6 Per-session based VLAN tagging....................................................................................................................17
7 Appendix A - FAQ............................................................................................................................................18
8 Appendix B – Radius Server Setup................................................................................................................19
9 Appendix C - Professional Installation…………………………… ………………………………………….20
PePLink PolePoint is a carrier-grade 802.11b/g Wi-Fi access point. It is a
powerful solution for building wholesale wireless networks. Each PePLink
PolePoint is loaded with essential features such as Multiple SSID (virtual AP
with distinct ESSID and BSSID), VLAN and a high-power antenna
One PePLink PolePoint can ma squerade up to 16 different access points.
Each virtual access point can have its own security policy (WEP, WPA, WPA2,
802.1x) and authentication mechanism. All these mean you can build your
wholesale network much faster, easier and more cost-effective than ever
before. PePLink PolePoint comes equipped with a high-power Wi-Fi
transmitter (26 dBm for PolePoint 400BG, 23 dBm for PolePoint 200BG)
which greatly enhances coverage and performance.
2 Feature Highlights
• Designed for wholesale wireless networks with multiple SSID and VLAN
support
• Independent security policy and encryption mechanism per virtual AP.
• Hardware Watchdog increases service availability and guarantees
firmware integrity ownership
• High-power output (up to 26 dBm) enhances coverage and lowers cost of
ownership
3 Product Package
The following items are included in the PePLink PolePoint package:
1 x PePLink PolePoint
1 x Reverse-Polarity TNC Antenna
1 x Power Adapter (output: DC 5V)
1 x User’s Manual (this manual)
• Attach the antenna to the PePLink PolePoint unit.
• Connect its LAN port with the backbone network using either a
straight-through or cross-ov er cable.
• Plug the power adapter to a power socket and also the power input jack
on the unit.
• Wait until the status LED turns green
• Connect a PC to the backbone network, configure its IP address to be any
IP address between 192.168.0.4 to 192.168.0.254 with subnet mask of
255.255.255.0
• Visit the URL https://192.168.0.3/ (note that it is “HTTPS” based)
using Microsoft Internet Explorer 5 or above, or Mozilla Firefox 1.0 or
above. Accept all prompted questions
• Y ou will be prompted for admin login ID and password. By default, they
are “admin” and “public”.
• You will see a page like this:
Figure 2
• You may now start to configure the PePLink PolePoint
Tips: If you are unable to access the page, please refer to the
Appendix A - FAQ for how to restore the settings to factory
defaults.
With the default settings, an SSID is predefined, which is “PePLink_XXXX”
where XXXX is the last 4 digits of the MAC Address. It has both encryption
and VLAN tagging off. It bridges the wireless clients to the Ethernet port.
So you may now access the Ethernet by associating to it with a Wi-Fi client.
After associated, you should see the session information shown on the
PePLink PolePoint’s web admin interface under the section “– Connected
Clients”.
Figure 3
When you click on the link “Details”, you should see the client’s details.
Most of Wi-Fi related parameters are configurable in the “WLANs Settings”
page accessible from the left side bar. The page is like this:
The column “WLAN SSID” shows the virtual APs’ SSID.
Figure 5
“Default VLAN ID” is the VLAN ID to be tagged on all outgoing packets (leave
from the LAN port) generated from the virtual AP. The Default VLAN ID will
be overridden if per-user VLAN ID is specified in the radius server’s
authentication reply when 802.1x is enabled.
Admin Status shows the virtual AP is enabled or disabled.
Security Policies show the wireless authentication and encryption method
configured.
To modify a virtual AP’s setting, click the link “Edit” on the right of a WLAN
SSID. Then you should see:
Figure 6
Enable: select Yes to enable the virtual AP, select No to disable the virtual
AP. The default is Yes.
WLAN SSID: the virtual APs’ SSID. It is the SSID to be scanned by Wi-Fi
clients. This value is case insensitive. The substring “####” in the SSID
will be replaced by the last four digits of the BSSID / MAC address. By
default, the value is “PePLink_####”.
Default VLAN ID: the VLAN ID to be tagged on all outgoing packets (leave
from the LAN port) generated from the virtual AP. If per-user VLAN ID is
specified in radius server’s authentication reply when 802.1x is enabled, the
Default VLAN ID will be overridden. Possible v alue is from 0 to 4096. The
default value is 0.
Broadcast SSID: to choose whether the virtual AP’s ESSID to be able to be
scanned by Wi-Fi clients or not. Note that BSSID (virtual AP’ s MAC address)
cannot be hidden from scan. To associate with it, the client should specify
the correct ESSID upon association. This is enabled by default.
Default Quality of Service: the 802.1p QoS value to be marked to all
outgoing packets (leave from the LAN port) generated from the virtual AP.
If per-user or per-domain QoS value is specified, the Default Quality of
Service value will be overridden. Possible values are Gold, Silver and
Bronze.
DHCP Server Type: To choose to enable DHCP server, to enable DHCP
relay or to just pass DHCP requests to the Ethernet port.
- None: DHCP requests will not be processed but will be passed to the
Ethernet.
- Relay: the PolePoint will relay DHCP requests to a specified DHCP Server.
This option could avoid broadcast messages being propagated on the
backbone network.
- Server: the PolePoint will allocate and offer IP addresses locally.
Figure 7
If the type “Relay” is chosen, the DHCP Serv er IP address will be prompted.
