DHCP Server in the Aironet 1520

Hi Everyone,
I have a 1250 AP connected to an Switch Cisco 3750. We have a SSID(vlan 1 - native) which get an IP Adress from our DHCP Server(located in a Windows 2003 server).
I added a new SSID in VLAN 2 and I would like no to use the DHCP Server but to make the AP get an IP Address from the pool I created in the own AP (ip dhcp pool Guest) but everytime I try to connect the new vlan, it doesnt get an ip address.
Follow the settings of the AP. Any help, it would be very appreciate.
version 12.4
no service pad
service timestamps debug datetime msec
service timestamps log datetime msec
no service password-encryption
hostname BETA
enable secret 5 $1$65KK$cvnK849DOoWzq8QiMA9On.
no aaa new-model
no ip dhcp use vrf connected
ip dhcp excluded-address 10.150.4.1
ip dhcp pool Guest
network 10.150.4.0 255.255.255.0
default-router 10.150.1.1
dns-server 10.150.1.48
domain-name xxx
dot11 ssid GUEST
vlan 2
authentication open
mbssid guest-mode
dot11 ssid INTERNAL
vlan 1
authentication open
mbssid guest-mode
bridge irb
interface Dot11Radio0
no ip address
no ip route-cache
encryption vlan 1 key 1 size 128bit 7 BD4BDA5C243413C59A1115891509 transmit-key
encryption vlan 1 mode wep mandatory
encryption vlan 2 key 1 size 128bit 7 BD4BDA5C243413C59A1115891509 transmit-key
encryption vlan 2 mode wep mandatory
ssid GUEST
ssid INTERNAL
mbssid
station-role root
interface Dot11Radio0.1
encapsulation dot1Q 1 native
no ip route-cache
bridge-group 1
bridge-group 1 block-unknown-source
no bridge-group 1 source-learning
no bridge-group 1 unicast-flooding
bridge-group 1 spanning-disabled
interface Dot11Radio0.2
encapsulation dot1Q 2
no ip route-cache
bridge-group 2
bridge-group 2 subscriber-loop-control
bridge-group 2 block-unknown-source
no bridge-group 2 source-learning
no bridge-group 2 unicast-flooding
bridge-group 2 spanning-disabled
interface Dot11Radio1
no ip address
no ip route-cache
shutdown
encryption key 1 size 128bit 7 FC38FBE1CFEC896823254FB402C4 transmit-key
encryption mode wep mandatory
antenna gain 4
no dfs band block
channel width 40-below
channel dfs
station-role root
bridge-group 1
bridge-group 1 subscriber-loop-control
bridge-group 1 block-unknown-source
no bridge-group 1 source-learning
no bridge-group 1 unicast-flooding
bridge-group 1 spanning-disabled
interface GigabitEthernet0
no ip address
no ip route-cache
duplex auto
speed auto
interface GigabitEthernet0.1
encapsulation dot1Q 1 native
no ip route-cache
bridge-group 1
no bridge-group 1 source-learning
bridge-group 1 spanning-disabled
interface GigabitEthernet0.2
encapsulation dot1Q 2
no ip route-cache
bridge-group 2
no bridge-group 2 source-learning
bridge-group 2 spanning-disabled
interface BVI1
ip address 10.150.1.122 255.255.0.0
no ip route-cache
ip http server
no ip http secure-server
ip http help-path http://www.cisco.com/warp/public/779/smbiz/prodconfig/help/eag
snmp-server community Public RO
bridge 1 route ip

Stephen,
I changed the scope of my new range because it was overlapping with vlan 1 native. Well, I set the ip address of interface vlan 2 on my switch l3 3750 to 10.152.0.1 and set the ip helper-address to 10.150.1.122(ip address of the AP where is the DHCP pool). My laptop coulnt get the ip address.
Remenber I enabled "ip routing" on 3750 switch. Follow the config. The AP is connected in the Gi 1/0/16 port.
version 12.2
no service pad
service timestamps debug uptime
service timestamps log uptime
no service password-encryption
hostname BR-SW-02
no aaa new-model
clock timezone UTC -3
switch 1 provision ws-c3750g-24t
system mtu routing 1500
ip subnet-zero
ip routing
no file verify auto
spanning-tree mode pvst
spanning-tree extend system-id
vlan internal allocation policy ascending
interface GigabitEthernet1/0/16
switchport trunk encapsulation dot1q
switchport trunk allowed vlan 1,2
switchport mode trunk
interface Vlan1
ip address 10.150.1.102 255.255.0.0
interface Vlan2
ip address 10.152.0.1 255.255.0.0
ip helper-address 10.150.1.122
ip default-gateway 10.150.1.1
ip classless
ip http server

