INTEROPERABILITY REPORT Ascom i62 Fortinet/Meru Networks … · Interoperability Report - Ascom i62...

Interoperability Report - Ascom i62 - MERU v 7.0-8.0 AP320/332/822/832/1000 1 2015-11-05

INTEROPERABILITY REPORT Ascom i62 Fortinet/Meru Networks AP320, 332, 822, 832 and AP1000 series System manager version 7.0-8-0

i62 OEM derivatives version 5.4.2

Ascom, Gothenburg

October 2015

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TABLE OF CONTENT: INTRODUCTION ........................................................................................................................... 3

About Ascom ............................................................................................................................ 3About Meru Networks ............................................................................................................... 3

SITE INFORMATION .................................................................................................................... 4SUMMARY .................................................................................................................................... 5

Known issues and limitations .................................................................................................... 6Compatibility information .......................................................................................................... 6General Conclusions ................................................................................................................ 6Ascom WLAN Infrastructure Verification VoWiFi ................................................................... 7

General settings .................................................................................................................... 8Security settings .................................................................................................................... 9ESS, Radio and QoS settings ............................................................................................. 12

Ascom i62 ............................................................................................................................... 17Innovaphone IP6000 (IP PBX & DHCP server) ...................................................................... 19

APPENDIX B: DETAILED TEST RECORDS .............................................................................. 20


INTRODUCTION This document describes necessary steps and guidelines to optimally configure the Meru Networks WLAN platform with Ascom i62 VoWiFi handsets.

The guide should be used in conjunction with both Meru Networks and Ascoms configuration guide(s).

About Ascom

Ascom Wireless Solutions (www.ascom.com/ws) is a leading provider of on-site wireless communications for key segments such as hospitals, manufacturing industries, retail and hotels. More than 75,000 systems are installed at major companies all over the world. The company offers a broad range of voice and professional messaging solutions, creating value for customers by supporting and optimizing their Mission-Critical processes. The solutions are based on VoWiFi, IP-DECT, DECT, Nurse Call and paging technologies, smartly integrated into existing enterprise systems. The company has subsidiaries in 10 countries and 1,200 employees worldwide. Founded in the 1950s and based in Gteborg, Sweden, Ascom Wireless Solutions is part of the Ascom Group, listed on the Swiss Stock Exchange.

About Meru Networks

Founded in 2002, Meru Networks provides a virtualized wireless LAN solution that cost-effectively optimizes the enterprise network to deliver the performance, reliability, predictability and operational simplicity of a wired network, with the advantages of mobility. Meru's solution represents an innovative approach to wireless networking that utilizes virtualization technology to create an intelligent and self-monitoring wireless network, and enables enterprises to migrate their business-critical applications from wired networks to wireless networks, and become all-wireless enterprises. Meru's solutions have been adopted in all major industry vertical markets, including Fortune 500 enterprises, healthcare, education, retail, manufacturing, hospitality and government. Meru is headquartered in Sunnyvale, Calif., and has operations in the Americas, Europe, the Middle East and Asia Pacific. For more information, visit www.merunetworks.com or call (408) 215-5300.


SITE INFORMATION

Test Site: Morrisville 300 Perimeter park drive, NC 27560 USA Participants: Karl-Magnus Olsson, Ascom HQ TEST TOPOLOGY


SUMMARY Please refer to Appendix B for detailed results. WLAN Controller Features

High Level Functionality Result Association, Open with No Encryption OK Association, WPA2-PSK, AES Encryption OK Association, PEAP-MSCHAPv2 Auth., AES Encryption OK Association, Multiple ESSIDs OK Beacon Interval and DTIM Period OK PMKSA Caching Roam transparent to handset* WPA2-opportunistic/proactive Key Caching Roam transparent to handset* WMM Prioritization OK Load test OK 802.11 Power-save mode OK 802.11 Power-save mode (load test) OK 802.11e U-APSD OK 802.11e U-APSD (load test) OK *) Not applicable due to the Meru system architecture (Virtual Cell). Roaming

High Level Functionality Result Roaming, Open with No Encryption OK* Roaming, WPA2-PSK, AES Encryption OK* Roaming, PEAP-MSCHAPv2 Auth, AES Encryption OK*

* ) Roaming is transparent to the handset. Therefore no roaming times presented.


Known issues and limitations

- Important. i62 might lose SIP registration and experience voice disturbances when

associated in .11n mode. Solution/workaround: Associate in legacy/non 11n mode by setting Ascom i62 802.11 Protocol to 802.11a or 802.11b/g. (see chapter Ascom i62 network settings for details) Investigation is ongoing. Refer to Ascom ticket WX-3948 for details.

