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Information published here is current as of this document’s date of publication, but is subject to
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Kentrox, Inc.
5800 Innovation Dr.
Dublin, Ohio USA 43016-3271
Toll Free: (800) 247-9482
International: +1 (614) 798-2000
Fax: +1 (614) 798-1770
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Toll Free: (800) 733-5511
Direct: (503) 643-1681
About this Document
This document explains how to install, configure, and operate the AI296 16-port high speed
multi-protocol line card.
You should have a working knowledge of the following:
Table 1 describes the text conventions used in this document.
ConventionMeaning
Table 1 Document Conventions
Screen Text, Menu Items,
System Prompts, Messages
and Reports
Static Command Text
This style indicates Kentrox configuration screen text,
menu items, system prompts, messages, and reports.
In a command statement, this style indicates text that
should be entered exactly as shown at a command line.
Variable Command Text
In a command statement, this style indicates
user-specified text.
...
In a command statement, ellipses (...) signify that the
preceding parameter can be repeated a number of
times.
[ ]
[ | ]
In a command statement, square brackets indicate an
optional parameter. Two or more parameters in square
brackets with a vertical bar ( | ) between them indicate a
choice of optional parameters.
{ | }
In a command statement, two or more parameters in
braces with a vertical bar ( | ) between them indicate a
choice of required parameters.
Variable Field TextThis style indicates variable information you type in a
dialog box field.
KEYSUppercase body text indicates keys on a keyboard,
such as the TAB or ENTER keys. Keys used in
combination are connected with a plus symbol (+).
LabelsThis style designates physical components on Kentrox
products such as jumpers, switches, and cable
connectors.
Note messages emphasize or supplement important
Note:
points of the main text.
Important:Important messages provide information that is
essential to the completion of a task.
Tip messages provide information that assists users in
Tip:
ii
operating equipment more effectively.
Table 1 Document Conventions (Continued)
ConventionMeaning
Caution messages indicate that failure to take a
CAUTION:
specified action could result in loss of data and/or harm
to the software or hardware.
Warning messages indicate that failure to take a
WARNING:
specified action could result in physical harm to the
user.
AI296 Version 9.8x User’s Guide
About this Document: Document Conventions
iii
AI296 Version 9.8x User’s Guide
ENSURE PROPER COOLING
About this Document: Cautions and Warnings
Cautions and Warnings
Electrostatic Discharge Caution
CAUTION: Kentrox equipment and its peripherals contain electrostatic sensitive
components. Proper handling, shipping, and storage precautions must
be exercised:
zY ou must remove and inst all cards in a static-free environment. W ear
an antistatic wrist strap that is plugged into the Kentrox equipment so
you are grounded at the same point as the equipment.
zDo not remove cards from their antistatic plastic bags until you are
ready to install them into the chassis.
zImmediately after you remove a card from the chassis, you must
insert it into its antistatic bag.
zWhen the cards are not in use, keep them in their antistatic plastic
bags.
zDo not ship or store cards near strong electrostatic, electromagnetic,
or radioactive fields.
Ground Caution
CAUTION: For Kentrox equipment to operate safely and correctly, there must be a
safety ground strap between the equipment ground bolts and the office
ground.
Proper Cooling Caution
CAUTION: When AI296 is installed into an AI180TM AIswitch series 180 chassis, the
chassis must be equipped with the AIcool
HS heat baffle with sensor assemblies.
The AI180I AIswitch series 180 integrated chassis has a built-in fan and
baffle assembly and does not require additional assemblies.
TM
chassis cooling and Baffle-
iv
FCC Warning
The Federal Communications Commission has set limits for emitted radio
interference, and AI296 is constructed with this electromagnetic interference (EMI)
limitation in mind. AI296 is classified under FCC regulations as a Class A device, that
is, a device for use in commercial environments and not in residential areas. This
device has been tested and shown to comply with the following FCC rule: Part 15
Subpart J. Operation of this equipment in a residential area may cause interference to
radio and TV reception, requiring the user to take whatever steps are necessary to
correct the interference.
Information is available from the FCC describing possible corrective actions. To
maintain low EMI levels, we suggest that you use only metal connector s and shielded
cable grounded to the frame.
Specifications are subject to change without notice.
AI296 Version 9.8x User’s Guide
About this Document: Cautions and Warnings
v
AI296 Version 9.8x User’s Guide
About this Document: Customer Assistance
Customer Assistance
Kentrox offers technical support 24 hours a day, seven days a week.
Before you contact Kentrox for assistance, please have the following information
available:
zThe type of hardware and software you are using
zThe error number and exact wording of any messages that appeared on your
screen
zWhat happened and what you were doing when the problem occurred
zHow you tried to solve the problem
Web Site Support
Support is available 24 hours a day using our Web site at:
http://www.kentrox.com
Email Support
Email support is available 24 hours a day. When you use email support, please be
sure to include the details of your problem within the email.