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    Client IP Address
    Name
    Lease Expiration
    Type
    Unique ID
    10.199.190.0
    10.199.190.0
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e3000
    10.199.190.46
    10.199.190.46
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e343600
    10.199.190.59
    10.199.190.59
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e353900
    10.199.190.69
    10.199.190.69
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e363900
    10.199.190.74
    10.199.190.74
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e373400
    10.199.190.90
    10.199.190.90
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e393000
    10.199.190.101
    10.199.190.101
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31303100
    10.199.190.104
    10.199.190.104
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31303400
    10.199.190.110
    10.199.190.110
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31313000
    10.199.190.114
    10.199.190.114
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31313400
    10.199.190.117
    10.199.190.117
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31313700
    10.199.190.121
    10.199.190.121
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31323100
    10.199.190.138
    10.199.190.138
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31333800
    10.199.190.144
    10.199.190.144
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31343400
    10.199.190.153
    10.199.190.153
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31353300
    10.199.190.156
    10.199.190.156
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31353600
    10.199.190.157
    10.199.190.157
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31353700
    10.199.190.163
    10.199.190.163
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31363300
    10.199.190.165
    10.199.190.165
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31363500
    10.199.190.168
    10.199.190.168
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31363800
    10.199.190.169
    10.199.190.169
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31363900
    10.199.190.174
    10.199.190.174
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31373400
    10.199.190.177
    10.199.190.177
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31373700
    10.199.190.184
    10.199.190.184
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31383400
    10.199.190.188
    10.199.190.188
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31383800
    10.199.190.189
    10.199.190.189
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31383900
    10.199.190.192
    10.199.190.192
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31393200
    10.199.190.197
    10.199.190.197
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e31393700
    10.199.190.201
    10.199.190.201
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32303100
    10.199.190.202
    10.199.190.202
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32303200
    10.199.190.209
    10.199.190.209
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32303900
    10.199.190.210
    10.199.190.210
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32313000
    10.199.190.211
    10.199.190.211
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32313100
    10.199.190.212
    10.199.190.212
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32313200
    10.199.190.213
    10.199.190.213
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32313300
    10.199.190.216
    10.199.190.216
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32313600
    10.199.190.219
    10.199.190.219
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32313900
    10.199.190.222
    10.199.190.222
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32323200
    10.199.190.225
    10.199.190.225
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32323500
    10.199.190.226
    10.199.190.226
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32323600
    10.199.190.229
    10.199.190.229
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32323900
    10.199.190.233
    10.199.190.233
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32333300
    10.199.190.235
    10.199.190.235
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32333500
    10.199.190.238
    10.199.190.238
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32333800
    10.199.190.240
    10.199.190.240
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32343000
    10.199.190.242
    10.199.190.242
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32343200
    10.199.190.243
    10.199.190.243
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32343300
    10.199.190.246
    10.199.190.246
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32343600
    10.199.190.249
    10.199.190.249
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32343900
    10.199.190.251
    10.199.190.251
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32353100
    10.199.190.252
    10.199.190.252
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32353200
    10.199.190.255
    10.199.190.255
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139302e32353500
    10.199.191.1
    10.199.191.1
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e3100
    10.199.191.2
    10.199.191.2
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e3200
    10.199.191.5
    10.199.191.5
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e3500
    10.199.191.6
    10.199.191.6
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e3600
    10.199.191.8
    10.199.191.8
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e3800
    10.199.191.13
    10.199.191.13
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e313300
    10.199.191.14
    10.199.191.14
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e313400
    10.199.191.15
    10.199.191.15
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e313500
    10.199.191.16
    10.199.191.16
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e313600
    10.199.191.17
    10.199.191.17
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e313700
    10.199.191.18
    10.199.191.18
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e313800
    10.199.191.19
    10.199.191.19
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e313900
    10.199.191.20
    10.199.191.20
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e323000
    10.199.191.21
    10.199.191.21
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e323100
    10.199.191.22
    10.199.191.22
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e323200
    10.199.191.23
    10.199.191.23
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e323300
    10.199.191.24
    10.199.191.24
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e323400
    10.199.191.27
    10.199.191.27
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e323700
    10.199.191.29
    10.199.191.29
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e323900
    10.199.191.30
    10.199.191.30
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e333000
    10.199.191.31
    10.199.191.31
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e333100
    10.199.191.32
    10.199.191.32
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e333200
    10.199.191.33
    10.199.191.33
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e333300
    10.199.191.34
    10.199.191.34
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e333400
    10.199.191.37
    10.199.191.37
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e333700
    10.199.191.38
    10.199.191.38
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e333800
    10.199.191.39
    10.199.191.39
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e333900
    10.199.191.42
    10.199.191.42
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e343200
    10.199.191.44
    10.199.191.44
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e343400
    10.199.191.49
    10.199.191.49
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e343900
    10.199.191.52
    10.199.191.52
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e353200
    10.199.191.54
    10.199.191.54
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e353400
    10.199.191.56
    10.199.191.56
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e353600
    10.199.191.61
    10.199.191.61
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e363100
    10.199.191.62
    10.199.191.62
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e363200
    10.199.191.64
    10.199.191.64
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e363400
    10.199.191.65
    10.199.191.65
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e363500
    10.199.191.66
    10.199.191.66
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e363600
    10.199.191.70
    10.199.191.70
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e373000
    10.199.191.72
    10.199.191.72
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e373200
    10.199.191.73
    10.199.191.73
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e373300
    10.199.191.79
    10.199.191.79
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e373900
    10.199.191.80
    10.199.191.80
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e383000
    10.199.191.81
    10.199.191.81
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e383100
    10.199.191.82
    10.199.191.82
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e383200
    10.199.191.83
    10.199.191.83
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e383300
    10.199.191.84
    10.199.191.84
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e383400
    10.199.191.86
    10.199.191.86
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e383600
    10.199.191.90
    10.199.191.90
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e393000
    10.199.191.91
    10.199.191.91
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e393100
    10.199.191.92
    10.199.191.92
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e393200
    10.199.191.93
    10.199.191.93
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e393300
    10.199.191.97
    10.199.191.97
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e393700
    10.199.191.98
    10.199.191.98
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e393800
    10.199.191.99
    10.199.191.99
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e393900
    10.199.191.101
    10.199.191.101
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31303100
    10.199.191.102
    10.199.191.102
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31303200
    10.199.191.105
    10.199.191.105
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31303500
    10.199.191.106
    10.199.191.106
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31303600
    10.199.191.108
    10.199.191.108
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31303800
    10.199.191.112
    10.199.191.112
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31313200
    10.199.191.115
    10.199.191.115
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31313500
    10.199.191.116
    10.199.191.116
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31313600
    10.199.191.117
    10.199.191.117
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31313700
    10.199.191.119
    10.199.191.119
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31313900
    10.199.191.120
    10.199.191.120
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31323000
    10.199.191.121
    10.199.191.121
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31323100
    10.199.191.125
    10.199.191.125
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31323500
    10.199.191.133
    10.199.191.133
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31333300
    10.199.191.146
    10.199.191.146
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31343600
    10.199.191.158
    10.199.191.158
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31353800
    10.199.191.162
    10.199.191.162
    2014/8/5 10:07
    DHCP/BOOTP
    31302e3139392e3139312e31363200

