Cabletron Systems SmartSwitch 1800, Netlink FRX4000, FRX6000, Netlink FRX7000, Netlink FRX8000 Reference Manual

MIB Reference Guide

for

Cabletron Frame Relay Products

Document number 09-41-06-149-03

The Com plete N etwo rk ing Soluti on

TM

Rev Date Reason for Update
01 August 1997 Initi al version
02 September 1997 Frame Re lay Modul e
03 March 1998 R eleas e 4.0

Cabl etron Sys tems r eserves the ri ght to make changes in spe cifications and other infor­mation conta ined in this document without prior noti ce. The re ader should in al l cases
consult Cabletron Systems to det ermine whether any such changes have been made.

The har dware, firmware , and/or software described in this manual is s ubject to change
without notic e.

IN NO EVENT SHALL CABLET RON SYST EM S BE LIABLE FOR ANY INCI­DENTAL, INDI RECT, SPE CI AL, OR CONS E QUENTIAL DAMA GES WH AT­SOEVER (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.

C opyright 1997, 1998 by Cabletron Systems, Inc. All rights reserved. Printed in the Uni ted
S t ates o f America .

VxW orks is a copyright of Wind River Systems, Inc.
IP (Inter net Protocol) code is copyright 1982, 1986 by Regents of the University of Cali-

fornia. All rights reserved. This Cabletron product includes software developed by the Uni­versity of California, Berkeley, and i ts contribut ors. IP software is provided by the regents
an d con tr ibu tor s “a s is” and any expr ess or imp lie d wa rra n tie s, inc lu din g, but not limited
to, t he implied warranties of merchantability and fitness for a parti cular purpose, are dis­claimed. In no event shall the regents or contributors be liable for any direct, indirect, inci­de ntal, specia l, exemplary, or co ns eque n tia l dama ges (inc lu din g, but not limited to,
procurement of substitute goods or services; loss of use, data, or profit s; or bus iness inter­ru ptio n) h ow eve r caused and on any the o ry of lia b ility, whethe r in co ntr ac t, strict liability,
or tort (inc luding negligence or ot herwise) arising i n any way out of t he use of thi s software,
even if advised of the possibility of such dam age.

Gateway Daemon, Re l ease 3 (GateD) is m aintained and deve loped by C ornell Unive rsity
and its collaborators. T he versi on of GateD used with this Cabletron product has been mod­ified.

Netlink is a trademark of Cabletron Systems, Inc. All other product designations are the
property of their respective owners.

MIB Reference Guid e iii

This m anual describes the va rious MIBs supported in Cabl etron’s frame relay access
product fa mily (Smart Switch 1800, FRX, and 9W 004). Most of the information is ta ken
from the MIB documents or Cabletron user documentation.

These appropria te product-specific us er guide(s) can be ordered from Cabletron Systems:

●

SmartSwitch 1800 Rele ase 4.0 User Guide, Ca bletron num be r 09- 44-06-018.

●

9W004 Rel e ase 4.0 U ser Guide, Cabletron number 09-41-06-169.

●

Netlink FRX4000 & FRX6000 Release 4.0 Use r Guide, Cabletr on number 09-41-06-

162.

●

Netlin k FRX7000 3.3 User Guide, Cabletron numbe r 09-41-06-132.

●

Netlin k FRX8000 3.0 User Guide, Cabletron numbe r 09-41-06-150.

Cabl etron Sys tems, Inc.
P.O. Box 5005
Rochester , NH 03866-5005

iv Cabletron Frame Relay Products

Ta ble of Co ntent s

Introduction .............................................................................................. 1

Netlink MIB .............................................................................................. 3

net work Group (netlin k .6 ) ...... ........ ........ ........ ............ ........ ........ ........ ..3

node Group (netlink.7.1) ......................................................................5

hwca rd Group (netlink.7.2) ..................................................................6

rlpConfigTable (hwcard.2)............................................................ 6

por t Group (net link.7.3) ........................................................................9

por tX25Group (port.1) . ................................................................. 9

port PhyX25AdminTable (portX25Group.1)...........................9

portPhyX25OperTable (por tX25Group.2). ..........................13

port LogicalX25AdminTable (portX25Group.3)...................13

port LogicalX25OperTable (portX25Group.4)......................15

por tX25AdminTable (portX25Group.5). ..............................15

portX25OperTable ................................................................20

port FrGroup (port.2).................................................................... 20

port FrConfigTable (portFrGroup.1)......................................20

por tDLCIConfigTable (portFrGroup.2). ..............................25

por tFrBackupGroupTable (portFrGroup. 3) . ........................29

port BsciGroup (port.4)................................................................ 32

port BsciAdminTable (portBsciGroup.1) ...............................32

port BsciOperTable (portBsciGroup.2)..................................40

bsc iSubscrAdminTable (portBsciGroup.3)...........................41

bsc iSubscrOperTable (portBsciGroup.4) ..............................43

bsci DevAdminTable (portBsciGroup.5)...............................43

bsci DevOperTable (portBsciGroup.6)..................................46

port SdlcGroup (port.5)................................................................ 46

port SdlcAdminTable (portSdlcGroup.1) ...............................46

port SdlcOperTable (portSdlcGroup.2)..................................50

lsS dlcAdminTable (portS dlcGr oup.3)..................................51

lsSdl cOperTable (portSdlcGroup.4).....................................54

lsSdl cLlc2AdminTable (portSdlcGroup.5)...........................54

lsSdl cLlc2OperTable (portSdlcGroup.6)..............................60

por tT1Group (port . 7)................................................................... 60

por tT1AdminTable (portT1Group.1)................................... 60

por tT1OperTable (portT1Group.2) ......................................63

nl Interfaces (netlink.7 .4) ...... .... .... .... .... ...... .... .... .... ...... .... .... .... .... ...... .63

nlIfTable (nlInterfaces.1)............................................................. 64

nlIfLlc2Interfaces (nlInterfaces.2)............................................... 66

nlI fLl c 2 LA NTa b l e (n lIfL lc2 I n t erfaces .1) ... .... ............ ..........6 6

nlIfLlc2FrTable (nlIfLlc2Interfaces.2)..................................69

ipxConfig (nlInterfaces.3) ........................................................... 73

i p x C o nfi g Ro u ti n g ( i p x Co n fig.1 ) ... ........ ............ ................ ....7 3

