Cabletron Systems Wch 1800 Reference guide

MIB Reference Guide

for

Cabletron Frame Relay Products

Document number 09-41-06-149-03

The Complete Networking Solution

TM

MIB Reference Guide iii

Rev Date Reason for Update

01 August 1997 Initial version

02 September 1997 Frame Relay Module

03 March 1998 Release 4.0

Cabletron Systems reserves the right to make changes in specifications and other infor-

mation contained in this 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 software described in this manual is subject to change

without notice.

IN NO EVENT SHALL CABLETRON SYSTEMS BE LIABLE FOR ANY INCI-

DENTAL, INDIRECT, SPECIAL, OR CONSEQUENTIAL DAMAGES WHAT-

SOEVER (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.

States of America.

VxWorks is a copyright of Wind River Systems, Inc.

versity 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 limited

to, the implied warranties of merchantability and fitness for a particular purpose, are dis-

claimed. In no event shall the regents or contributors be liable for any direct, indirect, inci-

dental, special, exemplary, or consequential damages (including, but not limited to,

procurement of substitute goods or services; loss of use, data, or profits; or business inter-

ruption) however caused and on any theory of liability, whether in contract, strict liability,

or tort (including negligence or otherwise) arising in any way out of the use of this software,

even if advised of the possibility of such damage.

Gateway Daemon, Release 3 (GateD) is maintained and developed by Cornell University

and its collaborators. The version of GateD used with this Cabletron product has been mod-

ified.

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

property of their respective owners.

iv Cabletron Frame Relay Products

This manual describes the various MIBs supported in Cabletron’s frame relay access

product family (SmartSwitch 1800, FRX, and 9W004). Most of the information is taken

from the MIB documents or Cabletron user documentation.

These appropriate product-specific user guide(s) can be ordered from Cabletron Systems:

●

SmartSwitch 1800 Release 4.0 User Guide, Cabletron number 09-44-06-018.

●

9W004 Release 4.0 User Guide, Cabletron number 09-41-06-169.

●

Netlink FRX4000 & FRX6000 Release 4.0 User Guide, Cabletron number 09-41-06-

162.

●

Netlink FRX7000 3.3 User Guide, Cabletron number 09-41-06-132.

●

Netlink FRX8000 3.0 User Guide, Cabletron number 09-41-06-150.

Cabletron Systems, Inc.

P.O. Box 5005

Rochester, NH 03866-5005

MIB Reference Guide v

Table of Contents

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

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

network Group (netlink.6) ....................................................................3

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

hwcard Group (netlink.7.2) ..................................................................6

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

port Group (netlink.7.3) ........................................................................9

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

portPhyX25AdminTable (portX25Group.1)...........................9

portPhyX25OperTable (portX25Group.2)...........................13

portLogicalX25AdminTable (portX25Group.3)...................13

portLogicalX25OperTable (portX25Group.4)......................15

portX25AdminTable (portX25Group.5)...............................15

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

portFrGroup (port.2).................................................................... 20

portFrConfigTable (portFrGroup.1)......................................20

portDLCIConfigTable (portFrGroup.2)...............................25

portFrBackupGroupTable (portFrGroup.3).........................29

portBsciGroup (port.4)................................................................ 32

portBsciAdminTable (portBsciGroup.1)...............................32

portBsciOperTable (portBsciGroup.2)..................................40

bsciSubscrAdminTable (portBsciGroup.3)...........................41

bsciSubscrOperTable (portBsciGroup.4)..............................43

bsciDevAdminTable (portBsciGroup.5)...............................43

bsciDevOperTable (portBsciGroup.6)..................................46

portSdlcGroup (port.5)................................................................ 46

portSdlcAdminTable (portSdlcGroup.1)...............................46

portSdlcOperTable (portSdlcGroup.2)..................................50

lsSdlcAdminTable (portSdlcGroup.3)..................................51

lsSdlcOperTable (portSdlcGroup.4) .....................................54

lsSdlcLlc2AdminTable (portSdlcGroup.5)...........................54

lsSdlcLlc2OperTable (portSdlcGroup.6)..............................60

portT1Group (port.7)................................................................... 60

portT1AdminTable (portT1Group.1)...................................60

portT1OperTable (portT1Group.2)......................................63

nlInterfaces (netlink.7.4) .....................................................................63

