1500
    output

    -Other - or ITU (q)
    interface 0/15
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    pvid VLAN 200
    VLAN automatic participation 1
    participation of VLAN include 200-201
    VLAN tagging 201
    IP mtu 1500
    output

    interface 0/16
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    pvid VLAN 202
    VLAN automatic participation 1
    participation of VLAN include 201-202
    VLAN tagging 201
    IP mtu 1500
    output
    -Other - or ITU (q)

    interface 0/17
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    pvid VLAN 200
    participation of VLAN include 200-201
    VLAN tagging 201
    IP mtu 1500
    output

    interface 0/18
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    pvid VLAN 203
    participation of VLAN include 200-201 203
    VLAN tagging 201
    IP mtu 1500
    -Other - or ITU (q)
    output

    interface 0/19
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    pvid VLAN 206
    VLAN automatic participation 1
    participation of VLAN include 201 206
    VLAN tagging 201
    IP mtu 1500
    output

    interface 0/20
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    pvid VLAN 999
    participation of VLAN include 200-201 204-207 455-456 999
    -Other - or ITU (q)
    VLAN tagging 200-201 204-207 455-456
    IP mtu 1500
    output

    interface 0/21
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    pvid VLAN 455
    VLAN automatic participation 1
    participation of VLAN include 200-204 455-456
    VLAN tagging 200-204
    IP mtu 1500
    output

    interface 0/22
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    -Other - or ITU (q)
    switchport mode trunk
    switchport trunk vlan native 456
    pvid VLAN 456
    VLAN automatic participation 1
    participation of VLAN include 200-204 456
    VLAN tagging 200-204
    IP mtu 1500
    output

    interface 0/23
    VLAN 201 votes
    policy - PolicyVoiceVLAN
    bandwidth 100000
    switchport mode trunk
    switchport trunk vlan native 456
    pvid VLAN 456
    participation of VLAN include 200-204 456
    VLAN tagging 200-204
    IP mtu 1500
    output

    -Other - or ITU (q)

    interface 0/24
    bandwidth 100000
    switchport mode trunk
    switchport trunk vlan native 999
    pvid VLAN 999
    participation of VLAN include 200-208 455-456 999
    VLAN tagging 200-207 455-456
    IP mtu 1500
    output

    interface vlan 1
    Routing
    DHCP IP address
    output

    interface vlan 200
    Routing
    -Other - or ITU (q)
    IP 10.253.0.1 255.255.255.0
    output

    interface vlan 201
    Routing
    IP 10.253.1.1 255.255.255.0
    output

    interface vlan 202
    Routing
    IP 10.253.2.1 255.255.255.0
    IP access-group Deny_Guest_Intervlan_Routing vlan 202 in
    output

    interface vlan 203
    Routing
    IP 10.253.3.1 255.255.255.0
    output
    -Other - or ITU (q)

    interface vlan 204
    Routing
    IP 10.253.4.1 255.255.255.0
    output

    interface vlan 205
    Routing
    IP 10.253.5.1 255.255.255.0
    output

    interface vlan 206
    Routing
    IP 10.253.6.1 255.255.255.0
    output

    -Other - or ITU (q)

    interface vlan 207
    Routing
    IP 10.253.7.1 255.255.255.0
    output

    interface vlan 208
    Routing
    IP 10.253.8.1 255.255.255.0
    output

    interface vlan 455
    Routing
    IP 10.253.255.2 255.255.255.0
    output

    interface vlan 456
    -Other - or ITU (q)
    Routing
    IP 10.253.11.1 255.255.255.0
    output

    interface vlan 99
    Routing
    IP 10.253.9.1 255.255.255.0
    output

    IP management vlan 203
    dhcp service
    pool IP dhcp "Telefonie.
    Rental 7 0 0
    Server DNS 8.8.8.8 8.8.4.4
    router by default - 10.253.1.1
    Network 10.253.1.0 255.255.255.0
    domain secit.be
    b-node NetBIOS node type
    output

    -Other - or ITU (q)
    pool IP dhcp "guest."
    Rental 0 12 0
    Server DNS 8.8.8.8 8.8.4.4
    router by default - 10.253.2.1
    Network 10.253.2.0 255.255.255.0
    secit domain name - guest.be
    b-node NetBIOS node type
    output

    pool IP dhcp 'media '.
    Rental 0 12 0
    10.253.3.2 DNS Server 8.8.4.4
    router by default - 10.253.7.1
    Network 10.253.7.0 255.255.255.0
    secit domain name - media.be
    b-node NetBIOS node type
    output

    pool IP dhcp "TD."
    Rental 0 14 0
    10.253.3.2 DNS Server 8.8.4.4
    router by default - 10.253.4.1
    Network 10.253.4.0 255.255.255.0
    -Other - or ITU (q)
    secit domain name - td.be
    b-node NetBIOS node type
    output

    pool IP dhcp "internal."
    Rental 7 0 0
    10.253.3.2 DNS server
    router by default - 10.253.0.1
    Network 10.253.0.0 255.255.255.0
    domain fixitsolutions.local
    b-node NetBIOS node type
    output

    output

    Maybe it's the DHCP packet filtering.