    Hi,
    According your description, this may be caused by virus or malicious client.
    Please try to perform a network capture on your DHCP server. Then find the device which send these malicious discover messages.
    To download Network Monitor, please click the link below,
    http://www.microsoft.com/en-hk/download/details.aspx?id=4865
    To prevent this issue, you may implement NAP Enforcement for DHCP.
    Here is a checklist of configuring NAP Enforcement for DHCP,
    Checklist: Configure NAP Enforcement for DHCP
    http://technet.microsoft.com/en-us/library/cc772356(v=WS.10).aspx
    Hope this helps.
    Steven Lee
    TechNet Community Support

  • DHCP Server with the Static IP fill out DNS information

    When filling out the DHCP Server with the Static IP from ipconfig.exe in the "Preferred DNS server IPv4 address:
    192.168.1.199
    The same as in the static IP.  The IPv6 DNS one validates IPv4 does not.
    I tried using the IPv4 Address and that validated but gave an error at the end: 1059 and 1046.
    Gives an error:
    "The DNS Server at the specified IP address does not support the required TCP protocol."

    Hi,
    Firstly, would you please post the result of running “ipconfig/all” on the DHCP server and domain controller?
    It seems that the DHCP server cannot be authorized in AD DS. Please make sure that the DHCP server is a domain member and try to ping the domain controller on the DHCP server.
    Best regards,
    Susie

