Model for managing configurations related to various 802.11 protocols. Copyright (c) 2016-2020 by Cisco Systems, Inc. All rights...
Version: 2021-07-01
module Cisco-IOS-XE-wireless-dot11-cfg { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XE-wireless-dot11-cfg"; prefix wireless-dot11-cfg; import Cisco-IOS-XE-wireless-enum-types { prefix wireless-enum-types; } import Cisco-IOS-XE-wireless-types { prefix wireless-types; } import cisco-semver { prefix cisco-semver; } organization "Cisco Systems, Inc."; contact "Cisco Systems, Inc. Customer Service Postal: 170 W Tasman Drive San Jose, CA 95134 Tel: +1 1800 553-NETS E-mail: cs-yang@cisco.com"; description "Model for managing configurations related to various 802.11 protocols. Copyright (c) 2016-2020 by Cisco Systems, Inc. All rights reserved."; revision "2021-07-01" { description "- Added a constraint to prevent 802.11ax from being disabled on 6 GHz band"; reference "7.0.0"; } revision "2020-11-01" { description "- Added configuration to enable/disable client load-based EDCA."; reference "6.3.0"; } revision "2020-07-01" { description "- Added RSSI threshold configuration for WiFi to Cellular steering. - Added Country code configuration."; reference "6.2.0"; } revision "2019-11-01" { description "- Added 802.11ax BSS color configuration - Added Target Wake-up Time support for 802.11ax."; reference "6.1.0"; } revision "2019-06-18" { description "- Enable 802.11ax feature by default. - Added semantic version. - Fixed must constraint for frame-burst leaf. - Removed must constraint for frame-burst leaf. - Added when clause for frame-burst leaf. - Update the default values as per WLC configuration best practice"; reference "6.0.0"; } revision "2019-02-21" { description "- Adding new enum type for dot11 band - Client Switch enable and mode Default and Type changed - Support for 802.11ax configuration - Support for dot11ax mcs index configuration - Removal of unused leaves - Cleaned up spelling errors in descriptions - Modified description of the leaves - Multicast related leaves name change - Modified description and names of the leaves - Adding new enum for 11ac MCS Data rate index - Changing type for leaf node smart-dfs - Updated name for QoS CAC voice leaf nodes - Updated frame-burst for 802.11n configuration"; reference "5.0.0"; } revision "2018-06-13" { description "- Change TX MCS rate config for dot11ac - Remove SIP codec support - Add range constraints to integer."; reference "4.0.0"; } revision "2018-03-01" { description "Defaults changed"; reference "3.0.0"; } revision "2018-01-24" { description "The first generally available version"; reference "2.0.0"; } revision "2017-05-05" { description "Initial revision"; reference "1.0.0"; } cisco-semver:module-version "7.0.0"; cisco-semver:module-version "6.3.0"; cisco-semver:module-version "6.2.0"; cisco-semver:module-version "6.1.0"; cisco-semver:module-version "6.0.0"; cisco-semver:module-version "5.0.0"; cisco-semver:module-version "4.0.0"; cisco-semver:module-version "3.0.0"; cisco-semver:module-version "2.0.0"; cisco-semver:module-version "1.0.0"; container dot11-cfg-data { description "802.11 feature related configuration"; container configured-countries { description "Country code configuration"; list configured-country { key "country-code"; description "List of configured country codes"; leaf country-code { type wireless-enum-types:country-code; must "(../country-code = 'ae' or ../country-code = 'al' or ../country-code = 'ar' or ../country-code = 'at' or ../country-code = 'au' or ../country-code = 'ba' or ../country-code = 'bb' or ../country-code = 'bd' or ../country-code = 'be' or ../country-code = 'bg' or ../country-code = 'bh' or ../country-code = 'bm' or ../country-code = 'bn' or ../country-code = 'bo' or ../country-code = 'br' or ../country-code = 'by' or ../country-code = 'ca' or ../country-code = 'ch' or ../country-code = 'cl' or ../country-code = 'cm' or ../country-code = 'cn' or ../country-code = 'co' or ../country-code = 'cr' or ../country-code = 'cu' or ../country-code = 'cy' or ../country-code = 'cz' or ../country-code = 'de' or ../country-code = 'dk' or ../country-code = 'do' or ../country-code = 'dz' or ../country-code = 'ec' or ../country-code = 'ee' or ../country-code = 'eg' or ../country-code = 'el' or ../country-code = 'es' or ../country-code = 'fi' or ../country-code = 'fj' or ../country-code = 'fr' or ../country-code = 'gb' or ../country-code = 'gh' or ../country-code = 'gi' or ../country-code = 'gr' or ../country-code = 'hk' or ../country-code = 'hr' or ../country-code = 'hu' or ../country-code = 'id' or ../country-code = 'ie' or ../country-code = 'il' or ../country-code = 'in' or ../country-code = 'io' or ../country-code = 'iq' or ../country-code = 'is' or ../country-code = 'it' or ../country-code = 'jm' or ../country-code = 'jo' or ../country-code = 'j2' or ../country-code = 'j4' or ../country-code = 'ke' or ../country-code = 'kn' or ../country-code = 'kw' or ../country-code = 'kz' or ../country-code = 'lb' or ../country-code = 'li' or ../country-code = 'lk' or ../country-code = 'lt' or ../country-code = 'lu' or ../country-code = 'lv' or ../country-code = 'ly' or ../country-code = 'ma' or ../country-code = 'mc' or ../country-code = 'me' or ../country-code = 'mk' or ../country-code = 'mn' or ../country-code = 'mo' or ../country-code = 'mt' or ../country-code = 'mx' or ../country-code = 'my' or ../country-code = 'ng' or ../country-code = 'nl' or ../country-code = 'no' or ../country-code = 'nz' or ../country-code = 'om' or ../country-code = 'pa' or ../country-code = 'pe' or ../country-code = 'ph' or ../country-code = 'pk' or ../country-code = 'pl' or ../country-code = 'pr' or ../country-code = 'pt' or ../country-code = 'py' or ../country-code = 'qa' or ../country-code = 'ro' or ../country-code = 'rs' or ../country-code = 'ru' or ../country-code = 'sa' or ../country-code = 'se' or ../country-code = 'sg' or ../country-code = 'si' or ../country-code = 'sk' or ../country-code = 'th' or ../country-code = 'ti' or ../country-code = 'tn' or ../country-code = 'tr' or ../country-code = 'tw' or ../country-code = 'ua' or ../country-code = 'us' or ../country-code = 'uy' or ../country-code = 've' or ../country-code = 'vn' or ../country-code = 'za')" { error-message "Unsupported Country. Please configure supported country."; error-app-tag "must-violation"; } description "country code"; } } // list configured-country } // container configured-countries container dot11ac-mcs-entries { description "802.11ac MCS rates related configuration."; list dot11ac-mcs-entry { key "spatial-stream index"; description "802.11ac MCS rates related configuration"; leaf spatial-stream { type uint8 { range "1 .. 4"; } description "Spatial stream number related to MCS data rate settings on the 802.11ac band."; } leaf index { type wireless-enum-types:dot11ac-mcs-rate-index; description "802.11ac MCS rates. Key value is the spatial stream value. Possible values: enm-dot11ac-mcs-idx-8 = MCS Data rate index 8 enm-dot11ac-mcs-idx-9 = MCS Data rate index 9."; } leaf apf-80211ac-mcs-tx-enable { type boolean; default "true"; description "802.11ac MCS data rate. True - MCS support is enabled. False - MCS support is disabled."; } } // list dot11ac-mcs-entry } // container dot11ac-mcs-entries container dot11-entries { description "802.11 protocol related configuration"; list dot11-entry { key "band"; description "List of configuration related to 802.11 protocol"; leaf band { type wireless-types:enm-ewlc-dot11-radio-band; description "Band to which the configuration belong to. dot11-2-dot-4ghz-band - Current operating band 2.4Ghz. dot11-5-ghz-band - Current operating band 5Ghz."; } leaf voice-adm-ctrl-support { type boolean; default "false"; description "Admission control on voice access category. True - Voice traffic flowing through the 802.11a interfaces in the controller is enabled. False - Voice traffic flowing through the 802.11a interfaces in the controller is disabled."; } leaf video-adm-ctrl-support { type boolean; default "false"; description "Admission control on video access category. True - Video traffic flowing through the 802.11a interfaces in the controller is enabled. False - Video traffic flowing through the 802.11a interfaces in the controller is disabled."; } leaf sip-cac-voice-sample-size { type uint8 { range "10 .. 80"; } default "20"; description "Voice sample size in milliseconds for SIP CAC configuration of the dot11 band for the APs associated with this controller."; } leaf sip-cac-config-bandwidth { type uint8 { range "8 .. 64"; } default "64"; description "Bandwidth in kbps for SIP CAC configuration of the dot11 band for the APs associated with this controller."; } leaf apf-network-state { type boolean; default "true"; description "802.11 Network Admin Status."; } leaf apf-dot11g-supported { type boolean; default "true"; description "802.11g protocol support also on the 802.11b network. Enabling 802.11g allows additional data rates: 6, 9, 12, 18, 24, 36, 48, 54 Mbps."; } leaf cac-voice-max-bandwidth { type uint8 { range "5 .. 