    For help, try to add a rule to allow DHCP packets.

    Example: (this is obviously NOT the exact rule to filter only the DHCP packets, but just a simple rule for the test)

    IP access-list Deny_Guest_Intervlan_Routing
      permit udp 0.0.0.0 255.255.255.255 0.0.0.0 255.255.255.255 eq 67
      permit udp 0.0.0.0 255.255.255.255 0.0.0.0 255.255.255.255 eq 68
    
  deny ip 10.253.2.0 0.0.0.255 10.253.0.0 0.0.255.255
    
  IP 10.253.2.0 allow 0.0.0.255 0.0.0.0 0.0.0.0
    
output

    If this ACL works (you can get the DHCP address), then you will need to write the ACL right, something like (this is just an example):

    IP access-list Deny_Guest_Intervlan_Routing
      ! DHCPDISCOVER
      permit udp 0.0.0.0 0.0.0.0 eq 68 255.255.255.255 0.0.0.0 eq 67
      ! DHCPOFFER
      0.0.0.0 eq 67 255.255.255.255 0.0.0.0 eq 68
      ! DHCPINFORM
      permit udp 10.253.2.0 0.0.0.255 eq 68 255.255.255.255 0.0.0.0 eq 67
      ! DHCPACK
      0.0.0.0 eq 68
      permit udp 10.253.2.0 0.0.0.255 eq 67 255.255.255.255 0.0.0.0 eq 68
      ! Internal traffic
    
  deny ip 10.253.2.0 0.0.0.255 10.253.0.0 0.0.255.255
      ! Internet traffic
    
  IP 10.253.2.0 allow 0.0.0.255 0.0.0.0 0.0.0.0
    
output

  • NFS and VLAN native

    Hi all

    I have two channels of different port by interconnection fabric. On a single port channel I have several VLAN assigned to the traffic of the virtual machine so that 1 VLAN by default not identified in a vNIC. Unfortunately, in our factory environment VLAN is used for certain traffic of virtual machine. Now, on the second channel of port it is connected to nexus 5 k switches but only allowed for a NFS VLAN.

    The problem I am facing is that if I enable NFS port channel, some of my traffic to the machine virtual stops as it seems that they arrive via public port channel but are trying to wind up with the NFS who filed the application.

    I want to use the Group feature VLAN to apply a VLAN for the Port Channel Mapping. I am able to associate a rule for NFS fine, but I'm not able to select the default VLAN in my public group to create a mapping rule.

    If I just create a group for NFS, be it re - automatically send everything through the other channel of port? (This is essentially what I want) Or if I create a group and not the second, it will only help the NFS one but leaves the audience in the same situation that bounce between several channels of port?

    Thank you for your help and assistance

    Contact me directly if necessary

    an a v v a l i t o r o n t o c a.

    Hello

    Altogether, you created 10 vlan, including the vlan by default and you are able to add only 9 vlan in this group...

    You mean that you want to add the vLAN by default Id in the particular group which was created by you...?

    You cannot add the vlan by default Id in groups of VLANs, but an option is there you can change the default vlan ID 1 to another number, you can create a new id vlan 1 and you'll be able to add to the group.

    Before making changes to ensure that if id vlan by default 1 used by some other servers or not because if you have changed this means it will disrupt traffic.

  • Ill at 5.5 VLAN switch distributed

    Begging for a little help. It's my first knife to set up a VLAN on an ESXi 5.5 Distributed Switch. I'm used to the physical switches... Dell & Cisco...

    Installation program:

    Firewall

    > > WAN1 [5 x static IP] > > WAN to the firewall

    > > WAN2 [1 x, DHCP] > > WAN to the firewall

    > > LAN1 "VMnet" 10.x.1.x/24 > > Firewall > Port1 on Dell PowerConnect 2748 (switch is not compatible trunking)

    > > LAN2 "WiFi" 10.x.2.x/24 [adapter Wireless Firewall]

    > > VLAN1 Switch1 Port1 'tag 'ESXiNet' [VMkernel + vMotion] 10.x.3.x/24' > > Switch1, Port 14 "Untagged."