For additional information regarding known issues please contact [email protected] or [email protected]

Compatibility information All tests were performed on a MC1550 controller running version 7.0-8-0 but we guarantee interoperability with all below listed controllers running software version 7.0-8-0. Analogously, all tests were performed with AP320, AP332, AP832and AP1020 but variants of these access points stated below are also supported. i62 version 5.4.2 is using WLAN driver version 3.6.h. Supported controllers. MC1550 MC3200 MC4200 MC6000 Compatible access points AP 301/302/310/311/320 AP 332 (i/e variants) AP 822 and AP832 (i/e variants) AP1010/1014/1020 (i/e variants)

General Conclusions The result of the verified test areas, such as authentication, association, handover and call stability tests, produced in general very good test result. Due to Merus single channel architecture, no traditional roaming is made which makes the roaming seamless. Note. Unless the parameter Expedited Forwarding Override is used the i62 have to mark voice packets with DSCP 48 in order for appropriate mapping in the air (Access Category 6). Refer to handset configuration on page 17. Please refer to Merus documentation for information regarding co-existence and between different access point models within the same wireless network.


TEST RESULTS

Ascom WLAN Infrastructure Verification VoWiFi Software Versions:

Meru Networks MC1550 WLAN Controller, version 7.0-8-0 AP320/AP332/AP8x2/AP10xx Access Points Ascom i62, v 5.4.2 (WLAN version 3.6.h)

Signaling Protocol: SIP, Innovaphone IP6000 used as SIP server

Configuration of WLAN System:

Beacon Interval: 100ms DTIM Period: 5 Silent Client Polling enabled (on by default) 802.11bgn 802.11an WMM/ U-APSD Enabled (See appendix A for QoS profiles) Virtual Cell (AP10xx, 332, 822 and 832) Virtual Port (AP 320)

Ascom i62 Configuration:

World Mode Regulatory Domain set to World mode. IP DSCP for Voice: 0xC0 (48) Class Selector 6 IP DSCP for Signaling: 0x68 (26) Assured Forwarding 31 Roaming Methodology: System-aided roaming Transmit Gratuitous ARP: Enable

.

Keep in mind that security options and power save modes were adjusted according to requirements in individual test cases. Please refer to appendix A for information regarding device configuration.


APPENDIX A: TEST CONFIGURATIONS Meru Networks MC1550 WLAN Controller and AP320/332/8x2/10xx Access Points. Version 7.0-8-0 In the following chapter you will find screenshots and explanations of basic settings in order to get a Meru WLAN system to operate with an Ascom i62. Please note that security settings were modified according to requirements in individual test cases. The configuration file is found at the bottom of this chapter.

General settings

System overview


Security settings

Security profile WPA2-PSK, AES/CCMP encryption.


Security profile WPA2-Enterprise, AES-CCMP encryption Primary RADIUS Profile Name FreeRadius refers to the RADIUS profile set up in the controller. See radius profile below for additional details.

Configuration of Radius profile.


Radius profile configuration. Note that the profile FreeRadius, the RADIUS IP and the secret must correspond to the authentication server running in the network.


ESS, Radio and QoS settings

Ascom recommended settings for 802.11b/g/n are to only use channel 1, 6 or 11. For 802.11a/n/ac, use channels according to the infrastructure manufacturer and country regulations. Note that power level was adjusted for test purpose Make sure that all non-DFS channel are taken before resorting to DFS channels. The handset can cope in mixed non-DFS and DFS environments; however, due to unpredictability introduced by radar detection protocols, voice quality may become distorted and roaming delayed. Hence Ascom recommends if possible avoiding the use of DFS channels in VoWIFI deployments.


ESS settings. Since multicast applications are usually not expected in WLANs, where Ascom VoWIFI handsets are deployed, the Allow Multicast Flag should be set to OFF.


ESS settings (continued). Make sure APSD support is enabled. Utilizing U-APSD will dramatically improve the i62s talk time. Set DTIM Period of 5 and a DTIM interval of 100ms. These values are recommended in order to allow maximum battery conservation without impacting the quality. Lower DTIM values are possible but will decrease the standby time. Note. Ascom and Meru recommend Virtual Cell for AP332/822/832/10xx. For AP320 Deployments use Virtual Port. Note. Expedited Forwarding Override will map DSCP 46 (EF) to the AC_VO. If turned off, IP DSCP for Voice has to be set to 0x30 (48) in the Phone. See i62 settings further down.