  • Setting Up Time Capsule as a DHCP server in the router portion

    Hello
    I have converted my existing wireless router and network hard drive to a single time capsule. My old router was setup as a DHCP server and I had the IP range set to 10.0.0.1 to 10.0.0.50 and had a IMac, Windows PC and Copier connected to the EtherNet ports and my home network ran perfectly but only at 100MPS.
    I bought the time capsule to eliminate the old router and network hard rive to a single unit to free up space, but I can't figure out how to set up the time capsule router as a DHCP server? Every time I try and change the router address range and tell the software to configure the time capsule, I get errors saying my DNS range is not valid and the IP range is conflicting to the Internet settings?
    My old linksys router was so easy to setup, I just selected DHCP, gave it a range and the router took care of the IP address for the Internet. I consider myself a smart guy but apple has made this a little difficult.
    I would also like to setup the time capsule so it show up as an external drive in my mobileme account so I can access my files when I am on the road. HELP!!!
    Ron

    ronbak wrote:
    I have converted my existing wireless router and network hard drive to a single time capsule. My old router was setup as a DHCP server and I had the IP range set to 10.0.0.1 to 10.0.0.50 and had a IMac, Windows PC and Copier connected to the EtherNet ports and my home network ran perfectly but only at 100MPS.
    I bought the time capsule to eliminate the old router and network hard rive to a single unit to free up space, but I can't figure out how to set up the time capsule router as a DHCP server? Every time I try and change the router address range and tell the software to configure the time capsule, I get errors saying my DNS range is not valid and the IP range is conflicting to the Internet settings?
    In the Internet panel and Internet Connection tab of AirPort Utility, do you have "Configure IPv4" set to "Using DHCP" and "Connection Sharing" set to "Share a public IP address"?
    I would also like to setup the time capsule so it show up as an external drive in my mobileme account so I can access my files when I am on the road. HELP!!!
    You can set that in the Advanced panel, MobileMe tab.

  • Cisco 1702i WAP: how to get an interface in a non-native bridge group/ VLAN to be recognized by the internal DHCP server

    Does anyone know how the internal DHCP server in these access points connects to virtual interfaces and bridges in the unit?
    Is there some sort of default connection that connects the DHCP server to the native bridge group or VLAN?
    In a test case, with an SSID in the native VLAN and bridge group, the 1702i serves an IP address to a wireless client no problem. But with a second SSID in a non native VLAN and bridge group, no IP gets served. My only guess is that since the bvi1 defaults to the native bridge group and VLAN, sub-interfaces also in this group are assumed to be in the same subnet as bvi1, or in this case:
    interface bvi1
      ip address 192.168.1.205 255.255.255.0
      no ip route-cache
      exit
    It would be the ..1. subnet.
    Since the dhcp pool is set as:
    ip dhcp pool GeneralWiFi
      network 192.168.1.0 255.255.255.0
      lease 1
      default-router 192.168.1.1
      dns-server 8.8.8.8
      exit
    There may be an assumption that anything bvi1 can talk to is in the ..1. subnet, so the above pool gets activated on a request coming through bvi1.
    Is the DHCP server just hanging out waiting for a request from an "area" that is assumed to be on the same subnet as the given pool?
    Do I need to somehow show the device what subnet the 2nd SSID/ subinterfaces are in so the internal DHCP server can decide it needs to go to work, or is there some sort of bridging between the DHCP server and the interfaces that needs to be done? I am trying to use the same DHCP pool for the second subnet at this point, since I assume I will need another router to service an additional subnet and DHCP pool.

    Keep in mind that DHCP is a broadcast packet to start. So the AP can only listen in the subnet that it has an IP address for.
    Now, for any other subnet you can use the AP for DHCP but you have to have an IP helper address on your L3 pointing back to the AP.
    That being said, I wouldn't use the DHCP server on the AP as it is limited. You'd be better off using a Microsoft server or some other device that is designed for DHCP.
    HTH,
    Steve

  • Clients Not seeing DHCP server at branch office or not accepting ip offers (NO LOG REPORTS KIND OF IN THE DARK)

