IEEE802dot11-MIB: View SNMP OID List / Download MIB

The MIB module for IEEE 802.11 entities. iso(1).member-body(2).us(840).ieee802dot11(10036)

Station Configuration attributes. In tablular form to allow for multiple instances on an agent.

An entry in the dot11StationConfigTable. It is possible for there to be multiple IEEE 802.11 interfaces on one agent, each with its unique MAC address. The relationship between an IEEE 802.11 interface and an interface in the context of the Internet-standard MIB is one-to-one. As such, the value of an ifIndex object instance can be directly used to identify corresponding instances of the objects defined herein. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The purpose of dot11StationID is to allow a manager to identify a station for its own purposes. This attribute provides for that eventuality while keeping the true MAC address independent. Its syntax is MAC address and default value is the station's assigned, unique MAC address.

This attribute shall indicate the maximum amount of time, in TU, that a point coordinator may control the usage of the wireless medium without relinquishing control for long enough to allow at least one instance of DCF access to the medium. The default value of this attribute shall be 100, and the maximum value shall be 1000.

When this attribute is true, it shall indicate that the STA is able to respond to a CF-Poll with a data frame within a SIFS time. This attribute shall be false if the STA is not able to respond to a CF-Poll with a data frame within a SIFS time.

The attribute shall describe the number of DTIM intervals between the start of CFPs. It is modified by MLME-START.request primitive.

The attribute shall describe the maximum duration of the CFP in TU that may be generated by the PCF. It is modified by MLME-START.request primitive.

This attribute shall specify the number of TU that a responding STA should wait for the next frame in the authentication sequence.

This attribute, when true, shall indicate that the IEEE 802.11 WEP option is implemented. The default value of this attribute shall be false.

This attribute shall specify the power management mode of the STA. When set to active, it shall indicate that the station is not in power-save mode. When set to powersave, it shall indicate that the station is in power-save mode. The power management mode is transmitted in all frames according to the rules in 7.1.3.1.7. Enumeration: 'active': 1, 'powersave': 2.

This attribute reflects the Service Set ID used in the DesiredSSID parameter of the most recent MLME_Scan.request. This value may be modified by an external management entity and used by the local SME to make decisions about the Scanning process.

This attribute shall specify the type of BSS the station shall use when scanning for a BSS with which to synchronize. This value is used to filter Probe Response frames and Beacons. When set to infrastructure, the station shall only synchronize with a BSS whose Capability Information field has the ESS subfield set to 1. When set to independent, the station shall only synchronize with a BSS whose Capability Information field has the IBSS subfield set to 1. When set to any, the station may synchronize to either type of BSS. Enumeration: 'independent': 2, 'infrastructure': 1, 'any': 3.

This attribute shall specify the set of data rates at which the station may transmit data. Each octet contains a value representing a rate. Each rate shall be within the range from 2 to 127, corresponding to data rates in increments of 500 kb/s from 1 Mb/s to 63.5 Mb/s, and shall be supported (as indicated in the supported rates table) for receiving data. This value is reported in transmitted Beacon, Probe Request, Probe Response, Association Request, Association Response, Reassociation Request, and Reassociation Response frames, and is used to determine whether a BSS with which the station desires to synchronize is suitable. It is also used when starting a BSS, as specified in 10.3.

This attribute shall specify the number of TU that a station shall use for scheduling Beacon transmissions. This value is transmitted in Beacon and Probe Response frames.

This attribute shall specify the number of beacon intervals that shall elapse between transmission of Beacons frames containing a TIM element whose DTIM Count field is 0. This value is transmitted in the DTIM Period field of Beacon frames.

This attribute shall specify the number of TU that a requesting STA should wait for a response to a transmitted association-request MMPDU.

This attribute holds the most recently transmitted Reason Code in a Disassociation frame. If no Disassociation frame has been transmitted, the value of this attribute shall be 0.

This attribute holds the MAC address from the Address 1 field of the most recently transmitted Disassociation frame. If no Disassociation frame has been transmitted, the value of this attribute shall be 0.

This attribute holds the most recently transmitted Reason Code in a Deauthentication frame. If no Deauthentication frame has been transmitted, the value of this attribute shall be 0.

This attribute holds the MAC address from the Address 1 field of the most recently transmitted Deauthentication frame. If no Deauthentication frame has been transmitted, the value of this attribute shall be 0.

This attribute holds the most recently transmitted Status Code in a failed Authentication frame. If no failed Authentication frame has been transmitted, the value of this attribute shall be 0.

This attribute holds the MAC address from the Address 1 field of the most recently transmitted failed Authentication frame. If no failed Authentication frame has been transmitted, the value of this attribute shall be 0.

This attribute, when TRUE, indicates that the station implementation is capable of supporting multiple regulatory domains. The capability is disabled, otherwise. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the capability of the station to operate in multiple regulatory domains is enabled. The capability is disabled, otherwise. The default value of this attribute is FALSE.

This attribute identifies the country in which the station is operating. The first two octets of this string is the two character country code as described in document ISO/IEC 3166-1. The third octet shall be one of the following: 1. an ASCII space character, if the regulations under which the station is operating encompass all environments in the country, 2. an ASCII 'O' character, if the regulations under which the station is operating are for an Outdoor environment only, or 3. an ASCII 'I' character, if the regulations under which the station is operating are for an Indoor environment only.

This attribute, when TRUE, indicates that the station implementation is capable of supporting spectrum management. The capability is disabled otherwise. The default value of this attribute is FALSE.

A STA will use the defined TPC and DFS procedures if and only if this attribute is TRUE. The default value of this attribute is FALSE.

This variable indicates whether the entity is RSNA-capable.

This variable indicates whether the entity supports RSNA preauthentication. This cannot be TRUE unless dot11RSNAOptionImplemented is TRUE.

This attribute, when TRUE, indicates that the station implementation is capable of supporting QoS. The capability is disabled, otherwise. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the station implementation is capable of supporting Immediate Block Ack. The capability is disabled, otherwise. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the station implementation is capable of supporting Delayed Block Ack. The capability is disabled, otherwise. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the station implementation is capable of sending and receiving frames from a non-AP QSTA in the QBSS. The capability is disabled, otherwise. The default value of this attribute is FALSE.

This attribute is available only at a QAP. When TRUE, this attribute indicates that the QAP implementation is capable of delivering data and polls to stations using APSD.

This attribute, when TRUE, indicates that the station implementation is capable of interpreting the CF-Ack bit in a received frame of type data even if the frame is not directed to the QoS station. The capability is disabled, otherwise. A QSTA is capable of interpreting the CF-Ack bit in a received data frame if that station is the recipient of the data frame, regardless of the value of this MIB variable. The default value of this attribute is FALSE.

This attribute is available only at a QAP. This attribute, when TRUE, indicates that the QAP implementation is capable of generating and transmitting the QBSS load element in the Beacon and Probe Response frames. The capability is disabled, otherwise. The default value of this attribute is FALSE.

This attribute is available only at a QAP. This attribute, when TRUE, indicates that the QAP is capable of processing the Queue Size field in QoS Control field of QoS Data type frames. The capability is disabled, otherwise. The default value of this attribute is FALSE.

This attribute is available only at a QAP. This attribute, when TRUE, indicates that the QAP is capable of processing the TXOP Duration requested field in QoS Control field of QoS Data type frames. The capability is disabled, otherwise. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the station implementation is capable of interpreting the More Data bit in the ACK frames. The capability is disabled, otherwise. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the station may associate in an nQBSS. When FALSE, this attribute indicates that the station may only associate in a QBSS. The default value of this attribute is TRUE.

This attribute available at the QAP, when TRUE, indicates that non-AP QSTAs may set up DLS and communicate with other non-AP QSTAs in the QBSS. When FALSE, this attribute indicates that the stations shall not set up DLS nor communicate with other non-AP QSTAs in the QBSS. The default value of this attribute is TRUE.

This attribute available at the non-AP QSTAs, when TRUE, indicates that QSTA may set up DLS or accept DLS Requests, and communicate with other non-AP QSTAs in the QBSS. When FALSE, this attribute indicates that the QSTA shall not set up DLS nor accept DLS, nor communicate with other non-AP QSTAs in the QBSS. The default value of this attribute is TRUE.

This attribute indicates whether the entity is HT Capable.