To contact Technical Support, send email to:
techsupport@aiinet.com
Phone Support
Phone support is available. When you call Kentrox for support, please be sure you
are at your computer and have the details of your problem available.
To contact Technical Support, call (866) 480-3571.
Kentrox Product Documentation
To order documentation, please contact your sales representative at
(800) 247-9482 or +1 (614) 798-2000.
You can also access and view the most current versions of Kentrox product
documentation on our Web site at:
This chapter provides an overview of the AI296 16-port high speed multi-protocol line card.
Guide to this Chapter
Features
AI296 Hardware Components
Technical Specifications
Individual Port Access
Typical Applications
1-1
AI296 Version 9.8x User’s Guide
Product Description: Features
Features
The AI296 16-port high speed multi-protocol line card provides 16 physical ports for
asynchronous or X.25 connections between NEs and OSSs in a carrier’s network.
AI296 includes the following features:
Break Propagation
AI296 supports break propagation on X.25, asynchronous, or TCP protocols. Refer to
Chapter 8: Alias and Call Routing Configuration
break handling.
BX.25 Compatibility
AI296 is BX.25 compatible and supports passive links.
DCD/DSR/RTS/DTR Signal Lead Control
AI296 supports user selectable disconnect on DCD low, DCD high-to-low transition,
DSR low, and DSR high-to-low transition. Additionally, AI296 allows for user
selectable connection control of DTR/RTS.
for details about available types of
Dynamic Port Configuration
Any X.25 or asynchronous parameter can be changed and individual links can be
reconfigured without resetting AI296. X.25 and asynchronous parameters take effect
after disabling and then re-enabling the affected link.
EIA Lead Signaling
AI296 can program the disconnected and connected states of EIA signals and toggle
the leads. The system can use EIA signaling to simulate modem style access to host
computers. These signaling options provide a secure and flexible connection to any
asynchronous host or modem port. Refer to command staeia on page 9-89
details.
IRB Connectivity
AI296 communicates with other cards in the same chassis over an internal repeater
bus. It cannot communicate over the backplane with line cards that do not use the
IRB.
Line Monitoring Diagnostics
X.25 line monitoring diagnostics are available from the shell connection. Refer to
command diag-line on page 9-46
for more
for more details.
1-2
AI296 Version 9.8x User’s Guide
Product Description: Features
Link-to-Link Call Routing
Link-to-link call routing lets users route all SVC calls coming in on one X.25 link to
another X.25 link. By using X.25 link-to-link call routing, it is now possible to create a
default route for all calls from a specified X.25 link. The alias for the default link-to-link
route can route all calls destined for the same link. On previous versions of AI296,
users had to create an alias for each unique called address.
Shell and winslc commands let users handle performance monitoring, maintenance,
and troubleshooting for AI296.
Remote and Local Configuration
AI296 can be configured from AI198TM by accessing the AI198 menu system. AI198 is
accessible using a Telnet session or by plugging a terminal into the AI198 Craft port.
Simultaneous Connections
AI296 supports up to 1024 simultaneous X.25 to IP and/or IP to X.25 virtual
connections. It supports 512 simultaneous X.25 to X.25 virtual connections or child
connections. These connections may be distributed in any combination across the 16
available serial ports on AI296.
Single Alias Translation
Single alias translation allows routing a call from an incoming link on one AI296 to an
outgoing link on a second AI296/AI232
feature is used to route an X.25 connection across two AI296/AI232/AIscout cards
using TCP/IP.
SNMP Manageability
AI296 supports configuration using SNMP as well as monitoring. SNMP traps are
generated by AI296 and are sent to all the management stations that exist in the trap
table.
Standalone Configuration
AI296 operates as a standalone card when it is installed in the AIswitch series 110
chassis. Standalone mode lets AI296 function without dependence on AI198 for
configuration and management. Refer to Appendix B: Standalone Mode and Switch
Mode for more details.
TM
/AIscoutTM with a single alias. Generally, this
1-3
AI296 Version 9.8x User’s Guide
Product Description: Features
System Diagnostics
AI296 lets users view diagnostic data on existing connections and internal information
about serial links. For more information about viewing system diagnostics, refer to
sections:
zdiag-conn on page 9-27
zdiag-eth on page 9-29
zdiag-info on page 9-37
zdiag-line on page 9-46
zdiag-tconn on page 9-49.
TID Multiplexing
TID multiplexing allows a single call from a legacy X.25 OSS to fan out into multiple
calls to various NEs. The initiating call may be X.25, asynchronous, or TCP. Refer to
Chapter 7: TID Multiplexing
for more details.