    > > Port 14 on Switch1 attends Port2 on Switch3 [Dell PowerConnect 2716]

    > > Port 2 on Switch3 is 'tag', 3-16 Ports are not all "marked" and all go direct to VMkernel NIC card pairs for redundancy.

    > > VLAN2 "OfficeNET' 10.x.4.x/24 Switch1 Port1 to Switch1 LAG1 [Ports Switch1 15 & 16] > > Switch2 Ports 1 and 2 as"Gal1"[Dell PowerConnect 2724]

    > > VLAN3 'AdminNet' 10.x.5.x/24 Switch1 Port1 to Switch1 Ports 40-48

    Problem is that I have a VLAN that comes out of my Dell PowerConnect 2748 switch and enter an ESXi host. VLAN is #99. If I connect a laptop directly into the switch I get an IP DHCP correctly of the switch address on this VLAN. If I plug this LAG (or individual port if I break upwards the LAG) in my ESXi hosts can't pass the VIRTUAL local area network via the distributed switch.

    You are looking for assistance. Hope that the above explanation makes sense. Just trying to get one VLAN through a switch distributed to a virtual machine.

    Sorry for the bug to the community with this configuration. It seems that it was my fault... or my mistake. I got it setup properly from the start... For all those who in the future that concludes this thread...

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    The problem is that I have restart the physical switch and Firewall [Physics] but not the host ESXi, DS or virtual machines. Because the VMs system had been on before configuration changes their network cards were shooting a null IP and without release and renew their, they have been stuck without the IP DHCP VLAN address. I didn't enter the VMs (2012r2 server operating system) system and disable the network adapters and then enable them. They then shot the IP address of the subnet assigned to the VLAN.

    Stupid mistake but at least it is resolved.

  • Tagged management VLAN and the virtual machines on the same VLAN

    I'm faced with a problem related to our Brocade switches newly acquired and get the private VLAN to work on trunk connections to our ESX servers.  Every time I try something different, he creates a new problem.

    In our configuration, our management of VLAN is not tag and we have a VLAN for this management network that is placed on our switches VLAN no marked native.  We also have virtual machines hosted on those same ESX servers that are on the same VLAN and everything works fine.  However, when I change the ESX management to carry a label on this VLAN and change the switchports accordingly (IE no untagged VLAN native), management work, but hosted on the ESX Server machines that are on the same VLAN can get no network connectivity.

    Is it possible to have a management network labeled and also the host of virtual machines on the same VLAN or is it totally impossible?  I'm not very familiar with networking behind ESX, so I apologize if this is a dumb question with an obvious answer.

    Thank you

    Mark J.

    Is it possible to have a management network labeled and also the host of virtual machines on the same VLAN or is it totally impossible?

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    1. set up the Group of ports of VMS to use VLAN;

    2 configure the interface of management VMkernel port group use VLAN;

    3 configure the physical switch port to allow to this VLAN and put the default VLAN natively for these interfaces.

  • VLANS can be configured at the vSwitch and Portgroup level?

    Dear friends,

    I hope that all do you good...

    Two statements are true about groups of ports and VLAN defined on a switch vNetwork Standard? (Choose two)

    A. A VLAN can be configured for the entire virtual switch or on groups of individual ports

    B. several groups of ports can specify the same VLAN

    C. VLAN can only be configured on individual port groups

    D. several VLANS can be specified in a port group

    VLANS can be configured at the vSwitch and Portgroup level?

    B. several groups of ports can specify the same VLAN

    C. VLAN can only be configured on individual port groups

  • vDS and vSS difference VLAN

    Hello!

    I have ESXi host 5.1, with 2 uplinks. An uplink for standard switch, another for Distributed (I have other ESXi hosts it and vCenter 5.1 for all these guests, but that's another story)

    I have a virtual network with VLAN5 (for example) to a standard switch and VM inside this network accessible by network connection

    I have port inner distributed group switch with VLAN5 and I tried to change network settings VM standard network switch to group of distributed switch ports.

    In my opinion VM will remain in the same VLAN5 and everything should be fine, but so VM is not accessible from the network then inside vDS port group...

    Please help me - what am I I was wrong?

    Hello! The settings are - DvSwitch Port Group, policies-> VLAN-> type of VLAN: VLANS and VLAN ID 5.

    The problem was in the physical switches (it the ESXi physically connected to the network) and VLAN home settings.

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