This (conceptual) table of attributes shall be a set of all the authentication algorithms supported by the stations. The following are the default values and the associated algorithm: Value = 1: Open System Value = 2: Shared Key

An Entry (conceptual row) in the Authentication Algorithms Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The auxiliary variable used to identify instances of the columnar objects in the Authentication Algorithms Table.

This attribute shall be a set of all the authentication algorithms supported by the STAs. The following are the default values and the associated algorithm. Value = 1: Open System Value = 2: Shared Key Enumeration: 'openSystem': 1, 'sharedKey': 2.

This attribute, when true at a station, shall enable the acceptance of the authentication algorithm described in the corresponding table entry in authentication frames received by the station that have odd authentication sequence numbers. The default value of this attribute shall be 1 for the Open System table entry and 2 for all other table entries.

Conceptual table for WEP default keys. This table shall contain the four WEP default secret key values corresponding to the four possible KeyID values. The WEP default secret keys are logically WRITE-ONLY. Attempts to read the entries in this table shall return unsuccessful status and values of null or zero. The default value of each WEP default key shall be null.

An Entry (conceptual row) in the WEP Default Keys Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The auxiliary variable used to identify instances of the columnar objects in the WEP Default Keys Table. The value of this variable is equal to the WEPDefaultKeyID + 1

A WEP default secret key value.

Conceptual table for WEP Key Mappings. The MIB supports the ability to share a separate WEP key for each RA/TA pair. The Key Mappings Table contains zero or one entry for each MAC address and contains two fields for each entry: WEPOn and the corresponding WEP key. The WEP key mappings are logically WRITE-ONLY. Attempts to read the entries in this table shall return unsuccessful status and values of null or zero. The default value for all WEPOn fields is false.

An Entry (conceptual row) in the WEP Key Mappings Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The auxiliary variable used to identify instances of the columnar objects in the WEP Key Mappings Table.

The MAC address of the STA for which the values from this key mapping entry are to be used.

Boolean as to whether WEP is to be used when communicating with the dot11WEPKeyMappingAddress STA.

A WEP secret key value.

The status column used for creating, modifying, and deleting instances of the columnar objects in the WEP key mapping Table.

Group containing attributes concerned with IEEE 802.11 Privacy. Created as a table to allow multiple instantiations on an agent.

An entry in the dot11PrivacyTable Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

When this attribute is TRUE, it shall indicate that some level of security is invoked for transmitting frames of type Data. For WEP-only clients, the security mechanism used is WEP. For RSNA-capable clients, an additional variable dot11RSNAEnabled indicates whether RSNA is enabled. If dot11RSNAEnabled is FALSE or the MIB variable does not exist, the security mechanism invoked is WEP; if dot11RSNAEnabled is TRUE, RSNA security mechanisms invoked are configured in the dot11RSNAConfigTable. The default value of this attribute shall be FALSE.

This attribute shall indicate the use of the first, second, third, or fourth element of the WEPDefaultKeys array when set to values of zero, one, two, or three. The default value of this attribute shall be 0.

The maximum number of tuples that dot11WEPKeyMappings can hold.

When this attribute is true, the STA shall not indicate at the MAC service interface received MSDUs that have the WEP subfield of the Frame Control field equal to zero. When this attribute is false, the STA may accept MSDUs that have the WEP subfield of the Frame Control field equal to zero. The default value of this attribute shall be false.

This counter shall increment when a frame is received with the WEP subfield of the Frame Control field set to one and the value of the ICV as received in the frame does not match the ICV value that is calculated for the contents of the received frame.

This counter shall increment when a frame is received with the Protected Frame subfield of the Frame Control field set to zero and the value of dot11ExcludeUnencrypted causes that frame to be discarded.

When this object is set to TRUE, this shall indicate that RSNA is enabled on this entity. The entity will advertise the RSN Information Element in its Beacon and Probe Response frames. Configuration variables for RSNA operation are found in the dot11RSNAConfigTable. This object requires that dot11PrivacyInvoked also be set to TRUE.

When this object is set to TRUE, this shall indicate that RSNA preauthentication is enabled on this entity. This object requires that dot11RSNAEnabled also be set to TRUE.

The disassociate notification shall be sent when the STA sends a Disassociation frame. The value of the notification shall include the MAC address of the MAC to which the Disassociation frame was sent and the reason for the disassociation. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The deauthenticate notification shall be sent when the STA sends a Deauthentication frame. The value of the notification shall include the MAC address of the MAC to which the Deauthentication frame was sent and the reason for the deauthentication. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The authenticate failure notification shall be sent when the STA sends an Authentication frame with a status code other than 'successful'. The value of the notification shall include the MAC address of the MAC to which the Authentication frame was sent and the reason for the authentication failure. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

This (conceptual) table of attributes for cross-domain mobility.

An entry (conceptual row) in the Multiple Domain Capability Table. IfIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB are indexed by ifIndex.

The auxiliary variable used to identify instances of the columnar objects in the Multi Domain Capability Table.

This attribute shall indicate the value of the lowest channel number in the subband for the associated domain country string. The default value of this attribute shall be zero.

This attribute shall indicate the value of the total number of channels allowed in the subband for the associated domain country string. The default value of this attribute shall be zero.

This attribute shall indicate the maximum transmit power, in dBm, allowed in the subband for the associated domain country string. The default value of this attribute shall be zero.

(Conceptual) table of attributes for spectrum management

An entry (conceptual row) in the Spectrum Management Table. IfIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB are indexed by ifIndex.

The auxiliary variable used to identify instances of the columnar objects in the Spectrum Management Table.

This attribute shall indicate the mitigation requirement in dB required. The default value of this attribute shall be 3 dB.

This attribute shall indicate assumed channel switch time, measured in TUs. The unit of this attribute is TUs. The default value of this attribute shall be 2 TUs. The minimum value shall be 1 TU.

This attribute shall indicate the maximum transmit Power Capability of this station. The unit of this attribute is dBm. The default value of this attribute shall be 0 dBm.

This attribute shall indicate the minimum transmit Power Capability of this station. The unit of this attribute is dBm. The default value of this attribute shall be -100 dBm.

The table containing RSNA configuration objects.

An entry in the dot11RSNAConfigTable.

The highest RSNA version this entity supports. See 7.3.2.9.

This object indicates how many pairwise keys the entity supports for RSNA.

This object indicates the group cipher suite selector the entity must use. The group cipher suite in the RSN Information Element shall take its value from this variable. It consists of an OUI (the first 3 octets) and a cipher suite identifier (the last octet).

This object selects a mechanism for rekeying the RSNA GTK. The default is time-based, once per day. Rekeying the GTK is only applicable to an entity acting in the Authenticator role (an AP in an ESS). Enumeration: 'disabled': 1, 'timeBased': 2, 'packetBased': 3, 'timepacket-Based': 4.

The time in seconds after which the RSNA GTK shall be refreshed. The timer shall start at the moment the GTK was set using the MLMESETKEYS. request primitive.

A packet count (in 1000s of packets) after which the RSNA GTK shall be refreshed. The packet counter shall start at the moment the GTK was set using the MLME-SETKEYS.request primitive and it shall count all packets encrypted using the current GTK.

This object signals that the GTK shall be refreshed whenever a STA leaves the BSS that possesses the GTK.

The PSK for when RSNA in PSK mode is the selected AKM suite. In that case, the PMK will obtain its value from this object. This object is logically write-only. Reading this variable shall return unsuccessful status or null or zero.

The PSK, for when RSNA in PSK mode is the selected AKM suite, is configured by dot11RSNAConfigPSKValue. An alternative manner of setting the PSK uses the password-to-key algorithm defined in H.4. This variable provides a means to enter a pass-phrase. When this object is written, the RSNA entity shall use the password-to-key algorithm specified in H.4 to derive a preshared and populate dot11RSNAConfigPSKValue with this key. This object is logically write-only. Reading this variable shall return unsuccessful status or null or zero.

The number of times Message 1 in the RSNA Group Key Handshake will be retried per GTK Handshake attempt.

The number of times Message 1 and Message 3 in the RSNA 4-Way Handshake will be retried per 4-Way Handshake attempt.

This object indicates the length in bits of the group cipher key.

The maximum lifetime of a PMK in the PMK cache.

The percentage of the PMK lifetime that should expire before an IEEE 802.1X reauthentication occurs.