MIB Reference Guid e v

ipxConfigInterface (ipxConfig.2) ......................................... 77

ipxConfigNodeDefault (ipxConfig.3) .................................. 85

nlIfIpInterfaces (nlInterfaces.4) .................................................. 86

nlIfIpTable (nlIfIpIInterfaces.1)........................................... 86

nlIfIpSecondaryAddrTa ble (nlIfIpIInterfaces.2)..................93

subscriber (netlink.7.5) ......................................................................95

nlL o cal Su b s cri b erT ab l e ( s u b s cri b er .1 ) ... .... ............ ............ ........ 95

nlL o cal Su b s cri b erRo u t eTab le ( s u b s criber.2) ... ............ ............ .. 98

nlLocalSubscriber RedirTable (subscriber.3)............................ 100

LLC2 Group (netlink.7.6) ...............................................................101

nlLlc2HostTable (LLC2.1)...................................................... 101

nlLlc2T ermConnectionTable (LLC2.2). .................................. 107

nlLlc2O rigConnectionTable (LLC2.3).................................... 109

nlLlc2NextHost......................................................................... 112

pinStatusTable (netlink.7.7.4) ..........................................................112

statistics (netlink.7.8) ....................................................................... 113

statGroup (statistics.1).............................................................. 113

rl pStatsTable ( statGroup.2) ................................................113

port StatsTable ( statGroup.3) ..............................................115

statFra me (statGroup.4). ..................................................... 117

statT1 (statGroup.7)............................................................ 124

statDS0A (statGroup.8) . ..................................................... 127

statVoic e (statGroup.9).......................................................129

statThr esh (statistics.2)............................................................. 131

rl p Th r esh T ab l e (statTh resh.1 ).... .... .... .... .... .... .... ...... .... .... ..13 1

po rtThr esh T ab l e (statT h r esh .2 ).... .... .... .... .... .... .... ...... .... ....133

bri dge Group (netl ink.7 .9 ) .... .. .... .... .... .. .... .. .... .... .... .. .... .. .... .... .... .. ... 136

ipNl Group (netlink.7.11) ................................................................. 138

MIB II Groups ..................................................................................... 139

System Group (mib-2.1) ..................................................................139

Int erfaces Group (mib- 2.2) .............................................................. 141

I P Group (mib-2.4) .. ......................................................................... 145

IP Address Ta ble (ip.20)........................................................... 150

IP Routing Table (ip.21)........................................................... 152

IP Address Translation Table (ip.22)........................................ 156

Ad d it io n al IP ob je cts .. .... ............ ............ ................ ............ ...... 15 7

IC MP Group (mib-2.5) .................................................................... 158

Frame Relay (RFC1315) MIB ............................................................ 164

snaDLC (RFC1747) MIB .................................................................... 166

sdlcPortGroup (snaDLC.1) ..............................................................166

sdlcPortAdminTable (sdlcPortGroup.1) .................................. 166

sdlcPortOperTa ble (sdlcPortGroup.2) . .................................... 169

sdlcPortStatsTable (sdlcPortGroup.3).................................... 172

sdlcLSG roup (snaDLC.2) ................................................................ 177

vi Netlink Frame Relay Products

sdlcL SAdminTable (sdlcLSGroup.1)....................................... 177

sdlcLSO perTable (sdlcLSGroup.2)........................................... 183

sdlcL SStatsTable (s dlcLSGroup.3) ........................................... 190

Novell IPX MIB .................................................................................... 200

Basic System Table (ipx.1.1) ................................................... 200

Advanced System Table (ipx.1.2)............................................ 203

Static Routes Table (ipx.3.2).................................................... 206

Services Table ( ipx.4.1)............................................................ 207

802.1d Bridge ( RFC1493) MIB ........................................................... 209

do t 1 d B ase ( d o t 1 d B ridg e.1) .. .... ...... .... .... ...... .... .... .... ...... .... .... .... ...... .2 0 9

dot1dStp Group (dot1dBridge.2) .....................................................211

dot1dStpPortTable (dot1dStp.15)............................................ 215

do t1 d T p G ro u p (do t1 d Br i d g e.4) .... .... ........ ................ ............ ..........2 1 8

do t 1 d T p Fd b T abl e ( d o t 1 d T p .3 ) ...... .... ...... .... .... .... .... .... .... .... ...... .... ...21 9

802.3 Ethernet (RFC1643) MIB Statistics ......................................... 221

802.5 Token Ring (RFC1748) MIB Statistics .................................... 226

MIB Reference Guid e vii

viii Netlink Frame Relay Products

Introduction

T he SNMP agent i n Ca bletron’ s frame relay acc ess prod uct line supports SNMP MIBs
(M ess age Information Bases) according to the following tables. Note that the columns
list the earliest releases that support each group/table. ( These and all subsequent
releases of a product supp ort the gro ups/tables in the left colum n.) Each box ha s two
entries, separated by a slash ( /). The first entry is the earlie st re leas e to support "G e ts"
(Read only); the second is th e earliest release to s upport "Sets" (Read/Write).

Table 1 N etlink MI B

SmartSw.

Group/Tabl e

network Group (netlink.6) -------/----- -------/------ -------/----- -------/----- 2.2.1/-----
node Group (netlink.7.1)

hwcard Group (netlink.7.2) 4.0.0/4.0.0 3.2.2/----- 3.3.1/----- 3.3.z/----- 2.2.1/-----
port Group (netlink.7.3)

portX25Group (port.1)
portFrGroup (port.2) 4.0.0/4.0.0 3.2.2/3.3.0 3.3.1/3.3.1 3.3.z/3.3.z 2.2.1/2.2.1

portFrBack upGrp. (port.2.3) 4.0.0/4.0.0 4.0.0/4.0.0 4.0.0/4.0.0 -------/----- -------/-----

portBsciGroup (port.4)
portSdlcGroup (port.5)

portT1Group (port.7) -------/----- 4.0.0/4.0.0 4.0.0/4.0.0 3.3.z/3.3.z -------/-----

nlInterfaces (netlink.7.4)

nlIfTable (nlInterf aces.1) 4.0.0/----- 3.2.2/----- 3.3.1/----- 3.3.z/----- 2.2.1/-----
nlIfLlc2Interf a. (nlInterfaces.2) 4.0.0/4.0.0 4.0.0/4.0.0 4.0.0/4.0.0 3.3.z/3.3.z -------/-----
ipxConfig (nlInt erfaces.3) 4.0.0/4.0.0 4.0.0/4.0.0 4.0.0/4.0.0 -------/----- -------/-----

nlIfIpInterfa. (nlInterfaces.4) 4.0.0/4.0.0 4.0.0/4.0.0 4.0.0/4.0.0 -------/----- -------/-----
subscriber (netlink .7.5) 4.0.0/4.0.0 3.2.2/3.3.0 3.3.1/3.3.1 3.3.z/3.3.z 2.2.1/2.2.1
LLC2 Group (netlink.7.6) 4.0.0/4.0.0 3.2.2/3.3.0 3.3.1/3.3.1 3.3.z/3.3.z -------/-----
pinStatusT able (net link.7.7.4) 4.0.0/----- 3.2.2/----- 3.3.1/----- 3.3.z/----- 2.2.1/-----
statistics (netlink .7.8)

statGroup (st atistics.1)

rlpStatsT able (statGroup .2) 4.0.0/----- 3.2.2/----- 3.3.1/----- 3.3.z/----- 2.2.1/-----
portStatsTable (statGroup. 3) 4.0.0/----- 3.2.2/----- 3.3.1/----- 3.3.z/----- 2.2.1/-----

1800

4.0.0/4.0.0 3.2.2/3.3.0

see below see below see below see below see below

4.0.0/4.0.0

4.0.0/4.0.0

4.0.0/4.0.013.2.2/3.3.013.3.1/3.3.113.3.z/3.3.z12.2.1/2.2.1

see below see below see below see below see below

see below see below see below see below see below
see below see below see below see below see below

FRX4000,
FRX6000

1

4.0.0/4.0.014.0.0/4.0.0

1

4.0.0/4.0.014.0.0/4.0.013.3.z/3.3.z

Fr am e Rly.
Module FRX7000 FRX8000

1

3.3.1/3.3.113.3.z/3.3.z12.2.1/2.2.1

1

-------/----- -------/-----

1

-------/-----

cont inued on next page

1

1

Table 1 N etlink MI B

( c onti nued)

Group/Tabl e

SmartSw.
1800

FRX4000,
FRX6000

Fr am e Rly.
Module FRX7000 FRX8000

statFram e (s tatGroup.4) 4.0.0/----- 3.2.2/----- 3.3.1/----- 3.3.z/----- 2.2.1/-----
statT1 (statGroup.7) -------/----- 4.0.0/4.0.0 4.0.0/4.0.0 3.3.z/----- -------/-----
statDS0A (statGroup.8) -------/----- -------/----- -------/----- 3.3.z/----- -------/-----
statVoice (statGroup.9) 4.0.0/4.0.0 -------/----- -------/----- -------/----- -------/-----

statThresh (st atistics.2) 4.0.0/----- 3.2.2/----- 3.3.1/----- 3.3.z/----- 2.2.1/-----
bridge Group (netlink.7.9) 4.0.0/4.0.0 4.0.0/4.0.0 4.0.0/4.0.0 -------/----- -------/-----
ipNl Group (netlink.7.11) 4.0.0/4.0.0 4.0.0/4.0.0 4.0.0/4.0.0 -------/----- -------/-----

Some variabl es are Read-onl y. Se e individu a l descriptions la ter in this document. Note that i n

1

the case of the port BsciGroup and portSdlcGroup, all variables are read -write except those in the
"Oper " ta bles, wh ich have r ead-write eq uivalents in th e " Admin" ta ble s.

Tabl e 2 Othe r M IBs

SmartSw.

Group/Tabl e

MIB-II (RFC1213) Groups

System Group (mib-2.1)
Interfaces Group (mib-2.2)

IP Group (mib-2.4)

ICMP Group (mib-2.5) 4.0.0/----- 3. 3.1/----- 3. 3.1/----- -------/----- -------/-----
Fram e Relay (RFC1315) MIB 4.0 .0/4.0.0 3.2.2/3.3.0 3.3.1/3.3.1 3.3.z/3.3.z 2.2.1/2.2.1
snaDLC (RF C1747) MIB

Novell IPX MIB

802.1d Bridge (RF C1493) MIB 4.0.0/----- 3. 3.1/----- 3. 3.1/----- -------/----- -------/-----

802.3 Ethernet (RF C1643) MIB
Statistics

802.5 T oken Ring (RFC1748)
MIB Statistics

Some variables are Read only. See individual descriptions later in this document.

1

Variables

2

IP routing table only.

3

System Group in Release 3.3.1. System Group, St atic Routes Table, an d Services Table i n Release 4. 0.0.

4

Static Rou tes Table only.

5

ip.1–ip.19

only.

1800

see below see below see b elow see below see below

4.0.0/4.0.0

4.0.0/4.0.0

2

4.0.0

4.0.0/4.0.0

4

4.0.0

4.0.0/----- 3. 3.1/----- 3. 3.1/----- -------/----- -------/-----

4.0.0/----- 3.3.1/----- 3.3.1/----- -------/----- -------/-----

FRX4000,
FRX6000

1

3.2.2/3.3.013.3.1/3.3.113.3.z/3.3.z12.2.1/2.2.1

1

3.2.2/3.3.013.3.1/3.3.113.3.z/3.3.z12.2.1/2.2.1

Fr ame Rly.
Module FRX7000 FRX8000

/4.0.033.3.12/4.0.033.3.12/4.0.0

1

3.2.2/3.3.013.3.1/3.3.113.3.z/3.3.z12.2.1/2.2.1

/4.0.053.3.14/4.0.053.3.14/4.0.0

3

-------/----- -------/-----

5

-------/----- -------/-----

1

1

1

M os t of the supported MIB va riabl es are des cribe d ove r the remainder of thi s doc­ument. Note that inaccessible variables are not included.

2 C abletron Relay Access Products

Netlin k MIB

Inaccessible variables are not includ ed.

ne twork Group (netlink.6)

This group is supported only on the Netlink FRX 8000 (as described on page

1), as well as Nucleus 700 0 (supported for ease of transitio n to FRX8000 ).

nsMaxNeigh

SYNTAX: INTEGER
A CCESS: Read only
ST ATUS: Mandato ry
DESC RIPTION:Maximum number of "neighbor" nodes. A neighbor is the

closest no de in a path from the local node. This variable is
a leaf object, and i s id entified as such by adding a
final digit of the object ID. (This value is currently always

64

for an FRX8000 and 20 for an N7400 or N7500.)

:: = { net work.1.1}

0

as the

nsThisNode

SYNTAX: INTEGER (

1–250

)
A CCESS: Read only
ST ATUS: Mandato ry
D ESCRIPT ION:This node's node num be r. This variable is a leaf obj ect, an d

is identified as suc h by adding a

0

as the final dig it of the

object ID.