85"; } default "75"; description "Maximum bandwidth allocated to 802.11e clients. It is expressed as percentage of the total bandwidth of 802.11b network. The value of this attribute can vary from 0 to 100."; } leaf apf-dtpc { type boolean; default "true"; description "Enables the DTPC support on all 802.11b/g radios. DTPC or Dynamic Transmit Power Control support means that the radio's transmit power will be advertised in the beacons and probe responses."; } leaf cac-video-max-bandwidth { type uint8 { range "5 .. 85"; } default "5"; description "Maximum bandwidth that can be allocated by controller for video traffic when admission control is enabled for 802.11a interfaces in the controller. When set to 0, all available bandwidth in 802.11a interfaces can be allocated to video traffic."; } leaf cac-voice-roam-bandwidth { type uint8 { range "0 .. 25"; } default "6"; description "Bandwidth relative to the maximum allocated bandwidth indicated by cac-voice-max-bandwidth, that can be allocated to roaming clients for voice traffic, when admission control is enabled for 802.11a interfaces in the controller."; } leaf cac-video-roam-bandwidth { type uint8 { range "0 .. 25"; } default "0"; description "Bandwidth relative to the maximum allocated bandwidth indicated by cac-video-max-bandwidth, that can be allocated to roaming clients for video traffic, when admission control is enabled for 802.11a interfaces in the controller."; } leaf tsm-enable { type boolean; default "false"; description "802.11a traffic stream metrics support. True - Associated APs send the controller statistical data on traffic observed on their 802.11a interfaces in every 90 seconds. False - APs stop sending statistical data on the 802.11a interfaces to the controller."; } leaf exp-bandwidth-req-enable { type boolean; default "false"; description "Expedited BW request support. True - APs advertise the expedited BW support in their beacons and association responses. False - APs do not advertise the expedited BW support in their beacons and association responses."; } leaf cac-voice-loadbased { type boolean; default "true"; description "The parameters that can be modified, when admission control is enabled. loadBased - controller will reserve and manage max-bandwidth and roaming-bandwidth based on the load on the WLAN. static - controller will reserve and manage max-bandwidth (cac-voice-max-bandwidth) and roaming-bandwidth (cac-voice-roam-bandwidth) as per user configured values. When ACM is disabled, admission control will not be enforced. This may delay voice traffic depending on the traffic on the WLAN."; } leaf cac-tspec-inactivity-timeout { type boolean; default "true"; description "TSPEC inactivity timeout processing mode"; } leaf cac-stream-size { type uint32 { range "84000 .. 92100"; } default "84000"; description "Max data rate of the stream acceptable, between 84000 and 92100 range"; } leaf cac-max-streams { type uint8 { range "1 .. 5"; } default "2"; description "Max number of streams per TSPEC"; } leaf beamforming { type wireless-enum-types:nw-leg-beam-form; default "nw-leg-bf-disable"; description "Status of legacy beam forming in this AP, applicable only for 11n supported APs. Possible values: nw-leg-bf-disable - Legacy beam forming is disabled for this AP nw-leg-bf-enable - Legacy beam forming is enabled for this AP nw-leg-bf-na - Legacy beam forming is not applicable for this AP"; } leaf world-mode-ie { type boolean; default "true"; description "World mode IE needs to be passed as bart of beacon"; } leaf cac-voice-sip { type boolean; default "false"; description "SIP CAC is enabled."; } leaf apf-dot11b-short-preamble { type boolean; default "true"; description "802.11b Short Preamble."; } leaf tx-power-control-threshold { type int8 { range "-80 .. -50"; } default "-70"; description "Global AP Transmit Power Threshold value. The permissible range is -80 dbm to -50 dbm"; } leaf channel-aware-tpc { type boolean; default "false"; description "TPC algorithm is channel aware"; } container apf-dot11-default-cfg { description "802.11 default configuration"; leaf fragmentation-threshold { type uint16 { range "256 .. 2346"; } default "2346"; description "Current maximum size, in octets, of the MPDU that may be delivered to the PHY. An MSDU shall be broken into fragments if its size exceeds the value of this attribute after adding MAC headers and trailers. An MSDU or MPDU shall be fragmented when the resulting frame has 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 2346 or the aMPDUMaxLength of the attached PHY and shall never exceed the lesser of 2346 or the aMPDUMaxLength of the attached PHY. The value of this attribute shall never be less than 256."; } leaf default-tx-power-level { type uint16 { range "1 .. 