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Page 971 / 998 Scroll up to view Page 966 - 970
Wireless Interface CLI commands
Wireless Interface
9-33
iMG/RG Software Reference Manual (Wireless)
MaxFrameBurst
= 1500
Mode128Key0
= 00-00-00-00-00-00-00-00-00-00-
00-00-00
Mode128Key1
= 00-00-00-00-00-00-00-00-00-00-
00-00-00
Mode128Key2
= 00-00-00-00-00-00-00-00-00-00-
00-00-00
Mode128Key3
= 00-00-00-00-00-00-00-00-00-00-
00-00-00
Mode64Key0
= 00-00-00-00-00
Mode64Key1
= 00-00-00-00-00
Mode64Key2
= 00-00-00-00-00
Mode64Key3
= 00-00-00-00-00
EnableKey0
= true
EnableKey1
= true
EnableKey2
= true
EnableKey3
= true
NitroXMCompression
= false
NitroXMConcatenation
= true
NitroXMDirectLink
= true
NitroXMPiggyBack
= true
PlainTextEAPOL
= false
Profile
= MIXED_G_WIFI
PromiscuousEnable
= true
RtsThreshold
= 2347
SMDebugLevel
= 1
TransmitRate
= Automatic
WepEncryption
= disabled
WepAuthentication
= false
WepKeyMapping
= false
WPAEnableWPA1
= true
WPAEnableWPA2
= true
WPA
= false
WPAAdvertisedIE
= 0x00000000
RSNAdvertisedIE
= 0x00000000
WPAMICFailures
= 0
WPAEnablePSK
= false
WPAEnableEAP
= false
WPA2EnableTKIP
= false
WPA2EnableAES_CCMP
= false
WPAEnableAES_CCMP
= false
WPAEnableTKIP
= true
WPA2EnablePreauth
= true
Page 972 / 998
Wireless Interface
Wireless Interface CLI commands
iMG/RG Software Reference Manual (Wireless)
9-34
WIRELESSTAG
= 0
AssociatedClients
= 0
McMsduTx
= 0
McMsduRx
= 0
TxSuccessful
= 3042
TxOneRetry
= 665
TxMultipleRetries
= 0
TxFailed
= 3033
RxSuccessful
= 56248
RxDups
= 0
RTSSuccessful
= 0
RTSFailed
= 0
ACKFailed
= 6721
FrameReceives
= 127166
FrameErrors
= 35386
FrameAborts
= 24585
FrameAbortsPHY
= 128458
PrivTxRejected
= 0
PrivRxPlain
= 0
PrivRxFailed
= 0
PrivRxNoKey
= 0
AllocBufTooShort
= 0
AllocNoBuf
= 0
AllocNoPCIMap
= 0
ICNoRxCtrlBuf
= 0
ICNoRxDataBuf
= 0
Resets
= 0
RxErrBus
= 0
RxErrWrongMAC
= 0
SMACServiceError
= 0
TxErrBus
= 0
TxErrNoBuffers
= 0
TxErrNoRemap
= 0
TxErrQDepth
= 0
TxErrResetOrCancel
= 0
TxErrSMAC
= 6
TxErrTooLong
= 0
TxNoPCIMap
= 0
TxNoPrefix
= 0
TxNoTrailer
= 0
TxBeacons
= 1
TxProbeResponses
= 6019
AssociationsRefused
= 0
Page 973 / 998
Wireless Interface CLI commands
Wireless Interface
9-35
iMG/RG Software Reference Manual (Wireless)
AssociationsGranted
= 0
resetDefaults
= false
portSnmpIfIndex
= 0
portSnmpIfType
= 0
9.1.6.2.4 PORT WIRELESS STATUS
Syntax
PORT WIRELESS STATUS
Description
This command shows a brief description of the wireless device configuration set
Example
--> port wireless status
Authentication
= Open
Encryption
= None
AutoChannel
= true
Connected
= true
CurrentCountry
= US
DefaultChannel
= 10
DefaultTxKey
= 0
Disable
= false
ESSID
= PRISM_69_ae_52
LinkSpeed
= 540000
MAC
= 00:01:38:69:ae:52
Mode128Key0
= 00-00-00-00-00-00-00-00-000
Mode128Key1
= 00-00-00-00-00-00-00-00-000
Mode128Key2
= 00-00-00-00-00-00-00-00-000
Mode128Key3
= 00-00-00-00-00-00-00-00-000
Mode64Key0
= 00-00-00-00-00
Mode64Key1
= 00-00-00-00-00
Mode64Key2
= 00-00-00-00-00
Mode64Key3
= 00-00-00-00-00
Profile
= MIXED_G_WIFI
TransmitRate
= Automatic
WPAEnableWPA1
= true
WPAEnableWPA2
= true
WPA
= false
resetDefaults
= false
9.1.6.3 WPA Commands
The table below lists the
wpa
commands provided by the CLI:
Page 974 / 998
Wireless Interface
Wireless Interface CLI commands
iMG/RG Software Reference Manual (Wireless)
9-36
TABLE 9-4
Port Wireless Commands
9.1.6.3.1 WPA SET SHARED
Syntax
WPA SET SHARED <option> <value>
Description
This command allows to set the password or network-key for the WPA/WPA2 authenti-
cation wireless method.