:: = { net work.1.2}

nsNodNum

SYNTAX: INTEGER (

1–250

)
A CCESS: Read only
ST ATUS: Mandato ry
DES CRIPTI ON:Tabl e index to t he node whose sta tus and numbe r of

nei g hbor s is bei n g so ug ht .

:: = { net work.1.3.1.1}

MIB Reference 3

nsStatus

SYNTAX: INTEGER
A CCESS: Read only
ST ATUS: Mandato ry
DES CRIPTI ON:Operat ional stat us of the node :

B it 0 o n = val u e
Bits 0 & 7 on = value

= Node is defined in database.

1

= Node is operational.

9

:: = { net work.1.3.1.2}

nsNumNeigh

SYNTAX: INTEGER
A CCESS: Read only
ST ATUS: Mandato ry
DES CRIPTI ON:Curre nt numbe r of neighbor nodes .
:: = { net work.1.3.1.3}

nsNTNode

SYNTAX: INTEGER (

1–250

)
A CCESS: Read only
ST ATUS: Mandato ry
DESCRIPTION:Node number of the node whose neighbor's status is being

sought.

:: = { net work.1.4.1.1}

nsNTNe igh

SYNTAX: INTEGER (

1–250

)
A CCESS: Read only
ST ATUS: Mandato ry
DESCRIPTION:Node number of the neighbor whose status is being sought.
:: = { net work.1.4.1.2}

nsNTN eighStat

SYNTAX: INTEGER (

0–1

)
A CCESS: Read only
ST ATUS: Mandato ry
DES CRIPTI ON:S tat us of t he neighbor node:

= con nected.

1

= not connected,

0

:: = { net work.1.4.1.3}

4 C abletron Relay Access Products

node Group (netlin k .7.1)

nodeModel

SYNTAX: INTEGER (
A CCESS: Read only
ST ATUS: Mandato ry
DESCRIPTION:Identification o f hardware platform for graph ics-based

net work manager:

3

= F RX6000/ FRX8000 R ackmount chassi s or Fra me

Relay Module (FRM),

7

= SmartSwitch 1800.

::= { no de.3.1}

nodeTrapText

SYNTAX: DisplayString
A CCESS: Read only
ST ATUS: Mandato ry
DESC RIPTION: T ext of the last alarm generated.
::= { no de.3.2}

tpAdrIdx

SYNTAX: INTEGER
A CCESS: Read only
ST ATUS: Mandato ry
DE SCRIPTION:I nd e x to trap configuratio n table.
::= { no de.3.3.1.1}

2,3,5,6,7,8

2

= FR X6000/FRX8000 Model 2,

)

5

= F RX 7000, 6 = FRX400 0,

tpAddress

SYNTAX: IpAddress
ACCESS: Read/Write
STATUS: Mandatory
D ESCRIPT ION:IP Addr ess of the end-stati on to se nd alarms.
::= { no de.3.3.1.2}

tpAdrFlag

SYNTAX: INTEGER { disable tr aps (1) , enable traps (2),

ACCESS: Read/Write
STATUS: Mandatory

MIB Reference 5

de lete entry from table (

3

) }

D ESCRIPT ION:State of thi s entr y. ("Disab le" means "do not send.")
::= { no de.3.3.1.3}

tpAdrSLev

SYNTAX: INTEGER (
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:L owest severit y level traps that will be sent:

= critical(hi ghest), 2 = majo r, 3 = mi nor ,

1

= informationa l.

4

::= { no de.3.3.1.4}

hwcard Group (netlink.7.2)

rlpMaxProtos

SYNTAX: INTEGER
A CCESS: Read only
ST ATUS: Mandato ry
DES CRIPTI ON:Maxi mum number of protocols allowed on each R LP .
:: = { hwca rd. 1}

1–4

)

rlpConf igTa ble (hwc a rd .2 )

rlp Ind ex

SYNTAX: INTEGER (

)

0–7

A CCESS: Read only
ST ATUS: Mandato ry
DESCRIPTION:RLP number in the node.
::= { rlpConfigTable. 1.1}

rlpStatu s

SYNTAX: INTEGER {installed (1), configur ed (2)}
A CCESS: Read only
ST ATUS: Mandato ry
DESC RIPTION: Cur rent state o f the R LP. ("Configur ed" means that a

da tabase record exists , but the RLP is not physically
present in the node.)

::= { rlpConfigTable. 1.2}

6 C abletron Relay Access Products

, wh ich correspond to actual RLP numbe rs

1–8

rlpMemorySize

SYNTAX: INTEGER (4 or 8)
A CCESS: Read only
ST ATUS: Mandato ry
DESCRIPTION:Am ou nt of memory installe d on this RLP.
::= { rlpConfigTable. 1.3}

rlpLIC1Type

SYNTAX: INTEGER (

1–5, 8, 10, 11

)
ACCESS: Read/Write
STATUS: Mandatory
D ESCRIPT ION:Type of Line Interf ace Card (LIC) in th e upp er position on

the RLP for all devices except FRX4000 and SmartSwitch
180 0. For those devices, this variable is alway

= Other, 2 = RS-232, 3 = RS-422, 4 = V.35, 5 = High-

1

speed RS-2 32,
actual LIC, but identifies ports 0–3),

= Universal (FRX4000 only—not an

8

= T1, 11 = E1.

10

.

8

::= { rlpConfigTable. 1.4}

rlpLIC2Type

SYNTAX: INTEGER (

1–5, 10, 11

)
ACCESS: Read/Write
STATUS: Mandatory
D ESCRIPT ION:Type of Line Interf ace Card (LIC) in th e lo wer position on

the RLP for all devices except FRX4000 and SmartSwitch
180 0. For FRX4000, this variab le identifie s the four-por t
ex pansion card. For Sm artSwitch 1800, this vari able has
no significance.

= V. 35 , 5 = High-speed RS-232, 10 = T1, 11 = E1.

4

= Other, 2 = RS-232 , 3 = RS-422,

1

::= { rlpConfigTable. 1.5}

rlpProtocol

SYNTAX: OCTET STRING (13 oct ets)
ACCESS: Read/Write
STATUS: Mandatory
DES CRIPTI ON:P rotoc ol s configur ed on this R LP. Ea ch oct et repres ents a

MIB Reference 7

protocol type:

= Asy nc, 04 = SDLC, 05 = BSC Intera ctive, 06 = BSC

03

Bat ch,

0B

= IP, 08 = SNMP, 09 = RIP, 0A = LLC2,

07

= Trunk, 0C = IPX , 0D = Confi g ( not vali d on

= none,

00

= X . 25, 02 = Frame relay,

01

FRX8000), 0E = LLC 2-R (FRX4000 an d Sm a rt S wi t ch
1800 only),

::= { rlpConfigTable. 1.6}

= NetView Serv ice Point.

