Differences

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--- userdoc:berofix [2011/11/27 05:54]
droemel
+++ userdoc:berofix [2018/09/29 10:00] (current)
mkeuter
@@ Line 1: / Line 1: @@
 ====== bero*fix ======
 \\
-{{http://www.beronet.com/wp-content/themes/rttheme11/images/configurator/berofix.png}}
+{{:userdoc:berofix-diagram.png?nolink}}
-The new bero*fix card from [[http://www.beronet.com|BeroNet]] is a kind of modular Media Gateway in form of a PCI/PCIe card ((the PCI card fits into a net5501 with a standard case, but **not** with the Molex power connector, needed (only) for **FXS** modules!)) or an external box, which talks to Asterisk via SIP ((so __no__ ISDN driver needs to be installed for it)). It will be detected by the the system as a standard network card ((Realtek RTL8139 (PCI) or RTL8101E (PCIe) chipset, these are included in the net5501 or geni586 images)). It's the successor to the BNxSO and BNxE1 ISDN cards. It has 2 module slots, which can be used for BRI and/or S2M connections (also mixed). FXS, FXO 2BRI/2FXS and GSM modules are now supported too. The bero*fix card has its own webserver and is configured via a WebGUI. Further Information can be found here:
+The bero*fix card from [[http://www.beronet.com|BeroNet]] is a kind of modular Media Gateway in form of a PCI/PCIe card ((the PCI card fits into a net5501 with a standard case, but **not** with the Molex power connector, needed (only) for **FXS** modules!)) or an external box, which talks to Asterisk via SIP ((so __no__ ISDN driver needs to be installed for it)). It will be detected by the the system as a standard network card ((Realtek RTL8139 (PCI) or RTL8101E (PCIe) chipset, these are included in the net5501, geni586 and genx86_64 images)). It's the successor to the BNxSO and BNxE1 ISDN cards. It has 2 module slots, which can be used for BRI and/or S2M connections (also mixed). FXS, FXO, 2BRI/2FXS and GSM modules are supported too. The bero*fix card has its own webserver and is configured via a WebGUI. Further Information can be found here:
   * http://wiki.berofix.com/index.php/Main_Page
@@ Line 10: / Line 10: @@
 Be sure to set it up as "Proxy"!
-The easiest way to get access to the bero*fix card is to set up a bridge in AstLinux. Load the Realtek NIC driver (e.g. ''8139too'' for PCI in ''/etc/rc.modules''), then reboot and put
+The easiest way to get access to an internal bero*fix card is to set up a bridge in AstLinux. See also this tip regarding **[[userdoc:tt-bridges|bridges]]** in AstLinux. Load the Realtek NIC driver (''8139too'' for PCI, ''r8169'' for PCIe in ''/etc/rc.modules''), then reboot and put
   BRIDGE0="eth0 eth4"
-into your ''user.conf'' (or ''/mnt/kd/rc.conf'')((where ''eth4'' is your bero*fix card in this example)), reboot again and then in the Network tab choose ''br0'' for your Internal or External Interface. There is a small tool, called ''bfdetect'', to change the default IP address and other network settings, which is now included in AstLinux (0.7.5).
+into your ''user.conf''((where ''eth4'' is your bero*fix card in this example)), reboot again and then in the Network tab choose ''br0'' for your Internal or External Interface. There is a small tool, called ''bfdetect'', to change the default IP address and other network settings, which is now included in AstLinux (0.7.5+).
-**Note**: The default IP address of the bero*fix is 10.0.0.2. You will initially need to assign BR0 an address in this range in order for ''bfdetect'' to work.
+**Note**: The default IP address of the bero*fix is 10.0.0.2. You will initially need to assign BR0 an address in this range  (e.g. 10.0.0.1) in order for ''bfdetect'' to work.
-\\
+Then you need to to run the following command:
+  bfdetect -b<NIC-IP-address> (e.g. bfdetect -b10.0.0.1)
+Since Q4/2012 there is also a bero*fix appliance available (mini-ITX board + bero*fix combined in a case). There is also a cheaper "Small Business Line" without pluggable modules available.
+\\