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

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

nlIfLlc2LANTable (nlIfLlc2Interfaces.1).............................66

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

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

ipxConfigRouting (ipxConfig.1)...........................................73

vi Netlink Frame Relay Products

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

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

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

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

nlIfIpSecondaryAddrTable (nlIfIpIInterfaces.2)..................93

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

nlLocalSubscriberTable (subscriber.1)....................................... 95

nlLocalSubscriberRouteTable (subscriber.2)............................. 98

nlLocalSubscriberRedirTable (subscriber.3)............................ 100

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

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

nlLlc2TermConnectionTable (LLC2.2)................................... 107

nlLlc2OrigConnectionTable (LLC2.3).................................... 109

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

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

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

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

rlpStatsTable (statGroup.2) ................................................113

portStatsTable (statGroup.3) ..............................................115

statFrame (statGroup.4)......................................................117

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

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

statVoice (statGroup.9).......................................................129

statThresh (statistics.2)............................................................. 131

rlpThreshTable (statThresh.1)............................................131

portThreshTable (statThresh.2)..........................................133

bridge Group (netlink.7.9) ............................................................... 136

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

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

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

Interfaces Group (mib-2.2) ..............................................................141

IP Group (mib-2.4) ...........................................................................145

IP Address Table (ip.20)........................................................... 150

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

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

Additional IP objects ................................................................ 157

ICMP Group (mib-2.5) .................................................................... 158

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

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

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

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

sdlcPortOperTable (sdlcPortGroup.2)..................................... 169

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

sdlcLSGroup (snaDLC.2) ................................................................ 177

MIB Reference Guide vii

sdlcLSAdminTable (sdlcLSGroup.1)....................................... 177

sdlcLSOperTable (sdlcLSGroup.2)........................................... 183

sdlcLSStatsTable (sdlcLSGroup.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

dot1dBase (dot1dBridge.1) ...............................................................209

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

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

dot1dTp Group (dot1dBridge.4) ......................................................218

dot1dTpFdbTable (dot1dTp.3) .........................................................219

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

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

viii Netlink Frame Relay Products

Introduction

The SNMP agent in Cabletron’s frame relay access product line supports SNMP MIBs

(Message 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 support the groups/tables in the left column.) Each box has two

entries, separated by a slash (/). The first entry is the earliest release to support "Gets"

(Read only); the second is the earliest release to support "Sets" (Read/Write).

Table 1 Netlink MIB

Group/Table

SmartSw.

1800

FRX4000,

FRX6000

Frame Rly.

Module FRX7000 FRX8000

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

node Group (netlink.7.1)

4.0.0/4.0.0 3.2.2/3.3.0

1

3.3.1/3.3.1

1

3.3.z/3.3.z

1

2.2.1/2.2.1

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)

see below see below see below see below see below

portX25Group (port.1)

4.0.0/4.0.0

1

4.0.0/4.0.0

1

4.0.0/4.0.0

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

portFrBackupGrp. (port.2.3) 4.0.0/4.0.0 4.0.0/4.0.0 4.0.0/4.0.0 -------/----- -------/-----

portBsciGroup (port.4)

4.0.0/4.0.0

1

4.0.0/4.0.0

1

4.0.0/4.0.0

1

3.3.z/3.3.z

1

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

portSdlcGroup (port.5)

4.0.0/4.0.0

1

3.2.2/3.3.0

1

3.3.1/3.3.1

1

3.3.z/3.3.z

1

2.2.1/2.2.1

1

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)

see below see below see below see below see below

nlIfTable (nlInterfaces.1) 4.0.0/----- 3.2.2/----- 3.3.1/----- 3.3.z/----- 2.2.1/-----

nlIfLlc2Interfa. (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 (nlInterfaces.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 -------/-----

pinStatusTable (netlink.7.7.4) 4.0.0/----- 3.2.2/----- 3.3.1/----- 3.3.z/----- 2.2.1/-----

statistics (netlink.7.8)

see below see below see below see below see below

statGroup (statistics.1)

see below see below see below see below see below

rlpStatsTable (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/-----

continued on next page

2 Cabletron Relay Access Products

1

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

the case of the portBsciGroup and portSdlcGroup, all variables are read-write except those in the

"Oper" tables, which have read-write equivalents in the "Admin" tables.

1

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

2

Variables

ip.1–ip.19

only.

3

IP routing table only.

4

System Group in Release 3.3.1. System Group, Static Routes Table, and Services Table in Release 4.0.0.

5

Static Routes Table only.