Specifies the number of PTKSA replay counters per association: 0 -> 1 replay counter, 1 -> 2 replay counters, 2 -> 4 replay counters, 3 -> 16 replay counters

The maximum time a security association shall take to set up.

The selector of the last AKM suite negotiated.

The selector of the last pairwise cipher negotiated.

The selector of the last group cipher negotiated.

The selector of the last PMKID used in the last 4-Way Handshake.

The selector of the last AKM suite requested.

The selector of the last pairwise cipher requested.

The selector of the last group cipher requested.

Counts the number of times that a TKIP MIC failure occurred two times within 60 s and TKIP countermeasures were invoked. This attribute counts both local and remote MIC failure events reported to this STA. It increments every time TKIP countermeasures are invoked

Counts the number of 4-Way Handshake failures.

Specifies the number of GTKSA replay counters per association: 0 -> 1 replay counter, 1 -> 2 replay counters, 2 -> 4 replay counters, 3 -> 16 replay counters

This table lists the pairwise ciphers supported by this entity. It allows enabling and disabling of each pairwise cipher by network management. The pairwise cipher suite list in the RSN Information Element is formed using the information in this table.

The table entry, indexed by the interface index (or all interfaces) and the pairwise cipher.

The auxiliary index into the dot11RSNAConfigPairwiseCiphersTable.

The selector of a supported pairwise cipher. It consists of an OUI (the first 3 octets) and a cipher suite identifier (the last octet).

This object enables or disables the pairwise cipher.

This object indicates the length in bits of the pairwise cipher key. This should be 256 for TKIP and 128 for CCMP.

This table lists the AKM suites supported by this entity. Each AKM suite can be individually enabled and disabled. The AKM suite list in the RSN information element is formed using the information in this table.

An entry (row) in the dot11RSNAConfigAuthenticationSuitesTable.

The auxiliary variable used as an index into the dot11RSNAConfigAuthenticationSuitesTable.

The selector of an AKM suite. It consists of an OUI (the first 3 octets) and a cipher suite identifier (the last octet).

This variable indicates whether the corresponding AKM suite is enabled/disabled.

This table maintains per-STA statistics in an RSN. The entry with dot11RSNAStatsSTAAddress set to FF-FF-FF-FF-FF-FF shall contain statistics for broadcast/multicast traffic.

An entry in the dot11RSNAStatsTable.

An auxiliary index into the dot11RSNAStatsTable.

The MAC address of the STA to which the statistics in this conceptual row belong.

The RSNA version with which the STA associated.

The pairwise cipher suite Selector (as defined in 7.3.29.1) used during association, in transmission order.

Counts the number of TKIP ICV errors encountered when decrypting packets for the STA.

Counts the number of MIC failures encountered when checking the integrity of packets received from the STA at this entity.

Counts the number of MIC failures encountered by the STA identified by dot11StatsSTAAddress and reported back to this entity.

The number of received CCMP MPDUs discarded by the replay mechanism.

The number of received MPDUs discarded by the CCMP decryption algorithm.

Counts the number of TKIP replay errors detected.

Station Configuration attributes. In tabular form to allow for multiple instances on an agent.

An entry (conceptual row) in the dot11HTStationConfig Table. ifIndex - Each IEEE 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

This attribute shall specify the set of MCS at which the station may transmit data. Each octet contains a value representing a rate. Each MCS shall be within the range from 1 to 127, and shall be supported for receiving data. This value is reported in transmitted Beacon, Probe Request, Probe Response, Association Request, Association Response, Reassociation Request, and Reassociation Response frames, and is used to determine whether a BSS with which the station desires to synchronize is suitable. It is also used when starting a BSS, as specified in 10.3.

This is an 8-bit integer value that identifies the configured power save state of MIMO. Enumeration: 'dynamic': 2, 'static': 1, 'mimo': 3.

This attribute, when TRUE, indicates that the station implementation is capable of supporting the No ack option of the Delayed Block Ack. The default value of this attribute is FALSE.

This attribute indicates the supported maximum size of AMSDU. The default value of this attribute is 3839.

This attribute, when TRUE, indicates that the station implementation is capable of supporting PSMP. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the station implementation is capable of processing the received control frames that are STBC frames. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the station implementation is capable of supporting L-SIG TXOP Protection option. The default value of this attribute is FALSE.

This attribute indicates the maximum length of A-MPDU that the STA can receive. The Maximum Rx A-MPDU defined by this field is equal to 213+dot11MaxRxAMPDUFactor -1 octets. The default value of this attribute is 0.

This attribute indicates the minimum time between the start of adjacent MPDUs within an A-MPDU. This time is measured at the PHY-SAP; the number of octets between the start of two consecutive MPDUs in A-MPDU shall be equal or greater than (dot11MinimumMPDUStartSpacing*PHY-bit-rate)/8. The encoding of the minimum time to this attribute is: 0 no restriction 1 1/4 microsec 2 1/2 microsec 3 1 microsec 4 2 microsec 5 4 microsec 6 8 microsec 7 16 microsec The default value of this attribute is 0.

This attribute, when TRUE, indicates that the station implementation is capable of supporting Phased Coexistence Operation. The default value of this attribute is FALSE.

This attribute indicates that the minimum transition time within which the STA can switch between 20 MHz channel width and 40 MHz channel width with a high probability. The encoding of the transition time to this attribute is: 400 microsec 1500 microsec 5000 microsec The default value of this attribute is 3.

This attribute indicates the MCS feed back capability supported by the station implementation. The default value of this attribute is 0. Enumeration: 'both': 3, 'none': 0, 'unsolicited': 2.

This attribute, when TRUE, indicates that the station implementation is capable of receiving HT Control field. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the station implementation is capable operating as a RD responder. The default value of this attribute is FALSE.

Group contains MAC attributes pertaining to the operation of the MAC. This has been implemented as a table in order to allow for multiple instantiations on an agent.

An entry in the dot11OperationEntry Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

Unique MAC Address assigned to the STA.

This attribute shall indicate the number of octets in an PSDU, below which an RTS/CTS handshake shall not be performed, except as RTS/CTS is used as a cross modulation protection mechanism as defined in 9.10. An RTS/CTS handshake shall be performed at the beginning of any frame exchange sequence where the PSDU is of type Data or Management, the PSDU has an individual address in the Address1 field, and the length of the PSDU is greater than this threshold. (For additional details, refer to Table 21 in 9.7.) Setting this attribute to be larger than the maximum PSDU size shall have the effect of turning off the RTS/CTS handshake for frames of Data or Management type transmitted by this STA. Setting this attribute to zero shall have the effect of turning on the RTS/ CTS handshake for all frames of Data or Management type transmitted by this STA. The default value of this attribute shall be 65535.

This attribute shall indicate the maximum number of transmission attempts of a frame, the length of which is less than or equal to dot11RTSThreshold, that shall be made before a failure condition is indicated. The default value of this attribute shall be 7.

This attribute shall indicate the maximum number of transmission attempts of a frame, the length of which is greater than dot11RTSThreshold, that shall be made before a failure condition is indicated. The default value of this attribute shall be 4.

This attribute shall specify the current maximum size, in octets, of the PSDU that may be delivered to the PHY. This maximum size does not apply in the case of A-MPDU. An MSDU, A-MSDU or MMPDU shall be broken into fragments if its size exceeds the value of this attribute after adding MAC headers and trailers. An MSDU, A-MSDU or MMPDU shall be fragmented when the resulting frame has an individual address in the Address1 field, and the length of the frame is larger than this threshold. The default value for this attribute shall be the lesser of 8000 or the aMPDUMaxLength or the aPSDUMaxLength of the attached PHY and shall never exceed the lesser of 8000 or the aMPDUMaxLength or the aPSDUMaxLength of the attached PHY. The value of this attribute shall never be less than 256.

The MaxTransmitMSDULifetime shall be the elapsed time in TU, after the initial transmission of an MSDU, after which further attempts to transmit the MSDU shall be terminated. The default value of this attribute shall be 512.

The MaxReceiveLifetime shall be the elapsed time in TU, after the initial reception of a fragmented MMPDU or MSDU, after which further attempts to reassemble the MMPDU or MSDU shall be terminated. The default value shall be 512.

