How to configure ZF7372

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How can I configure an AP ZF7372 using a configuration file? I am using an AP-7372 as a stand-alone, and would like to use a preset configuration file to configure the AP. Doing it manually for each one is really painful.
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Aaron Han

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Posted 3 years ago

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Michael Brado, Official Rep

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You can contact your Ruckus Partner or SE and ask them to vote for this Feature
Request that has been submitted years ago. However, at this time, we do not have
a text configuration backup/restore capability for standalone mode APs. I have
however, gathered information from an AP in use, that can be used to recreate or
setup a new AP with similar configuration (PSK/DVLAN) info. The "Collecting
AP Backup Information" commands below are from much older code, but ought to
all still be available in current releases. -mwb

Filename: AP-Standalone-Backup.doc

We don’t have a backup under GUI/CLI for standalone APs, but you can collect information that will help reconfigure an AP, if you should ever have to factory default or replace one. Use an SSH application like putty.exe to access the AP and the ‘help’ command to display available commands. The output of these can
be helpful to (re)configure an AP from factory defaults.

If you have an online working AP, collect the important IP scheme/gateway and SSID name/security policies from it, otherwise obtain new/previous IP addressing and VLAN-ID/subnet mapping from network admins.

Assuming you will be setting up APs with a static/known IP address with a known default-gateway router,
you can follow these configuration steps to setup a new/factory defaulted AP for standalone mode service.
Configuring AP:

1. Perform factory default of AP (boot 3 minutes, press Hard Reset for 8+ seconds, wait until you get replies to
pings to IP address, from your pre-configured (192.168.0.anything-else) PC/laptop. Open a
browser session to, and login with ‘super / sp-admin’ credentials.

2. From Configuration::Device, enter an AP Device Name: _______ and click Update Settings. Use a name
that can help identify it’s location/purpose.

3. From Configuration::Wireless (or Radio 2.4G and Radio 5G, respectively) and Common tab, be sure or set
Country Code to United States, click Update Settings.

4. From Wireless 1 tab, enter Wireless Network: ______ and SSID: _______ names (usually matching).
Click Enabled for Wireless Availability and set option for Broadcast SSID as desired. If using anything
but Open Authentication, click and choose from Encryption Method: dropdown choice of WEP or WPA
and setup the encryption and passphrase information. (we recommend WPA2/AES with PSK)

5 Repeat on Wireless 2 tab, for additional SSID, Wireless 3 tab, etc.

6. If using VLANs and different subnets for your wireless SSIDs, go to Configuration::VLAN page. Enter the
VLAN-ID number in the box beside the SSID to assign it. Click Update Settings (test) button when
complete, and the AP will check the switchport to see if all VLANs are available on the trunk.

7. For last step, go to Configuration::Internet page, and enter the router default Gateway IP address for the
subnet that the AP will be connected to. Change the default Connection Type from DHCP to Static IP and
enter the IP Address: __.__.__.__ and network Mask: __.__.__.__ (ie for /27 bit subnet).

This is the “last step”, because when you click Update Settings, your 192.168.0.x PC/Laptop will lose connectivity with the AP, and it’s ready to be attached to your (PoE) switch port configured to trunk the
optional VLANs that you can assign to WLAN SSIDs.

Collecting AP Backup Information:

SSH to an AP’s IP address with utility like putty.exe and collect/save the output from these commands which should be sufficient to reconfigure a defaulted (or apply to new) APs, as far as IP addressing and WLAN details.

If using the putty terminal application, you can save session output to a filename, as your backup reference.

Open putty.exe. In top/left, under Session, click Logging.

Under Session logging:, click Log all session output. Rename putty.log to AP10-7-7-81-102710.log (for example, using AP’s IP address and a date in the filename), and Browse to the directory where you want
the session backup file saved.

In top/left, click on Session. Enter the IP address of the new/factory defaulted AP, and note
that SSH (tcp:22) is specified as the default Protocol (you can telnet to devices that don’t support SSH).
Click Open to access the AP. If prompted that you haven’t seen this host before, accept the challenge.

