5 # Example of an ISDN interface on port 0 used for external calls.
11 # Example of a multilink ISDN interface (Anlagenanschluss) on port 2
20 # Example of an PTP ISDN interface on port 0
21 # Layer-2-Hold is required to keep link alive.
30 # Example of an internal ISDN interface on port 1, which accepts all extensions
38 # Example of an ISDN interface on port 1, which accepts only extensions
48 # Example of three ISDN interfaces on port 1, 2 and 3, which accept
49 # extension 201 on all interfaces, and extension 202 and 203 on the first port
51 # Hint: To make extension ring on all three interfaces parallel, use
52 # "interface Int1,Int2,In3" in extension's settings file.
73 # Example of an ISDN interface on port 0 that requires screening of caller IDs.
74 # This is required if the connected line doesn't screen caller IDs.
75 # Also this interface will connect bchannel during call setup, so tones are
80 #screen-out unknown 300 national 21250993300
81 #screen-out unknown 2% national 212509932%
86 # Example of an ISDN PRI interface on port 0 that has directed channels.
87 # 10 channels (channel 1-10) are incomming only.
88 # 10 channels (channel 11-15,17-21) are outgoing only.
89 # 10 channels (channel 22-31) are both way.
90 # We prefer to use directed channels first, then we request any channel.
91 # Outgoing calls on both-way-channels shall be indicated as "any channel".
92 # (Siemens EWSD will select bot-way-channels when indicated that way.)
98 #channel-in 1,2,3,4,5,6,7,8,9,10,22,23,24,25,26,27,28,29,30,31
99 #channel-out force,11,12,13,14,15,17,18,19,20,21,any
102 # Example of an ISDN interface that runs in NT-mode, but provides tones during
103 # setup. Also we provide tones during setup also.
104 # This is usefull to interconnect to another PBX.
105 # Additinally the timeout values for the different call states are adjusted to 60 seconds.
106 # They are: setup, dialing, proceeding, alerting, disconnect
114 #timeouts 60 60 60 60 60
117 # Example of an interface on port 0 connected to another LCR
118 # This can be done by direct cross cable (terminated of course) or via L1oIP.
119 # Since the remote side (NT-mode) normally doesn't accept informations like
120 # redirected number or display facility, use 'te-special' to even transmit that
121 # against the ISDN specifications. A remote LCR can handle that.
122 # Now all information elements can be transmitted in both directions.
130 # Alternatively give port name. You will find the name with 'isdninfo' tool.
133 #portname hfc-s_usb.1
137 # The remote switch may reject extreamly large numbers to be dialed during
138 # setup message. Define a limit of maximum numbers to dial. The rest of
139 # digits will be dialed after setup via overlap dialing.
147 # Example of an ISDN interface on port 1, with alternate tones_dir to use.
148 # In this case, the tones are "german" tones generated by mISDN_dsp.ko.
149 # It is possible to give different sample sets, like "tones_german".
159 # A special case for GSM Network interface.
160 # You may add 'extension' and 'msn' keywords to turn all your subscribers
161 # in you GSM network to internal 'extensions'.
162 # The MSN numbers will equal the subscriber number.
169 # A special case for GSM Mobile Station interface.
170 # give "gsm-ms <name of mobile instance>".
171 # You may add 'extern' to make this interface the external line by default.
179 # Use chan_lcr (Asterisk PBX interface) as internal interface.
180 # The interface requires mISDN_l1loop.ko to be loaded:
181 # modprobe mISDN_l1loop nchannel=8 # use up to 8 b-channels
182 # The caller ID is used as extension, if "extension" parameter is given.
183 # Use "screen-in % xxx" to modify any caller id to xxx.
184 # An internal extension does not receive tones ("earlyb"), but sends them.
193 # Use Sofia-SIP as SIP point-to-point interface
195 #sip <local ip> <remote ip>[:<remote port>]
196 #sip 10.0.0.12 10.0.0.34
201 # Hint: Enter "lcr interface" for quick help on interface options.
204 # Add your interfaces here: