Cabletron Systems reserves the right to make changes in specifications an d other information
contained in t his document without prior notice. The reader should in all cases consult
Cabletron Systems to determine whether any such changes have been made.
The hardware, firmware , and/or softwa re described in this manual is s ubject to change without
notice.
IN NO EVENT SHALL CABLETRON SYSTEMS BE LIABLE FOR ANY INCIDENTAL,
INDIRECT, SPECIAL, OR CONSEQUENTIAL DAMAGES WHATSOEVER
(INCLUDING BUT NOT LIMITED TO LOST PROFITS) ARISING OUT OF OR
RELATED TO THIS MANUAL OR THE INFORMATION CONTAINED IN IT, EVEN IF
CABLETRON SYSTEMS HAS BEEN ADVISED OF, KNOWN, OR SHOULD HAVE
KNOWN, THE POSSIBILITY OF SUCH DAMAGES.
Copyright 1997 , 1998 by Cabletron Systems, Inc . All rights reserved. Printed in the United
States of America. Order Number: FRX4/6-USR-DOC.
VxWorks is a copyright of Wind River Systems, Inc.
IP (Internet Proto col) code is copyright 1982 , 1986 by Regents of the University of Cali fornia.
All rights reserved. This Cabletron product includes softwar e dev eloped by the University of
California, Berkeley, and its contributors. IP software is provided by the regents and contributors “as is” and any express or implied warranties, including, but not lim ited to, the implied
warranties of merchantability a nd fitness for a parti cular purpose, are disclaimed. In no eve nt
shall the regents or contributors be liable for any direct, indirect, incidental, special, exemplary, or consequen tial damages (inc luding, but not limi ted to, procurement of substit ute goods
or services; loss of use, data, or profits; or business interruption) however caused and on any
theory of liability, whether in contract, strict liability, or tort (includi ng negligence or otherwise) ari si ng in any way out of the use of this software, even if advised of the possibility of
such damage.
Gateway Daemon (GateD) software, Release 3.5.5, is maintained and developed by Cornell
University and its collaborators. The version of GateD used with this Cabletron product has
been modified.
Netlink is a trademark of Cabletron Systems, Inc. All other product designa tions are the
property of their respective owners.
Statements of Compliance
FCC
This devi ce complies wit h Part 15 of the FCC rules. Operation is subject to the following t wo
conditions : ( 1) this devic e ma y not c ause harmful int erferen ce, and (2) this devi ce m ust acc ept
any interference received, includi ng interference that may cause undesired operati on.
This equipment has been tested and found to comply with the limits for a Class A digital
device, pursua nt to P art 15 of the FCC rules. These limits are designed to provide rea s onable
protection against harmful interference whe n the equipment is operated in a commercial environment. This equip ment uses, generates, and can radiate radio frequency energy and if not
installed in accordance with the operator’s manual, may cause harmful interference to radio
communications. Operation of this equipment in a residential area is likely to cause interference in which case the user will be required to correct the interference at his own expense.
Changes or modificat ions made to this device which are not expressly
approved by Ca bl etr o n Sys tem s co ul d vo id the us er ’s aut hori ty to
operate the equipment.
iii
DOC
About This Manual
Terminology and Conventions
This digit al apparatus does not exceed the Cla ss A limits for radi o noise emiss ions from digita l
apparatus set out in the Radio Interference Regulations of the Canadian Depa rtment of Communicatio ns.
Le présent appareil numérique n’émet pas de bruits radioélectriques dépassant les limites
applicables aux appareils numériques de la class A prescrites dans le Règlement sur le
brouillage radioélectrique édicté par le ministère des Communications du Canada.
RevDateReason for Update
01March 1998 General availability
This manual su pplem ents sc reen pro mpts and menus as an ai d in con figu ring t he dat abase a nd
performing system operations on a Netlink FRX4000 or FRX6000. Before using the manual ,
you should be familiar with FRX hardware, as well as the protocol s (frame relay, IP, SNA, etc.)
you will be using.
This typeface represent s general te xt.