    Hi there i am having an issue that has popped up recently i have a DC at a branch office that is connected to the main office DC via a Persistent Demand Dial connection in RRAS. Everything was working properly according to me until i found out that the Network
    Admin who manages the branch office network failed to notify me that client machines weren't getting IP addresses from the DHCP server. This server was recently installed and wasn't fully implemented till about a week ago when i configured the Demand Dial
    connection in RRAS up until that point it just had a regular old VPN connection to the main office while we worked out the kinks with a few things. the things ive tried so far to get DHCP working are as followed
    1.Rebooted the branch office server (MULTIPLE TIMES)
    2. Uninstalled the DHCP Role and re-installed it....To my surprise 1 client managed to get a ip on its lan adapter after DHCP was re-installed but nothing else
    3. Disconnected the connection between the main office DC and the Branch office DC as i figured the main office DC DHCP server might be interfering with the branch office DC DHCP Server but nothing happened 
    4. Unauthorized and Reauthorized the main office DHCP server and the branch office DHCP server nothing changed
    5. sifted through multiple log files on both servers and found noting in fact DHCP logs are empty on both servers
    6. restored backups of the DHCP servers from when they were working
    7. came here cause im out of ideas and im pulling my hair out
    here are the current statistics from the problem server
    Start Time: 7/12/2014 2:02:10PM
    Up Time: 1Hours, 18 Minutes, 41 Seconds
    Discovers: 90
    Offers: 90
    Requests: 2
    Acks: 13
    Nacks: 0
    Declines: 0
    Releases: 0
    Total Scopes: 1
    Total Addresses 253
    In Use 2 (0%)
    Available: 251 (99%)
    Id like to add that RRAS was getting IP addresses from the problem server up until the point i uninstalled the role and re-installed it
    heres is a ipconfig /all from the problem server
    Windows IP Configuration
       Host Name . . . . . . . . . . . . : MNB-DC
       Primary Dns Suffix  . . . . . . . : VTEACR.LOCAL
       Node Type . . . . . . . . . . . . : Hybrid
       IP Routing Enabled. . . . . . . . : Yes
       WINS Proxy Enabled. . . . . . . . : No
       DNS Suffix Search List. . . . . . : VTEACR.LOCAL
    PPP adapter Remote Router:
       Connection-specific DNS Suffix  . :
       Description . . . . . . . . . . . : Remote Router
       Physical Address. . . . . . . . . :
       DHCP Enabled. . . . . . . . . . . : No
       Autoconfiguration Enabled . . . . : Yes
       IPv4 Address. . . . . . . . . . . : 10.141.70.25(Preferred)
       Subnet Mask . . . . . . . . . . . : 255.255.255.255
       Default Gateway . . . . . . . . . :
       DNS Servers . . . . . . . . . . . : 10.141.70.10
       NetBIOS over Tcpip. . . . . . . . : Disabled
    Ethernet adapter Local Area Connection:
       Connection-specific DNS Suffix  . :
       Description . . . . . . . . . . . : Broadcom NetXtreme Gigabit Ethernet
       Physical Address. . . . . . . . . : 00-16-35-AB-D3-05
       DHCP Enabled. . . . . . . . . . . : No
       Autoconfiguration Enabled . . . . : Yes
       Link-local IPv6 Address . . . . . : fe80::d9e:daa4:34dd:db44%10(Preferred)
       IPv4 Address. . . . . . . . . . . : 10.141.80.102(Preferred)
       Subnet Mask . . . . . . . . . . . : 255.255.255.0
       Default Gateway . . . . . . . . . : fe80::226:5aff:feb7:5b3c%10
                                           10.141.80.1
       DNS Servers . . . . . . . . . . . : ::1
                                           10.141.80.102
       NetBIOS over Tcpip. . . . . . . . : Enabled
    PPP adapter RAS (Dial In) Interface:
       Connection-specific DNS Suffix  . :
       Description . . . . . . . . . . . : RAS (Dial In) Interface
       Physical Address. . . . . . . . . :
       DHCP Enabled. . . . . . . . . . . : No
       Autoconfiguration Enabled . . . . : Yes
       IPv4 Address. . . . . . . . . . . : 169.254.238.243(Preferred)
       Subnet Mask . . . . . . . . . . . : 255.255.255.255
       Default Gateway . . . . . . . . . :
       DNS Servers . . . . . . . . . . . : fec0:0:0:ffff::1%1
                                           fec0:0:0:ffff::2%1
                                           fec0:0:0:ffff::3%1
       NetBIOS over Tcpip. . . . . . . . : Disabled
    Tunnel adapter Local Area Connection* 8:
       Media State . . . . . . . . . . . : Media disconnected
       Connection-specific DNS Suffix  . :
       Description . . . . . . . . . . . : isatap.{427DF66B-3B30-40B1-B67E-B5587465C
    394}
       Physical Address. . . . . . . . . : 00-00-00-00-00-00-00-E0
       DHCP Enabled. . . . . . . . . . . : No
       Autoconfiguration Enabled . . . . : Yes
    Tunnel adapter Local Area Connection* 9:
       Media State . . . . . . . . . . . : Media disconnected
       Connection-specific DNS Suffix  . :
       Description . . . . . . . . . . . : Teredo Tunneling Pseudo-Interface
       Physical Address. . . . . . . . . : 02-00-54-55-4E-01
       DHCP Enabled. . . . . . . . . . . : No
       Autoconfiguration Enabled . . . . : Yes
    Tunnel adapter Local Area Connection* 11:
       Media State . . . . . . . . . . . : Media disconnected
       Connection-specific DNS Suffix  . :
       Description . . . . . . . . . . . : isatap.ziricom.com
       Physical Address. . . . . . . . . : 00-00-00-00-00-00-00-E0
       DHCP Enabled. . . . . . . . . . . : No
       Autoconfiguration Enabled . . . . : Yes
    Tunnel adapter Local Area Connection* 12:
       Media State . . . . . . . . . . . : Media disconnected
       Connection-specific DNS Suffix  . :
       Description . . . . . . . . . . . : isatap.VTEACR.LOCAL
       Physical Address. . . . . . . . . : 00-00-00-00-00-00-00-E0
       DHCP Enabled. . . . . . . . . . . : No
       Autoconfiguration Enabled . . . . : Yes
    Tunnel adapter Local Area Connection* 13:
       Media State . . . . . . . . . . . : Media disconnected
       Connection-specific DNS Suffix  . :
       Description . . . . . . . . . . . : isatap.{BE201060-A9B9-404A-8361-F8FFB82F5
    6F6}
       Physical Address. . . . . . . . . : 00-00-00-00-00-00-00-E0
       DHCP Enabled. . . . . . . . . . . : No
       Autoconfiguration Enabled . . . . : Yes
    Tunnel adapter Local Area Connection* 14:
       Media State . . . . . . . . . . . : Media disconnected
       Connection-specific DNS Suffix  . :
       Description . . . . . . . . . . . : Microsoft ISATAP Adapter #5
       Physical Address. . . . . . . . . : 00-00-00-00-00-00-00-E0
       DHCP Enabled. . . . . . . . . . . : No
       Autoconfiguration Enabled . . . . : Yes
    Tunnel adapter Local Area Connection* 15:
       Media State . . . . . . . . . . . : Media disconnected
       Connection-specific DNS Suffix  . :
       Description . . . . . . . . . . . : isatap.VTEACR.LOCAL
       Physical Address. . . . . . . . . : 00-00-00-00-00-00-00-E0
       DHCP Enabled. . . . . . . . . . . : No
       Autoconfiguration Enabled . . . . : Yes
    Tunnel adapter Local Area Connection* 16:
       Media State . . . . . . . . . . . : Media disconnected
       Connection-specific DNS Suffix  . :
       Description . . . . . . . . . . . : Microsoft ISATAP Adapter #7
       Physical Address. . . . . . . . . : 00-00-00-00-00-00-00-E0
       DHCP Enabled. . . . . . . . . . . : No
       Autoconfiguration Enabled . . . . : Yes
    Tunnel adapter Local Area Connection* 19:
       Media State . . . . . . . . . . . : Media disconnected
       Connection-specific DNS Suffix  . :
       Description . . . . . . . . . . . : isatap.ziricom.com
       Physical Address. . . . . . . . . : 00-00-00-00-00-00-00-E0
       DHCP Enabled. . . . . . . . . . . : No
       Autoconfiguration Enabled . . . . : Yes
    if anymore information is needed please let me know i have full access to everything on the network so its not a problem and i am able to remotely access the branch office DC and all computer and switches at any time of the day
    Viper Technologies Computer Repair Putting The Venomus Bite Back In Your Computer We Are Located In Antigonish ,NS Canada Check Us Out HTTP://WWW.VIPERTECHNOLOGIES.TK

