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show voice port - Tecnológico de Costa Rica

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Setting the Communication Port Parameters (Port)<br />

Accessing the Console System 2 - 15<br />

Use the <strong>port</strong> option to set the following Aironet 340 Series Bridge <strong>port</strong><br />

communication parameters: Baud Rate, Data Bits, Parity and Flow.<br />

When the <strong>port</strong> option is selected, the Configuration Console Port Menu<br />

appears. Any changes are effective immediately.<br />

Configuration Console Port Menu<br />

Option Value Description<br />

1 - Rate [ 9600 ] - Console baud rate<br />

2 - Bits [ 8 ] - Bits per character<br />

3 - Parity [ none ] - Console parity<br />

4 - Flow [ xon/xoff ] - Flow control type<br />

Enter an option number or name, “=” main menu, previous menu<br />

>_<br />

n Baud rate selections inclu<strong>de</strong> 300, 1200, 2400, 9600, 19200, 38400,<br />

56800, or 115200 bits per second.<br />

n Character size selection may be: 7 or 8 bits per character.<br />

n Parity may be: even, odd, or none.<br />

n Flow control selections inclu<strong>de</strong>:<br />

Off: No flow control. Input or output may be lost if the bridge cannot<br />

handle inputs or outputs from your terminal quickly enough.<br />

Xon/Xoff: The bridge will use ASCII Xon/Xoff characters to control<br />

the input received from your terminal to prevent input buffer<br />

overflow. The unit will also control its output of characters to the<br />

terminal.<br />

Hardware: The bridge will use the RTS and CTS lines to control the<br />

flow of characters. The bridge sends characters while RTS is high<br />

and will assert CTS when the terminal is allowed to send. This mo<strong>de</strong><br />

is used for flow control by passing the Xon/Xoff characters. Make<br />

sure the DTR signal is also present on the cable. See “Monitoring of<br />

the DTR Signal”.<br />

Both: Uses both hardware and Xon/Xoff flow control.

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