Update

Its been a while since my last post so I thought I would update. We did the install on the roof of Gospel Press on May 5th. The Installation consisted of two locations on the roof due to its size. At the first location we installed a 12dBi 2.4GHz Comet Omni, a Hyperlink Tech 12dBi 5.8GHz Backfire, a 9dBi Omni, and a Valemount War4 with 3 CM9's and a ENGENIUS EMP-8602+S.



At the other location we installed a NanoStation 2 with OpenWRT running as a Ad-hoc node to tie TWSC02 to the rest of the network.



I am currently having issues with the NS2 staying online. I am not sure as to the problem, possibly due to the building still being built and the power is shut off to it frequently. I Swapped it out with a different one last week but, the problem still exists.

New Install Site

This past Monday I toured a New Site for installation of wireless hardware. This site is a key piece in the network design as it links several area's together. The building is a old book press that is being transformed into and apartment complex. This site has by far had the nicest route to the roof. The building is so large that we are placing equipment in two different locations on the roof.



This is a overall shot of the site



We are contemplating using a non-penetrating roof mount here



This is a diagram of the layout of equipment in the A/C Pit on the roof, having the uni-strut there will make the installation much faster.



On the other side of the building there is another grouping of A/C units with a sewer stack in the center that we would like to band clamp a light aluminum mast to with a NanoStation2 strapped to it to link a site 3 blocks up obscured by trees.

Simple Command to Search for a Known ESSID

I was looking for a simple way to scan for a specific ESSID and display all of the information about it. So with some help I came up with this.

pyramid:/# iwlist ath1 scan |grep linksys -B1 -A8

          Cell 02 - Address: 00:18:F8:EF:XX:XX
                    ESSID:"linksys"
                    Mode:Master
                    Frequency:2.437 GHz (Channel 6)
                    Quality=23/94  Signal level=-72 dBm  Noise level=-95 dBm
                    Encryption key:on
                    Bit Rates:1 Mb/s; 2 Mb/s; 5.5 Mb/s; 11 Mb/s; 18 Mb/s
                              24 Mb/s; 36 Mb/s; 54 Mb/s; 6 Mb/s; 9 Mb/s
                              12 Mb/s; 48 Mb/s
                    Extra:bcn_int=100
--
          Cell 35 - Address: 00:14:BF:3A:XX:XX
                    ESSID:"linksys"
                    Mode:Master
                    Frequency:2.437 GHz (Channel 6)
                    Quality=2/94  Signal level=-93 dBm  Noise level=-95 dBm
                    Encryption key:off
                    Bit Rates:1 Mb/s; 2 Mb/s; 5.5 Mb/s; 11 Mb/s; 18 Mb/s
                              24 Mb/s; 36 Mb/s; 54 Mb/s; 6 Mb/s; 9 Mb/s
                              12 Mb/s; 48 Mb/s
                    Extra:bcn_int=100

TWSC Install

So last week we Installed a NanoStation 2 set up as a mesh node. This week we pulled it down and put a Metrix Mark I in its place. We needed a dual radio configuration due to the fact part of the backhaul is ran on 802.11a. After we swapped out equipment we headed down the street to * Art Gallery to install a NanoStation 2.





This is inside the room where the poe adapter and power supply is.



We still have several more NS2's to set up on this block but, for today I am done.

Access Point Scan from my Living Room

So I am sitting here in my chair killing time and decided to do a access point scan and this is what I came up with:

SSID            Type  BSSID                Channel
NETGEAR         BSS   00:22:3f:28:xx:xx    01
PTown           BSS   00:1c:df:ac:xx:xx    06
lindel          BSS   00:06:25:f3:xx:xx    11
Motorola        BSS   00:14:a5:58:xx:xx    09
NEW PHILADELPHI BSS   00:14:a5:98:xx:xx    11
Price Family    BSS   00:1a:70:6c:xx:xx    06
belkin54g       BSS   00:1c:df:3b:xx:xx    01
linksys         BSS   00:14:bf:aa:xx:xx    06
tab488          BSS   00:1e:2a:59:xx:xx    06
wipop528        BSS   00:02:2d:be:xx:xx    01
linksys         BSS   00:18:39:b3:xx:xx    06
belkin54g       BSS   00:11:50:72:xx:xx    11
oarip           BSS   00:0f:66:8e:xx:xx    06
willison        BSS   00:02:2d:2f:xx:xx    04
stephon house   BSS   00:0f:66:19:xx:xx    07
joanne          BSS   00:1c:10:4d:xx:xx    06

Better than half of them are unsecured and I would say at least 3 have the default password still enabled. Only 2 of these listed are mine and they both are secure in one way or another.