(This text is dark cyan in on-screen versions of the manual, and black in paper versions.)
This typeface represents keyboard input and video output.
In on-screen versions of the manual, items in blue are links to other places in the manual.
This symbol points to a n infor mation al note re latin g to the te xt, ta ble, or fig ure tha t
immediately precedes or follows it.
This symbol and t ext identif ies a caution ary n ote, t he conten t of whi ch
is more critical to heed than an informational note.
The following reference s to keyboard keys appear in the manual and /or on the screen:
[N]
is a reference to a key on your keyboa rd (where “N” is the key).
Enter
Type
typed (e.g., “type
Press
means that you should type in the information, then press the
is similar to
Enter
, except that the word “
n [Enter]
”).
means press (hit, strike) the key once. Pressing the
[Enter]
” follows the information to be
[Enter]
necessary.
[Ctrl]
followed by one or two other key designations, must be str uck s im ultaneously
with the other keys s hown.
If a stat emen t ends wi th a re feren ce to a key—for exampl e, “. ...t hen pr ess
is not part of the data to be entered. If a period should be entered, it will be shown as
same applies to all other punc tuati on. When ins tructe d to, for exa mple, “ press
Main Menu,” this means press
[A]
, then
[B]
[A] comma [B]
, not
.
[Enter]
key.
key afterwards is not
[Enter].
”—the period
[.]
[A], [B]
from the
. The
Screen Displays
Screen Displays are provide d to show the genera l appear ance of actua l scree ns. They are only
examples—the in formation shown is not always repres entative of an operational system.
ivFRX4000/FRX6000 4.0 User Guide, Rev 01
Table of Contents
Section IGetting Started
Chapter 1Product Overview
Introduction to Netl ink FRX4000 and FRX6000..................................... 1-1
Cabletron's frame relay access product family is designed to provide a comprehensive
method of integrating LAN-based systems and wide-area applications into a
"blended" network. Ea ch device in the family can be a fully capable LAN router and
a robust switch supporting multiple access and routing protocols.
Cabletron’s frame relay access product family also includes the SmartSwitch 1800
and Frame Relay Module ( for SmartS witch 900 0). These produc ts are d ocumented in
separate manuals.
Chapter 1
FRX4000 and FRX6000 are generally used to provide concentration and access to
remote devices. FRX40 00 is a stand-a lone device use d where eight s erial interfa ces or
fewer are required. FRX6000 is a larger stand-alone device supporting up to sixt y-four
serial interfac es, and can function as a central-site device for remote FRX4000s,
Frame Relay Modules (FRMs), and/or SmartSwitch 1800s.
Figure 1-1 Network Example
FRX4000s and FRX6000s feature (on devices with video interfaces) an intuitive,
menu-based management structure that allows complete local and remote contr ol of
other FRX4000s/6000s, SmartSwitch 1800s, and FRMs.
Some typical FRX4000/6000 applications are:
●
SDLC-to-LLC2 and LLC2-to-QLLC conversion over frame relay
●
SNA and TCP/IP LAN/WAN integration—with or without routers
●
Banking applications— LAN, SNA, TCP/IP, async
●
Traffic aggregation and concentration to public frame relay serv ices
●
"Front end" network to larger frame relay switches
●
X.25-to-frame relay gateway applications
Multiprotocol Support
The FRX4000 and FRX6000 support these protocols:
●
Frame Relay
●
X.25
●
SNA/SDLC
●
SNA/LLC2
●
Bridging
●
IP
●
IPX
●
BSC
●
Async
Each FRX4000 includes frame relay, SDLC, and SNMP, plus whatever additional
protocols were pur chased with the device. The software for a ll of the listed protocols
is included with every FRX6000.