    Hi,
    Does this issue occur on one client or multiple?
    Please check this article:
    http://technet.microsoft.com/en-us/library/cc757164(v=ws.10).aspx#BKMK_5
    Regards.
    Vivian Wang

  • I want to disable the DHCP server on HH3 and use l...

    Hi, i live in a flat with 5 other people so i have my HH3 connected to a linksys wrt5gl so that i can use the QoS capbilities of the linksys (tomato firmware). The linksys router can also limit bandwidth per ip address IF its also the DHCP server. When i disable the DHCP on the HH3 and enable it on the linksys the internet no longer works on any of the PC's, but if i have the DHCP on the hh3 i cannot limit bandwidth per ip on the linksys.
    In the flat before this i managed to set this up fine (wasnt with the HH3- some other router) just need some advice on how to disable DHCP on the HH3 and enable it on the linksys wrt5gl whilst still being able to connect to the net.
    Here is how its set up atm:
    Phone line>>>HH3 (assighns IP through DHCP)>>>Linksys (data goes through QoS)>>>PC's/laptops/consoles in flat
    Here is how i want it set up:
    Phone line>>>HH3 (Acts as a modem)>>>Linksys (assighns IP through DHCP to allow bandwidth limiting /data goes through QoS)>>>PC's/laptops/consoles in flat
    thanks in advance, sorry if this is hard to understand- im not so good at putting the problem into words
    Solved!
    Go to Solution.