In a Meru environment, we recommended that the data rates are advertised within the ESS per above for 802.11a/n/ac (default).

In a Meru environment, it is recommended that the data rates are advertised within the ESS per above (802.11b/g/n). To further optimize performance it is recommended to disallow 802.11b clients to associate by setting 12Mbps rate to mandatory in the 802.11bgn data rate set.


Select Voice Client Type - ascom Configuration: See attached file (merucfg.txt) for Meru MC1550 configuration.


Ascom i62

Recommended i62 system settings. Security mode, WPA/WPA2-PSK. Due to the one channel architecture it is possible to set 802.11b/g/n or a/n channels to advanced and specify the channel thats being used. It is recommended to set IP DSCP for voice to 0x30 (48)/CS6 as well as Roaming methodology to System-aided roaming.


i62 network settings for 802.1X authentication (PEAP-MSCHAPv2). Due to the one channel architecture it is possible to set 802.11b/g/n or a/n channels to advanced and specify the channel thats being used. Note that depending on which Authentication method used it might be necessary to add a certificate into the i62. PEAP-MSCHAPv2 requires a Root certificate and EAP-TLS requires both a Root certificate and a client certificate. Server certificate validation can however be overridden in version 4.1.12 and above per handset setting Validate server certificate.

If 802.1X Authentication is used a root certificate has to be uploaded to the phone by right clicking - > Edit certificates. EAP-TLS will require both a root and a client certificate.


Innovaphone IP6000 (IP PBX & DHCP server) The Innovaphone IP6000 was configured with a static IP address. Signaling is less relevant here since testing homes in on interoperability in relation to the WLAN infrastructure and not features of the IP PBX. During the tests the IP6000 also was used as DHCP server. IP6000 configuration: See attached file (complete-IP6000-08-03-a6.txt) for IP6000 configuration.


APPENDIX B: DETAILED TEST RECORDS Note that the test of AP320, 332, 832 and 1000 series running version 7.0-8-0 only were given a spot check including a less extensive number of test cases. Pass 8 Fail 0 Comments 2 Untested 10 Total 20 See attached file WLANinteroperabilityTestReport_Meru_i62.xls MISCELLANEOUS Please refer to the test specification for WLAN systems on Ascoms interoperability web page for explicit information regarding each test case. See URL (requires login): https://www.ascom-ws.com/AscomPartnerWeb/en/startpage/Sales-tools/Interoperability


Document History Rev Date Author DescriptionR1 2014-10-17 SEKMO Revision 1 Meru version 6.1-x R1a 2014-10-17 SEKMO Minor corrections after review R1b 2014-10-28 SEKMO Minor correction. P2a 2014-12-02 SEKMO Updated to version 6.1-3-5 and added AP822 and AP832 R2 2014-12-09 SEKMO Minor corrections after review. P3 2015-10-20 SEKMO Updated to version 7.0-8-0. Draft 1 R3 2015-11-05 SEKMO Corrections after review. Revision R3

WLAN TR

WLAN Interoperability Test ReportWLAN configuration:

Beacon Interval: 100ms

Test object - Handset:DTIM Interval: 5

Ascom i62 sw version 5.4.2802.11d Regulatory Domain: world

Test object - WLAN system:WMM Enabled (Auto/WMM)

Meru Networks, MC 1550 version 7.0.8.0No Auto-tune

AP 320, 332, 832, 1010AP320AP332AP832AP1000Single Voice VLAN

2.4Ghz5.0Ghz2.4Ghz5.0Ghz2.4Ghz5.0Ghz2.4Ghz5.0Ghz

Test CaseDescriptionVerdictVerdictVerdictVerdictVerdictVerdictVerdictVerdictComment

TEST AREA ASSOCIATION / AUTHENTICATION

#101Association with open authentication, no encryptionPASSPASSPASSPASSPASSPASSPASSPASS

#107Association with WPA2-PSK authentication, AES-CCMP encryptionPASSPASSPASSPASSPASSPASSPASSPASS

#110Association with PEAP-MSCHAPv2 auth, AES-CCMP encryptionPASSPASSPASSPASSPASSPASSPASSPASSFreeRADIUS; Server side certificate loaded to Device.FAIL

#116Association with EAP-TLS authenticationPASSPASSPASSPASSPASSPASSPASSPASSFreeRADIUS; Server and client side certificate loaded to Device.