1-4
Product Description: AI296 Hardware Components
AI296 Hardware Components
AI296 has four high density connectors that provide 16 asynchronous, HDLC-Bridge,
PPP, or X.25 ports. Individual ports are derived by using a cable assembly or a
distribution panel. Protocol changes to a single port can be made without interrupting
communications on the other ports. Each port operates at speeds up to 115 kilobits
per second asynchronous or 128 kilobits per second synchronous.
AI296 supports both X.25 and TCP/IP protocols and provides concurrent X.25,
TCP/IP, HDLC-Bridging, and asynchronous functionality . An Ethernet port is available
on the front panel or on the backplane interface (IRB). AI296 uses the IRB to transfer
data to and from other cards in the system and network.
AI296 can be used in an AI shelf with other AI network interface cards to provide
single, multiple, and redundant trunk lines with a variety of physical port and protocol
types, including:
zEIA-232
zEIA-530
AI296 Version 9.8x User’s Guide
zX.25
zV.35
zIP
zAsynchronous
zPPP
zHDLC-Bridge
When combined with other AI network interface cards, typical applications include
collection, concentration and trunking of alarm and event messages from many NEs
to one or more OSSs and operations centers.
AI296 meets Bellcore Network Equipment Building Standards (NEBS) to ensure
reliable operations in Central Offices and other telecommunications facilities.
CAUTION: AIswitch and its peripherals contain electrostatic sensitive components.
Exercise proper handling, shipping, and storage precautions.
1-5
DC OK
FAULT
LINKS
5-8
LINKS
13-15
LINKS
1-4
LINKS
9-12
A
CT
L
I
NK
COL
10
B
A
S
E
T
AI296
AI296 Version 9.8x User’s Guide
Product Description: AI296 Hardware Components
Front Panel Components
Figure 1-1 displays the AI296 front panel components.
DC OK LEDIlluminates green when +5 Volts are
present.
FAULT LEDIlluminates red if the card fails.
LINKS 5-8 ConnectorProvides four asynchronous, HDLC-
Bridge, PPP or X.25 ports.
LINKS 13-16 ConnectorProvides four asynchronous, HDLC-
Bridge, PPP or X.25 ports.
LINKS 1-4 ConnectorProvides four asynchronous, HDLC-
Bridge, PPP or X.25 ports.
LINKS 9-12 ConnectorProvides four asynchronous, HDLC-
Bridge, PPP or X.25 ports.
ACT LEDIlluminates green when the card is
transmitting or receiving packets.
LINK LEDIlluminates green when valid link integrity
pulses are being received.
COL LEDIlluminates red when collisions are
detected.
10BASET
ConnectorSpecifies the external 10BaseT port
connector.
Figure 1-1
1-6
AI296
Technical Specifications
Table 1-1 lists the AI296 technical specifications.
Table 1-1 Technical Specifications
ComponentDescription
I/O Ports16 asynchronous, HDLC-Bridge, PPP or X.25 (selectable
per port during configuration)
Note: Individual ports are derived by using a CAB257 cable
Port Speed300 bps to 128 Kbps or exte rnal clocking (selectable per port
during configuration)
Electrical InterfacesRS-232, RS-530, and V.35 (selectable per port during
configuration)
AI296 Version 9.8x User’s Guide
Product Description: Technical Specifications
assembly for each connector or by using the Model
DP196 distribution panel.
InstallationRequires one slot in an AI chassis (can be hot swapped)
Current Draw4.2 A at +5 VDC, maximum
ComplianceFor use with AI UL Listed AIswitch Series Chassis.
1-7
AI296 Version 9.8x User’s Guide
LINK 1LINK 5
LINK 2LINK 6
LINK 3LINK 7
LINK 4LINK 8
LINK 1LINK 5
LINK 2LINK 6
LINK 3LINK 7
LINK 4LINK 8
Product Description: Individual Port Access
Individual Port Access
Individual ports are accessed by using a cable assembly or a distribution panel. AI2 96
uses the following components to derive ports:
zCAB257 Cable
zDP196 Distribution Panel
CAB257 Cable
The CAB257 cable has a multi-connector end that provides four DB-25 connectors.
Four CAB257 cables are needed to derive all 16 ports.