Most of the supported MIB variables are described over the remainder of this doc-

ument. Note that inaccessible variables are not included.

statFrame (statGroup.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 (statistics.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 -------/----- -------/-----

Table 2 Other MIBs

Group/Table

SmartSw.

1800

FRX4000,

FRX6000

Frame Rly.

Module FRX7000 FRX8000

MIB-II (RFC1213) Groups

see below see below see below see below see below

System Group (mib-2.1)

4.0.0/4.0.0

1

3.2.2/3.3.0

1

3.3.1/3.3.1

1

3.3.z/3.3.z

1

2.2.1/2.2.1

1

Interfaces Group (mib-2.2)

4.0.0/4.0.0

1

3.2.2/3.3.0

1

3.3.1/3.3.1

1

3.3.z/3.3.z

1

2.2.1/2.2.1

1

IP Group (mib-2.4)

4.0.0

2

/4.0.0

3

3.3.1

2

/4.0.0

3

3.3.1

2

/4.0.0

3

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

ICMP Group (mib-2.5) 4.0.0/----- 3.3.1/----- 3.3.1/----- -------/----- -------/-----

Frame 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 (RFC1747) MIB

4.0.0/4.0.0

1

3.2.2/3.3.0

1

3.3.1/3.3.1

1

3.3.z/3.3.z

1

2.2.1/2.2.1

1

Novell IPX MIB

4.0.0

4

/4.0.0

5

3.3.1

4

/4.0.0

5

3.3.1

4

/4.0.0

5

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

802.1d Bridge (RFC1493) MIB 4.0.0/----- 3.3.1/----- 3.3.1/----- -------/----- -------/-----

802.3 Ethernet (RFC1643) MIB

Statistics

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

802.5 Token Ring (RFC1748)

MIB Statistics

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

Table 1 Netlink MIB

Group/Table

SmartSw.

1800

FRX4000,

FRX6000

Frame Rly.

Module FRX7000 FRX8000

(continued)

MIB Reference 3

Netlink MIB

Inaccessible variables are not included.

network Group (netlink.6)

This group is supported only on the Netlink FRX8000 (as described on page

1), as well as Nucleus 7000 (supported for ease of transition to FRX8000).

nsMaxNeigh

SYNTAX: INTEGER

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Maximum number of "neighbor" nodes. A neighbor is the

closest node in a path from the local node. This variable is

a leaf object, and is identified as such by adding a

0

as the

final digit of the object ID. (This value is currently always

64

for an FRX8000 and

20

for an N7400 or N7500.)

::= { network.1.1}

nsThisNode

SYNTAX: INTEGER (

1–250

)

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:This node's node number. This variable is a leaf object, and

is identified as such by adding a

0

as the final digit of the

object ID.

::= { network.1.2}

nsNodNum

SYNTAX: INTEGER (

1–250

)

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Table index to the node whose status and number of

neighbors is being sought.

::= { network.1.3.1.1}

4 Cabletron Relay Access Products

nsStatus

SYNTAX: INTEGER

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Operational status of the node:

Bit 0 on = value

1

= Node is defined in database.

Bits 0 & 7 on = value

9

= Node is operational.

::= { network.1.3.1.2}

nsNumNeigh

SYNTAX: INTEGER

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Current number of neighbor nodes.

::= { network.1.3.1.3}

nsNTNode

SYNTAX: INTEGER (

1–250

)

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Node number of the node whose neighbor's status is being

sought.

::= { network.1.4.1.1}

nsNTNeigh

SYNTAX: INTEGER (

1–250

)

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Node number of the neighbor whose status is being sought.

::= { network.1.4.1.2}

nsNTNeighStat

SYNTAX: INTEGER (

0–1

)

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Status of the neighbor node:

0

= not connected,

1

= connected.

::= { network.1.4.1.3}

MIB Reference 5

node Group (netlink.7.1)

nodeModel

SYNTAX: INTEGER (

2,3,5,6,7,8

)

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Identification of hardware platform for graphics-based

network manager:

2

= FRX6000/FRX8000 Model 2,

3

= FRX6000/FRX8000 Rackmount chassis or Frame

Relay Module (FRM),

5

= FRX7000,

6

= FRX4000,

7

= SmartSwitch 1800.

::= { node.3.1}

nodeTrapText

SYNTAX: DisplayString

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Text of the last alarm generated.

::= { node.3.2}

tpAdrIdx

SYNTAX: INTEGER

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Index to trap configuration table.

::= { node.3.3.1.1}

tpAddress

SYNTAX: IpAddress

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:IP Address of the end-station to send alarms.

::= { node.3.3.1.2}

tpAdrFlag

SYNTAX: INTEGER { disable traps (

1

), enable traps (

2

),

delete entry from table (

3

) }

ACCESS: Read/Write

STATUS: Mandatory

6 Cabletron Relay Access Products

DESCRIPTION:State of this entry. ("Disable" means "do not send.")

::= { node.3.3.1.3}

tpAdrSLev

SYNTAX: INTEGER (

1–4

)

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Lowest severity level traps that will be sent:

1

= critical(highest),

2

= major,

3

= minor,

4

= informational.

::= { node.3.3.1.4}

hwcard Group (netlink.7.2)

rlpMaxProtos

SYNTAX: INTEGER

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Maximum number of protocols allowed on each RLP.

::= { hwcard.1}

rlpConfigTable (hwcard.2)

rlpIndex

SYNTAX: INTEGER (

1–8

, which correspond to actual RLP numbers

0–7

)

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:RLP number in the node.

::= { rlpConfigTable.1.1}

rlpStatus

SYNTAX: INTEGER {installed (

1

), configured (

2

)}

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Current state of the RLP. ("Configured" means that a

database record exists, but the RLP is not physically

present in the node.)

::= { rlpConfigTable.1.2}

MIB Reference 7

rlpMemorySize

SYNTAX: INTEGER (

4

or

8

)

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Amount of memory installed on this RLP.

::= { rlpConfigTable.1.3}

rlpLIC1Type

SYNTAX: INTEGER (

1–5, 8, 10, 11

)

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Type of Line Interface Card (LIC) in the upper position on

the RLP for all devices except FRX4000 and SmartSwitch

1800. For those devices, this variable is alway

8

.

1

= Other,

2

= RS-232,

3

= RS-422,

4

= V.35,

5

= High-

speed RS-232,

8

= Universal (FRX4000 only—not an

actual LIC, but identifies ports 0–3),

10

= T1,

11

= E1.

::= { rlpConfigTable.1.4}

rlpLIC2Type

SYNTAX: INTEGER (

1–5, 10, 11

)

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Type of Line Interface Card (LIC) in the lower position on

the RLP for all devices except FRX4000 and SmartSwitch

1800. For FRX4000, this variable identifies the four-port

expansion card. For SmartSwitch 1800, this variable has

no significance.

1

= Other,

2

= RS-232,

3

= RS-422,

4

= V.35,

5

= High-speed RS-232,

10

= T1,

11

= E1.

::= { rlpConfigTable.1.5}

rlpProtocol

SYNTAX: OCTET STRING (13 octets)

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Protocols configured on this RLP. Each octet represents a

protocol type:

00

= none,

01

= X.25,

02

= Frame relay,

03

= Async,

04

= SDLC,

05

= BSC Interactive,

06

= BSC

Batch,

07

= IP,

08

= SNMP,

09

= RIP,

0A

= LLC2,

0B

= Trunk,

0C

= IPX,

0D

= Config (not valid on

8 Cabletron Relay Access Products

FRX8000),

0E

= LLC2-R (FRX4000 and SmartSwitch

1800 only),

10

= NetView Service Point.

::= { rlpConfigTable.1.6}

rlpGroupNumber

(FRX7000 only)

SYNTAX: INTEGER (

1–4

)

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Group to which this RLP belongs. Up to six RLPs can be

assigned to a group, for the purpose of providing backup

functionality and isolation of problems.

::= { rlpConfigTable.1.7}

rlpGroupResponsibility

(FRX7000 only)

SYNTAX: INTEGER {primary

(1)

or secondary (

4

)}

ACCESS: Read only

STATUS: Mandatory

DESCRIPTION:Responsibility of this RLP within its group. Certain

protocols will be loaded onto the primary RLP in each

group, and will be shared with other RLPs in the group.

::= { rlpConfigTable.1.8}

MIB Reference 9

port Group (netlink.7.3)

portX25Group (port.1)

portPhyX25AdminTable (portX25Group.1)

This table contains Netlink enterprise-specific objects to manage a physical X.25 port.

Changing one of these parameters may take effect on the operating port immediately

or may wait until the interface is restarted, depending on the details of the implemen-

tation. Most of the objects in this read/write table have corresponding read-only objects

in the

portPhyX25OperTable

that return the current operating value. The operating

values may be different from the admin values if an admin variable was configured

after the interface was started.

portPhyX25AdminConnector

SYNTAX: INTEGER {rs232 (

3

), v35 (

5

), rs449 (

6

), rs530 (

7

), x21 (

8

),

t1 (

10

), e1 (

11

)}

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Physical port interface connector type.