Options
The following table gives the range of values for each option that can be specified with
this command and a default value (if applicable).
9.1.6.3.2 WPA SET PMK CACHING
Syntax
WPA SET PMK CACHING {ENABLED | DISABLED}
Description
This command enables/disables PMK caching feature. Once this setting has been enabled,
the system will start caching the PMK security association (PMKSA).
9.1.6.3.3 WPA GET PMK CACHING
Syntax
WPA GET PMK CACHING
Description
This command tells whether PMK caching feature is enable in the system or not. This
would only be effective in case the system is configured n WPA2 mode.
Example
--> wpa get pmk caching
Pmk Caching: false
Functions
Fiber
A
Fiber
B
Fiber
C
Fiber
D
Fiber
E
Modular
ADSL
A
ADSL
B
ADSL
C
WPA SET SHARED
X
X
X
WPA SET PMK CACHING
X
X
X
WPA GET PMK CACHING
X
X
X
Option
Description
Default Value
Passphrase
A unique network password of between 8 and 63
characters, including special characters. The pass-
word must be enclosed in double quotation marks if
it contains spaces
n/a
key
Hexadecimal string of at least 32 bytes or 64 hexa-
decimal digits
n/a
Page 975 / 998
Default Factory Configuration
System Overview
10-1
iMG/RG Software Reference Manual (LAN Module Management)
10. LAN Module Management
The iMG Mods, including the iMG626, iMG646, iMG726, and iMG746, support multiple LAN modules. Each
LAN module can be used to provide a different type of service.
10.1
System Overview
10.1.1
Default Factory Configuration
When a LAN Module is detected, a port is created that corresponds to the service on that LAN module. Spe-
cifically for the HPNA daughter-card, an HPNA ports is created and attached to the default VLAN.
If the CES
daughter-card is created then the ports CESD and CESC are created.
The CESD port is attached to the default
VLAN and is used to transport the E1/T1 data.
The CESC port is for management – and is automatically man-
aged by the software.
10.1.2
Adding/Removing & Changing LAN Modules
When a new LAN module is added or changed to a different type, it is recommended that the user set the con-
figuration back to the factory mode and remove all current saved configurations.
This ensures that the base
configuration is clean and only reflects what is in the device.
The iMG Mod will then need to be reconfigured
with the new LAN module features as well as any non-module based configuration such as voice or internet.
WARNING:
Power MUST BE REMOVED before changing the LAN module.
Damage to the device can result
if these directions are not followed.
10.1.3
Device and Module Compatibility
When LAN and WAN modules are added to the devices, they utilize resources within the device to prvide the
service that they are offering. There are some WAN modules that require resources that are only available on
Later Modular units
and there are some LAN Modules that require resources that are also required by some
LAN modules. In this architecture - the LAN Module always wins - so if a LAN Module is added that conflicts,
then the ports associated with it will not be created, a Log will be created - and the LAN LED will go red - and
stay red.
Module
iMG
626
iMG
646
iMG
726
iMG
746
100M BIDI WAN MODULE
X
X
X
X
GEPON WAN MODULE
X
X
X
X

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