Run these AP commands to collect the useful information. In my example, I have one open auth WLAN
on 2.4GHz, and one open and one WPA2-PSK WLAN on 5GHz of my dual-band 7962 model AP. I do
not have VLANs assigned however.

rkscli: get boarddata # optional, displays AP model and s/n info
name: zf7962
magic: 35333131
cksum: a47
rev: 5.3
Serial#: 180901007787
Customer ID: 4bss
Model: zf7962
rkscli: get version
Ruckus 7962 Multimedia Hotzone Wireless AP
rkscli: get device-name
device name : ‘mb7962-AP’
rkscli: get ipaddr wan
IP Address Configuration Type: static, IP: Netmask Gateway
rkscli: get vlan
Network 0: (Management) VID 1
Services: StaticIP
Eth Port (no tag): 0,1
Wireless (no tag):
- wlan0 (mb7962-bgn)
- wlan1 (Wireless 2)
- wlan2 (Wireless 3)
- wlan3 (Wireless 4)
- wlan4 (Wireless 5)
- wlan5 (Wireless 6)
- wlan6 (Wireless 7)
- wlan7 (Wireless 8)
- wlan8 (mb7962-an)
- wlan9 (mb7962-an2)
- wlan10 (Wireless 11)
- wlan11 (Wireless 12)
- wlan12 (Wireless 13)
- wlan13 (Wireless 14)
- wlan14 (Wireless 15)
- wlan15 (Wireless 16)
rkscli: get wlanlist # Note which wlanX have status of ‘up’, and run cmds below on them only.

name status type wlanID radioID bssid
svcp up AP wlan0 0 00:24:82:3d:35:98
home down AP wlan1 0 00:00:00:00:00:00
rcks down AP wlan2 0 00:00:00:00:00:00
mdfx down AP wlan3 0 00:00:00:00:00:00
wlan4 down AP wlan4 0 00:00:00:00:00:00
wlan5 down AP wlan5 0 00:00:00:00:00:00
wlan6 down AP wlan6 0 00:00:00:00:00:00
wlan7 down AP wlan7 0 00:00:00:00:00:00
wlan8 up AP wlan8 1 00:24:82:3d:35:9c
wlan9 up AP wlan9 1 00:24:82:7d:35:9c
wlan10 down AP wlan10 1 00:00:00:00:00:00
wlan11 down AP wlan11 1 00:00:00:00:00:00
wlan12 down AP wlan12 1 00:00:00:00:00:00
wlan13 down AP wlan13 1 00:00:00:00:00:00
wlan14 down AP wlan14 1 00:00:00:00:00:00
wlan15 down AP wlan15 1 00:00:00:00:00:00
rkscli: get ssid wlan0
wlan0 SSID: mb7962-bgn
rkscli: get encryption wlan0
SSID : mb7962-bgn
Net Security : Open (plain-text)
Authentication : Open
Encryption : disabled
rkscli: get passphrase wlan0
bad key:wlans/wlan0/wlan-wpa-passphrase
rkscli: get dvlan wlan0
wlan0 Dynamic-VLAN Mode: Disabled
rkscli: get ssid wlan8
wlan8 SSID: mb7962an
rkscli: get encryption wlan8
SSID : mb7962an
Net Security : Open (plain-text)
Authentication : Open
Encryption : disabled
rkscli: get passphrase wlan8
bad key:wlans/wlan8/wlan-wpa-passphrase
rkscli: get dvlan wlan8
wlan8 Dynamic-VLAN Mode: Disabled
rkscli: get ssid wlan9
wlan9 SSID: mb7962an2
rkscli: get encryption wlan9
SSID : mb7962an2
Net Security : WPA
Protocol Version : WPA2
Authentication : Open
Cipher Algorithm : AES-CCMP
WPA PassPhrase : 1234567890
rkscli: get passphrase wlan9
wlan9 WPA PassPhrase (10): 1234567890
rkscli: get dvlan wlan9
wlan9 Dynamic-VLAN Mode: Disabled
rkscli: exit