IEEE
`Std 802.3u-1995
`
`Annex 30A
`
`(normative)
`
`SUPPLEMENT TO 802.3:
`
`GDMO specification for 802.3 managed object classes
`
`This armex formally defines the protocol encodings for CMIP and ISO/IEC 15802-2: 1995 [IEEE 802. 1B]
`for the IEEE 802.3 Managed Objects using the templates specified in ISO/IEC 10165-4: 1992, Guidelines
`for the definition of managed objects (GDMO). The application of a GDMO template compiler against
`30A.1 to 30A.8 will produce the proper protocol encodings.
`
`NOTE—The arcs (that is, object identifier values) defined in annex 30A deprecate the arcs previously defined in Annexes D1
`(Layer Management), D2 (Repeater Management), and D3 (MAU Management). See IEEE Std 802.1F-1993, armex C.4.
`
`Each attribute definition in this clause references directly by means of the WITH ATTRIBUTE SYNTAX
`construct or indirectly by means of the DERIVED FROM construct an ASN.1 type or subtype that defines
`the attribute’s type and range. Those ASN.1 types and subtypes defined exclusively for CSMA/CD
`Management appear in a single ASN.1 module at the end of this annex.
`
`Counters for these protocol encodings are specified as either 32 or 64 bits wide. Thirty-two bit counters
`are used for the protocol encoding of counter attributes, providing the minimum rollover time is 58 min or
`more. Sixty-four bit counters are used for the protocol encoding of counter attributes that could roll over
`in less than 58 min with a 32-bit counter. Approximate counter rollover times are provided as notes below
`each counter BEHAVIOUR definition. Approximate rollover time for 100 Mb/s operation is one tenth the
`value of the approximate rollover time for 10 Mb/s operation except where indicated, or where one tenth
`the value for 10 Mb/s operation is less than 58 min. For formal definition of the counter, refer to the
`BEHAVIOUR bCMCounter in 30B.1.
`
`30A.1 DTE MAC entity managed object class
`
`30A.1.1 DTE MAC entity formal definition
`
`oMACEntity
`
`MANAGED OBJECT CLASS
`
`DERIVED FROM
`
`CHARACTERIZED BY
`
`pBasic
`
`ATTRIBUTES
`ACTIONS
`
`CONDITIONAL PACKAGES
`
`pMandatory
`ATTRIBUTES
`
`REGISTERED AS
`
`“CCITT Rec. X.721 (1992) | ISO/IEC 10165-2 :
`1992”:top;
`
`PACKAGE
`aMACID
`acInitializeMAC;
`
`GET;
`
`PACKAGE
`GET,
`aFramesTransmittedOK
`GET,
`aSingleCollisionFrames
`GET,
`aMultipleCollisionFrarnes
`GET,
`aFramesReceivedOK
`GET,
`aFrameCheckSequenceErrors
`GET;
`aAlignmentErrors
`{iso(1) member-body(2) us(840) 802dot3(l0006)
`
`This is an3gg'chive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`0372
`
`1025
`
`Aerohive - Exhibit 1025
`
`0372
`
`