    Hi,
    Don't know to be honest......but as an idea....you will have to disable DHCP server on the hub, apply a static ip to the Linksys, 192.168.1.100. You'll then need to set up DHCP on the Linksys....start ip 192.168.1.64 end 192.168.1.253, you'll need to add a subnet 255.255.255.0, then the gateway.....192.168.1.254 that's the ip address of the HH and that could be the real problem as normally the default gateway for DHCP on routers is the routers ip address.
    So the chandes of it working are slim.....however you dont have to use your HH on your BT broadband you can use another make/model. 
    One option to use with that router is a Draytek 120 ADSL modem, which does PPOA to PPOE.

  • Unable to get ip address from DHCP server for Aironet 1130AG Access Point

    I have a network in which DHCP server is enabled. I have read the installation guide also there it is mentioned that 1130G Access point will not have any staic ip assigned to it.So it will automatically get the ip from the DHCP server from the network. I have connected that from the network but it is unable to get the ip address from the same. The same thing i have configured in the netgear it is coming fine. I have seen the sonic wall and used the IPSU tool also from checking the ip address from Mac Address but i am not able to get the same. Please provide me some tips to check where i am wrong in configuration because the first web page also not coming because of the ip address.

    narendra,
    I would suggest that the AP be connected to a laptop or desktop pc that would run a local dhcp server with a small scope setup...plenty of free ones on the web(this pc would obviously not be connected to your currnet network). This way you can watch the dhcp server hand the AP it's address (this can take a few minutes). Once you have the address use it to access the GUI and give the AP a static address (I find it good pratice to give all my autonomous AP's static addresses for ease of troubleshooting)...Hope that helps.

  • Is it more secure to turn off the DHCP server in router?

    I read that it is more securer to turn off the DHCP server in the router?
    Is this true?

    If you google the question you'll find articles claiming that disabling autmatic DHCP makes a router more secure.  For example: http://netsecurity.about.com/od/quicktip1/qt/qtwifistaticip.htm
    On the other hand, there are articles debunking this (and other ideas) as myths:
    http://www.zdnet.com/blog/ou/the-six-dumbest-ways-to-secure-a-wireless-lan/43

  • Some questions on the aironet 1141 aironet

    Hi all, I'm a little confused, I have a some questions:
    I have several aironet 1141 device all connected to the wired LAN. Can I configure all AP so that create a single network wireless?
    Can I configure all AP like DHCP server with same ip pool?
    Thaks all for any answer

    You can connect the aps to the same subnet. Most cases it is that way. Now you can only have one dhcp though. So if you don't have a dhcp server on the network, you can always have the switch do dhcp if it's capable or one of the AP's.
    https://supportforums.cisco.com/docs/DOC-3628
    http://itknowledgeexchange.techtarget.com/network-technologies/how-to-configure-a-dhcp-server-in-a-cisco-aironet-access-points/
    Sent from Cisco Technical Support iPhone App

  • Can I use my WRT54G as a DHCP server only? I've got 5 dynamic IP's from Time Warner..

    Hi everyone, I'm wondering if I can use my WRT54G as a DHCP server only only my network, without having to have any of my PC's plugged into it's router ports?  I looked at the settings but I couldn't get it to work.
    Here's why:  I just got Time Warner Business Class cable internet which comes with 5 dynamic IP's.  I want each computer, well 4 of them at least and 1 for the WRT54G, to have a unique IP when accessing the internet, and the other computers (5 more computers) to use the DHCP server in the WRT54G to get a NAT IP for use on the internet.
    We play Diablo II on the internet and only 4 computers can be connected through 1 IP, so that limits us in my current configuration.
    Current Equipment: One WRT54G, one Netgear GS116 16 port gigabit non-managed switch.  One Time Warner Cable modem.  Also attached to the network is one HP network printer, a Buffalo LinkStation NAS and a Zensonic Network DVD player.
    Current config:  Cable modem -->  WRT54G --> Netgear switch.
    Ideal config: Cable modem -->  Netgear switch -->  WRT54G.
    With my current config, I am not taking advantage of the 5 dynamic IP's, but all the computers connected to the Netgear switch or the WRT54G can connect to the internet and the NAS. 
    So my ideal config (where I don't have to buy anything and where all the computers can print and access the NAS) is to connect all the computers and devices to the Netgear Switch and somehow force 4 of the computers and the WRT54G to get a dynamic IP from the cable modem, while the other computers and devices use the DHCP server on the WRT54G to get to the internet. 
    Is this possible?
    I called Time Warner Cable and they weren't any help.  I called the Linksys sales department and they weren't of much help either. 
    I suppose that I could purchase a new 8 port switch and attach 4 computers, the cable modem and the WRT54G to it.  Then attach the Netgear to the WRT54G to accomodate the printer, NAS, and the other 5 computers.  But in that senario, the 4  computers connected to the new switch can't print and can't reach the NAS.  And geez, some computers would have to go through 3 devices to reach the internet, which has got to slow them down.
    I did read about the Linksys EFG120 which has a DHCP server, but at $400 and only 120 gigs, it doesn't work for me. 
    I called Time Warner and the cost of more dynamic IP's is prohibitive, I'm already paying $79 a month for this internet and they want another $50 a month for 7 more dynamic IP's and that wouldn't help my NAS or my printer.
    The cost of a 16 port gigabit switch with DHCP is an amazing $800 or so, which is out of the question. 
    Sorry for being so long winded and thanks for reading this far.  I'm looking forward to any replies. 