5"; } default "1"; description "current-tx-power-level N currently being used to transmit data. Some PHYs also use this value to determine the receiver sensitivity requirements for CCA."; } } // container apf-dot11-default-cfg container apf-dot11-capability { description "802.11 capabilities supported by the controller related configuration"; leaf apf-beacon-interval { type uint16 { range "20 .. 1000"; } default "100"; description "Number of time unit that a AP Radio shall use for scheduling Beacon transmissions. This value is transmitted in Beacon and Probe Response frames."; } } // container apf-dot11-capability container ht-cfg { description "802.11n related configuration"; leaf dot11n-enabled { type boolean; default "true"; description "Enables the controller to manage 802.11n networks. True - 802.11n network is enabled. False - 802.11n network is disabled."; } leaf dot11n-rifs-tx-status { type boolean; default "true"; description "Support for RIFS on this band. True - RIFS is enabled for this band. False - RIFS is disabled for this band."; } leaf dot11n-short-guard-enabled { type boolean; default "true"; description "Support for 802.11n guard interval on this band. True - Guard interval is enabled for this band. False - Guard interval is disabled for this band."; } } // container ht-cfg container dot11ac-cfg { description "802.11ac related configuration"; leaf vht-enable { type boolean; default "true"; description "Enables controller to manage 802.11ac networks. True - 802.11ac network is enabled. False - 802.11ac network is disabled."; } } // container dot11ac-cfg container dot11ax-cfg { description "802.11ax feature related configuration"; leaf he-enable { type boolean; must "((../../band != 'dot11-6-ghz-band') or (../../dot11ax-cfg/he-enable = 'true'))" { error-message "802.11ax should not be disabled for 6 GHz band"; error-app-tag "must-violation"; } default "true"; description "Configuration to enable 802.11ax support"; } leaf he-dynamic-frag { type boolean; default "true"; description "Configuration to enable 802.11ax Dynamic Fragmentation support"; } leaf he-mbssid-cap { type boolean; default "true"; description "Configuration to enable 802.11ax multiple bssid support"; } leaf he-twt-enable { type boolean; default "true"; description "Configures 802.11ax target wake-up time. True - Target Wake-up Time is enabled. False - Target Wake-up Time is disabled."; } leaf he-twt-broadcast-enable { type boolean; default "true"; description "Configures 802.11ax target wake-up time broadcast. True - Target Wake-up Time broadcast is enabled. False - Target Wake-up Time broadcast is disabled."; } leaf he-bss-color { type boolean; default "false"; description "Configuration to enable 802.11ax BSS color support"; } } // container dot11ax-cfg container dot11h-cfg { description "802.11h related configuration"; leaf channel-switch-enable { type boolean; default "true"; description "Enables or disables channel switch. When disabling Channel Switch no need to pass mode and count"; } leaf channel-switch-mode { type wireless-enum-types:enm-channel-switch-mode; default "chan-switch-mode-loud"; description "Channel Switch Mode indicates any restriction on transmission until a channel switch. channel-switch-mode-loud - Does not impose any requirement on the receiving STA. channel-switch-mode-quiet - STA in a BSS to which the frame containing the element is addressed shall transmit no further frames with in the BSS until the scheduled channel switch."; } leaf power-constraint { type uint8 { range "0 .. 30"; } default "0"; description "Local maximum transmit power for a channel is defined as maximum transmit power level specified for the channel in the Country element minus the local power constraint specified for the channel in the Power Constraint element. The power constraint is coded as an unsigned integer in units of decibels. To disable power constraint set Power Constraint to 0."; } leaf smart-dfs { type boolean; default "true"; description "Non occupancy time for Radar interference channel. True - Smart DFS is enabled. False - Smart DFS is disabled."; } } // container dot11h-cfg container dot11-qos-pm { description "Radio policy related configuration"; leaf qos-pm-name { type string; default "unknown"; description "Radio policy name"; } leaf def-11gn { type uint32 { range "15000 .. 200000000"; } default "200000000"; description "2.4 Ghz radio policy rate"; } leaf def-11an { type uint32 { range "15000 .. 400000000"; } default "400000000"; description "5 Ghz 11n radio policy rate"; } leaf def-11ac { type uint32 { range "15000 .. 