`
`CSMAICD
`
`IEEE
`Std 802.3u-1995
`
`PRESENT IF
`
`pRecommended
`ATTRIBUTES
`
`ACTIONS
`
`REGISTERED AS
`
`PRESENT IF
`
`pOptional
`ATTRIBUTES
`
`ACTIONS
`REGISTERED AS
`
`PRESENT IF
`
`ATTRIBUTES
`REGISTERED AS
`
`PRESENT IF
`
`pArray
`
`pExcessiveDeferral
`ATTRIBUTES
`REGISTERED AS
`
`csmacdmgt(30) package(4) macMandatoryPkg(1)};
`Conformance to DTE Management is desired.;
`PACKAGE
`
`GET,
`aOctetsTransmittedOK
`aFramesWithDeferredXmissions GET,
`aLateCo1lisions
`GET,
`aFramesAbortedDueToXSCo11s GET,
`aFramesLostDueToIntMACXmitError GET,
`aCarrierSenseErrors
`GET,
`aOctetsReceivedOK
`GET,
`aFramesLostDueToIntMACRcvEn'or
`GET,
`aPromiscuousStatus
`GET-SET,
`a.ReadMu1ticastAddIessList
`GET;
`acAddGroupAddress,
`acDe1eteGroupAddress;
`{iso(l) member-body(2) us(840) 802dot3(10006)
`csmacdmgt(30) package(4)
`macRecommendedPkg(2)} ;
`The Recommended Package is implemented.;
`PACKAGE
`
`GET,
`aMulticastFramesXmittedOK
`GET,
`aBroadcastFramesXmittedOK
`GET,
`aMulticastFramesReceiVedOK
`aBroadcastFramesReceivedOK GET,
`aInRangeLengthErrors
`GET,
`aOutOfRangeLengthField
`GET,
`aFrameTooLongErrors
`GET,
`aMACEnableStatus
`GET-SET,
`aTransmitEnab1eStatus
`GET-SET,
`aMulticastReceiveStatus
`GET-SET,
`aReadWriteMACAddress
`GET-SET;
`acExecuteSe1fIest;
`{iso(l) member-body(2) us(840) 802dot3(10006)
`csmacdmgt(30) package(4) optionalPkg(3)};
`The Optional Package and the Recommended Package
`are implemented.;
`PACKAGE
`
`GET;
`aCol1isionFrames
`{iso(l) member-body(2) us(840) 802dot3(10006)
`csmacdmgt(30) package(4) arrayPkg(4)};
`The Array Package and the Recommended Package
`are implemented.;
`PACKAGE
`
`PRESENT IF
`
`REGISTERED AS
`
`aFramesWithExcessiveDeferra1 GET;
`{iso(l) member-body(2) us(840) 802dot3(10006)
`csmacdmgt(30) package(4)
`excessiveDeferra1Pkg(5)} ;
`The ExcessiveDeferra1 Package and the
`Recommended Package are implemented.;
`{iso(l) member-body(2) us(840) 802dot3(10006) csmacd1ngt(30)
`managedobj ectC1ass(3) macObj ectC1ass(l)};
`
`nbMACName
`
`NAME BINDING
`
`This is an Archive IEEE Standard.
`
`It has been superseded by a later version of this stanggrd.
`
`t 1025
`
`
`0373
`
`Aerohive - Exhibit 1025
`
`0373
`
`

`
`IEEE
`Std 802.3u-1995
`
`SUPPLEMENT TO 802.3:
`
`SUBORDINATE OBJECT CLASS
`NAMED BY SUPERIOR OBJECT CLASS
`
`oMACEntity;
`
`WITH ATTRIBUTE
`REGISTERED AS
`
`“ISO/IEC 10165—2”:system;
`aMACID;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`nameBinding(6) macName(1)};
`
`nbMACMom'tor
`
`NAME BINDING
`
`SUBORDINATE OBJECT CLASS
`NAMED BY SUPERIOR OBJECT CLASS
`
`“IEEE802.1F”:ewmaMetricMonitor;
`
`WITH ATTRIBUTE
`CREATE
`DELETE
`REGISTERED AS
`
`“ISO/IEC 10165—2”:system;
`aSca1merId;
`WITH—AUTOMATIC—INSTANCE—NAMING;
`ONLY-IF-NO-CONTAINED-OBJECTS;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`nameBinding(6) macMonitor(2)};
`
`30A.1.2 DTE MAC entity attributes
`
`aMACID
`
`ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`MATCHES FOR
`BEHAVIOUR
`REGISTERED AS
`
`IEEE802Dot3-MgmtAttributeModuIe.OneOfName;
`EQUALITY;
`bMACID;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`at1:ribute(7) macID(3)};
`
`bMACID
`
`BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.I;
`
`aFramesTransmittedOK ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bFramesTransmittedOK;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) framesTransmittedOK(2)};
`
`bFramesTransmittedOK BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.2;
`
`NOTES
`
`1—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`2—This maps to framessent (of the mandatory macPackage) in ISO/IEC 10742:
`1994;
`
`This is angggrchive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`
`
`-74
`
`25
`
`Aerohive - Exhibit 1025
`
`0374
`
`

`
`CSMA/CD
`
`aSingleCo||isionFrames ATTRIBUTE
`
`IEEE
`Std 802.3u-1995
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bSingleCollisionFrames;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`at1Iibute(7) sing1eCo1lisionFrames(3)};
`
`bSingleCollisionFrames BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.3;
`
`NOTE—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 103 h.;
`
`aMultipleCollisionFrames ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bMu1tip1eCo1lisionFrames;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) mu1tip1eCo11isionFrames(4)};
`
`bMu|tip|eCo||isionFrames BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.l.1.4;
`
`NOTE—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 125 h.;
`
`aFramesReceivedOK ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bFramesReceivedOK;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) fi'amesReceivedOK(5)};
`
`bFramesReceivedOK BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.5;
`
`NOTES
`
`1—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`2—This maps to fiamesReceived (of the mandatory macPackage) in ISO/IEC
`10742: 1994.;
`
`This is an Archive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`0375
`
`it 1025
`
`Aerohive - Exhibit 1025
`
`0375
`
`

