Print interface settings, equal to the output of the ifconfig(8) utility.
Print modem signal status. The description of all signals can be found in any modem documentation. Only LE signal should be described. If this signal is ON then the channel is busy. If it is OFF then the channel is free.
Print brief channel statistics. This is the generic statistics, see also the -x -, -e -, -f -, -t , and -u options. For a description of the output, see below.
This statistics is very useful if something goes wrong. For example, if all interrupt counters are zero then the device was configured to use an interrupt that was not registered in the BIOS for use with the ISA bus.
Print full channel statistics. This options prints additional counters, but with less precision than with the -s option.
Print brief E1/G703 statistics. If this option is selected, the statistics accumulated over the last 15 minutes is printed. For a description of the output, see below.
Print full E1/G703 statistics. This option shows all E1/G703 statistics that the -e option shows, plus total statistics for the whole period of time and statistics for last 24 hours (if available). For a description of the output, see below.
Print brief E3/T3/STS-1 statistics. If this option is selected, the statistics accumulated over the last 15 minutes is printed. For a description of the output, see below.
Print full E3/T3/STS-1 statistics. This option shows all E3/T3/STS-1 statistics that the -t option shows, plus total statistics for the whole period of time and statistics for last 24 hours (if available). For a description of the output, see below.
A non-zero value will set the data rate to a given value in asynchronous mode, and will set the data rate and internal clock source of synchronization in synchronous mode. A zero value is equivalent to specifying the extclock option. The transmitted data (TxD) are synchronized using the internal on-board timing generator, the internally generated timing signal is driven on the TXCOUT pin, and the signal on the TXCIN pin is ignored. This mode is used for direct terminal-to-terminal communication, e.g., when connecting two computers together in synchronous mode with a relatively short cable. This method should also be used for testing channels with an external loopback connector.
Set the external timing clock source for synchronous channels. External clock mode is the most commonly used method for connecting external modem hardware. In this mode, the external timing signal is received on the TXCIN pin of the connector, and it is used as a synchronization clock for transmitting data (TxD).
Note: in extclock mode, the device cannot determine the value of the external timing clock since it does not have the built-in clock gauge.
(Only for Sigma family.) Select the asynchronous protocol (or mode). In this mode, Cronyx adapters behave as normal serial devices, and standard serial communications utilities can be used to work with them. All asynchronous settings should be set using the standard serial communications configuration utilities, e.g., stty(1). With sconfig, it is only possible to set some of them.
Select the synchronous PPP protocol. PPP parameters can be configured using the spppcontrol(8) utility.
Sm keepalive = Bro on, off Brc Sm
Turn on/off transmission of keepalive messages. This option is used only for synchronous PPP. If this option is on, PPP will periodically send ECHO-REQUEST messages. If it will not receive any ECHO-REPLY messages for some (definite) period of time it will break the connection. It is used for tracking the line state.
This mode is reported when using Netgraph. An actual protocol depends on the type of a connected Netgraph node, and it cannot be changed with sconfig.
Set the configuration for the adapter. This option can be used only with Tau/E1 and Tau/G703 adapters, and only if all channels are free.
cfg = A
Two independent E1/G703 channels. This is the default setting.
cfg = B
(Only for ISA models.) For Tau/G703 this means one G703 channel and one digital channel. For Tau/E1, the first physical channel is divided into two subchannels. One of them goes to the first logical channel, another one goes to the second physical channel. Second (logical) channel is the digital channel.
cfg = C
(Only for E1 models.) In this mode, first physical channel consists of three data flows. Two of them go to the two (logical) channels. The last one goes to the second physical channel. On newer models (Tau32-PCI, Tau-PCI/2E1 and Tau-PCI/4E1), this programs the hardware to use a single source of synchronization and pass all unused (in both channels) timeslots from one channel to another.
For a detailed description of available configuration modes, see the adapter documentation. This option cannot be set on a busy channel.
Sm loop = Bro on, off Brc Sm
Turn on/off internal loopback. This mode is useful for debugging. When this mode is on, some data should be sent. If no interrupts are generated, chances are that the corresponding IRQ configuration entry in the BIOS was not switched from ""PCI/ISA PNP"" to ""Legacy ISA"".