1000000000"; } default "1000000000"; description "11ac radio policy rate"; } } // container dot11-qos-pm leaf ate-oper-mode { type wireless-enum-types:apf-ate-mode; default "apf-atf-mode-disable"; description "Sets the mode represented by radio type of ATF supported APs joined in the controller. Read operation may differ if config is overridden. Possible values: apf-atf-mode-disable - Oper mode is set to disabled apf-atf-mode-ssid - Oper mode is set to SSID apf-atf-mode-monitor - Oper mode is set to Monitor"; } leaf ate-stealing { type wireless-enum-types:apf-ate-stealing-policy; default "apf-atf-stealing-policy-disable"; description "Sets the mode represented by band of ATF supported APs joined in the controller. Read operation may differ if config is overridden. Possible values are: apf-atf-stealing-policy-disable - Stealing mode is set to disabled apf-atf-stealing-policy-enable - Stealing mode is set to enabled"; } leaf g-edca { type wireless-enum-types:edca-profile; default "edca-wmm"; description "EDCA profile to be used in EDCA Parameter set element."; } leaf medium-occupancy-limit { type uint32; default "100"; description "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."; } leaf ed-threshold { type int32; default "-50"; description "Current Energy Detect Threshold being used by the DSSS PHY"; } leaf cfp-period { type uint32; default "4"; description "Number of DTIM intervals between the start of CFPs. It is modified by MLME-START.request primitive."; } leaf cfp-max-duration { type uint32; default "60"; description "Maximum duration of the CFP in TU that may be generated by the PCF. It is modified by MLME-START.request primitive."; } leaf rts-threshold { type uint32; default "2347"; description "Number of octets in an MPDU, below which an RTS/CTS handshake shall not be performed. An RTS/CTS handshake shall be performed at the beginning of any frame exchange sequence where the MPDU is of type Data or Management, the MPDU has an individual address in the Address1 field, and the length of the MPDU is greater than this threshold. (For additional details, refer to Table 21 in 9.7.) Setting this attribute to be larger than the maximum MSDU 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 2347."; } leaf cf-pollable { type boolean; default "false"; description "Contention Free Poll with data frame. True - STA is able to respond to a CF-Poll with a data frame within a SIFS time. False - STA is not able to respond to a CF-Poll with a data frame within a SIFS time."; } leaf cf-poll-request { type boolean; default "false"; description "Contention Free Poll request. True - CF-Poll is enabled. False - CF-Poll is disabled."; } leaf dtim-period { type uint32; default "1"; description "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."; } leaf max-tx-power-level { type uint32; default "1"; description "Maximum transmit power, in dBm, allowed in the subband for the associated domain country string. The default value of this attribute shall be zero."; } leaf short-retry-limit { type uint32; default "7"; description "Maximum number of transmission attempts of a frame, the length of which is less than or equal to bsnGlobalDot11RTSThreshold, that shall be made before a failure condition is indicated. The default value of this attribute shall be 7."; } leaf long-retry-limit { type uint32; default "4"; description "Maximum number of transmission attempts of a frame, the length of which is greater than bsnGlobalDot11RTSThreshold, that shall be made before a failure condition is indicated. The default value of this attribute shall be 4."; } leaf max-tx-msdu-lifetime { type uint32; default "512"; description "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."; } leaf max-rx-lifetime { type uint32; default "512"; description "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."; } leaf channel-agility { type boolean; default "false"; description "PHY channel agility True - PHY channel agility is enabled. False - PHY channel agility is disabled."; } container ampdu-entries { description "802.11n A-MPDU related configuration"; list ampdu-entry { key "index"; description "List of configuration related to 802.11n A-MPDU"; leaf index { type uint8 { range "0 .. 7"; } description "Key to the 802.11n amsdu configuration table."; } leaf apf-80211n-ampdu-tx-priority { type wireless-enum-types:apf-80211n-ampdu; default "apf-80211n-ampdu-invalid"; description "802.11n-2.4 Ghz transmit A-MPDU. Possible values: apf-80211n-ampdu-disable - Transmit A-MPDU is disabled apf-80211n-ampdu-enable - Transmit A-MPDU is enabled apf-80211n-ampdu-invalid - Transmit A-MPDU is invalid"; } } // list ampdu-entry } // container ampdu-entries container ampdu-tx-scheduler { presence "ampdu-tx-scheduler"; description "List of configuration related to 802.11n A-MPDU transmit scheduler"; leaf scheduler-enabled { type boolean; default "true"; description "802.11n AMPDU scheduler is enabled. True - Scheduler is enabled. False - Scheduler is disabled"; } leaf rt-timeout { type uint32 { range "1 .. 