`
`IEEE
`Std 802.3u-1995
`
`SUPPLEMENT TO 802.3:
`
`aFrameCheckSequenceErrors ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bFrameCheckSequenceErrors;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`at1Iibute(7) fi'ameCheckSequenceErrors(6)};
`
`bFrameCheckSequenceErrors BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.6;
`
`NOTE—'I'he approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`aAlignmentErrors ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bAlignmentErrors;
`{iso(l) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) alignmentErrors(7)};
`
`bA|ignmentErrors BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.l.1.7;
`
`NOTE—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`a0ctetsTransmittedOK ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bOctetsTransmittedOK;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) octetsTransmittedOK(8)};
`
`bOctetsTransmittedOK BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.8;
`
`NOTES
`
`l—The approximate minimum time between counter rollovers for 10 Mb/s opera-
`tion is 58 min.
`
`2—This maps to octetsSent (of the mandatory macPackage) in ISO/IEC 10742:
`1 994.;
`
`This is ar13Archive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`
`
`Aerohive - Exhibit 1025
`
`0376
`
`

`
`CSMA/CD
`
`aFramesWithDeferredxmissions ATTRIBUTE
`
`IEEE
`Std 802.3u-1995
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bFramesWithDefer'redXmissions;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`at1Iibute(7) fi'amesWithDeferredXmissions(9)};
`
`bFramesWithDeferredxmissions BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.9;
`
`NOTE—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 103 h.;
`
`aLateCollisions ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bLateCo1lisions;
`{iso(l) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) 1ateCo11isions(10)};
`
`bLateCo||isions BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.l.1.10;
`
`NOTE—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`aFramesAbortedDueToXSColls ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bFramesAbortedDueToXSColls;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) fi'amesAbortedDueToXSColls(1 1)} ;
`
`bFramesAbortedDueToXSColls BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.11;
`
`NOTE—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 53 days.;
`
`aFramesLostDueTolntMACXmitError ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bFramesLostDueToIntMACXmitError;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) fi'a.rnesLostDueToIntMACXmitError( 1 2)} ;
`
`This is an Archive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`
`
`Aerohive - Exhibit 1025
`
`0377
`
`

`
`IEEE
`Std 802.3u-1995
`
`SUPPLEMENT TO 802.3:
`
`bFramesLostDueTolntMACXmitError BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.12;
`
`NOTE—T'he approximate minimum time between counter rollovers for 10 Mb/s
`operation is 16 h.;
`
`aCarrierSenseErrors ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bCarrierSenseErrors;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdIngt(30)
`attribute(7) carrierSenseErrors(13)} ;
`
`bCarrierSenseErrors BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.13;
`
`NOTE—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`a0ctetsReceivedOK ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bOctetsReceivedOK;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) octetsReceivedOK(14)};
`
`bOctetsReceivedOK BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.14;
`
`NOTES
`
`1—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 58 min.
`
`2—This maps to octetsReceived (of the mandatory macPackage) in ISO/]EC
`10742: 1994.;
`
`aFramesLostDueTo|ntMACRcvError A1'l'RlBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bFramesLostDueToIntMACRcvError;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) fi'amesLostDueToIntMACRcvError(l5)};
`
`This is arigggchive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`0378
`
`1025
`
`Aerohive - Exhibit 1025
`
`0378
`
`

`
`CSMA/CD
`
`IEEE
`Std 802.3u-1995
`
`bFramesLostDueTolntMACRcvError BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.15;
`
`NOTE—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`aPromiscuousStatus ATTRIBUTE
`
`VVITH ATTRIBUTE SYNTAX
`BEHAVIOUR
`REGISTERED AS
`
`IEEE802Do‘r3-MgmtAttributeModu1e.TrueFa1se;
`bPromiscuousStatus;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) promiscuous Status(1 6)} ;
`
`bPromiscuousStatus BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.16;
`
`aReadMu|ticastAddressList ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`
`IEEE802Dot3-MgmtAttributeModu1e.
`MulticastAddressList
`
`BEHAVIOUR
`REGISTERED AS
`
`bReadMulticastAddressList;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) readMu1ticastAddressList( 1 7)} ;
`
`bReadMulticastAddressList BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.17;
`
`aMulticastFramesXmittedOK ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bMu1ticastFramesXmittedOK;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) mu1ticastFramesXmittedOK(1 8)} ;
`
`bMulticastFramesXmittedOK BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.18;
`
`NOTE—'I'he approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`This is an Archive IEEE Standard.
`
`It has been superseded by a later version of this stanggrd.
`
`0379
`
`"t 1025
`
`Aerohive - Exhibit 1025
`
`0379
`
`