Management Functions
The FRX4000 and FRX6000 support the same management functions:
●
Local SNMP agent, with Sets from network manager on some MIB variables
●
Manageable via Cabletron’ s Spectrum® and SPEL
●
NetView Service Point funct ion
●
Control via local monitor, remote FRX4000/6000, or local/remote async terminal
●
File transfer, database backup/restore, and software updates between devices
●
Local configurati on
●
Centralized alarm routing
●
Statistics displays
●
Line monitor
1-2FRX4000/FRX6000 4.0 User Guide, Rev 01
Hardware Overview
FRX4000
The base model of a Netlink FRX4000 contains four serial ports for connection to a
frame relay or X.25 network, us er devices, and/o r other Cabletron frame relay access
devices. (One V.35 DTE interface cable is also included.) Each FRX4000 also contains one LAN interface, either Ethernet or Token Ring. An optional CSU/DSU
interface is also a vailable. (I f the CSU/DSU option is used, one seria l port is disa bled.)
Serial Interfaces
In addition to the four built- in serial ports, an op tional expans ion ca rd provide s one of
the following:
●
Four V.35 ports
●
Four RS-232 ports
●
One T1 port
●
One E1 port
●
Four RS-422 ports (available by special request), supporting RS-449 and X.21
interfaces, in any combination (via cables)
Each of the serial po rts supports any of the protocol s that are i nstalled in an FRX400 0.
Each FRX4000 contains software for frame relay, SDL C, SN MP and an y ad ditional
protocols that were purchased with the device.
LAN Interfaces
The Ethernet model of the FRX4000 contains an Ethernet interface, provided in RJ45 (for twiste d pair) and 1 5-pin " D" (AUI, f or Thi cknet) config urati ons. The Etherne t
cable and, if AUI, the tranceiver, must be provided by the customer.
The Token Ring model of FRX4000 contains a Token Ring interface, provided in RJ45 (for unshielded twiste d pair) and 9-pin "D" (for shielded twisted pair) configurations. A Token Ring cable, part number FRX-TR-CAB, is available from Cabletron.
Operator Interfaces
After it ha s been inst alled a nd configured, an FRX4000 c an functio n with no keyboard
or video devic e. (The refore, such devi ces ar e not st andard e quipment. ) However , configuration, fil e copy (backup, resto re, transfer, etc .), and monitoring o perations require
a keyboard and screen, in one of several forms.
The typical method of connecting to an FRX4000 is via an ASCII (VT100-type) terminal (configured for 9600 bps, 8 data bits, 1 stop bit, no parity), or a terminal emulator on a PC running Procomm Plus for Windows. Each FRX4000 is shipped with
cabling to support connec tion to an ASCII terminal or a PC.
Product Overview1-3
FRX6000
Cards
RLP
Hardware in the FRX6000 includes:
●
Three types of card: RLP (RISC-based line processor) (plus attached Line
Interface Ca rd s), Et he rnet LAN adapter, and Token Ring LAN adapter. An
FRX6000 supports up to 8 R LPS, or 7 RLPs and 1 LAN card, or 6 RLPs and 2
LAN cards.
●
I/O cables. (One V.35 DTE interface cable is included with the base model.)
●
Cabling for a local or remote Auxiliary Console (ASCII terminal).
●
A 19" rackmount chassis.
The FRX600 RLP, an i960 RISC-based line processor, pr ovides serial inte rfaces, connecting various synchr onous and asynchronous user devices to public or private networks. Each RLP supports up to se ven pr otocols and up to 10 24 simu ltaneous logi cal
terminations. (A link into one physical/logical port on an RLP and out another port
counts as two terminations .)
Each RLP supports up to two serial Line Interface Cards (LICs). The base model of
FRX6000 contains two RLPs with one LIC. (The RLP without LICs is provided to
maximize the number of protocols that can be loaded in the node; some protocols are
loaded onto one RLP but shared by all others in a node.) Other available models
include up to four LICs.
LAN Adapters
Chassis
The FRX6000 supports LAN (local-area network) interfaces via one or two of these
adapters:
Depending on the number of RLPs, an FRX6000 can contain one or two LAN cards
(in any combination). Each LAN card supports one LAN interface.