DP196 Distribution Panel
The DP196 distribution panel provides the physical interface for AI296 with sixteen
DB-25 connectors. The distribution panel is available in two sizes for 19-inch or 23inch rack installations. Figure 1-2
the specifications.
displays the distribution panel and Table 1-2 lists
Figure 1-2 DP196-19/23 Distribution Panel
Table 1-2 DP196-19/23 Specifications
DescriptionSpecification
MountingDP196-19—Mounts to a 19-inch rack
DP196-23—Mounts to a 23-inch rack
I/O PortsSixteen DB-25 connectors
Weight (approximately)2.5 lb. (1.12 kg)
SizeHeight: 4 in. (10.16 cm)
Width: 19 in.(48.26cm)/23in. (58.42 cm)
Depth: 1.12 in. (2.84 cm)
CableCAB162—Connects one connector (4 ports) on AI296 to
the distribution panel. Each distribution panel requires
four cables.
1-8
AI296 Version 9.8x User’s Guide
Pin 25
Pin 1
Pin 14
Pin 13
Product Description: Individual Port Access
DB-25 Connectors
Table 1-3 displays pin assignments for the DB-25 connectors on the DP196-19/23
distribution panel.
Figure 1-3 DB-25 connector Pin Assignments
Table 1-3
displays the DP196-19/23 pin assignment specifications.
The following characteristics apply to pin assignments:
zAny pin assignment not referenced on a connector is not connected.
zSignals with a (-) sign after them are used when RS-232 is selected.
zSignals with both (+) and (-) after them are used when RS-530, V.35, or V.11 are
selected.
zWhen RS-530 is selected, both the (+) and the (-) signals are used. The DSR is
only supported in RS-232 mode. There is no DSR+ signal.
Note: The pin assignments also apply to CAB257.
RJ45 10BaseT Connectors
Figure 1-4 displays the RJ45 10BaseT connector.
Figure 1-4 RJ45 10BaseT Connector on an AI296 Front Panel
Figure 1-4
PinSignalDirection
1TD+Output
2TD-Output
3RD+Input
lists the specifications for the RJ45 10BaseT connector.
Table 1-4 RJ45 10BaseT Connector Specifications
6RD-Input
CAB182 cables connect network elements to the individual connectors on the
distribution panel (straight through applications).
1-10
Typical Applications
Asynchronous NE
Asynchronous NE
Asynchronous NE
Operating Support System
AI296
IP Network
AI296 is used primarily for X.25 trunking and connecting different types of network
elements. The following applications are discussed in this section:
zAsynchronous to TCP/IP Application
zIP Over X.25 Networks
zMixed Asynchronous and X.25 Networks
zX.25 to TCP/IP Application
zX.25 Trunking
Asynchronous to TCP/IP Application
Figure 1-5 illustrates an asynchronous to TCP/IP application.
AI296 Version 9.8x User’s Guide
Product Description: Typical Applications
Figure 1-5 Asynchronous to TCP/IP Application
1-11
AI296 Version 9.8x User’s Guide
AI296AI296
SNMP
Manager
SNMP
Manageable
Device
(example
AI198)
IP Over Ethernet
IP Over Ethernet
IP Network
IP Network
X.25 Packet
Network
Product Description: Typical Applications
The following events occur in Figure 1-5:
zThe OSS sends TCP/IP calls to AI296.
zAI296 routes the TCP/IP calls to an asynchronous NE using an asynchronous
port.
IP Over X.25 Networks
Figure 1-6 illustrates a common IP over X.25 application.
1-12
Figure 1-6 IP Over X.25 Network
In Figure 1-6
, AI296 is used to tunnel IP traffic through an X.25 network. AI296 can be
configured to encapsulate IP packets, making it possible to achieve IP connectivity
across a legacy X.25 network. The most common application for this functionality is to
transport SNMP management information across an X.25 network.
Important: IP/X.25 transport works only over SVCs.
AI296 Version 9.8x User’s Guide
Product Description: Typical Applications
Figure 1-6 on page 1-12 illustrates the following events:
zThe SNMP Network Manager (for example, AppliedView) sends TCP/IP calls over
an IP/Ethernet network to AIswitch (AI296).
zAI296 encapsulates the TCP/IP calls within X.25 SVC calls and sends them
through the X.25 packet network.
zThe X.25 packet network sends the X.25 calls to a remote AIswitch (AI296).
zThe remote AI296 returns the X.25 calls to TCP/IP calls based on its static routing
tables.
zAI296 sends the TCP/IP calls over the IP/Ethernet network to the
SNMP-managed device (for example, AI198).
1-13
AI296 Version 9.8x User’s Guide
X.25 Packet
Network
DDM 2000
FLM 150
Titan DACS
DDM 2000
FLM 150
Titan DACS
AI296
AI296
Operating
Support System
Asynchronous NE
IRB
Product Description: Typical Applications
Mixed Asynchronous and X.25 Networks
Figure 1-7 illustrates both X.25 network elements and asynchronous network
elements connected to a remote OSS using a single X.25 trunk.
Figure 1-7 Mixed Asynchronous and X.25 Network
1-14
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