`
`IEEE
`Std 802.3u-1995
`
`SUPPLEMENT TO 802.3:
`
`aBroadcastFramesXmittedOK ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bBroadcastFramesXm1'ttedOK;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`at1Iibute(7) broadcastFramesXmit‘tedOK(19)};
`
`bBroadcastFramesXmittedOK BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.l.l.19;
`
`NOTE—'I'he approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`aFramesWithExcessiveDeferral ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bFramesWithExcessiveDeferra1;
`{iso(l) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`at1:ribute(7) fiamesWithExcessiveDeferral(20)};
`
`bFramesWithExcessiveDeferra| BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.l.1.20;
`
`NOTE—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 58 days.;
`
`aMulticastFramesReceivedOK ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bMulticastFramesReceivedOK;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attn'bute(7) mu1ticastFramesReceivedOK(2 1 )} ;
`
`bMulticastFramesReceived0K BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.21;
`
`NOTE—T'he approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`aBroadcastFramesReceivedOK ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bBroadcastFramesReceivedOK;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) broadcastFramesReceivedOK(22)};
`
`This is argggchive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`0380
`
`1025
`
`Aerohive - Exhibit 1025
`
`0380
`
`

`
`CSMA/CD
`
`bBroadcastFramesReceivedOK BEHAVIOUR
`
`IEEE
`Std 802.3u-1995
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.22;
`
`NOTE—T'he approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`alnRangeLengthErrors ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bInRangeLengthErrors;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) inRangeLengthErrors(23)};
`
`b|nRangeLengthErrors BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.23;
`
`NOTE—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`a0utOfRangeLengthField ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bOutOfRangeLengthFie1d;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) outOfRangeLengthFie1d(24)};
`
`bOutOfRangeLengthFie|d BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.24;
`
`NOTE—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`aFrameTooLongErrors ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bFrameTooLongErrors;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) frameTooLongErrors(25)};
`
`bFrameTooLongErrors BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.l.1.25;
`
`NOTE—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 61 days.;
`
`This is an Archive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`025
`
`381
`
`Aerohive - Exhibit 1025
`
`0381
`
`

`
`IEEE
`Std 802.3u-1995
`
`aMACEnableStatus ATTRIBUTE
`
`SUPPLEMENT TO 802.3:
`
`WITH ATTRIBUTE SYNTAX
`BEHAVIOUR
`REGISTERED AS
`
`]EEE802Dot3-MgmtAttributeModu1e.TrueFa1se;
`bMACEnab1eStatus;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) mACEnab1eStatus(26)};
`
`bMACEnableStatus BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.26;
`
`aTransmitEnableStatus ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`BEHAVIOUR
`REGISTERED AS
`
`IEEE802Do’r3-MgmtAttributeModu1e.TrueFa,1se;
`bTransmitEnableStatus;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) transmitEnab1eStatus(27)};
`
`bTransmitEnableStatus BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.27;
`
`aMulticastReceiveStatus ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`BEHAVIOUR
`REGISTERED AS
`
`IEEE802Dot3-MgmtAttributeM0du1e.TrueFa1se;
`bMu1ticastReceiveStatus;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) multicastReceiveStatus(28)};
`
`bMulticastReceiveStatus BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.28;
`
`aReadWriteMACAddress ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`BEHAVIOUR
`REGISTERED AS
`
`IEEE802CoInmonDefinitions.MACAddress;
`bReadWriteMACAddress;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) modifyMACAddress(29)};
`
`bReadWriteMACAdd ress BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.29;
`
`NOTE—This maps to loca]MACAddress (of the mandatory macPackage) in
`ISO/IEC 10742: 1994.;
`
`This is angggchive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`
`
`Aerohive - Exhibit 1025
`
`0382
`
`

`
`CSMA/CD
`
`aCollisionFrames ATTRIBUTE
`
`IEEE
`Std 802.3u-1995
`
`WITH ATTRIBUTE SYNTAX
`BEHAVIOUR
`REGISTERED AS
`
`]EEE802Dot3 -MgmtAttributeModu1e.AttemptArray;
`bCol1isionFrames;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) co11isionFrames(3 0)};
`
`bCollisionFrames BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.1.30;
`
`NOTE—The approximate minimum time for any single counter rollover for
`10 Mb/s operation is 103 h.;
`
`30A.1.3 DTE MAC entity actions
`
`acInitia|izeMAC ACTION
`
`BEHAVIOUR
`MODE
`REGISTERED AS
`
`bInitializeMAC;
`CONFIRMED;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`action(9) initia1izeMAC(1)};
`
`blnitiaIizeMAC
`
`BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.2.1;
`
`acAddGroupAddress ACTION
`
`bAddGroupAddress;
`BEHAVIOUR
`CONFIRMED;
`MODE
`IEEE802CommonDefinitions.MACAddress;
`WITH INFORMATION SYNTAX
`REGISTERED AS
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`action(9) addGroupAddress(2)};
`
`bAddGroupAddress
`
`BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.l.2.2;
`
`acDeleteGroupAddress ACTION
`
`bDeleteGroupAddress;
`BEHAVIOUR
`CONFIRMED;
`MODE
`IEEE802CommonDefinitions.MACAddress;
`WITH INFORMATION SYNTAX
`REGISTERED AS
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`action(9) deleteGroupAddIess(3)};
`
`bDeleteGroupAddress
`
`BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.2.3;
`
`This is an Archive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`0383
`
`1025
`
`Aerohive - Exhibit 1025
`
`0383
`
`