OpenWRT on the NanoStation 2 : Part 2

On Thursday I posted the first part of installing OpenWRT on a Ubiquiti NanoStation 2. Now I will be showing how to configure the unit with a Master and adhoc VAP With OLSRD running on the adhoc VAP. I found it was easier to configure the NS2 via the CLI than the Web Interface, but that is my preference.

root@OpenWrt:~# cat /etc/config/wireless

config 'wifi-device' 'wifi0'
 option 'type' 'atheros'
 option 'maxassoc' ''
 option 'distance' ''
 option 'diversity' ''
 option 'txantenna' ''
 option 'rxantenna' ''
 option 'disabled' '0'
 option 'antenna' 'external'
 option 'country' '0'
 option 'channel' '01'
 option 'hwmode' '11bg'

config 'wifi-iface'
 option 'device' 'wifi0'
 option 'encryption' 'none'
 option 'bssid' ''
 option 'server' ''
 option 'port' ''
 option 'hidden' '0'
 option 'isolate' '0'
 option 'bgscan' '0'
 option 'frag' ''
 option 'rts' ''
 option 'wds' '0'
 option 'key1' ''
 option 'key2' ''
 option 'key3' ''
 option 'key4' ''
 option '80211h' ''
 option 'compression' ''
 option 'bursting' ''
 option 'ff' ''
 option 'wmm' ''
 option 'xr' ''
 option 'ar' ''
 option 'turbo' ''
 option 'macpolicy' 'none'
 option 'maclist' ''
 option 'ssid' '****06'
 option 'mode' 'ap'
 option 'txpower' '16'
 option 'network' 'lan'

config 'wifi-iface'
 option 'device' 'wifi0'
 option 'hidden' '0'
 option 'encryption' 'none'
 option 'ssid' '****mesh'
 option 'bssid' ''
 option 'mode' 'adhoc'
 option 'server' ''
 option 'port' ''
 option 'isolate' '0'
 option 'bgscan' '0'
 option 'frag' ''
 option 'rts' ''
 option 'wds' '0'
 option 'key1' ''
 option 'key2' ''
 option 'key3' ''
 option 'key4' ''
 option '80211h' ''
 option 'compression' ''
 option 'bursting' ''
 option 'ff' ''
 option 'wmm' ''
 option 'xr' ''
 option 'ar' ''
 option 'turbo' ''
 option 'macpolicy' 'none'
 option 'maclist' ''
 option 'txpower' '16'
 option 'network' 'ath1'


root@OpenWrt:~# cat /etc/config/network

config 'interface' 'loopback'
 option 'ifname' 'lo'
 option 'proto' 'static'
 option 'ipaddr' '127.0.0.1'
 option 'netmask' '255.0.0.0'

config 'interface' 'lan'
 option 'proto' 'static'
 option 'macaddr' ''
 option 'ip6addr' ''
 option 'netmask' '255.255.255.0'
 option 'gateway' ''
 option 'ip6gw' ''
 option 'dns' ''
 option 'ifname' 'eth0'
 option 'ipaddr' '10.0.5.1'
 option 'type' 'bridge'

config 'interface' 'ath1'
 option 'macaddr' ''
 option 'ip6addr' ''
 option 'gateway' ''
 option 'ip6gw' ''
 option 'dns' ''
 option 'proto' 'static'
 option 'ipaddr' '10.0.0.6'
 option 'netmask' '255.255.255.0'

root@OpenWrt:~# cat /etc/config/dhcp

config 'dnsmasq'
 option 'domainneeded' '1'
 option 'boguspriv' '1'
 option 'filterwin2k' '0'
 option 'localise_queries' '1'
 option 'local' '/lan/'
 option 'domain' 'lan'
 option 'expandhosts' '1'
 option 'nonegcache' '0'
 option 'authoritative' '1'
 option 'readethers' '1'
 option 'leasefile' '/tmp/dhcp.leases'
 option 'resolvfile' '/tmp/resolv.conf.auto'

config 'dhcp' 'lan'
 option 'interface' 'lan'
 option 'start' '100'
 option 'limit' '150'
 option 'leasetime' '720m'
 option 'ignore' '0'

config 'dhcp' 'wan'
 option 'interface' 'wan'
 option 'ignore' '1'
 option 'start' ''
 option 'limit' ''
 option 'leasetime' ''

config 'dhcp'
 option 'interface' 'ath1'
 option 'ignore' '0'
 option 'start' '100'
 option 'limit' '100'
 option 'leasetime' '400m'

Next time I will explain how I installed OLSRD and configured it

NanoStation 2 Install

So here is part of the Install that I did on Tuesday. We purchased a Chimney strap mount from Radio Shack and Steve had found some 2" EMT Conduit along the side of the road which made a great mast. We ended up cutting off 3' for a mast length of 7'.


We used the Cable Ties that came with the NS2 to attach it to the mast and for the Omni we used a couple wire ties and a stainless hose clamp which was pretty secure.