1000"; } default "10"; description "A-MPDU transmit aggregation scheduler realtime traffic timeout in msec"; } leaf frame-burst { when "(../../band = 'dot11-5-ghz-band')"; type wireless-enum-types:frame-burst-mode; default "frame-burst-automatic"; description "Optimal settings for bursting of 802.11n A-MPDUs. Possible values: frame-burst-automatic - Burst setting is automatic frame-burst-enabled - Burst setting is enabled frame-burst-disabled - Burst setting is disabled"; } } // container ampdu-tx-scheduler container amsdu-entries { description "802.11n A-MSDU related configuration"; list amsdu-entry { key "index"; description "List of configuration related to 802.11n A-MSDU"; leaf index { type uint8 { range "0 .. 7"; } description "Spatial stream index. This is also the key to the A-mpdu configuration table"; } leaf apf-80211n-amsdu-tx-priority { type wireless-enum-types:apf-80211n-amsdu; default "apf-80211n-amsdu-invalid"; description "802.11n A-MSDU transmit priority Possible values: apf-80211n-amsdu-disable - Transmit priority is disabled apf-80211n-amsdu-enable - Transmit priority is enabled apf-80211n-amsdu-invalid - Transmit priority is invalid"; } } // list amsdu-entry } // container amsdu-entries container media-stream-band-info-cfg { presence "mediaStreamBandInfo"; description "Media stream band information"; leaf multicast-direct { type boolean; default "false"; description "Decision flag to allow multicast direct stream on radio."; } leaf multicast-direct-adm-best-effort { type boolean; default "false"; description "Admit a media stream in best effort queue."; } leaf video-redirect { type boolean; default "false"; description "A unicast or multicast only video stream can be redirected to best effort."; } leaf cac-mmedia-max-bw { type uint32 { range "5 .. 85"; } default "85"; description "Maximum allowed bandwidth for media traffic."; } leaf cac-mstream-mdirect-min-client-rate { type wireless-enum-types:dot11-min-phy-rate; default "six"; description "Minimum client rate for multicast direct streams."; } leaf cac-mstream-mdirect-max-retry-percent { type uint32 { range "0 .. 100"; } default "80"; description "Maximum retry percent for multicast direct streams."; } leaf mdirect-max-stream-per-radio { type uint32 { range "0 .. 20"; } default "0"; description "Maximum number of allowed streams per radio for a 802.11 band."; } leaf mdirect-max-stream-per-client { type uint32 { range "0 .. 15"; } default "0"; description "Maximum number of allowed streams per client for a 802.11 band."; } } // container media-stream-band-info-cfg container spectrum-cfg { presence "spectrum-cfg"; description "Clean-Air related configuration"; leaf spectrum-admin-state-set { type boolean; default "true"; description "Clean Air (CA) on this band. True - CA is enabled. False - CA is disabled."; } leaf si-admin-state-set { type boolean; default "false"; description "Spectrum Intelligence (SI) on this band. True - SI is enabled. False - SI is disabled."; } leaf dev-report-state-set { type boolean; default "true"; description "Device reporting state on this band. True - Device Reporting state is enabled. False - Device Reporting state is disabled."; } leaf aq-polling-period { type uint8; default "15"; description "Air Quality polling interval."; } leaf id-report-enable { type boolean; default "false"; description "IDR Reporting is on this band. True - IDR is enabled. False - IDR is disabled."; } leaf id-report-period { type uint8; default "90"; description "Interferer reporting period, this is fixed at 90 seconds"; } leaf aq-report-enable { type boolean; default "false"; description "Air Quality Reporting on this band. True - Air Quality Reporting is enabled. False - Air Quality Reporting is disabled."; } leaf aq-alarm-mode { type boolean; default "false"; description "Air Quality notification on this band. True - AQ notification is enabled. False - AQ notification is disabled."; } leaf aq-alarm-threshold { type uint8 { range "1 .. 100"; } default "10"; description "Threshold value for the trap."; } leaf dev-alarm-mode { type boolean; default "false"; description "IDR notification on this band. True - IDR notification is enabled. False - IDR notification is disabled."; } leaf rrm-ed-enable { type boolean; default "false"; description "Event driven RRM on this band. True - Event driven RRM is enabled. False - Event driven RRM is disabled."; } leaf rrm-ed-threshold-level { type wireless-enum-types:rrm-ed-threshold-level; default "rrm-cleanair-event-low"; description "Event driven RRM threshold level. 