Asynchronous port table objects – Paradyne 7612 SNMP DSU User Manual
Page 100
MIB Descriptions
C-14
7612-A2-GB20-10
November 1997
Table C-8.
General Port Table Objects (2 of 2)
Object
Setting/Contents
Description
rs232PortOutSig
Number
(rs232PortEntry 4 )
Contains the number of
output signals (in the output
signal table) that can be
asserted.
The value is 3 for synchronous User
Data port and 0 for the Terminal port.
rs232PortInSpeed
(rs232PortEntry 5 )
Contains the port’s input
speed in bits per second.
Supports the following speeds for
the:
H
User data port: 64,000, 62,400,
60,000, 56,000, 54,400, 52,000,
48,000.
1
H
Terminal port: 2400, 4800,
9600,14,400, 19,200, 28,800,
38,400.
rs232PortOut
Speed
(rs232PortEntry 6 )
Contains the port’s output
speed in bits per second.
The rs232PortOutSpeed
object has the same values
as the rs232PortInSpeed
object.
Supports the following speeds for
the:
H
User data port: 64,000, 62,400,
60,000, 56,000, 54,400, 52,000,
48,000.
1
H
Terminal port: 2400, 4800,
9600,14,400, 19,200, 28,800,
38,400.
1
The User Data port speed is a read-only value that can only differ from the DDS
network speed if the In-band Management Channel is enabled.
The following are not supported:
H
rs232PortInFlowType
(rs232PortEntry 7 )
H
rs232PortOutFlowType
(rs232PortEntry 8 )
Asynchronous Port Table Objects
The Asynchronous Port Table contains an entry for the Management port when
the port is configured for asynchronous operation and for the Terminal port. For
this unit, entries in the table that are counters (rs232AsyncPortEntry 6–8) are
used to collect statistics only and are not supported.
Asynchronous Port Table objects supported.
Table C-9.
Asynchronous Port Table Objects (1 of 2)
Object
Description
Setting/Contents
rs232AsyncPort
Bits
(rs232Async
PortEntry 2 )
Specifies the number of bits
in a character.
Supports only the following values:
7 – 7-bit characters
8 – 8-bit characters
rs232AsyncPort
StopBits
(rs232Async
PortEntry 3 )
Specifies the number of
stop bits supported.
Supports only the following values:
one(1) – One stop bit
two(2) – Two stop bits