The 19-inch rackmount chassis includes:
●
1.2GB hard disk
●
3.5" high-density diskette drive
●
Two COM ports
●
Parallel port
●
VGA port
●
Keyboard port
1-4FRX4000/FRX6000 4.0 User Guide, Rev 01
Operator Interfaces
Installation of F RX6000 so ftware into a node, generall y don e be fore t he node ships to
the customer, require s a directly c onnect ed keyboard an d monitor. Once the node has
been installed and configured, it can function with no operator interface. However,
configuration , fi le copy (backup, restore, transfer, etc.), and monitoring operations
require a keyboard and screen, which can be in any of several forms.
Each FRX6000 is shippe d wit h cabling to suppo rt c onnection to an ASCI I ter minal or
a PC.
Product Overview1-5
Quick Start
Chapter 2
Getting Started
The installation doc umentati on that is shi pped with eac h unit descr ibes the procedure
for connecting to an FRX4000/6000 from a local or remote keyboard and video
device. Once this has been done, the FRX d evice must be customized for the devices
to which it will connect, the traffic it will receive and transmit, and various ope rating
parameters that can be set to your specific needs.
Much of the configuration can be performed from an existing central-site FRX6000
via remote control of the new FRX4000/6000. At a minimum, however, someone
must configure a re mote control ID and a phys ical port on each new FRX, to allow the
central-site FRX to gain access to the new FRX.
The basic steps you should take to get the new FRX up and running are:
1. Read the remainder of this chapter, as it explains the user int erface on an
FRX4000/6000. This information will help you understand the menu operations
that are necessary to configure the FRX for your application.
2. Review the default database parameter settings, listed in tables throughout
Section II. (A list of tables can be found in the Table of Contents.) Many param-
eters can be left at the default settings, but some must be reconfigured to match
your specific needs.
3. Fill in Table 2-1 (on page 2-2 ) for FRX4000, or Table 2-2 (on page 2-4) for
FRX6000, to identify the physical interface, protoc ol, and connected device on
each physical port. You will need more infor mation when configuring database
records, but these tables can be used as convenient references.
4. Log into the menu operations, if not already done. This is descri bed in the
FRX6000 Installation & Setup Guide, as well as on page 2-6.
5. Set the correct date and time, as describ ed on page 2-11. Event messages, reports,
and some displays include the current date and time as set in the FRX. They
should be accurate, for prope r network monitoring and management.
6. Change the login password, if desired. The default pa ssword is
change this to any password of up to 14 characters, as described on page 2-11.
7. Configure the necessary da tab as e records: Node (Chapter 4), SNMP param et er s
(Chapter 16) if SNMP management will be performed, RLPs (FRX6000 only)
and protocols ( Chapter 5), network ports (frame relay – Chapter 7) or X.25 –
Chapter 8), plus LAN interfaces and legacy access ports (miscellaneous chapters
in Section II).
NETLINK
. You can
Port Assignment Worksheets
FRX4000
Ports 4–7 are on optional expansion card
CSU/DSU
4567
LAN Port
0123
Figure 2-1 Physical Ports on FRX4000
Table 2-1 lists all possible physical ports on the FRX4000.
Table 2-1 FRX4000 Port Assignments
Port
0RS-232
1
2
3
4
5
6
7
LAN
1
2
Interface
Physica l interfac e, as described below.
Port 0 is RS-232.
Port 1 must be either RS-232 or DSU.
Ports 2 and 3 are determined by the attached cable: V.35, RS-232, RS-449, or X.21.
Ports 4–7 are also determined by the cables, which depend on the expans ion card.
(RS-422), or X.21 (RS-422).
Each cabl e is physical DTE (male connect or) or DCE (female connector ). Add a
the int erface type to record thi s information. (This doe s not apply to a DSU or LA N p ort.)
The proto cols that can be as signed to ports d epend on t he model of FRX4000 an d the optio ns
that were purchased . A ll possibl e protocols are listed below:
Ports 0–7, CSU/DSU: Frame r elay, X.25, SDLC, BSC Inter acti ve, BSC Bat ch, Async .
LAN Port: IP, IPX, Bridge, LLC2.