The ManufacturerID shall include, at a minimum, the name of the manufacturer. It may include additional information at the manufacturer's discretion. The default value of this attribute shall be null.

The ProductID shall include, at a minimum, an identifier that is unique to the manufacturer. It may include additional information at the manufacturer's discretion. The default value of this attribute shall be null.

This attribute shall specify the maximum number of TUs a Controlled access phase(CAP) can last.

This attribute shall specify the value of the minimum size of the window that shall be used by the HC for generating a random number for the backoff. The value of this attribute shall be such that it could always be expressed in the form of 2X - 1, where X is an integer. The default value of this attribute shall be 0.

This attribute shall specify the value of the maximum size of the window that shall be used by the HC for generating a random number for the backoff. The value of this attribute shall be such that it could always be expressed in the form of 2X - 1, where X is an integer. The default value of this attribute shall be 0.

This attribute shall specify the number of slots, after a SIFS duration, that the HC shall sense the medium idle either before transmitting or executing a backoff. The default value of this attribute shall be 1.

This attribute shall specify the maximum number of seconds a BA is to be responded. The default value of this attribute shall be 1.

This attribute shall specify the maximum number of seconds an ADDTS request is to be responded. The default value of this attribute shall be 1.

This attribute shall indicate the number of beacon intervals over which the channel busy time should be averaged. The default value for this parameter shall be 50.

This attribute shall indicate the duration in TUs after which a STA could go into power-save mode. The default value for this parameter shall be 10.

This attribute shall specify the maximum number of seconds a direct link request is to be responded. The default value of this attribute shall be 10.

This attribute indicates the number of times the QAP may retry a frame for which it does not receive an ACK for a STA in power-save mode after receiving a PS-Poll and sending a directed response or after the QAP does not receive an ACK to a directed MPDU sent with the EOSP set to 1.

This attribute shall indicate the number of seconds over which the admitted_time and used_time are computed. The default value for this parameter shall be 5.

This attribute indicates the level of protection that needs to be provided to the transmissions in an IEEE 802.11 network with HT STAs. The default value of this attribute is 0. Enumeration: 'htPure': 0, 'mandatoryFortyProtection': 2, 'mandatoryAllProtection': 3, 'optionalProtection': 1.

This attribute, when TRUE, indicates that RIFS mode is allowed in the BSS. The default value of this attribute is FALSE.

This attribute, when TRUE indicates that the AP accepts associations only from stations for which dot11PSMPOptionImplemented is TRUE. The default value of this attribute is FALSE.

This attribute indicates the Service Interval Granularity to be used for scheduled PSMP. The value of the granularity is given by (dot11ServiceIntervalGranularity+1)*5 milliseconds. The default value of this attribute is 0.

This attribute, when TRUE indicates that the AP uses dual CTS protection to protect the non-STBC frame and STBC frame transmissions. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the LSIG TXOP Protection may be used by stations that have the attribute dot11LSigTxopProtectionOptionImplemented set to TRUE. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that STA that are not Greenfield Capable are present in the BSS. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the PCO is activated. The default value of this attribute is FALSE.

The attribute indicates the maximum duration of 40 MHz phase in TU under PCO operation. The default value of this attribute shall be 60. The value of this attribute shall be equal to or larger than dot11PCO40MinDuration.

The attribute indicates the maximum duration of 20 MHz phase in TU under PCO operation. The default value of this attribute shall be 60. The value of this attribute shall be equal to or larger than dot11PCO20MinDuration.

The attribute indicates the minimum duration of 40 MHz phase in TU under PCO operation. The default value of this attribute shall be 40.

The attribute indicates the minimum duration of 20 MHz phase in TU under PCO operation. The default value of this attribute shall be 40.

Group containing attributes that are MAC counters. Implemented as a table to allow for multiple instantiations on an agent.

An entry in the dot11CountersEntry Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

This counter shall be incremented for an acknowledged MPDU with an individual address in the address 1 field or an MPDU with a multicast address in the address 1 field of type Data or Management.

This counter shall increment only when the multicast bit is set in the destination MAC address of a successfully transmitted MSDU. When operating as a STA in an ESS, where these frames are directed to the AP, this implies having received an acknowledgment to all associated MPDUs.

This counter shall increment when an MSDU is not transmitted successfully due to the number of transmit attempts exceeding either the dot11ShortRetryLimit or dot11LongRetryLimit.

This counter shall increment when an MSDU is successfully transmitted after one or more retransmissions.

This counter shall increment when an MSDU is successfully transmitted after more than one retransmission.

This counter shall increment when a frame is received that the Sequence Control field indicates is a duplicate.

This counter shall increment when a CTS is received in response to an RTS.

This counter shall increment when a CTS is not received in response to an RTS.

This counter shall increment when an ACK is not received when expected.

This counter shall be incremented for each successfully received MPDU of type Data or Management.

This counter shall increment when a MSDU is received with the multicast bit set in the destination MAC address.

This counter shall increment when an FCS error is detected in a received MPDU.

This counter shall increment for each successfully transmitted MSDU.

This counter shall increment when a frame is received with the Protected Frame subfield of the Frame Control field set to one and the WEPOn value for the key mapped to the TA's MAC address indicates that the frame should not have been encrypted or that frame is discarded due to the receiving STA not implementing the privacy option.

This counter shall increment for each QoS Data MPDU that has been discarded.

This counter, only available at QAP, shall increment when a station associates or reassociates. This counter shall decrement when a station disassociates.

This counter shall increment for each QoS (+)CF-Poll that has been received.

This counter shall increment for each QoS (+)CF-Poll that has been received but not used.

This counter shall increment for each QoS (+)CF-Poll that has been received but could not be used due to the TXOP size being smaller than the time that is required for one frame exchange sequence.

This counter shall be incremented for an acknowledged A-MSDU frame with an individual address in the address 1 field or an AMSDU frame with a multicast address in the address 1 field.

This counter shall be incremented when an A-MSDU is not transmitted successfully due to the number of transmit attempts exceeding either the dot11ShortRetryLimit or dot11LongRetryLimit.

This counter shall be incremented when an A-MSDU is successfully transmitted after one or more retransmissions.

This counter shall be incremented when an A-MSDU is successfully transmitted after more than one retransmission.

This counter shall be incremented by the number of octets in the framebody of an A-MSDU frame when an A-MSDU frame is successfully transmitted.

This counter shall be incremented when an acknowledgement to an AMSDU is not received when expected. This acknowledgement can be in an ACK or the BlockAck frame.

This counter shall be incremented for a received A-MSDU frame with the station's MAC address in the address 1 field or an AMSDU frame with a multicast address in the address 1 field.

This counter shall be incremented by the number of octets in the framebody of an A-MSDU frame when an A-MSDU frame is received.

This counter shall be incremented when an A-MPDU is transmitted.

This counter shall increment by the number of MPDUs in the AMPDU when an A-MPDU is transmitted.

This counter shall be incremented by the number of octets in the A-MPDU frame when an A-MPDU frame is transmitted.

This counter shall be incremented when the MAC receives an AMPDU from the PHY.

This counter shall be incremented by the number of MPDUs received in the A-MPDU when an A-MPDU is received.

This counter shall be incremented by the number of octets in the A-MPDU frame when an A-MPDU frame is received.

This counter shall be incremented when an A-MPDU delimiter has CRC error when this is the first CRC error in the received A-MPDU or when the previous delimiter has been decoded correctly.

This counter shall be incremented when the expected BlockAck is not received in response to an Implicit BlockAckReq frame.

This counter shall be incremented when the expected BlockAck is not received in response to an Explicit BlockAckReq.

This counter shall be increment when the bandwidth used is switched from 20 to 40 or vice-versa.

This counter shall be incremented when a Frame is transmitted only on the primary channel.

This counter shall be incremented when a Frame is transmitted on both control and secondary channels.

This counter shall be incremented when a Frame is received only on the primary channel.

This counter shall be incremented when a Frame is received on both the control and secondary channels.

This counter shall be incremented when an allocated PSMP-UTT is used.

This counter shall be incremented when an allocated PSMP-UTT is not used.

This counter at the RD initiator shall be incremented when an allocated RDG is used by the station, apart from transmitting a response frame such as ACK or Block Ack frames.

This counter at the initiatior shall be incremented when an allocated RDG is not used by the station, apart from transmitting a response frame such as ACK or Block Ack frames.