`
`IEEE
`Std 802.3u-1995
`
`SUPPLEMENT TO 802.3:
`
`acExecuteSeltTest ACTION
`
`BEHAVIOUR
`MODE
`REGISTERED AS
`
`bExecuteSe1tTestMAC;
`CONFIRMED;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`action(9) execute Se1fTestMAC(4)};
`
`bExecuteSelf'l'estMAC
`
`BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.1.2.4;
`
`30A.2 DTE physical entity managed object class
`
`30A.2.1 DTE physical entity formal definition
`
`oPHYEntity
`
`MANAGED OBJECT CLASS
`
`DERIVED FROM
`
`CHARACTERIZED BY
`
`pBasic
`
`ATTRIBUTES
`
`“CCITT Rec. X.721 (1992) | ISO/IEC 10165-2 :
`1992”:top;
`
`PACKAGE
`aPHYID
`a.PHYType
`aPHYTypeList
`aMIIDetect
`aPHYAdmi11State
`
`GET,
`GET,
`GET,
`GET,
`GET;
`
`CONDITIONAL PACKAGES
`
`pRecommended
`ATTRIBUTES
`REGISTERED AS
`
`PRESENT IF
`pMu1tiplePhy
`ACTIONS
`REGISTERED AS
`
`PRESENT IF
`
`PACKAGE
`GET;
`aSQETestErrors
`{iso(1) member-body(2) us(840) 802dot3(10006)
`csmacdmgt(30) package(4)
`phyRecommendedPkg(6)} ;
`The Recommended Package is implemented.;
`PACKAGE
`acPHYAdminContro1;
`{iso(1) member-body(2) us(840) 802dot3(10006)
`csmacdmgt(30) package(4)
`phyMultip1ePhyPkg(7)} ;
`There is more than one PHY per MAC.;
`
`p100MbpsMonitor
`ATTRIBUTES
`REGISTERED AS
`
`PACKAGE
`GET;
`aSymbolE1rorDun'ngCam'er
`{iso(1) member-body(2) us(840) 802dot3(10006)
`csmacdmgt(30) package(4)
`
`This is angggrchive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`0384
`
`1025
`
`Aerohive - Exhibit 1025
`
`0384
`
`

`
`CSMAICD
`
`IEEE
`Std 802.3u-1995
`
`phy100 MbpsMonitor(8)};
`The 100 Mb/s Monitor capability is implemented.;
`PRESENT IF
`REGISTERED AS
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`managedObj ectC1ass(3) phyObjectC1ass(2)};
`
`nbPHYName
`
`NAME BINDING
`
`SUBORDINATE OBJECT CLASS
`NAMED BY SUPERIOR OBJECT CLASS
`
`oPHYEntity;
`
`WITH ATTRIBUTE
`REGISTERED AS
`
`oMACEntity;
`aPHYID;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`nameBinding(6) phyName(3)};
`
`nbPHYMonitor
`
`NAME BINDING
`
`SUBORDINATE OBJECT CLASS
`NAMED BY SUPERIOR OBJECT CLASS
`
`“EEE802.1F”:ewmaMetricMonitor;
`
`WITH ATTRIBUTE
`CREATE
`DELETE
`REGISTERED AS
`
`“ISO/IEC 10165-2”:system;
`aScannerId;
`WITH-AUTOMATIC-INSTANCE-NAMING;
`ONLY-IF-NO-CONTAINED-OBJECTS;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`nameBinding(6) phyMonitor(4)};
`
`30A.2.2 DTE physical entity attributes
`
`aPHYID ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`MATCHES FOR
`BEHAVIOUR
`REGISTERED AS
`
`IEEE802Dot3-MgmtAttributeModu1e.OneOfl\Iame;
`EQUALITY;
`bPHY]D;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) phy1D(31)};
`
`bPHYlD
`
`BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.2.1.1;
`
`aPHYType ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`
`IEEE802Dot3-
`
`MATCHES FOR
`BEHAVIOUR
`REGISTERED AS
`
`MgmtAttributeModu1e.PhyTypeValue;
`EQUALITY;
`bPHYType;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) pHYType(32)};
`
`This is an Archive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`
`
`Aerohive - Exhibit 1025
`
`0385
`
`