    That is a hell of a setup. I don't know if it would be easier and cheaper to either buy a real router like a Cisco, get fixed IP addresses and a RV042, or buy 4 network cards for the four of the five computers which need the internet access for gaming.
    O.K. First your setup:
    1. You wire the modem to the 6-port switch.
    2. You connect the remaining 5 ports with the WAN ports of 5 WRTs with DHCP on the WAN interface.
    3. You configure each WRT with unique LAN IP addresses in the same subnet, e.g. 192.168.1.1/255.255.255.0, 192.168.1.2, 192.168.1.3, 192.168.1.4, 192.168.1.5.
    4. You turn off all DHCP servers except on one, e.g. 192.168.1.1. That router will be the default router and internet connection for any client which gets dynamic LAN addresses (as fallback or guests, I would not configure the NAS or printer with DHCP addresses if you have everything else on static IP addresses). You can certainly disable all DHCP servers if you want, too.
    5. Now you connect all WRTs with each other.
    5a. You connect port 1 of the 1st WRT with port 1 of the 2nd.
    You connect port 2 of the 2nd with port 1 of the 3rd.
    Port 2 of the 3rd with port 1 of the 4th.
    Port 2 of the 4th with port 1 of the 5th.
    (Do not create a loop connecting port 2 of the 5th with port 2 of the 1st!!)
    5b. You buy another switch and connect each port 1 of each router with this switch. This has the advantage that you don't have a long cascade between the 1st and the 5th router like in 5a.
    6. You connect all devices to the LAN.
    6a. If you did 5a, you will probably put each computer to the router which internet connection it uses. The NAS and printer could go anywhere.
    6b. If you did 5b, you hopefully bought a 16 or 24 port switch. Then you plug simply everything into that switch. Otherwise you can certainly use the free ports of the WRTs like in 6a.
    7. You configure all your devices with static IP addresses. For instance,
    IP 192.168.1.11
    netmask 255.255.255.0
    gateway 192.168.1.1
    For the DNS servers I would highly recommend to use the DNS servers of your ISP directly and not use the relay on 192.168.1.1.
    The gateway address defines through which router the computer connects to the internet.
    8. You may still have to configure port forwardings on the router to the game computer if required for the game.
    An interesting alternative to this setup might be to buy 4/5 network cards for the 4/5 computers with direct internet access. Then you use the one network card to connect to your single LAN behind your single WRT. The other network card goes into the switch behind the modem and has direct internet access. You then have to tell Windows which of the network cards has the default gateway for the internet connection (to prevent routing all traffic through the LAN and the WRT to the internet). One game computer would have to be behind the WRT.

  • Two questions about SG300 DHCP server

    Hi,
    I have two questions about the DHCP server on the SG300:
    On the Address Binding page, what does the "Declined" state mean? I have a NAS device that won't pull an address, and I think that the entry with a state of "Declined" corresponds to this device. It was previously pulling an address from a RV180, so the only difference is that it is now connected to the SG300. I worked around this by manually setting the address on the NAS device, but this won't scale if I run into a lot of other devices that can't pull an address.
    I configured a static address binding for a WAP321 and found that instead of pulling the configured address that it pulled a dynamic address. I checked the Address Binding page and see that the dynamic entry that corresponds with the WAP321 has a Client Identifier rather than a MAC address. I changed the static entry for the WAP321 to use the client identifier displayed in the dynamic entry, and now the WAP321 pulls the configured static address. Is this expected behavior?
    Thanks,
    Bob

    With the SX300/500 it is required the client identifier, it doesn't automatically insert it. If static DHCP is made on the switch and you didn't need client identifier, that is more or less fortunate behavior for you
    So to answer this question, the expected behavior is to configure client identifier for static DHCP entry.
    -Tom
    Please mark answered for helpful posts
    http://blogs.cisco.com/smallbusiness/

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