This counter at the initiatior shall be incremented for every frame, other than response frames such as ACK or Block Ack frames, transmitted by the station during a granted RDG.

This counter at the initiatior shall be incremented by the number of octets in the framebody of a frame, other than response frames such as ACK or Block Ack frames, transmitted by the station during a granted RDG.

This counter shall be incremented when th transmitter sends a frame with new/updated beam forming parameters.

This counter shall be incremented when AP sends a dual CTS in response to a STA initiating TXOP in extended range.

This counter shall be incremented when AP fails to send a dual CTS in response to a STA initiating TXOP in extended range.

This counter shall be incremented when AP does not detect a collision PIFS after sending a CTS to self STBC frame in extended range.

This counter shall be incremented when AP detects a collision PIFS after sending a CTS to self STBC frame in extended range.

This counter shall be incremented when AP does not detect a collision PIFS after sending a CTS to self that is an non-STBC frame in extended range.

This counter shall be incremented when AP detects a collision PIFS after sending a CTS to self that is an non-STBC frame in extended range.

This counter shall be incremented when the duration/ID field is set according to the rules of EPP in the received CTS following a transmission of RTS in EPP mode.

This counter shall be incremented when the duration/ID field is not set according to the rules of EPP in the received CTS following a transmission of RTS in EPP mode.

A conceptual table containing a set of MAC addresses identifying the multicast addresses for which this STA will receive frames. The default value of this attribute shall be null.

An Entry (conceptual row) in the Group Addresses Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The auxiliary variable used to identify instances of the columnar objects in the Group Addresses Table.

MAC address identifying a multicast addresses from which this STA will receive frames.

The status column used for creating, modifying, and deleting instances of the columnar objects in the Group Addresses Table.

Conceptual table for EDCA default parameter values at a non-AP QSTA. This table shall contain the four entries of the EDCA parameters corresponding to four possible ACs. Index 1 corresponds to AC_BK, index 2 to AC_BE, index 3 to AC_VI, and index 4 to AC_VO.

An Entry (conceptual row) in the EDCA Table. ifIndex - Each IEEE 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The auxiliary variable used to identify instances of the columnar objects in the EDCA Table. The value of this variable is 1) 1, if the value of the AC is AC_BK. 2) 2, if the value of the AC is AC_BE. 3) 3, if the value of the AC is AC_VI. 4) 4, if the value of the AC is AC_VO.

This attribute shall specify the value of the minimum size of the window that shall be used by a QSTA for a particular AC for generating a random number for the backoff. The value of this attribute shall be such that it could always be expressed in the form of 2X - 1, where X is an integer. The default value for this attribute is 1) aCWmin, if dot11EDCATableIndex is 1 or 2. 2) (aCWmin+1)/2 - 1, if dot11EDCATableIndex is 3. 3) (aCWmin+1)/4 - 1, if dot11EDCATableIndex is 4.

This attribute shall specify the value of the maximum size of the window that shall be used by a QSTA for a particular AC for generating a random number for the backoff. The value of this attribute shall be such that it could always be expressed in the form of 2X - 1, where X is an integer. The default value for this attribute is 1) aCWmax, if dot11EDCATableIndex is 1 or 2. 2) aCWmin, if dot11EDCATableIndex is 3. 3) (aCWmin+1)/2 - 1, if dot11EDCATableIndex is 4.

This attribute shall specify the number of slots, after a SIFS duration, that the QSTA, for a particular AC, shall sense the medium idle either before transmitting or executing a backoff. The default value for this attribute is 1) 7, if dot11EDCATableIndex is 1, 2) 3, if dot11EDCATableIndex is 2 3) 2, otherwise.

This attribute shall specify the maximum number of microseconds of an EDCA TXOP for a given AC at a non-AP QSTA. The default value for this attribute is 1) 0 for all PHYs, if dot11EDCATableIndex is 1 or 2; this implies that the sender can send one MSDU in an EDCA TXOP, 2) 3008 microseconds for IEEE 802.11a/g PHY and 6016 microseconds for IEEE 802.11b PHY, if dot11EDCATableIndex is 3, 3) 1504 microseconds for IEEE 802.11a/g PHY and 3264 microseconds for IEEE 802.11b PHY, if dot11EDCATableIndex is 4.

This attribute shall specify (in TUs) the maximum duration an MSDU, for a given AC, would be retained by the MAC before it is discarded. The default value for this parameter shall be 500.

This attribute, when TRUE, indicates that admission control is mandatory for the given AC. When False, this attribute indicates that the admission control is not mandatory for the given AC. The default value for this parameter shall be FALSE.

Conceptual table for EDCA default parameter values at the QAP. This table shall contain the four entries of the EDCA parameters corresponding to four possible ACs. Index 1 corresponds to AC_BK, index 2 to AC_BE, index 3 to AC_VI, and index 4 to AC_VO.

An Entry (conceptual row) in the EDCA Table. ifIndex - Each IEEE 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The auxiliary variable used to identify instances of the columnar objects in the EDCA Table. The value of this variable is 1) 1, if the value of the AC is AC_BK. 2) 2, if the value of the AC is AC_BE. 3) 3, if the value of the AC is AC_VI. 4) 4, if the value of the AC is AC_VO.

This attribute shall specify the value of the minimum size of the window that shall be used by a QAP for a particular AC for generating a random number for the backoff. The value of this attribute shall be such that it could always be expressed in the form of 2X - 1, where X is an integer. The default value for this attribute is 1) aCWmin, if dot11QAPEDCATableIndex is 1 or 2. 2) (aCWmin+1)/2 - 1, if dot11QAPEDCATableIndex is 3. 3) (aCWmin+1)/4 - 1, if dot11QAPEDCATableIndex is 4.

This attribute shall specify the value of the maximum size of the window that shall be used by a QAP for a particular AC for generating a random number for the backoff. The value of this attribute shall be such that it could always be expressed in the form of 2X - 1, where X is an integer. The default value for this attribute is 1) aCWmax, if dot11QAPEDCATableIndex is 1. 2) 4*(aCWmin+1) - 1, if dot11QAPEDCATableIndex is 2. 3) aCWmin, if dot11QAPEDCATableIndex is 3. 4) (aCWmin+1)/2 - 1, if dot11QAPEDCATableIndex is 4.

This attribute shall specify the number of slots, after a SIFS duration, that the QAP, for a particular AC, shall sense the medium idle either before transmitting or executing a backoff. The default value for this attribute is 1) 7, if dot11QAPEDCATableIndex is 1, 2) 3, if dot11QAPEDCATableIndex is 2 3) 1, otherwise.

This attribute shall specify the maximum number of microseconds of an EDCA TXOP for a given AC at the QAP. The default value for this attribute is 1) 0 for all PHYs, if dot11QAPEDCATableIndex is 1 or 2; this implies that the sender can send one MSDU in an EDCA TXOP, 2) 3008 microseconds for IEEE 802.11a/g PHY and 6016 microseconds for IEEE 802.11b PHY, if dot11QAPEDCATableIndex is 3, 3) 1504 microseconds for IEEE 802.11a/g PHY and 3264 microseconds for IEEE 802.11b PHY, if dot11QAPEDCATableIndex is 4.

This attribute shall specify (in TUs) the maximum duration an MSDU, for a given AC, would be retained by the MAC at the QAP before it is discarded. The default value for this parameter shall be 500.

This attribute, when TRUE, indicates that admission control is mandatory for the given AC. When False, this attribute indicates that the admission control is not mandatory for the given AC. The default value for this parameter shall be FALSE.

Group containing attributes that are MAC counters implemented as a table to allow for multiple instantiations on an agent.

An Entry (conceptual row) in the EDCA Table. ifIndex - Each IEEE 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The auxiliary variable used to identify instances of the columnar objects in the QoSCounter Table. The value of this variable is equal to TID + 1.

This counter shall be incremented for an acknowledged MPDU, for a particular UP, with an individual address in the address 1 field or an MPDU with a multicast address in the address 1 field, either belonging to a particular TID. This counter has relevance only for TIDs between 0 and 7.

This counter shall increment when an MSDU, for a particular UP, is not transmitted successfully due to the number of transmit attempts exceeding either the dot11ShortRetryLimit or dot11LongRetryLimit. This counter has relevance only for TIDs between 0 and 7.