10

rlpGroup Number

SYNTAX: INTEGER (

( FRX7000 only)

1–4

)
A CCESS: Read only
ST ATUS: Mandato ry
DESCRIPTION:Gr oup to which this RLP belongs . Up to six RLPs can be

as si gned to a group, for the purpose of provi ding ba ckup
func tiona lity and isol ation of problems.

::= { rlpConfigTable. 1.7}

rlpGroupResponsibility

SYNTAX: INTEGER {primary

(FRX7000 only)

(1)

or secondary (4)}
A CCESS: Read only
ST ATUS: Mandato ry
DE SCRIPTION:Responsibility of this RLP within its group. Certain

protoco ls will be loade d onto the primar y RLP in each
group , and will be shared with other RLPs in the group.

::= { rlpConfigTable. 1.8}

8 C abletron Relay Access Products

port Group (netlink.7.3)

port X2 5G ro up ( por t .1 )

portPhyX25AdminTable (portX25Group.1)

This table contains Netlink enterprise-specific objects to manage a physical X.25 port.
Chan ging one of these p arameters may take effect on the operating port immediately
or may w ait un til the in te rface is restarte d, depending on the details of the implemen­tation. Most of the objects in this read/write table have corresponding read-only obje cts

portPhyX25OperTable

in the
values may be different from th e admin values if an adm in var iable was configured
after the interface was started.

portPhyX25A dminConnector

SYNT AX: INTEGER {rs232 (3), v35 (5), rs 44 9 (6), rs530 (7) , x2 1 (8),

A CCESS: Read/Write
ST ATUS: Mandato ry
DESC RIPTION: Ph ysical port interface con nector type.
:: = { po rt P hy X 25 Admi nT a bl e.1.1 }

portPhyX25Adm inSpeed

SYNT AX: INT EGER
A CCESS: Read/Write
ST ATUS: Mandatory
D ESCRIPTION:Data transmission rate in bits per second. The valid values

that return the current operati ng val ue. The operat ing

10

t1 (

), e1 (11)}

depe nd on the phys ical i nterface type

portPhyX25AdminConnector

(

). Select the value f rom the

be low list that most closely matches the connected de vice.

MIB Reference 9

All possi ble speeds in bits per second (irrespectiv e of
physical interface type) are:

75 150 300 600 1200
2400 4800 9600 14.4K 19.2K
24K 28.8K 38.4K 48K 56K
64K 72K 112K 128K 168K
192K 224K 256K 280K 320K
336K 384K 392K 448K 504K
512K 560K 576K 616K 640K
672K 704K 728K 768K 784K
832K 840K 896K 952K 960K

1.008M 1.024M 1.064M 1.088M 1.12M

1.152M 1.176M 1.216M 1.232M 1.28M

1.288M 1.344M 1.4M 1.408M 1.456M

1.472M 1.512M 1.536M 1.568M 1.6M

1.624M 1.664M 1.668M 1.728M 1.792M

1.856M 1.92M 1.984M 2.048M

If an RS-232 DCE port i s directly connected to
th e DTE via the standa rd Cabl etron cable, the
ma ximum support ed s pe ed is 64K . If longer
cabling is use d, the maximum speed is 19.2K.
(The EIA standard for RS-232 addresses speeds
up to 19.2 Kbp s.)

T1, E1 port speeds cannot be set here.

:: = { po rt P hy X 25 Admi nT a bl e.1.2 }

portPhyX25Adm inGenerateClock

SYNTAX: INTEGER { no (1), yes (2) }
ACCESS: Read/Write
STATUS: Mandatory
DESCRIPTION:Sp e cifies wh et her the port will generate the clock

necessary to synchronize traffic o ver the link .

:: = { po rt P hy X 25 Admi nT a bl e.1.3 }

portPhyX25Adm inRcvClockFromDTE

SYNTAX: INTEGER {no (1), y es (2) }
AC CESS: Read /Write
STAT US: Mandatory
D ESCRIPT ION:Specifies whether the receive clock will be used from the

DTE.

:: = { po rt P hy X 25 Admi nT a bl e.1.4 }

portPhyX25Adm inDialOut

SYNTAX: INTEGER {none (1), dialIn (2), dial Ou t (3) }
AC CESS: Read /Write
STAT US: Mandatory
DESC RIPTION: Flag that indicates whether the po rt is connected to a dial

modem, and whether connections will be initiated through
dia l - i n o r di al -out c al l s.

:: = { po rt P hy X 25 Admi nT a bl e.1.5 }

10 C abletron Relay Access Products

portPhy X25A dminIna ct ivity Ti mer

SYNTAX: INTEGER (

1–30

)
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:Period (in minutes) of inactivity allowed betwee n calls.

On ce the timer expires, the port is disabled until the next
call is placed, if a d ial-out p ort, or the Disconnect T imer
expires, if a dial-in port. This var iable is mean ing ful onl y
if the port is a dia l port.

:: = { po rt P hy X 25 Admi nT a bl e.1.6 }

portPhyX25Adm inDisconnectTimer

SYNTAX: INTEGER (

1–255

)
ACCESS: Read/Write
STATUS: Mandatory
DESCRIPTION:Time (i n seconds ) a dia l-i n port will remain disabled after

expiration of the Inactivity Timer.

:: = { po rt P hy X 25 Admi nT a bl e.1.7 }

portPhyX25Adm inSetupTimer

SYNTAX: INTEGER (

1–255

)
ACCESS: Read/Write
STATUS: Mandatory
D ESCRIPTION:Maximum time (in se conds) within which a response must

be receive d by the port, af ter en te ring the Lin kup state. If a
respons e is not received, the port enters a Failed state.

:: = { po rt P hy X 25 Admi nT a bl e.1.8 }

portPhyX25Adm inTrunkFlag

SYNTAX: INTEGER { no (1), yes (2) }
ACCESS: Read/Write
STATUS: Mandatory
DESC RIPTION: Flag that indicates whether the po rt is ass ociated with a

:: = { po rt P hy X 25 Admi nT a bl e.1.9 }

portPhyX25Adm inTrunkGroup

SYN T AX : OCTET S TR ING
A CCESS: Read/Write

MIB Reference 11

network trunk group. It will be disabled/enabled if the
net work trunk is not ope rat i ona l.