`
`IEEE
`Std 802.3u-1995
`
`bPHYType
`
`BEHAVIOUR
`
`SUPPLEMENT TO 802.3:
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.2.1.2;
`
`aPHYTypeList ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`MATCHES FOR
`BEHAVIOUR
`REGISTERED AS
`
`IEEE802Dot3-MgmtAttributeModu1e.PhyTypeList;
`EQUALITY, ORDERING;
`bPHYTypeList;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) pHYTypeList(33)};
`
`bPHYTypeList
`
`BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.2.1.3;
`
`aSQETestErrors ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bSQETestErrors;
`{iso(l) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`at1Iibute(7) sqeTestErrors(34)};
`
`bSQETestErrors BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.2.1.4;
`
`NOTE—The approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`aSymbolErrorDuringcarrier A1'|'RlBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bSymbolErrorDuringCarn'er;
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) symbo1ErrorDuringCarrier(3 5)};
`
`bsymbolErrorDuringCarrier BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.2.1.5;
`
`NOTE—'I'he approximate minimum time between counter rollovers for 10 Mb/s
`operation is 80 h.;
`
`aMIIDetect
`
`ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`MATCHES FOR
`BEHAVIOUR
`
`IEEE802Dot3-MgmtAttributeModu1e.MIIDetect;
`EQUALITY;
`bMlIDetect;
`
`This is ariggirchive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`
`
`Aerohive - Exhibit 1025
`
`0386
`
`

`
`CSMA/CD
`
`IEEE
`Std 802.3u-1995
`
`REGISTERED AS
`
`{is0(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) mIIDetect(3 6)};
`
`bM||Detect
`
`BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.2.1.6;
`
`aPHYAdminState ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`
`MATCHES FOR
`BEHAVIOUR
`REGISTERED AS
`
`lEEE8()2Dot3-MgmtAttributeModu1e.
`PortAdminState;
`EQUALITY, ORDERING;
`bPHYAdminState;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`at1:ribute(7) pHYAdminState(3 7)};
`
`bPHYAdminState BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.2.1.7;
`
`30A.2.3 DTE physical entity actions
`
`acPHYAdminControl ACTION
`
`BEHAVIOUR
`MODE
`WITH INFORMATION SYNTAX
`
`bPHYAdminControl;
`CONFIRMED;
`IEEE802Dot3-MgmtAtt1'ibuteModule.
`PortAdminState;
`{is0(l) member-body(2) us(840) 802do’r3(10006) csmacdmgt(30)
`action(9) pHYAdminCo11tro1(5)} ;
`
`REGISTERED AS
`
`bPHYAdminContro|
`
`BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.3.2.2.1;
`
`30A.3 Repeater managed object class
`
`30A.3.1 Repeater, formal definition
`
`This is an Archive IEEE Standard.
`
`It has been superseded by a later version of this stanggrd.
`
`0387
`
`it 1025
`
`Aerohive - Exhibit 1025
`
`0387
`
`

`
`IEEE
`Std 802.3u-1995
`
`oRepeater
`
`DERIVED FROM
`
`CHARACTERIZED BY
`
`pRepeaterBasicContro1
`ATTRIBUTES
`
`ACTIONS
`
`NOTIFICATIONS
`
`SUPPLEMENT TO 802.3:
`
`MANAGED OBJECT CLASS
`
`“CCITT Rec. X.721 (1992) | ISO/IEC 10165-2
`1992”:top;
`
`GET,
`GET,
`GET,
`GET,
`GET,
`GET,
`GET;
`
`PACKAGE
`aRepeaterID
`aRepeaterType
`a.RepeaterGroupCapacity
`aGroupMap
`aRepeaterHealthState
`aRepeaterHea1thText
`aRepeaterHea1thData
`acResetRepeater,
`acExecuteNonDisruptiveSelfIest;
`nRepeaterHea1th,
`nRepeaterReset,
`nGroupMapChange;
`
`CONDITIONAL PACKAGES
`
`pRepeaterPerfMonitor
`ATTRIBUTES
`REGISTERED AS
`
`PACKAGE
`GET;
`aTransmitCo11isions
`{iso(1) member-body(2) us(840) 802dot3(10006)
`csmacdIngt(30) package(4)
`repeaterPertMonitorPkg(9)} ;
`The Performance Monitor Capability is iInp1emented.;
`PRESENT IF
`REGISTERED AS
`{iso(1) member—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`managedObj ectC1ass(3) repeaterObj ectC1ass(3)};
`
`nbRepeaterName
`
`NAME BINDING
`
`SUBORDINATE OBJECT CLASS
`NAMED BY SUPERIOR OBJECT CLASS
`
`repeater;
`
`WITH ATTRIBUTE
`REGISTERED AS
`
`“ISO/IEC 10165-2”:system AND SUBCLASSES;
`aRepeater1D;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`na.meBinding(6) repeaterName(5)};
`
`nbRepeaterMonitor
`
`NAME BINDING
`
`SUBORDINATE OBJECT CLASS
`NAMED BY SUPERIOR OBJECT CLASS
`
`“IEEE802.1F”:oEWMAMetricMonitor;
`
`WITH ATTRIBUTE
`CREATE
`DELETE
`REGISTERED AS
`
`“ISO/IEC 10165-2”:system AND SUBCLASSES;
`aSca1merId;
`VVITH-AUTOMATIC-INSTANCE-NAMING;
`ONLY-IF-NO-CONTAINED-OBJECTS;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`na.meBinding(6) repeaterMonitor(6)};
`
`30A.3.2 Repeater attributes
`
`This is an3gg'chive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`
`
`Aerohive - Exhibit 1025
`
`0388
`
`