This counter shall increment when an MSDU, of a particular UP, is successfully transmitted after one or more retransmissions. This counter has relevance only for TIDs between 0 and 7.

This counter shall increment when an MSDU, of a particular UP, is successfully transmitted after more than one retransmissions. This counter has relevance only for TIDs between 0 and 7.

This counter shall increment when a frame, of a particular UP, is received that the Sequence Control field indicates is a duplicate. This counter has relevance only for TIDs between 0 and 7.

This counter shall increment when a CTS is received in response to an RTS that has been sent for the transmission of an MPDU of a particular UP. This counter has relevance only for TIDs between 0 and 7.

This counter shall increment when a CTS is not received in response to an RTS that has been sent for the transmission of an MPDU of a particular UP. This counter has relevance only for TIDs between 0 and 7.

This counter shall increment when an ACK is not received in response to an MPDU of a particular UP. This counter has relevance only for TIDs between 0 and 7.

This counter shall be incremented for each successfully received MPDU of type Data of a particular UP. This counter has relevance only for TIDs between 0 and 7.

This counter shall increment for each successfully transmitted MSDU of a particular UP. This counter has relevance only for TIDs between 0 and 7.

This counter shall increment for each Discarded MSDU of a particular UP. This counter has relevance only for TIDs between 0 and 7.

This counter shall increment for each received MPDU of a particular TID.

This counter shall increment for each received MPDU of a particular TID with the retry bit set to 1.

Contains the name of the Resource Type ID managed object. The attribute is read-only and always contains the value RTID. This attribute value shall not be used as a naming attribute for any other managed object class.

Provides a means of indicating, in data readable from a managed object, information that identifies the source of the implementation.

An entry in the dot11ResourceInfo Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

Takes the value of an organizationally unique identifier.

A printable string used to identify the manufacturer of the resource. Maximum string length is 128 octets.

A printable string used to identify the manufacturer's product name of the resource. Maximum string length is 128 octets.

Printable string used to identify the manufacturer's product version of the resource. Maximum string length is 128 octets.

PHY level attributes concerned with operation. Implemented as a table indexed on ifIndex to allow for multiple instantiations on an Agent.

An entry in the dot11PhyOperation Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

This is an 8-bit integer value that identifies the PHY type supported by the attached PLCP and PMD. Currently defined values and their corresponding PHY types are: FHSS 2.4 GHz = 01, DSSS 2.4 GHz = 02, IR Baseband = 03, OFDM 5GHz = 04, HRDSSS = 05, ERP = 06, HT = 07 Enumeration: 'fhss': 1, 'erp': 6, 'ofdm': 4, 'ht': 7, 'irbaseband': 3, 'hrdsss': 5, 'dsss': 2.

The current regulatory domain this instance of the PMD is supporting. This object corresponds to one of the RegDomains listed in dot11RegDomainsSupported.

There are different operating temperature requirements dependent on the anticipated environmental conditions. This attribute describes the current PHY's operating temperature range capability. Currently defined values and their corresponding temperature ranges are: Type 1 = X'01'-Commercial range of 0 to 40 degrees C, Type 2 = X'02'-Industrial range of -30 to 70 degrees C. Enumeration: 'tempType2': 2, 'tempType1': 1.

Group of attributes for PhyAntenna. Implemented as a table indexed on ifIndex to allow for multiple instances on an agent.

An entry in the dot11PhyAntenna Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The current antenna being used to transmit. This value is one of the values appearing in dot11SupportedTxAntenna. This may be used by a management agent to control which antenna is used for transmission.

This implementation's support for diversity, encoded as: X'01'-diversity is available and is performed over the fixed list of antennas defined in dot11DiversitySelectionRx. X'02'-diversity is not supported. X'03'-diversity is supported and control of diversity is also available, in which case the attribute dot11DiversitySelectionRx can be dynamically modified by the LME. Enumeration: 'notsupported': 2, 'fixedlist': 1, 'dynamic': 3.

The current antenna being used to receive, if the dot11 DiversitySupport indicates that diversity is not supported. The selected antenna shall be one of the antennae marked for receive in the dot11AntennasListTable.

This attribute, when TRUE, indicates that antenna selection is supported by the station implementation. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the transmit Antenna Selection based on explicit CSI feedback is supported by the station implementation. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the transmit antenna selection based on antenna indices feedback is supported by the station implementation. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the computation of CSI and feedback to support the peer to do antenna selection is supported by the station implementation. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the transmit antenna selection based on antenna indices selection computation and feedback the results to support the peer to do antenna selection is supported by the station implementation. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the receive antenna selection is supported by the station implementation. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the transmission of sounding PPDUs is supported by the station implementation. The default value of this attribute is FALSE.

Group of attributes for dot11PhyTxPowerTable. Implemented as a table indexed on STA ID to allow for multiple instances on an Agent.

An entry in the dot11PhyTxPower Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The number of power levels supported by the PMD. This attribute can have a value of 1 to 8.

The transmit output power for LEVEL1 in mW. This is also the default power level.

The transmit output power for LEVEL2 in mW.

The transmit output power for LEVEL3 in mW.

The transmit output power for LEVEL4 in mW.

The transmit output power for LEVEL5 in mW.

The transmit output power for LEVEL6 in mW.

The transmit output power for LEVEL7 in mW.

The transmit output power for LEVEL8 in mW.

The TxPowerLevel N currently being used to transmit data. Some PHYs also use this value to determine the receiver sensitivity requirements for CCA.

Group of attributes for dot11PhyFHSSTable. Implemented as a table indexed on STA ID to allow for multiple instances on an Agent.

An entry in the dot11PhyFHSS Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The time in microseconds for the PMD to change from channel 2 to channel 80

The current channel number of the frequency output by the RF synthesizer

The maximum time in TU that the transmitter is permitted to operate on a single channel.

The current time in TU that the transmitter shall operate on a single channel, as set by the MAC. Default is 19 TU.

The current set of patterns the PHY LME is using to determine the hopping sequence.

The current pattern the PHY LME is using to determine the hop sequence.

The current index value the PHY LME is using to determine the CurrentChannelNumber.

This attribute indicates the value to be used as the prime radix (N) in the HCC and EHCC algorithms.

This attribute indicates the value to be used as the maximum for the family index (a) in the HCC and EHCC algorithms. The value of this field shall not be less than the prime radix minus 3 (N - 3). The valid range of allowed values is (N - 1), (N - 2), and (N - 3).

This attribute, when TRUE, indicates that the station implementation is capable of generating the HCC or EHCC algorithms for determining Hopping patterns. The capability is disabled, otherwise. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the capability of the station to operate using the HCC or EHCC algorithms for determining Hopping Patterns is enabled. The capability is disabled, otherwise. The default value of this attribute is FALSE.

This attribute, indicates which of the algorithms will be used to generate the Hopping Patterns. Valid Values are: 0 - hopping patterns as defined in clause 14 of the current version of IEEE Std 802.11 1 - hop index method (with or without table) 2 - HCC/EHCC method Enumeration: 'current': 0, 'hcc': 2, 'hop-index': 1.

This attribute, indicates that a Random Table is present when the value is True. When the value is False it indicates that a Random Table is not present and that the hop index method is to be used to determine the hopping sequence. The default value of this attribute is True.

The Number of Sets field indicates the total number of sets within the hopping patterns.

The number of allowed channels for the hopping set. This is defined by the governing regulatory agency for the country code of the country in which this device is operating.

The next position in the hopping set.

Entry of attributes for dot11PhyDSSSEntry. Implemented as a table indexed on ifIndex allow for multiple instances on an Agent.

An entry in the dot11PhyDSSSEntry Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The current operating frequency channel of the DSSS PHY. Valid channel numbers are as defined in 15.4.6.2

dot11CCAModeSupported is a bit-significant value, representing all of the CCA modes supported by the PHY. Valid values are: energy detect only (ED-ONLY) = 01, carrier sense only (CS-ONLY) = 02, carrier sense and energy detect (ED-and-CS)= 04 or the logical sum of any of these values. This attribute shall not be used to indicate the CCA modes supported by a higher rate extension PHY. Rather, the dot11HRCCAModeSupported attribute shall be used to indicate the CCA modes of the higher rate extension PHY.