STATUS: Mandatory
DE SCRIPTION:Str ing of 8 byte s, w ith each byte indicating 8 ports on an

RLP that may be a part of a trunk group. S i nc e the
Sma rtS wit ch 1800 and FRX4000 do not have multiple
RLPs , only the first byte is valid for these devices. Each
port is represented by a single bit within the RLP byte. The
bit position represents the port number; for e xample, if port
2 o n R LP 0 w as in a trun k g roup, th e fi rs t by t e of the st r in g
would contain

and a ll other bytes would be 0.

x04

:: = { po rt P hy X 25 Admi nT a bl e.1.10 }

portPhyX25Adm inRowStatus

SYNT AX: RowStatu s
A CCESS: Read/Write
ST ATUS: Mandatory
DESC RIPTION: Used to man age the creation and deletion of conceptual

rows in the
SNMPv2

portPhyX25AdminTable

RowStatus

conventions by supporting the

, and follows the

following valu es:

, which means the concep tual row is availabl e for

active

use by the man aged de vic e, and which i s s uppli ed
by a ma nagement stat ion wi s hi ng to exercise an
on- line upda te of th e existing conceptual row. For a
mana gement protocol set operat ion, a

genErr

response is returned when the row does not exist.

createAndGo

, which is supplied by a management
station wishing to create a new instance of a con­ceptual row and to have its status automatic a lly set
to activ e, making it availab le for use by the
mana ged de vi ce. For a manage me nt protocol set
operation, a

response is returned when the

genErr

row al ready exists.

destroy

, which is supplied by a management station
wishing to delete all of the instances associated with
an existing co nceptual row.

Note that all of the above values may be specified in a man­ageme n t pr ot o col set opera t ion, a nd on l y the

active

will be returned in response to a ma nagem ent protocol
retrieval operation. For a management protocol set opera­tion, if other variable bin dings are included in the s ame

value

12 C abletron Relay Access Products

PDU, then a

resp onse i s retu rne d.

genErr

::= { portPhyX25AdminTable.1.11 }

portPhyX25OperTable (portX25Group.2)

This table contains read-only v ariables that reflect the actual operating parameter
values. Unless a value was changed in the
became operational, th e values in the
figured in the

portPhyX25AdminTable

portPhyX25OperTable

. The variables in the

portPhyX25AdminTable

after the interface

should match those con-

portPhyX25OperTable

listed below.

are

portPhyX25OperConnector
portPhyX25OperSpeed
port P hyX 25Op erG enerateClock
portPhyX25OperRcvClockFromDTE
portPhyX25OperDialOut
portPhyX25OperInactivityTimer
portPhyX25OperDisconnectTimer
portPhyX25OperSetupTimer
portPhyX25OperTrunkFlag
portPhyX25OperTrunkGroup

(portPhyX25Ope rT able.1.1)

(portPhyX25Ope rT able.1.2)

(portPhyX25OperTa ble.1.3)

(portPhyX25OperTa ble.1.4)

(portPhyX25OperTable.1.5)

(portPhyX25OperTable.1.6)

(portPhyX25OperTable.1.7)

(portPhyX25OperTable.1.8)

(portPhyX25OperTable.1.9)

(portPhyX25OperTable.1.10)

portLogicalX25AdminTable (portX2 5Group.3 )

This table conta ins Netlink enterprise-specific objects to manage a logical
X.2 5 port. Changing one of these p arameters may take effect on t he operat­ing port immediately or may wait until the interfac e is restarted, depending
on the details of the implem entation. Most of the objects in this read/write
table have corresponding read-only objects in the
that return the current operating valu e. The operating values may be di ffer­ent fro m the admin values if an admin variable was configure d afte r the in­terf ace was started.

portLogicalX25AdminFrDlci

SYNTAX: INTEGER (

16–991

)
ACCESS: Read/Write
STATUS: Mandatory
DESC RIPTION: DL CI number used to iden tify the entry in the table.
:: = { po rt Lo gi c al X 2 5Admi n Ta b l e. 1 .1 }

portLogicalX25OperTable

MIB Reference 13

portLogicalX25AdminCxnPriority

SYNTAX: INTEGER (

0–9

)
ACCESS: Read/Write
STATUS: Mandatory
DESCRIPTION:Priority of the connection among others on t he physical

port.

:: = { po rt Lo gi c al X 2 5Admi n Ta b l e. 1 .2 }

portLogicalX25AdminRfc1490

SYNTAX: INTEGER {a n nexG (1), rfc1490 (2) }
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:E ncapsulation me thod used for transmis sion over fram e

relay.

:: = { po rt Lo gi c al X 2 5Admi n Ta b l e. 1 .3 }

portLogicalX25AdminBAG

SYNTAX: INTEGER (

0–16

)
ACCESS: Read/Write
STATUS: Mandatory
DES CRIPTI ON:Bandw i dt h Al locati on Group. B andwidth Al loc ati on

Groups can ensure tha t response time-sen sitive traffic ge ts
access to the av ai lable f rame relay b andwidth . Eac h logical
port and interf ace that uses a phys ic al frame relay port can
be as si gne d to a group. (If s et t o

, n o group i s as si gne d.)

0

For furt her contr o l , ba n dwi dt h a l lo ca t ion ca n be e nab l e d o r
disabled on each frame relay port. Th is featu re is applied
only when a line's available bandwidth is limited (i.e. ,
packets must be queued before transmission .

:: = { po rt Lo gi c al X 2 5Admi n Ta b l e. 1 .4 }

portLogicalX25AdminRowStatus

SYNT AX: RowStatu s
A CCESS: Read/Write
ST ATUS: Mandatory
DESC RIPTION: Used to man age the creation and deletion of conceptual

14 C abletron Relay Access Products

rows in the
SNMPv2

portLogicalX25AdminTable

RowStatus

following valu es:

, which means the concep tual row is availabl e for

active

, and follows the

conventions by supporting the

use by the man aged de vic e, and which i s s uppli ed
by a ma nagement stat ion wi s hi ng to exercise an
on- line upda te of th e existing conceptual row. For a
mana gement protocol set operat ion, a
response is returned when the row does not exist.

createAndGo

, which is supplied by a management
station wishing to create a new instance of a con­ceptual row and to have its status automatic a lly set
to activ e, making it availab le for use by the
mana ged de vi ce. For a manage me nt protocol set
operation, a

genErr

row al ready exists.

destroy

, which is supplied by a management station
wishing to delete all of the instances associated with
an existing co nceptual row.