'low' - low level event driven RRM threshold value 'medium' - medium level event driven RRM threshold value 'high' - high level event driven RRM threshold value 'custom' - user specified value of even driven RRM threshold"; } leaf rrm-ed-custom-threshold-value { type uint32 { range "1 .. 99"; } default "1"; description "Event driven RRM Custom threshold value. This object only takes effect when the value of rrm-ed-threshold-level is 'custom'."; } leaf rrm-ed-rogue-enable { type boolean; default "false"; description "Event driven RRM rogue contribution on this band. True - Rogue contribution is enabled. False - Rogue contribution is disabled."; } leaf rrm-ed-rogue { type uint8 { range "1 .. 99"; } default "80"; description "Event driven RRM rogue contribution duty cycle threshold value."; } leaf idrv-period { type uint8; default "20"; description "Interferer report period is fixed at 90 seconds"; } leaf aq-alarm2-control { type boolean; default "false"; description "Config air quality alarm on exceeding unclassified category severity"; } leaf aq-alarm2-threshold { type uint8 { range "1 .. 100"; } default "35"; description "Config air quality alarm threshold for unclassified category severity, range 1(low) - 100(high)"; } leaf cleanair-dev-all-mode { type boolean; default "true"; description "Detection of all given interferer types on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf rrm-pd-propagation { type boolean; default "false"; description "Persistent Device Propagation to neighboring access points on this band. True - Persistent Device Propagation is enabled. False - Persistent Device Propagation is disabled."; } leaf cleanair-device-bt-link-mode { type boolean; default "true"; description "Detection of bluetooth link device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-bt-link-mode { type boolean; default "false"; description "Alarm for reporting bluetooth link on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-mw-oven-mode { type boolean; default "true"; description "Detection of microwave oven interferer device types on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-mw-oven-mode { type boolean; default "false"; description "Alarm for reporting microwave oven on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-dev802fh-mode { type boolean; default "true"; description "Detection of frequency hopping 802.11 complaint device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf dev802fh-mode { type boolean; default "false"; description "Alarm for reporting frequency hopping 802.11 complaint on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-bt-discovery-mode { type boolean; default "true"; description "Detection of bluetooth device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-bt-discovery-mode { type boolean; default "false"; description "Alarm for reporting bluetooth on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-tddtx-mode { type boolean; default "true"; description "Detection of time division duplex transmitter device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-tddtx-mode { type boolean; default "false"; description "Alarm for reporting time division duplex transmitter on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-jammer-mode { type boolean; default "true"; description "Detection of jammer device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-jammer-mode { type boolean; default "false"; description "Alarm for reporting jammer on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-conttx-mode { type boolean; default "true"; description "Detection of continuous transmitter device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-conttx-mode { type boolean; default "false"; description "Alarm for reporting continuous transmitter on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-dect-like-mode { type boolean; default "true"; description "Detection of DECT like device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-dect-like-mode { type boolean; default "false"; description "Alarm for reporting DECT like on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-video-mode { type boolean; default "true"; description "Detection of video camera device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-video-mode { type boolean; default "false"; description "Alarm for reporting video camera on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-zig-bee-mode { type boolean; default "true"; description "Detection of zigbee device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-zig-bee-mode { type boolean; default "false"; description "Alarm for reporting zigbee on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-inv-mode { type boolean; default "true"; description "Detection of spectrally inverted wifi signal device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-inv-mode { type boolean; default "false"; description "Alarm for reporting spectrally inverted wifi signal on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-nonstd-mode { type boolean; default "true"; description "Detection of device using non standard wifi channels on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-nonstd-mode { type boolean; default "false"; description "Alarm for reporting device using non standard wifi channels"; } leaf cleanair-device-superag-mode { type boolean; default "true"; description "Detection of superAG device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-superag-mode { type boolean; default "false"; description "Alarm for reporting superAG on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-canopy-mode { type boolean; default "true"; description "Detection of canopy device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-canopy-mode { type boolean; default "false"; description "Alarm for reporting canopy on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-xbox-mode { type boolean; default "true"; description "Detection of xbox device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-xbox-mode { type boolean; default "false"; description "Alarm for reporting xbox on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-wimax-mobile-mode { type boolean; default "true"; description "Detection of wimax mobile device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-wimax-mobile-mode { type boolean; default "false"; description "Alarm for reporting wimax mobile on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-wimax-fixed-mode { type boolean; default "true"; description "Detection of wimax fixed device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-wimax-fixed-mode { type boolean; default "false"; description "Alarm for reporting wimax fixed on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf cleanair-device-ble-beacon-mode { type boolean; default "false"; description "Detection of BLE beacon device on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf device-ble-beacon-mode { type boolean; default "false"; description "Alarm for reporting ble beacon on CleanAIR capable access points on this band. True - CleanAIR capable access points is enabled. False - CleanAIR capable access points is disabled."; } leaf si-device-fhss-mode { type boolean; default "true"; description "Detection of FHSS device on SI capable access points on this band. True - SI capable access points is enabled. False - SI capable access points is disabled."; } leaf device-fhss-mode { type boolean; default "false"; description "Alarm for reporting FHSS on SI capable access points on this band. True - SI capable access points is enabled. False - SI capable access points is disabled."; } } // container spectrum-cfg container dot11ax-mcs-entries { description "802.11ax MCS related configuration"; list dot11ax-mcs-entry { key "spatial-stream index"; description "802.11ax MCS entry related configuration"; leaf spatial-stream { type uint8 { range "1 .. 8"; } description "Spatial stream index for MCS data rate settings on the 802.11ax band."; } leaf index { type wireless-enum-types:mcs-index; description "802.11ax MCS rates. Key value is the spatial stream value. Possible values: dot11ax-mcs-idx7 = MCS Data rate index 7 for dot11ax dot11ax-mcs-idx9 = MCS Data rate index 9 for dot11ax dot11ax-mcs-idx11 = MCS Data rate index 11 for dot11ax"; } leaf apf-80211ax-mcs-tx-enable { type boolean; default "true"; description "80211ax MCS transit data rate. True - MCS data rate is enabled. False - MCS data rate is disabled."; } } // list dot11ax-mcs-entry } // container dot11ax-mcs-entries leaf cac-max-calls { type uint32; description "cac max calls"; } leaf cell-handoff-rssi-thold { type int8; units "dBm"; must "(../cell-handoff-rssi-thold <= -80 and ../cell-handoff-rssi-thold >= -90)" { error-message "Invalid input value"; error-app-tag "must-violation"; } default "-85"; description "RSSI threshold value to trigger WiFi to Cellular steering"; } leaf edca-client-load-based { type boolean; default "true"; description "Client load-based EDCA on this band. True - Client load-based EDCA is enabled. False - Client load-based EDCA is disabled."; } } // list dot11-entry } // container dot11-entries } // container dot11-cfg-data } // module Cisco-IOS-XE-wireless-dot11-cfg
© 2023 YumaWorks, Inc. All rights reserved.