Note tha t LA N protocols (IP, IPX, Bri dge, LLC2) are a lso assigne d to physical frame relay
ports vi a interface records th at map the protocols to the physical ports.
1
Protocol
2
Connected Device
T
or C to
2-2FRX4000/FRX6000 4.0 User Guide, Rev 01
FRX6000
RLP
LIC 1
RLP Cable
I/O Cables to
Modems and
User Devices
LIC 2
0
2
1
3
I/O Box
RJ45 Adapter on
T1/E1 Port 4
Figure 2-2 shows the locations of the physi cal ports on an FRX6000 RLP. An
FRX6000 can contain up to eight RLPs, numbered (via swit ches) 0–7. When an
FRX6000 is shipped from Cabletron, all installed RLPs are numbered con secu t ive ly
(starting with RLP 0), right to left, as viewed from the rear of the FRX6000.
The above example shows LIC 1 as V. 35, RS-232, or RS-422, and LI C 2 a s T1 or E1.
The ports supported by each LIC type are:
Table 2-2 lists all possible physical ports on the FRX6000.
Table 2-2 FRX6000 Port Assignments
CardPort
RLP 00
RLP 10
RLP 20
RLP 30
RLP 40
continu ed on next page
Interface
1
2
3
4
5
6
7
1
2
3
4
5
6
7
1
2
3
4
5
6
7
1
2
3
4
5
6
7
1
2
3
1
Protocol
2
Connected Device
2-4FRX4000/FRX6000 4.0 User Guide, Rev 01
Table 2-2 FRX6000 Port Assignments
(continued)
CardPort
RLP44
(contd.) 5
6
7
RLP 50
1
2
3
4
5
6
7
RLP 60
1
2
3
4
5
6
7
RLP 70
1
2
3
4
5
6
7
3
LAN 0
LAN 1
n/an/a
3
n/an/a
Interface
1
Protocol
2
Connected Device
1
2
3
Getting Started2-5
Physic al inter fa ce , determ in ed by the LIC and at tached ca ble (except T1 an d E1 LI C s, w h ich do
not include cables). Possible interfaces (with LICs in parentheses) are: V.35 (V.35), RS-232
(RS-232) , RS-449 (RS-422), X.21 (RS-422) , RS-530 (RS-422), T1 (T1), or E1 (E1).
Each cabl e is physical DTE (male connect or) or DCE (female connector ). Add a
T
or C to the
interface type to record this information.
All possi ble protocol s are listed below:
Note that LA N protocols (IP , IPX, Bridge, LLC 2) are also assi gned to physical frame relay ports
via interface records that map the protocol s to the physical ports.
If there is only one LAN card, it will always be card 0.
Logging in to the Main Menu
Configuration (des cribed in Section II) and management (Section III) operations are
accessed via a menu structure, using the keyboard and video device. Once the FRX
has been configured and is operational, it does not need the keyboard and video
device; however, they are nece ssary to get the unit up and running.
When running out side the menu operations, a display wi ll be similar to the following
figure, and will show the current status of all ports on the node. (This display is
described in detail on pa ge 19-2.)
This example shows an FRX6000 display. On an FRX4000 display, there
L
is no
column, since the FRX4000 has no RLPs.
Node Name
identifies the node under control of the keyboard and screen.
This will generally be a dire ctly connecte d node, in which case the ID will
Node Name
be the
configured in the Node Defaults file (described in
Chapter 4). If an op erator ta kes Remo te Co nt rol of another node (d escribed
on page 18-1),
Node Name
will become the
Remote Control ID
configured
in Node Defaults on the controlled node. Any configuration or control
operations will affec t that node rather than the local one. If the controlle d
node has a display screen, the message
blocked by id="n"
will be displayed, where "n" is the
Unde r remot e c o ntrol . K ey board
Remote Control ID
of
the controlling node.
After the operator presses
page 4-1), the Main Menu will appear.
2-6FRX4000/FRX6000 4.0 User Guide, Rev 01
[F1]
at the screen in Figure 2-3 and enters a pa ss wor d (see
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