`
`CSMA/CD
`
`aRepeaterlD ATTRIBUTE
`
`IEEE
`Std 802.3u-1995
`
`WITH ATTRIBUTE SYNTAX
`MATCHES FOR
`BEHAVIOUR
`REGISTERED AS
`
`IEEE802Dot3 —MgmtAtI:ributeModu1e.OneOfName;
`EQUALITY;
`bRepeaterID;
`{iso(l) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) repeaterID(3 8)};
`
`bRepeaterlD BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.4.1.1.1;
`
`aRepeaterType A1'l'RIBUTE
`
`WITH ATTRIBUTE SYNTAX
`MATCHES FOR
`BEHAVIOUR
`REGISTERED AS
`
`IEEE802Dot3—MgmtAttributeModu1e.RepeaterType;
`EQUALITY;
`bRepeaterType;
`{iso(l) meInber—body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) repeaterType (39)};
`
`bRepeaterType BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.4.1.1.2;
`
`aRepeaterGroupCapacity ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`MATCHES FOR
`BEHAVIOUR
`REGISTERED AS
`
`IEEE802Dot3 -MgmtAttributeModu1e.OneOfName;
`EQUALITY, ORDERING;
`bRepeaterGroupCapacity;
`{iso(l) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) repeaterGroupCapacity(40)};
`
`bRepeaterGroupCapacity BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.4.1.1.3;
`
`aGroupMap ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`MATCHES FOR
`BEHAVIOUR
`
`IEEE802Dot3-MgmtAttributeModu1e.BitString;
`EQUALITY;
`bGroupMap;
`
`REGISTERED AS
`
`{iso(l) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) groupMap(41)};
`
`bGroupMap
`
`BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.4.1.1.4;
`
`This is an Archive IEEE Standard.
`
`It has been superseded by a later version of this stanggrd.
`
`0389
`
`it 1025
`
`Aerohive - Exhibit 1025
`
`0389
`
`

`
`IEEE
`Std 802.3u-1995
`
`SUPPLEMENT TO 802.3:
`
`aRepeaterHealthState ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`
`MATCHES FOR
`BEHAVIOUR
`REGISTERED AS
`
`IEEE802Dot3 -MgmtAttributeModu1e.
`RepeaterHealthState;
`EQUALITY;
`bRepeaterHea1thState;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) repeaterHea1thState(42)};
`
`bRepeaterHealthState BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.4.1.1.5;
`
`aRepeaterHealthText ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`
`MATCHES FOR
`BEHAVIOUR
`REGISTERED AS
`
`IEEE802Dot3—MgmtAttributeModule.
`RepeaterHealthText;
`EQUALITY;
`bRepeaterHea1thTeXt;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) repeaterHealthText(43)};
`
`bRepeaterHealthText BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.4.1.1.6;
`
`aRepeaterHea|thData ATTRIBUTE
`
`WITH ATTRIBUTE SYNTAX
`
`MATCHES FOR
`BEHAVIOUR
`REGISTERED AS
`
`IEEE802Dot3-MgmtAttributeModu1e.
`RepeaterHealthData;
`EQUALITY;
`bRepeaterHea1thData;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) repeaterHea1thData(44)};
`
`bRepeaterHealthData BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.4.1.1.7;
`
`aTransmitCollisions ATTRIBUTE
`
`DERIVED FROM
`BEHAVIOUR
`REGISTERED AS
`
`aCMCounter;
`bTransmitCo11isions;
`{iso(1) member-body(2) us(840) 802dot3(10006) csmacdmgt(30)
`attribute(7) transmitCo11isions (45)};
`
`This is angggchive IEEE Standard.
`
`It has been superseded by a later version of this standard.
`
`0390
`
`1025
`
`Aerohive - Exhibit 1025
`
`0390
`
`