Note that all of the above values may be specified in a man­ageme n t pr ot o col set opera t ion, a nd on l y the
will be returned in response to a ma nagem ent protocol
retrieval operation. For a management protocol set opera­tion, if other variable bin dings are included in the s ame
PDU, then a

resp onse i s retu rne d.

genErr

:: = { portLogical X25AdminTable.1.5 }

genErr

response is returned when the

value

active

portLogicalX25Oper Ta ble (portX25Group.4)

This table contains read-only v ariables that reflect the actual operating parameter
values. Unless a value was changed in the
became operational, th e values in the
configured in the

portLogicalX25OperTable

portLogicalX25OperFrDlci
portLogicalX25OperCxnPrio rity
portLogicalX25OperRf c149 0
portLogicalX25OperBA G

portLogicalX25AdminTable

are listed below.

portLogicalX25OperTable

(portLogical X25OperTable .1.1)

( portLogicalX25OperTable.1.4)

portLogicalX25AdminTable

. Th e variable s in the

(portLogicalX25OperTable.1.2)

(portLogical X25OperTable.1.3)

a fter th e inter face

should match those

portX25AdminTable (portX25Group.5)

This is an Admin Table for both logical and physical ports. This table contains Netlink
Enterprise-specific o bj ects to man age an X25 port. Changing on e of these parameters
may take effe ct in the operating port immediately or may wait until the interface is
restarted depen ding on the details of the implementation. Most of the objects in this
read/write table have corresp onding read-only objects in the port

X25OperTable

that

retu rn the curr ent op erating value. The operating values may be di fferent from these

MIB Reference 15

configured values if a configured p arameter was config ured after the interface was
started.

portX25AdminBlockedFlag

SYNTAX: INTEGER { no (1), yes (2) }
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:Flag which when set, means the port will not be enabled

after a boot -up of t he node .

:: = { po rt X25Admi nT a bl e.1.1 }

portX25AdminFlowCtrlNeg

SYNTAX: INTEGER { no (1), yes (2) }
ACCESS: Read/Write
STATUS: Mandatory
D ESCRIPTION:A flag which if set, permits negotiation of the flow control

parameters o n a pe r ca l l b asi s . If
packe t a nd window si zes wi l l be us ed. If

is selecte d, the default

No

is selected,

Yes

the packet or window size in a call pack et (up to the con­figured Max Packet Size or Max Window Size) is us ed.

:: = { po rt X25Admi nT a bl e.1.2 }

portX25AdminThruptClassNeg

SYNTAX: INTEGER { no (1), yes (2) }
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:Flag which ,if set, perm ists negotiatio n of the throughput

class for e ither directi on of dat a transmi ssion on a per call
b asis. If
Cl ass value is used. I f

is sele cted, the configure d Max Throughpu t

No

, any throughput class in a call

Yes

pa cket (up to the Max Th rupu t Class) is used.

:: = { po rt X25Admi nT a bl e.1.3 }

portX25AdminLocChgPrev

SYNTAX: INTEGER { no (1), yes (2) }
ACCESS: Read/Write
STATUS: Mandatory
D ESCRIPTION:If

is sel ected , no calls can be charg ed to port. I nco ming

Yes

calls from the network with reverse charge specified will
be rejected. Outgoing calls will insert reverse charge in the

16 C abletron Relay Access Products

call pack et if not already included.

:: = { po rt X25Admi nT a bl e.1.4 }

portX25AdminRevChgAccpt

SYNTAX: INTEGER { no (1), yes (2) }
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:Flag that, if set, that authorize s transm issio n of incoming

calls th at request the reverse charge facility . If

No

is

selected, and a c a ll r eques ts it, it will not be transm itte d.

:: = { po rt X25Admi nT a bl e.1.5 }

portX25AdminFastSelAccpt

SYNTAX: INTEGER { no (1), yes (2) }
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:Flag that, if set, that authorize s transm issio n of incoming

calls th at request the Fast Select facility .

:: = { po rt X25Admi nT a bl e.1.6 }

portX25AdminInCallBar

SYNTAX: INTEGER { no (1), yes (2) }
ACCESS: Read/Write
STATUS: Mandatory
D ESCRIPTION:X25 fa cility that prevents transmission of incoming calls to

the local DTE.

:: = { po rt X25Admi nT a bl e.1.7 }

portX25AdminOutCallBar

SYNTAX: INTEGER { no (1), yes (2) }
ACCESS: Read/Write
STATUS: Mandatory
D ESCRIPTION:X25 fa cility that prevents transmission of incoming calls to

:: = { po rt X25Admi nT a bl e.1.8 }

portX25AdminMaxPktSize

SYNTAX: INTEGER (
ACCESS: Read/Write
STATUS: Mandatory

MIB Reference 17

the local DTE.

128–4096

)

DE SCRIPTION:M a ximum data packet size that will be allowed to pa ss

through th is port.

:: = { po rt X25Admi nT a bl e.1.9 }

portX25AdminDefPktSize

SYNTAX: INTEGER (

16..4096

)
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:Pac ket size that will b e assigned to an incom ing ca ll setup

packet if the packet do es not requ est a p acket size.

:: = { po rt X25Admi nT a bl e.1.1 0 }

portX25AdminMaxWinSize

SYNTAX: INTEGER (

2–7

)
ACCESS: Read/Write
STATUS: Mandatory
DES CR IP T I ON :Max i mum nu mber of un a cknowl edg e d packe t s per lo gi c al

cha nnel that can pass through this port.

:: = { po rt X25Admi nT a bl e.1.1 1 }

portX25AdminDefWinSize

SYNTAX: INTEGER (

1–7

)
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:Window size that will be assigned to an incoming call

se tup packe t i f t he p acket doesn' t request a w indow size.

:: = { po rt X25Admi nT a bl e.1.1 2 }

portX25AdminMaxThruptClass

SYNTAX: INTEGER (
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:De f ault throughput class that will be insert ed into a Call

18 C abletron Relay Access Products

)

3–13

Request pa cket if Throug hput Class negotiation is not
en abled or if a th roughp ut class is not included in the call
request.

Valid values are listed below. Line speeds are in
bits per secon d:

Class

Line Speed Class Line Speed

3 75 9 4800
4 150 10 9600
5 300 11 19.2K
6 600 12 48K
7 1200 13 64K
8 2400

:: = { po rt X25Admi nT a bl e.1.1 3 }

portX25AdminCUGPref

SYNTAX: INTEGER { no (1), yes (2) }
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:Flag that, if set, indic ates the port belongs to at least one

closed user group (CUG).