TEST AREA POWER-SAVE AND QOSPASS

#150802.11 Power-save modePASSPASSPASSPASSPASSPASSPASSPASSFAIL

#151Beacon period and DTIM intervalNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTED

#152802.11e U-APSDPASSPASSPASSPASSPASSPASSPASSPASSSee Comment

#202WMM prioritizationNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTED

TEST AREA "PERFORMANCE"

#308Power-save mode U-APSD WPA2-PSKNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTED

TEST AREA ROAMING AND HANDOVER TIMES

#401Handover with open authentication and no encryptionNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTED

#404Handover with WPA2-PSK auth and AES-CCMP encryptionPASSPASSPASSPASSPASSPASSPASSPASSClient roaming not applicable due to virtual cell architecture. Meru handoff ok.

#408Handover with PEAP-MSCHAPv2 authentication and AES-CCMP encryptionPASSPASSPASSPASSPASSPASSPASSPASSClient roaming not applicable due to virtual cell architecture. Meru handoff ok.

#411Handover using PMKSA and opportunistic/proactive key cachingPASSPASSPASSPASSPASSPASSPASSPASSClient roaming not applicable due to virtual cell architecture. Meru handoff ok.

TEST AREA BATTERY LIFETIME

#501Battery lifetime in idleNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTED

#504Battery lifetime in call with power save mode U-APSDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTED

TEST AREA STABILITY

#602Duration of call U-APSD modePASSPASSPASSPASSPASSPASSPASSPASS24h call ok

TEST AREA 802.11n

#801Frame aggregation A-MSDUNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTED

#802Frame aggregation A-MPDUNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTED

#80440Mhz channelsNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTEDNOT TESTED

#805802.11n ratesSee CommentSee CommentSee CommentSee CommentSee CommentSee CommentSee CommentSee CommentUsage of 11n not recomended due to known issues.