If the type “Server” is chosen, the following information will be prompted:
IP Start and Stop Range: the IP address range to be offered to DHCP
clients
Subnet Mask: the subnet mask the DHCP clients to be used
Broadcast Address: the broadcast address the DHCP clients to be used
Gateway: the default routing gateway the DHCP clients to be used
DNS 1, 2 and 3: the DNS servers’ IP address to be offered to the DHCP
clients
Domain: the domain name the clients to be used
Lease Time: the leased of DHCP records
Security Policies: to configure the wireless authentication and encryption
method. Available options are: None, Static WEP, 802.1x and WPA.
None: to disable encryption. Data are sent over the air without any
protection
Static WEP: to enable pre-shared WEP key encryption. Authentication
is not supported by this method. The security level of this mode is
known to be weak. When this is set, the following parameters have to
be entered.
Key Size: 40bits and 104 bits
Key Format: ASCII and HEX
Encryption Key: For ASCII format, key length is either 5 or 13. For
802.1x: to enable 802.1x radius-based authentication with dynamic
WEP key. When it is set, the following parameters have to be entered:
Figure 9
Key Size: 40bits and 104 bits
Broadcast Key Index: 1, 2, 3 or 4
Re-keying Period: Re-keying every this amount of seconds. The
default is 14400 secs (4 hours). A value of 0 means disable
re-keying.
WPA-TKIP / WPA-AES:CCMP: to enable WPA, WPA-PSK, WPA2 or
WPA2-PSK. WPA - TKIP is for WPA and WPA-PSK. WPA-AES:CCMP is for
WPA2 and WPA2-PSK
For WPA and WPA2, 802.1x radius-based authentication with TKIP
encryption method will be used. The Pre-Shared Key option should be
disabled. This method’s security level is known to be very high
Figure 10
For WPA-PSK and WPA2-PSK, a Pre-Shared Key, or Pass phrase, will be
used for data encryption and authentication. “Pre-Shared Key” option
should be enabled. Key length must be 8 to 63 characters. This
method’s security level is known to be high and is higher than Static WEP
key.
The web administration interface can be disabled here. It can be turned on
again by using SNMP.
Figure 16
5.4 Message Log
System message log is available. It is a good source of system status
during troubleshooting. The message log page can be accessed from the
“Message Log” section.
This section allows you to perform some system commands.
Figure 16
- Save Current Configuration to Flash – The changes made are not
saved to the flash. The configurations will be lost after reboot. To
make the changes persistence across reboot, you can choose Save
Current Configuration to Flash
- Download Active Configuration – Select this command to download
the active configuration for backup purpose
- Upload Configuration – Select this command to upload a backed up
configuration file. After uploaded, changes are not effectively
immediately.
- Upgrade Firmware – Select this command to upload a firmware file for
upgrading the system software. Upgrading the firmware requires a
reboot.
- Activate Changes – This is for activating saved changes. But note that
the configurations are not saved to the flash memory.
- Download Debug Information File – If you find some problems that
need to get technical support from PePLink, please send along with a
debug file with your e-mail request. This option is for you to download
some debugging information. With the file, PePLink officers are able to
get the running status of the PolePo int unit.
- Reboot AP – This option is for rebooting the PolePoint unit.
6 Per-session based VLAN tagging
The PePLink PolePoint supports VLAN tagging on per-client-session basis
when 802.1x authentication is performed. The VLAN ID can be passed
from the radius server.
The VLAN ID to be set on a client session is passed from the radius server in
a vendor attribute in the Access-Accept response called
“Tunnel-Private-Group-ID”.
When such attribute is present, the per-SSID based defaul t VLAN ID setting
will be overwritten.
Sample Radiator Setting
This is a sample Radiator “users” file for enabling the attribute:
Q. How can I restore the system to factory settings? I cannot find
such option in the web admin interface.
A. Y ou can reset the system to factory settings by following this procedure:
1 Power on the unit, wait for 1 minute until the Status LED turns green
2 Press and hold the reset button at the rear pane for 5 seconds, then
release
3 The Status LED will blink and then the unit will automatically reboot
4 Wait for 1 minute until the Status LED turns green
Now, the PolePoint has been restored to factory settings. By default the
unit will acquire an IP address from DHCP server.
Outdoor PolePoint 200/400BG requires professional installation. It is not to
be installed by the general public. You must be a Professional Installer. Y ou
must follow Part 15 of the FCC rules, and specifically P art 15.203 pertaining
to antenna requirements of an intentional radiator.
If you are not a professional installer, STOP. Do not proceed any further with
the installation.
Note: Installing the Outdoor PolePoint 200/400BG requires setting the
antenna power, which required professional training. The installer must be
trained to perform this configuration.
You must be a Professional Installer to connect an antenna to the Outdoor
PolePoint 200/400BG, as specified in the Federal Communications
Commission’s part 15.203 for Radio Frequency Devices. The Outdoor
PolePoint 200/400BG uses a single low-loss Female N-type antenna
connector. Yo u will need a Male N-type antenna to attach your antenna.
You will need a specialized RJ45 crimping device and RJ-45 connectors to
prepare and connect LAN cable to backbone network for Data and POE
power . R un the un-terminated RJ-45 cable through the Moisture proof Gland,
terminate a RJ-45 connector, and connect to board. Hand tighten down on
the gland nut until a good seal is provided around the Ethernet cable.
After the Ethernet is connected, close and seal the enclosure lid with the
mounting screws provided. Please tighten with a screwdriver to make a
positive seal.