Sm rloop = Bro on, off Brc Sm
(Only for Tau32-PCI and Tau-PCI/E3.) Turn on/off remote loopback feature. This mode is also useful for debugging.
Sm dpll = Bro on, off Brc Sm
Turn on/off digital phase locked loop mode (DPLL). When enabled, the receiver timing clock signal is derived from the received data. Must be used with the NRZI encoding to avoid the synchronization loss.
Sm nrzi = Bro on, off Brc Sm
Turn on/off NRZI encoding. If off, NRZ encoding is used.
The zero bit is transmitted by the zero signal level, the one bit is transmitted by the positive signal level.
The zero bit is transmitted by the change of the signal level, the one bit is by the constant signal level. Commonly used with the dpll = on option.
Sm invclk = Bro on, off Brc Sm
(Tau and Tau-PCI only.) Invert both the transmit and receive clock signals.
Sm invrclk = Bro on, off Brc Sm
(Tau-PCI only.) Invert the receive clock signals.
Sm invtclk = Bro on, off Brc Sm
(Tau-PCI only.) Invert the transmit clock signals.
Sm higain = Bro on, off Brc Sm
(E1 only.) In off state the sensitivity is -12 dB. Turn on/off increasing the E1 receivers non-linear sensitivity to -30dB. This allows increasing of the line distance.
Sm cablen = Bro on, off Brc Sm
(Tau-PCI/T3 and Tau-PCI/STS-1 only.) Turn on/off adjusting of the transmit signal for a long cable T3/STS-1.
Sm monitor = Bro on, off Brc Sm
(Tau32-PCI, Tau-PCI/2E1 and Tau-PCI/4E1 only.) Turn on/off increasing of the E1 receivers linear sensitivity to -30dB. This can be used for the interception purposes.
Sm phony = Bro on, off Brc Sm
(Tau32-PCI and Tau-PCI E1 family only.) Turn on/off the so-called "phony" mode. This mode allows receiving raw CEPT frames from the E1 line. Raw frames can be accessed, for example, with the raw protocol. Packets would come at a rate of 500 frames per second with length 16* N (for Tau-PCI/E1 model), where N is the number of timeslots. For Tau-PCI/2E1 and Tau-PCI/4E1, N should be equal to 32 regardless of the number of used timeslots.
Sm unfram = Bro on, off Brc Sm
(Tau32-PCI, Tau-PCI/2E1 and Tau-PCI/4E1 only.) Turn on/off unframed mode.
unfram = on
Switch channel to the unframed G.703 mode.
unfram = off
Switch channel to the framed E1 (G.704) mode.
Sm scrambler = Bro on, off Brc Sm
(Tau32-PCI, Tau-PCI/G.703, Tau-PCI/2E1, and Tau-PCI/4E1 in unframed mode only.) Turn on/off scrambling of the G.703 data.
Sm use16 = Bro on, off Brc Sm
(Tau32-PCI and Tau-PCI E1 family only.) Turn on/off the usage of the 16th timeslot for data transmission. Normally, the 16th timeslot is used for signalling information (multiframing CAS).
Sm crc4 = Bro on, off Brc Sm
(E1 only.) Turn on/off CRC4 superframe mode.
Sm syn = Bro int, rcv, rcv0, rcv1, rcv2, rcv3 Brc Sm
Use an internal clock generator for G703 transmitter (clock master).
Use the G703 receiver data clock as the transmit clock (clock slave).
rcv0, rcv1, rcv2, rcv3
Use the G703 receiver clock of the other channel (E1 models only).
dir = number
(Tau32-PCI, Tau-PCI/2E1 and Tau-PCI/4E1 only.) Bind a logical channel to a physical channel. Using this parameter it is possible, for example, to split physical E1 channel into several logical channels.
ts = interval
(E1 only.) Set up the list of timeslots for use by the channel. The timeslots are numbered from 1 to 31, and are separated by a comma or a minus sign, giving an interval. Example: "ts=1-3,5,17".
pass = interval
(Tau/E1 only.) Set up the list of timeslots, translated to the E1 subchannel in cfg = B and cfg = C configurations.
Sm debug = Bro 0, 1, 2 Brc Sm
Turn on/off debug messages.
Turn debug messages off.
Turn debug messages on, equivalent to the debug option of the ifconfig(8) utility.
High intensive debug messages, for developers only.