`
`CSMA/CD
`
`bTransmitCollisions BEHAVIOUR
`
`IEEE
`Std 802.3u-1995
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.4.1.1.8;
`
`NOTE—The approximate minimum time for counter rollover for 10 Mb/s oper-
`ation is 16 h.;
`
`30A.3.3 Repeater actions
`
`acResetRepeater ACTION
`
`BEHAVIOUR
`MODE
`REGISTERED AS
`
`bResetRepeater;
`CONFIRMED;
`{iso(1) member-body(2) us(840) 802d0t3(10006) csmacdmgt(30)
`action(9) resetRepeater(6)};
`
`bResetRepeater BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.4.1.2.1;
`
`acExecuteNonDisruptiveSeltTest ACTION
`
`BEHAVIOUR
`REGISTERED AS
`
`bExecuteNonDisruptiVeSe1fI‘est;
`{iso(1) member-body(2) us(840) 802d0t3(10006) csmacdmgt(30)
`action(9) executeNonDisruptiveSe1fIestAction(7)};
`
`bExeeuteNonDisruptiveSelf'l'est BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.4.1.2.2;
`
`30A.3.4 Repeater notifications
`
`nRepeaterHeaIth NOTIFICATION
`
`BEHAVIOUR
`WITH INFORMATION SYNTAX
`
`AND ATTRIBUTE IDS
`
`bRepeaterHea1th;
`IEEE802Dot3-MgmtAttributeModule.
`RepeaterHealthInfo
`repeaterHea1thState aRepeaterHealthState,
`repeaterHea1thText aRepeaterHea1thText,
`repeaterHea.1thData aRepeaterHea.lthData
`
`REGISTERED AS
`
`{iso(1) member-body(2) us(840) 802d0t3(10006) csmacdmgt(30)
`notification(10) repeaterHea1th(1)};
`
`bRepeaterHealth BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.4.1.3.1;
`
`This is an Archive IEEE Standard.
`
`It has been superseded by a later version of this stanwd.
`
`0391
`
`1025
`
`Aerohive - Exhibit 1025
`
`0391
`
`

`
`IEEE
`Std 802.3u-1995
`
`SUPPLEMENT TO 802.3:
`
`nRepeaterReset NOTIFICATION
`
`BEHAVIOUR
`WITH INFORIVIATION SYNTAX
`
`AND ATTRIBUTE 1I)S
`
`bRepeaterReset;
`IEEE802Dot3—MgmtAttributeModule.
`RepeaterHea1thInfo
`repeaterHea1thState aRepeaterHealthState,
`repeate1'Hea.1thText aRepeaterHea1thText,
`repeaterHealthData aRepeaterHea1thData
`
`REGISTERED AS
`
`{iso(1) member-body(2) us(840) 802d0t3(10006) csmacdmgt(30)
`notification(10) repeaterReset(2)};
`
`bRepeaterReset BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.4.1.3.2;
`
`nGroupMapChange NOTIFICATION
`
`bGroupMapChange;
`BEHAVIOUR
`]EEE802Dot3-MgmtAttributeModu1e.BitString;
`WITH INFORMATION SYNTAX
`REGISTERED AS
`{iso(1) member-body(2) us(840) 802d0t3(10006) csmacdmgt(30)
`notification(10) groupMapChange(3)};
`
`bGroupMapChange BEHAVIOUR
`
`DEFINED AS
`
`See “BEHAVIOUR DEFINED AS” in 30.4.1.3.3;
`
`30A.4 Group managed object class
`
`30A.4.1 Group, formal definition
`
`oGr0up
`
`MANAGED OBJECT CLASS
`
`DERIVED FROM
`
`CHARACTERIZED BY
`
`pGroupBasicContro1
`ATTRIBUTES
`
`NOTIFICATIONS
`
`“CCITT Rec. X.721 (1992) | ISO/IEC 10165-2
`1992”:top;
`
`PACKAGE
`aGroupID
`aGroupPortCapacity
`aPortMap
`nPortMapChange;
`
`GET,
`GET,
`GET;
`
`REGISTERED AS
`
`{iso(1) member-body(2) us(840) 802d0t3(10006) csmacdmgt(30)
`managedObjectClass(3) gr