The current CCA method in operation. Valid values are: energy detect only (edonly) = 01, carrier sense only (csonly) = 02, carrier sense and energy detect (edandcs)= 04. carrier sense with timer (cswithtimer)= 08 high rate carrier sense and energy detect (hrcsanded)= 16 Enumeration: 'cswithtimer': 8, 'edandcs': 4, 'hrcsanded': 16, 'csonly': 2, 'edonly': 1.

The current Energy Detect Threshold being used by the DSSS PHY.

Group of attributes for dot11PhyIRTable. Implemented as a table indexed on ifIndex to allow for multiple instances on an Agent.

An entry in the dot11PhyIR Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

This parameter, together with CCAWatchdogCountMax, determines when energy detected in the channel can be ignored.

This parameter, together with CCAWatchdogTimerMax, determines when energy detected in the channel can be ignored.

The minimum value to which CCAWatchdogTimerMax can be set.

The minimum value to which CCAWatchdogCount can be set.

There are different operational requirements dependent on the regulatory domain. This attribute list describes the regulatory domains the PLCP and PMD support in this implementation. Currently defined values and their corresponding Regulatory Domains are: FCC (USA) = X'10', DOC (Canada) = X'20', ETSI (most of Europe) = X'30', Spain = X'31', France = X'32', MKK (Japan) = X'40', Other=X'00'

An entry in the dot11RegDomainsSupport Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The auxiliary variable used to identify instances of the columnar objects in the RegDomainsSupport Table.

There are different operational requirements dependent on the regulatory domain. This attribute list describes the regulatory domains the PLCP and PMD support in this implementation. Currently de- fined values and their corresponding Regulatory Domains are: FCC (USA) = X'10', DOC (Canada) = X'20', ETSI (most of Europe) = X'30', Spain = X'31', France = X'32', MKK (Japan) = X'40' Enumeration: 'doc': 32, 'etsi': 48, 'mkk': 64, 'france': 50, 'fcc': 16, 'spain': 49.

This table represents the list of antennae. An antenna can be marked to be capable of transmitting, receiving, and/or for participation in receive diversity. Each entry in this table represents a single antenna with its properties. The maximum number of antennae that can be contained in this table is 255.

An entry in the dot11AntennasListTable, representing the properties of a single antenna. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The unique index of an antenna which is used to identify the columnar objects in the dot11AntennasList Table.

When true, this object indicates that the antenna represented by dot11AntennaIndex can be used as a transmit antenna.

When true, this object indocates that the antenna represented by the dot11AntennaIndex xan be used as a receive antenna.

When true, this object indicates that the antenna represented by dot11AntennaIndex can be used for receive diversity. This object may only be true if the antenna can be used as a receive antenna, as indicated by dot11SupportedRxAntenna.

The Transmit bit rates supported by the PLCP and PMD, represented by a count from X'02-X'7f, corresponding to data rates in increments of 500Kb/s from 1 Mb/s to 63.5 Mb/s subject to limitations of each individual PHY.

An Entry (conceptual row) in the dot11SupportedDataRatesTx Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

Index object which identifies which data rate to access. Range is 1..255.

The Transmit bit rates supported by the PLCP and PMD, represented by a count from X'02-X'7f, corresponding to data rates in increments of 500Kb/s from 1 Mb/s to 63.5 Mb/s subject to limitations of each individual PHY.

The receive bit rates supported by the PLCP and PMD, represented by a count from X'002-X'7f, corresponding to data rates in increments of 500Kb/s from 1 Mb/s to 63.5 Mb/s.

An Entry (conceptual row) in the dot11SupportedDataRatesRx Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

Index object which identifies which data rate to access. Range is 1..255.

The receive bit rates supported by the PLCP and PMD, represented by a count from X'02-X'7f, corresponding to data rates in increments of 500Kb/s from 1 Mb/s to 63.5 Mb/s.

Group of attributes for dot11PhyOFDMTable. Implemented as a table indexed on ifindex to allow for multiple instances on an Agent.

An entry in the dot11PhyOFDM Table. ifIndex - Each IEEE 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

The number of the current operating frequency channel of the OFDM PHY.

The Threshold being used to detect a busy medium (frequency). CCA shall report a busy medium upon detecting the RSSI above this threshold.

The capability of the OFDM PHY implementation to operate in the three U-NII bands. Coded as an integer value of a three bit field as follows: bit 0 .. capable of operating in the lower (5.15-5.25 GHz) U-NII band bit 1 .. capable of operating in the middle (5.25-5.35 GHz) U-NII band bit 2 .. capable of operating in the upper (5.725-5.825 GHz) U-NII band For example, for an implementation capable of operating in the lower and mid bands this attribute would take the value 3.

Entry of attributes for dot11PhyHRDSSSEntry. Implemented as a table indexed on ifIndex to allow for multiple instances on an Agent.

An entry in the dot11PhyHRDSSSEntry Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

This attribute indicates that the PHY is capable of channel agility.

This attribute indicates that the PHY channel agility functionality is enabled.

dot11HRCCAModeSupported is a bit-significant value, representing all of the CCA modes supported by the PHY. Valid values are: energy detect only (ED_ONLY) = 01, carrier sense only (CS_ONLY) = 02, carrier sense and energy detect (ED_and_CS)= 04 carrier sense with timer (CS_and_Timer)= 08 high rate carrier sense and energy detect (HRCS_and_ED)= 16 or the logical sum of any of these values. In the high rate extension PHY, this attribute shall be used in preference to the dot11CCAModeSupported attribute.

This attribute, when true, shall indicate that the short preamble option as defined in subclause 18.2.2.2 is implemented. The default value of this attribute shall be false.

This attribute, when true, shall indicate that the PBCC modulation option as defined in subclause 18.4.6.6 is implemented. The default value of this attribute shall be false.

The (conceptual) table of attributes necessary for a frequency hopping implementation to be able to create the hopping sequences necessary to operate in the subband for the associated domain country string.

An entry (conceptual row) in the Hopping Pattern Table that indicates the random hopping sequence to be followed. IfIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB are indexed by ifIndex.

The auxiliary variable used to identify instances of the columnar objects in the Hopping Pattern Table.

This attribute shall indicate the value of the starting channel number in the hopping sequence of the subband for the associated domain country string. The default value of this attribute shall be zero.

Entry of attributes for dot11PhyERPEntry. Implemented as a table indexed on ifIndex to allow for multiple instances on an Agent.

An entry in the dot11PhyERPEntry Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

This attribute, when true, shall indicate that the ERPPBCC modulation option as defined in 19.6 is implemented. The default value of this attribute is false.

This attribute, when true, shall indicate that the ERPPBCCoption as defined in 19.6 is enabled. The default value of this attribute is false.

This attribute, when true, shall indicate that the DSSS-OFDM option as defined in 19.7 is implemented. The default value of this attribute is false.

This attribute, when true, shall indicate that the DSSS-OFDM option as defined in 19.7 is enabled. The default value of this attribute is false.

This attribute, when true, shall indicate that the Short Slot Time option as defined in 7.3.1.4 is implemented. The default value of this attribute is false.

This attribute, when true, shall indicate that the Short Slot Time option as defined in 7.3.1.4 is enabled. The default value of this attribute is false.

Entry of attributes for dot11PhyHTTable. Implemented as a table indexed on ifIndex to allow for multiple instances on an Agent.

An entry in the dot11PhyHTEntry Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

This attribute, when TRUE, indicates that the 40 MHz Operation is implemented. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the 40 MHz Operation is enabled. The default value of this attribute is FALSE.

This attribute indicates the operating channel. If 20/40 MHz Mode is currently in use then this attribute indicates the primary channel.

This attribute indicates the channel number of the secondary channel. If 20/40 MHz mode is not currently in use, this attribute value shall be 0.

This attribute indicates the maximum number of spatial streams implemented. The default value of this attribute is 2.

This attribute indicates the maximum number of spatial streams enabled. The default value of this attribute is 2.

This attribute, when TRUE, indicates that the HT Greenfield option is implemented. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the HT Greenfield option is enabled. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the Short Guard option is implemented for 20 MHz operation. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the Short Guard option is enabled for 20 MHz operation. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the Short Guard option is implemented for 40 MHz operation. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the Short Guard option is enabled for 40 MHz operation. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the LDPC coding option is implemented. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the LDPC coding option is enabled. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the entity is capable of transmitting frames using Space-Time Block Code (STBC) option. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the entity's capability of transmitting frames using Space-Time Block Code (STBC) option is enabled. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the entity is capable of receiving frames that are sent using the Space-Time Block Code (STBC). The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the entity's capability of receiving frames that are sent using the Space-Time Block Code (STBC) is enabled. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the Beam Forming option is implemented. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the Beam Forming option is enabled. The default value of this attribute is FALSE.