=~=~=~=~=~=~=~=~=~=~=~= PuTTY log 2015.10.15 15:45:49 =~=~=~=~=~=~=~=~=~=~=~=

Building configuration. Please wait ...configure terminalno rogue-ap detectionaudit period 60controller-index 2auto-ap-upgrade enabletopo-update disableaeroscout disableaeroscout ip-address 0.0.0.0aeroscout port 12092location-server disablelocation-server ip-address 0.0.0.0location-server port 10000location-server report-interval 5location-server relay-multicast 00:00:00:00:00:00fastpath onbonding none10gig-module disableigmp-snoop state disableigmp-snoop age-time 300roaming-domain stopsnmp-filter-config ap-discovered onsnmp-filter-config ap-assigned offsnmp-filter-config ap-neighbor offsnmp-filter-config ap-neighbor-detail offstation-aging-out-interval 2optimization noneassociated-station-max-idle-period 2000adequate-signal-threshold -62zeronet-packet disableap-keepalive-timeout 60hostname mc1550ip dhcp-server 192.168.0.10ip dhcp-passthroughip udp-broadcast upstream all-ports selectedip udp-broadcast downstream all-ports selectedip udp-broadcast upstream-bridged all-ports selectedip udp-broadcast downstream-bridged all-ports selectedipv6-neighbor-discovery-optimization enablemanagement wirelessqosvars admission admitallqosvars ttl 0qosvars udpttl 0qosvars tcpttl 0qosvars enableqosvars bwscaling 100qosvars drop-policy headqosvars max-stations-per-radio 128qosvars max-stations-per-bssid 0qosvars load-balance-overflow offqosvars calls-per-ap 0qosvars calls-per-interference 0qosvars calls-per-bssid 0qosvars cac-deauth offqosvars station-assign-age 30qosvars sip-idle-timeout 120air-shield daily-out-of-service noneair-shield start-time 00:00air-shield end-time 00:00rogue-ap mitigation nonerogue-ap assigned-aps 3rogue-ap aging 600rogue-ap scanning-time 100rogue-ap operational-time 400rogue-ap mitigation-frames 10rogue-ap scanning-channels 1,2,3,4,5,6,7,8,9,10,11,12,13,14,36,40,44,48,52,56,60,64,100,104,108,112,116,120,124,128,132,136,140,149,153,157,161,165rogue-ap min-rssi -100spectrum-band 00000000000000000000000000001011snmp-server description controllerstatistics period 60frame-report-suppression disableradius-profile FreeRadius description "" ip-address 192.168.0.2 coa on radius-version 0 key secret port 1812 mac-delimiter hyphen password-type shared-secret called-station-id-type default owner controller exitauthentication-mode global authentication-type local primary-radius-ip 0.0.0.0 primary-radius-port 1812 primary-radius-secret "" secondary-radius-ip 0.0.0.0 secondary-radius-port 1812 secondary-radius-secret "" primary-tacacs-ip 0.0.0.0 primary-tacacs-port 49 primary-tacacs-secret "" secondary-tacacs-ip 0.0.0.0 secondary-tacacs-port 49 secondary-tacacs-secret "" exitaccess-list auto-authentication-expiry-period 20ap 1 boot-script "" description AP-1 contact "" building "" floor "" led Normal location "" dataplane-encryption off link-probing-duration 120 mac-address 00:0c:e6:06:10:01 model AP320 power-supply 802.3-af indoor-outdoor indoor keepalive-timeout 60 exitap 2 boot-script "" description AP-2 contact "" building "" floor "" led Normal location "" dataplane-encryption off link-probing-duration 120 mac-address 00:0c:e6:06:10:0d model AP320 power-supply 802.3-af indoor-outdoor indoor keepalive-timeout 60 exitap 3 boot-script "" description AP-3 contact "" building "" floor "" led Normal location "" dataplane-encryption off link-probing-duration 120 mac-address 00:0c:e6:0a:3e:37 model AP1020 power-supply 802.3-af indoor-outdoor indoor keepalive-timeout 60 exitap 4 boot-script "" description AP-4 contact "" building "" floor "" led Normal location "" dataplane-encryption off link-probing-duration 120 mac-address 00:0c:e6:0d:f2:5f model AP332e power-supply 802.3-af indoor-outdoor indoor keepalive-timeout 60 exitap 5 boot-script "" description AP-5 contact "" building "" floor "" led Normal location "" dataplane-encryption off link-probing-duration 120 mac-address 00:0c:e6:0d:f4:5f model AP332i power-supply 802.3-af indoor-outdoor indoor keepalive-timeout 60 exitap 6 boot-script "" description AP-6 contact "" building "" floor "" led Normal location "" dataplane-encryption off link-probing-duration 120 mac-address 00:0c:e6:0c:e4:ae model AP1020e power-supply 802.3-af indoor-outdoor indoor keepalive-timeout 60 exitap 8 boot-script "" description AP-8 contact "" building "" floor "" led Normal location "" dataplane-encryption off link-probing-duration 120 mac-address 00:0c:e6:12:ff:a1 model AP832i power-supply 802.3-af indoor-outdoor indoor keepalive-timeout 60 exitap 9 boot-script "" description AP-9 contact "" building "" floor "" led Normal location "" dataplane-encryption off link-probing-duration 120 mac-address 00:0c:e6:12:fe:f5 model AP832i power-supply 802.3-af indoor-outdoor indoor keepalive-timeout 60 exitap 10 boot-script "" description AP-10 contact "" building "" floor "" led Normal location "" dataplane-encryption off link-probing-duration 120 mac-address 00:0c:e6:16:00:03 model AP822i power-supply 802.3-af indoor-outdoor indoor keepalive-timeout 60 exitap 11 boot-script "" description AP-11 contact "" building "" floor "" led Normal location "" dataplane-encryption off link-probing-duration 120 mac-address 00:0c:e6:15:ff:d5 model AP822i power-supply 802.3-af indoor-outdoor indoor keepalive-timeout 60 exitap 13 boot-script "" description AP-13 contact "" building "" floor "" led Normal location "" dataplane-encryption off link-probing-duration 120 mac-address 00:0c:e6:06:10:15 model AP320 power-supply 802.3-af indoor-outdoor indoor keepalive-timeout 60 exitdefaultsettings 1 channel 6 channel-width 20-mhz rf-mode 802.11bgn exitdefaultsettings 2 channel 36 channel-width 40-mhz-extension-channel-above rf-mode 802.11an exitdefaultsettings 3 channel 149 channel-width 40-mhz-extension-channel-above rf-mode 802.11an exitsecurity-profile default security-version 0 key-rotation disabled allowed-l2-modes clear captive-portal disabled captive-portal-auth-method internal psk key "" firewall-capability none passthrough-firewall-filter-id "" firewall-filter-id "" security-logging off owner controller static-wep key "" static-wep key-index 1 mac-filter-radius-server primary "" mac-filter-radius-server secondary "" mac-filter-state disabled rekey period 0 group-rekey interval 0 bksa-caching-period 43200 radius-server primary "" radius-server secondary "" auth-supplicant-timeout 30 auth-server-timeout 30 auth-max-request 4 pae-max-reauth 4 pae-txperiod 30 no kddi no captive-portal no shared-authentication no rekey period no 8021x-network-initiation no pmk-caching no reauth no macfiltering exitsecurity-profile WPA2PSK security-version 0 key-rotation disabled allowed-l2-modes wpa2-psk captive-portal disabled captive-portal-auth-method internal encryption-modes ccmp psk key comptest firewall-capability none passthrough-firewall-filter-id "" firewall-filter-id "" security-logging off owner controller static-wep key "" static-wep key-index 1 mac-filter-radius-server primary "" mac-filter-radius-server secondary "" mac-filter-state disabled rekey period 0 group-rekey interval 0 bksa-caching-period 0 radius-server primary "" radius-server secondary "" auth-supplicant-timeout 30 auth-server-timeout 30 auth-max-request 4 pae-max-reauth 4 pae-txperiod 30 no kddi no captive-portal no shared-authentication no rekey period no 8021x-network-initiation no pmk-caching no reauth no macfiltering exitsecurity-profile WPA2dot1x security-version 0 key-rotation disabled allowed-l2-modes wpa2 captive-portal disabled captive-portal-auth-method internal encryption-modes ccmp psk key "" firewall-capability none passthrough-firewall-filter-id "" firewall-filter-id "" security-logging off owner controller static-wep key "" static-wep key-index 1 reauth mac-filter-radius-server primary "" mac-filter-radius-server secondary "" mac-filter-state disabled rekey period 0 group-rekey interval 0 bksa-caching-period 0 8021x-network-initiation pmk-caching radius-server primary FreeRadius radius-server secondary "" auth-supplicant-timeout 30 auth-server-timeout 30 auth-max-request 4 pae-max-reauth 4 pae-txperiod 30 no kddi no captive-portal no shared-authentication no rekey period no macfiltering exitinterface Dot11Radio 1 1 channel 6 rf-mode 802.11bgn localpower 8 preamble-short admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 20-mhz mimo-mode 2x2 rf-virtual-mode VirtualPort transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 6 dfs-channe-revertive 30 no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit exitinterface Dot11Radio 1 2 channel 44 rf-mode 802.11an localpower 8 admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 40-mhz-extension-channel-above mimo-mode 2x2 rf-virtual-mode VirtualPort transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 36 dfs-channe-revertive 30 no preamble-short no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit exitinterface Dot11Radio 2 1 channel 6 rf-mode 802.11bgn localpower 12 preamble-short admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 20-mhz mimo-mode 2x2 rf-virtual-mode VirtualPort transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 6 dfs-channe-revertive 30 no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit exitinterface Dot11Radio 2 2 channel 44 rf-mode 802.11an localpower 12 admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 40-mhz-extension-channel-above mimo-mode 2x2 rf-virtual-mode VirtualPort transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 36 dfs-channe-revertive 30 no preamble-short no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit exitinterface Dot11Radio 3 1 channel 6 rf-mode 802.11bgn localpower 12 preamble-short admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 20-mhz mimo-mode 2x2 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 6 dfs-channe-revertive 30 no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit exitinterface Dot11Radio 3 2 channel 44 rf-mode 802.11an localpower 12 admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 40-mhz-extension-channel-above mimo-mode 2x2 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 36 dfs-channe-revertive 30 no preamble-short no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit exitinterface Dot11Radio 4 1 channel 6 rf-mode 802.11bgn localpower 12 preamble-short admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 20-mhz mimo-mode 3x3 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 6 dfs-channe-revertive 30 no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit exitinterface Dot11Radio 4 2 channel 44 rf-mode 802.11an localpower 12 admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 40-mhz-extension-channel-above mimo-mode 3x3 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 36 dfs-channe-revertive 30 no preamble-short no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit exitinterface Dot11Radio 5 1 channel 6 rf-mode 802.11bgn localpower 12 preamble-short admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 20-mhz mimo-mode 3x3 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 6 dfs-channe-revertive 30 no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit exitinterface Dot11Radio 5 2 channel 44 rf-mode 802.11an localpower 12 admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 40-mhz-extension-channel-above mimo-mode 3x3 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 36 dfs-channe-revertive 30 no preamble-short no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit exitinterface Dot11Radio 6 1 channel 6 rf-mode 802.11bgn localpower 12 preamble-short admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 20-mhz mimo-mode 2x2 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 6 dfs-channe-revertive 30 no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit exitinterface Dot11Radio 6 2 channel 44 rf-mode 802.11an localpower 12 admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 40-mhz-extension-channel-above mimo-mode 2x2 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 36 dfs-channe-revertive 30 no preamble-short no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit exitinterface Dot11Radio 8 1 channel 6 rf-mode 802.11bgn localpower 12 preamble-short admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 20-mhz mimo-mode 3x3 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 6 dfs-channe-revertive 30 no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit exitinterface Dot11Radio 8 2 channel 44 rf-mode 802.11ac localpower 13 admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 40-mhz-extension-channel-above mimo-mode 3x3 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 36 dfs-channe-revertive 30 no preamble-short no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit exitinterface Dot11Radio 9 1 channel 6 rf-mode 802.11bgn localpower 12 preamble-short admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 20-mhz mimo-mode 3x3 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 6 dfs-channe-revertive 30 no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit exitinterface Dot11Radio 9 2 channel 44 rf-mode 802.11ac localpower 13 admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 40-mhz-extension-channel-above mimo-mode 3x3 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 36 dfs-channe-revertive 30 no preamble-short no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit exitinterface Dot11Radio 10 1 channel 6 rf-mode 802.11bgn localpower 24 preamble-short admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 20-mhz mimo-mode 2x2 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 6 dfs-channe-revertive 30 no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit exitinterface Dot11Radio 10 2 channel 36 rf-mode 802.11ac localpower 23 admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 80-mhz mimo-mode 2x2 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 36 dfs-channe-revertive 30 no preamble-short no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit exitinterface Dot11Radio 11 1 channel 6 rf-mode 802.11bgn localpower 24 preamble-short admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 20-mhz mimo-mode 2x2 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 6 dfs-channe-revertive 30 no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit exitinterface Dot11Radio 11 2 channel 36 rf-mode 802.11ac localpower 23 admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 80-mhz mimo-mode 2x2 rf-virtual-mode NativeCell transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 36 dfs-channe-revertive 30 no preamble-short no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 3 antenna-gain 5GHz 4 exit exitinterface Dot11Radio 13 1 channel 6 rf-mode 802.11bgn localpower 12 preamble-short admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 20-mhz mimo-mode 2x2 rf-virtual-mode VirtualPort transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 6 dfs-channe-revertive 30 no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit exitinterface Dot11Radio 13 2 channel 44 rf-mode 802.11an localpower 12 admin-mode Up bg-protection-mode auto ht-protection-mode off channel-width 40-mhz-extension-channel-above mimo-mode 2x2 rf-virtual-mode VirtualPort transmit-beamforming-support off stbc-support off probe-response-threshold 15 dfs-fallback-option