:: = { po rt X25Admi nT a bl e.1.1 4 }

portX25AdminCUGIndex

SYNT AX: INT EGER

(1–100

)
ACCESS: Read/Write
STATUS: Mandatory
D ESCRIPTION:Index into a CUG table that identifies the default CUG for

the port.

:: = { po rt X25Admi nT a bl e.1.1 5 }

po r t X2 5A d mi n C UG In cA c cess

SYNTAX: INTEGER { no (1), yes (2) }
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:Flag that, when set, indic ates whether this port will be

:: = { po rt X25Admi nT a bl e.1.1 6 }

portX25AdminCUGOutAccess

SYNTAX: INTEGER { no (1), yes (2) }
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:Flag that, when set, indic ates whether this port will be

MIB Reference 19

allo wed to receive calls from outs ide its CUGs .

allo wed to make calls outside its CUGs.

:: = { po rt X25Admi nT a bl e.1.1 7 }

portX25OperTable

This table contains Read only v ariables that reflect the actual operating par ameter
values. Unless a value was changed in the
becam e op eratio nal, the valu es in the
in the

portX25AdminTable

. The variables in the

portX25OperTable

portX25AdminTable

sh ould match those conf igu red

portX25OperTable

after the interf ace

are listed below .

portX25OperBlockedFlag
portX25OperFlowCtrlNeg
portX25OperTh ruptClassNeg
portX25OperLocChgPrev
portX25OperRevChgAccpt
portX25OperFastSelAccpt
portX25OperInCa llBar
portX25OperOutC allBa r
portX25OperMaxPktSize
portX25OperDefPktSize
portX25OperMaxWinSize
portX25OperDefWinSize
portX25OperM ax Thr uptClass
portX25OperCUGPref
portX25OperCUGIndex
portX25OperCUGIncAccess
portX25OperCUGOutAccess

portFrGroup (port.2)

portFrConfigTable (portFrGroup.1 )

portFrRlpIndex

SYNTAX: INTEGER (

0–7

A CCESS: Read only
ST ATUS: Mandato ry
D ESCRIPTION:RLP number of the frame relay port.
:: = { portF rC onfi gTable.1.1}

(portX25OperTabl e.1.1)

(portX25OperTable.1.2)

( portX25OperTable.1.3)

(portX25OperTable.1.4)

(portX25OperTable.1.5)

(portX25OperTabl e.1.6)

(portX25OperTable.1.7)

( portX25OperTable.1.8)

( portX25OperTable.1.9)

(portX25OperTable.1.10)

(portX25OperTable.1.11)

(portX25OperTabl e.1.12)

(portX25OperTable.1.13)

(portX25OperTable.1.14)

(portX25OperTabl e.1.15)

(portX25OperTable.1.16)

(portX25OperTabl e.1.17)

, which correspond to act ual RLP n umbers

1-8

)

20 C abletron Relay Access Products

portFrPor tInde x

SYNTAX: INTEGER (

numbers

8–63

0–7

.)

1–64

and

, where

9–64

correspond to physical port

1–8

correspond to logical po rt number s

A CCESS: Read only
ST ATUS: Mandato ry
DESC RIPTION: Po rt number of th e frame relay port.
:: = { portF rC onfi gTable.1.2}

portFrBloc kedFl ag

SYNTAX: INTEGER {No (1), Ye s (2)}
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:Flag which when set, means the port will not be enabled

after a boot -up of t he node .

:: = { portF rC onfi gTable.1.3}

portFrMaxBytesPe rFrame

SYNTAX: INTEGER (

16–4096

)
ACCESS: Read/Write
STATUS: Mandatory
D ESCRIPT ION:Maximum numb er of bytes al lowed in an I- Frame for this

po r t .

:: = { portF rC onfi gTable.1.4}

portFrT392Timer

SYNTAX: INTEGER (

5–30

) ( seconds)
ACCESS: Read/Write
STAT US: Mandatory
DE SCRIPTION:L ink Integrity Timer, which indicates how long the

network will wait between Status Enquiry messages before
recording an error. It should be greater than or equal to the

frDlcmiPollingInterval

variable in the RFC1315 MIB.

:: = { portF rC onfi gTable.1.5}

portFrOutgoing RateCo ntrol

SYNTAX: INTEGER {No (1), Ye s (2)}
ACCESS: Read/Write
STATUS: Mandatory
DESCRIPTION:Enables (if

MIB Reference 21

) enforcement of the outgoing rate con tr ol

Yes

parameters (CIR, BC, BE).

:: = { portF rC onfi gTable.1.6}

portFrBandw i dthAlloc at ion

SYNTAX: INTEGER {No (1), Ye s (2)}
ACCESS: Read/Write
STATUS: Mandatory
DESCRIPTION:Enables (if

) enforcement of bandwidth allocation on

Yes

the frame relay port if the a vaila ble bandwid th is limited.
Vari o us ty pes o f i n te rfaces that u se t he f rame rel ay po rt c a n
be as si gne d to any of si xtee n Ba ndw idt h Al l ocat ion
Groups, ens uring that res ponse time -sensitiv e traffic gets
access to the available fram e relay bandwidth.

:: = { portF rC onfi gTable.1.7}

portFrCon nector

SYNTAX: INTEGER {RS-232 (3), V.35 (5), RS- 44 9 (6), 530 (7),

X.21 (

), t1 (10), e1 (11)}}

8

A CCESS: Read/Write
ST ATUS: Mandato ry
DESC RIPTION: Ph ysical interf ace on the port’s I/O cable connector.
:: = { portF rC onfi gTable.1.8}

portFrLogic alDC E

SYNTAX: INTEGER {No (1), Ye s (2)}
ACCESS: Read/Write
STATUS: Mandatory
D ESCRIPTION:Determines whethe r the port will operate as logical DCE or

DTE. It can be either as long as the device at the opposite
en d of the connection is the opposite.

:: = { portF rC onfi gTable.1.9}

portFrGe nCl ock

SYNTAX: INTEGER {No (1), Ye s (2)}
ACCESS: Read/Write
STATUS: Mandatory
DE SCRIPTION:De te r min es whether the po rt will gener at e the clock neces-

sary to synchron ize tr af fic ov er the link.

:: = { portF rC onfi gTable.1.10}

22 C abletron Relay Access Products