4 Configuring the Serial Port Settings iPocket232 User Guide
23-CML000293 iPocket232 Inc. 27
You are prompted to enter one item from each column to configure the port, as shown
below.
Port configuration is made up of the several different parameters:
Bit Rate Data Width Error Detect Framing Flow Control
~~~~~~~~~~~~~~ ~~~~~~~~~~~~~~ ~~~~~~~~~~~~~~ ~~~~~~~~~~~~~~ ~~~~~~~~~~~~~~~
A. 300 8. 8 bits N. no parity 1. 1 stop bit N. none
B. 600 7. 7 bits O. odd parity 2. 2 stop bits H. h/w (rts/cts)
C. 1200 9. 9 bits E. even parity S. s/w (xon/xoff)
D. 2400 M. mark parity
E. 4800 S. space parity
F. 9600
G. 19200
H. 38400
I. 57600
J. 115200
Enter one item from each column to configure port (eg. C-7E1-H):
Choosing the Port Configuration
3 Type the letter or number from each column corresponding to your desired settings,
and press Enter.
N
OTE
: Serial ports communicate using the RS-232 serial (bit-stream) protocol. Each byte
of data transferred through the serial port consists of a predetermined number of bits: 1
start bit, 7, 8, or 9 data bits, 1 or no parity bit, and 1 or 2 stop bits, for a total between 9
and 13 bits. The port configuration “8E2”, for example, results in a 12-bit data length
consisting of 1 start bit + 8 data bits + 1 parity bit + 2 stop bits. Serial ports on the
iPocket232, however, support only 10- and 11-bit transfers. Port configurations of 9, 12,
or 13 bits are automatically converted by adding an extra stop bit to 9-bit transfers, and
dropping stop bits and parity bits (if necessary) from 12- and 13-bit transfers.
4.3 Connection Control
Connection Control specifies the method of connection between the iPocket232 and the
remote serial device. The options are described in Table 4.4 .
Table 4.4: Connection Control Options
Default
Useful for most setups. Initiates a connection as soon as there is
data to send (except in tcp-server mode).
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