::= { portPhyX25AdminTable.1.1 }

portPhyX25AdminSpeed

SYNTAX: INTEGER

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Data transmission rate in bits per second. The valid values

depend on the physical interface type

(

portPhyX25AdminConnector

). Select the value from the

below list that most closely matches the connected device.

All possible speeds in bits per second (irrespective 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

10 Cabletron Relay Access Products

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 is directly connected to

the DTE via the standard Cabletron cable, the

maximum supported speed is 64K. If longer

cabling is used, the maximum speed is 19.2K.

(The EIA standard for RS-232 addresses speeds

up to 19.2 Kbps.)

T1, E1 port speeds cannot be set here.

::= { portPhyX25AdminTable.1.2 }

portPhyX25AdminGenerateClock

SYNTAX: INTEGER { no (

1

), yes (

2

) }

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Specifies whether the port will generate the clock

necessary to synchronize traffic over the link.

::= { portPhyX25AdminTable.1.3 }

portPhyX25AdminRcvClockFromDTE

SYNTAX: INTEGER {no (

1

), yes (

2

) }

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Specifies whether the receive clock will be used from the

DTE.

::= { portPhyX25AdminTable.1.4 }

portPhyX25AdminDialOut

SYNTAX: INTEGER {none (

1

), dialIn (

2

), dialOut (

3

) }

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Flag that indicates whether the port is connected to a dial

modem, and whether connections will be initiated through

dial-in or dial-out calls.

::= { portPhyX25AdminTable.1.5 }

MIB Reference 11

portPhyX25AdminInactivityTimer

SYNTAX: INTEGER (

1–30

)

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Period (in minutes) of inactivity allowed between calls.

Once the timer expires, the port is disabled until the next

call is placed, if a dial-out port, or the Disconnect Timer

expires, if a dial-in port. This variable is meaningful only

if the port is a dial port.

::= { portPhyX25AdminTable.1.6 }

portPhyX25AdminDisconnectTimer

SYNTAX: INTEGER (

1–255

)

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Time (in seconds) a dial-in port will remain disabled after

expiration of the Inactivity Timer.

::= { portPhyX25AdminTable.1.7 }

portPhyX25AdminSetupTimer

SYNTAX: INTEGER (

1–255

)

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Maximum time (in seconds) within which a response must

be received by the port, after entering the Linkup state. If a

response is not received, the port enters a Failed state.

::= { portPhyX25AdminTable.1.8 }

portPhyX25AdminTrunkFlag

SYNTAX: INTEGER { no (

1

), yes (

2

) }

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Flag that indicates whether the port is associated with a

network trunk group. It will be disabled/enabled if the

network trunk is not operational.

::= { portPhyX25AdminTable.1.9 }

portPhyX25AdminTrunkGroup

SYNTAX: OCTET STRING

ACCESS: Read/Write

12 Cabletron Relay Access Products

STATUS: Mandatory

DESCRIPTION:String of 8 bytes, with each byte indicating 8 ports on an

RLP that may be a part of a trunk group. Since the

SmartSwitch 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 example, if port

2 on RLP 0 was in a trunk group, the first byte of the string

would contain

x04

and all other bytes would be

0

.

::= { portPhyX25AdminTable.1.10 }

portPhyX25AdminRowStatus

SYNTAX: RowStatus

ACCESS: Read/Write

STATUS: Mandatory

DESCRIPTION:Used to manage the creation and deletion of conceptual

rows in the

portPhyX25AdminTable

, and follows the

SNMPv2

RowStatus

conventions by supporting the

following values:

active

, which means the conceptual row is available for

use by the managed device, and which is supplied

by a management station wishing to exercise an

on-line update of the existing conceptual row. For a

management protocol set operation, 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 con-

ceptual row and to have its status automatically set

to active, making it available for use by the

managed device. For a management protocol set

operation, a

genErr

response is returned when the

row already exists.

destroy

, which is supplied by a management station

wishing to delete all of the instances associated with

an existing conceptual row.

Note that all of the above values may be specified in a man-

agement protocol set operation, and only the

active

value

will be returned in response to a management protocol

retrieval operation. For a management protocol set opera-

tion, if other variable bindings are included in the same

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