This attribute shall specify the Highest Data Rate in Mb/s at which the station may receive data. The default value of this attribute shall be 0.

This attribute, when TRUE, indicates that the Tx MCS set is defined. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the supported Tx and Rx MCS sets are not equal. The default value of this attribute is FALSE.

This attribute indicates the Tx maximum number of spatial streams supported. The default value of this attribute is 0.

This attribute, when TRUE, indicates that Tx unequal modulation is supported. The default value of this attribute is FALSE.

The Transmit MCS supported by the PLCP and PMD, represented by a count from 1 to 127, subject to limitations of each individual PHY.

An Entry (conceptual row) in the dot11SupportedMCSTx Table. ifIndex - Each IEEE 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

Index object that identifies which MCS to access. Range is 1..255.

The Transmit MCS supported by the PLCP and PMD, represented by a count from 1 to 127, subject to limitations of each individual PHY.

The receive MCS supported by the PLCP and PMD, represented by a count from 1 to 127, subject to limitations of each individual PHY.

An Entry (conceptual row) in the dot11SupportedMCSRx Table. ifIndex - Each IEEE 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

Index object that identifies which MCS to access. Range is 1..255.

The receive MCS supported by the PLCP and PMD, represented by a count from 1 to 127, subject to limitations of each individual PHY.

Entry of attributes for dot11TxBFConfigTable. Implemented as a table indexed on ifIndex to allow for multiple instances on an Agent.

An entry in the dot11TxBFConfig Table. ifIndex - Each 802.11 interface is represented by an ifEntry. Interface tables in this MIB module are indexed by ifIndex.

This attribute, when TRUE, indicates that the STA implementation supports the receiving of staggered sounding frames. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the STA implementation supports the transmission of staggered sounding frames. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the STA implementation is capable of receiving NDP as sounding frames. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that the STA implementation is capable of transmitting NDP as sounding frames. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that STA implementation is capable of applying implicit transmit beamforming. The default value of this attribute is FALSE.

This attribute indicates the level of calibration supported by the STA implementation. The default value of this attribute is 0. Enumeration: 'fullyCapable': 3, 'unableToInitiate': 1, 'ableToInitiate': 2, 'inCapable': 0.

This attribute, when TRUE, indicates that STA implementation is capable of applying transmit beamforming using CSI explicit feedback in its transmission. The default value of this attribute is FALSE.

This attribute, when TRUE, indicates that STA implementation is capable of applying transmit beamforming using non-compressed beamforming matrix explicit feedback in its transmission. The default value of this attribute is FALSE.

This attribute indicates the level of CSI explicit feedback returned by the STA implementation. The default value of this attribute is 0. Enumeration: 'unsolicitedImmediate': 3, 'delayedAggregated': 5, 'unsolicitedImmediateAggregated': 7, 'delayed': 1, 'immediate': 2, 'immediateAggregated': 6, 'inCapable': 0, 'aggregated': 4.

This attribute indicates the level of non-compressed beamforming matrix explicit feedback returned by the STA implementation. The default value of this attribute is 0. Enumeration: 'unsolicitedImmediate': 3, 'delayedAggregated': 5, 'unsolicitedImmediateAggregated': 7, 'delayed': 1, 'immediate': 2, 'immediateAggregated': 6, 'inCapable': 0, 'aggregated': 4.

This attribute indicates the level of non-compressed beamforming matrix explicit feedback returned by the STA implementation. The default value of this attribute is 0. Enumeration: 'unsolicitedImmediate': 3, 'delayedAggregated': 5, 'unsolicitedImmediateAggregated': 7, 'delayed': 1, 'immediate': 2, 'immediateAggregated': 6, 'inCapable': 0, 'aggregated': 4.

This attribute indicates the maximum number of beamform antennas the beamformee can support when CSI feedback is required.

This attribute indicates the maximum number of beamform antennas the beamformee can support when non-compressed beamforming matrix feedback is required.

This attribute indicates the maximum number of beamform antennas the beamformee can support when compressed beamforming matrix feedback is required.

This attribute indicates the maximum allowed delay in microseconds between the transmission time of a sounding packet and the time a feedback response arrives (9.17.3 (Explicit feedback beamforming))

The SMT object class provides the necessary support at the STA to manage the processes in the STA such that the STA may work cooperatively as a part of an IEEE 802.11 network.

The SMTPrivacy package is a set of attributes that shall be present if WEP is implemented in the STA.

The MAC object class provides the necessary support for the access control, generation, and verification of frame check sequences, and proper delivery of valid data to upper layers.

The MACStatistics package provides extended statistical information on the operation of the MAC. This package is completely optional.

Attributes used to identify a STA, its manufacturer, and various product names and versions.

Authentication Algorithm Table.

PHY layer operations attributes.

Attributes for Data Rates for IEEE 802.11.

Attributes for Control and Management of transmit power.

Attributes that configure the Frequency Hopping for IEEE 802.11.

Attributes that configure the DSSS for IEEE 802.11.

Attributes that configure the baseband IR for IEEE 802.11.

Attributes that specify the supported Regulation Domains.

Attributes that specify the supported Regulation Domains.

Attributes for Data Rates for IEEE 802.11.

Attributes from the dot11CountersGroup that are not described in the dot11MACStatistics group. These objects are mandatory.

IEEE 802.11 notifications

The SMTbase2 object class provides the necessary support at the STA to manage the processes in the STA such that the STA may work cooperatively as a part of an IEEE 802.11 network.

Attributes that configure the HRDSSS PHY for IEEE 802.11.

The SMTbase3 object class provides the necessary support at the STA to manage the processes in the STA such that the STA may work cooperatively as a part of an IEEE 802.11 network, when the STA is capable of multi-domain operation. This object group should be implemented when the multi-domain capability option is implemented.

The dot11MultiDomainCapabilityGroup object class provides the objects necessary to manage the channels usable by a STA, when the multi-domain capability option is implemented.

Attributes that configure the Frequency Hopping for operation when multi-domain capability option is implemented.

Attributes that configure the OFDM for IEEE 802.11.

Attributes that configure the ERP.

This object class provides the objects from the IEEE 802.11 MIB required to manage RSNA functionality. Note that additional objects for managing this functionality are located in the IEEE 802.11 RSN MIB.

The SMTbase4 object class provides the necessary support at the IEEE STA to manage the processes in the STA so that the STA may work cooperatively as a part of an IEEE 802.11 network.

The dot11RSNPMKcachingGroup object class provides the necessary support for managing PMK caching functionality in the STA

The MAC object class provides the necessary support for the access control, generation, and verification of frame check sequences (FCSs), and proper delivery of valid data to upper layers.

Attributes from the dot11CountersGroup that are not described in the dot11MACStatistics group. These objects are mandatory.

This object class provides the objects from the IEEE 802.11 MIB required to manage QoS functionality.

The SMTbase6 object class provides the necessary support at the STA to manage the processes in the STA such that the STA may work cooperatively as a part of an IEEE 802.11 network.

Attributes for Data Rates for IEEE 802.11.

The MAC object class provides the necessary support for the access control, generation, and verification of frame check sequences (FCSs), and proper delivery of valid data to upper layers.

Attributes from the dot11CountersGroup that are not described in the dot11MACStatistics group. These objects are mandatory.

The SMTbase9 object class provides the necessary support at the STA to manage the processes in the STA such that the STA may work cooperatively as a part of an IEEE 802.11 network.

Attributes for Modulation and Coding Schemes (MCS) for IEEE 802.11 HT.

Attributes that configure the HT for IEEE 802.11.

Attributes that configure the HT for IEEE 802.11.

Attributes that configure the Beamforming for IEEE 802.11 HT.

The dot11RSNBase object class provides the necessary support for managing RSNA functionality in the STA.

The compliance statement for SNMPv2 entities that implement the IEEE 802.11 MIB.

The compliance statement for SNMPv2 entities that implement the IEEE 802.11 RSN MIB.