disable dfs-fallback-channel 36 dfs-channe-revertive 30 no preamble-short no n-only-mode default protection-mode mesh disable mode service antenna-property 1 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 2 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit antenna-property 3 rfband dual link Point-To-Multi-Point antenna-gain 2.4GHz 2 antenna-gain 5GHz 2 exit exitinterface ap 1 1 enable exitinterface ap 2 1 enable exitinterface ap 3 1 enable exitinterface ap 4 1 enable exitinterface ap 4 2 enable exitinterface ap 5 1 enable exitinterface ap 5 2 enable exitinterface ap 6 1 enable exitinterface ap 8 1 enable exitinterface ap 8 2 enable exitinterface ap 9 1 enable exitinterface ap 9 2 enable exitinterface ap 10 1 enable exitinterface ap 10 2 enable exitinterface ap 11 1 enable exitinterface ap 11 2 enable exitinterface ap 13 1 enable exitport-profile default disable dataplane tunneled vlan name "" security-profile "" accounting interim-interval 3600 accounting primary-radius "" accounting secondary-radius "" no multicast-enable no ip-prefix-validation no ipv6-bridging exitqoscodec 22 codec h263 qosprotocol sip tokenbucketrate 34500 maxdatagramsize 1400 minpolicedunit 0 samplerate 30 tokenbucketsize 6000 peakrate 41400 rspecrate 34500 rspecslack 33000 exitqoscodec 21 codec h261 qosprotocol sip tokenbucketrate 9600 maxdatagramsize 1400 minpolicedunit 0 samplerate 30 tokenbucketsize 1600 peakrate 11520 rspecrate 9600 rspecslack 33000 exitqoscodec 20 codec siren qosprotocol sip tokenbucketrate 4000 maxdatagramsize 80 minpolicedunit 0 samplerate 50 tokenbucketsize 160 peakrate 4800 rspecrate 4000 rspecslack 20000 exitqoscodec 19 codec g729 qosprotocol sip tokenbucketrate 3000 maxdatagramsize 60 minpolicedunit 0 samplerate 50 tokenbucketsize 120 peakrate 3300 rspecrate 3000 rspecslack 20000 exitqoscodec 18 codec g7221-32 qosprotocol sip tokenbucketrate 6000 maxdatagramsize 120 minpolicedunit 0 samplerate 50 tokenbucketsize 240 peakrate 7200 rspecrate 6000 rspecslack 20000 exitqoscodec 17 codec g7221 qosprotocol sip tokenbucketrate 5000 maxdatagramsize 100 minpolicedunit 0 samplerate 50 tokenbucketsize 200 peakrate 6000 rspecrate 5000 rspecslack 20000 exitqoscodec 16 codec g711a qosprotocol sip tokenbucketrate 10000 maxdatagramsize 200 minpolicedunit 0 samplerate 50 tokenbucketsize 400 peakrate 11000 rspecrate 10000 rspecslack 20000 exitqoscodec 15 codec g723.1 qosprotocol sip tokenbucketrate 2100 maxdatagramsize 64 minpolicedunit 0 samplerate 33 tokenbucketsize 128 peakrate 2500 rspecrate 2100 rspecslack 10000 exitqoscodec 14 codec gsm qosprotocol sip tokenbucketrate 3650 maxdatagramsize 75 minpolicedunit 0 samplerate 50 tokenbucketsize 150 peakrate 4380 rspecrate 3650 rspecslack 20000 exitqoscodec 13 codec g711u qosprotocol sip tokenbucketrate 10000 maxdatagramsize 200 minpolicedunit 0 samplerate 50 tokenbucketsize 400 peakrate 11000 rspecrate 10000 rspecslack 20000 exitqoscodec 12 codec default qosprotocol sip tokenbucketrate 10000 maxdatagramsize 200 minpolicedunit 0 samplerate 50 tokenbucketsize 400 peakrate 11000 rspecrate 10000 rspecslack 20000 exitqoscodec 11 codec h263 qosprotocol h323 tokenbucketrate 34500 maxdatagramsize 1400 minpolicedunit 0 samplerate 30 tokenbucketsize 6000 peakrate 41400 rspecrate 34500 rspecslack 33000 exitqoscodec 10 codec h261 qosprotocol h323 tokenbucketrate 9600 maxdatagramsize 1400 minpolicedunit 0 samplerate 30 tokenbucketsize 1600 peakrate 11520 rspecrate 9600 rspecslack 33000 exitqoscodec 9 codec siren qosprotocol h323 tokenbucketrate 4000 maxdatagramsize 80 minpolicedunit 0 samplerate 50 tokenbucketsize 160 peakrate 4800 rspecrate 4000 rspecslack 20000 exitqoscodec 8 codec g729 qosprotocol h323 tokenbucketrate 3000 maxdatagramsize 60 minpolicedunit 0 samplerate 50 tokenbucketsize 120 peakrate 3300 rspecrate 3000 rspecslack 20000 exitqoscodec 7 codec g7221-32 qosprotocol h323 tokenbucketrate 6000 maxdatagramsize 120 minpolicedunit 0 samplerate 50 tokenbucketsize 240 peakrate 7200 rspecrate 6000 rspecslack 20000 exitqoscodec 6 codec g7221 qosprotocol h323 tokenbucketrate 5000 maxdatagramsize 100 minpolicedunit 0 samplerate 50 tokenbucketsize 200 peakrate 6000 rspecrate 5000 rspecslack 20000 exitqoscodec 5 codec g711a qosprotocol h323 tokenbucketrate 10000 maxdatagramsize 200 minpolicedunit 0 samplerate 50 tokenbucketsize 400 peakrate 11000 rspecrate 10000 rspecslack 20000 exitqoscodec 4 codec g723.1 qosprotocol h323 tokenbucketrate 2100 maxdatagramsize 64 minpolicedunit 0 samplerate 33 tokenbucketsize 128 peakrate 2500 rspecrate 2100 rspecslack 10000 exitqoscodec 3 codec gsm qosprotocol h323 tokenbucketrate 3650 maxdatagramsize 75 minpolicedunit 0 samplerate 50 tokenbucketsize 150 peakrate 4380 rspecrate 3650 rspecslack 20000 exitqoscodec 2 codec g711u qosprotocol h323 tokenbucketrate 10000 maxdatagramsize 200 minpolicedunit 0 samplerate 50 tokenbucketsize 400 peakrate 11000 rspecrate 10000 rspecslack 20000 exitqoscodec 1 codec default qosprotocol h323 tokenbucketrate 10000 maxdatagramsize 200 minpolicedunit 0 samplerate 50 tokenbucketsize 400 peakrate 11000 rspecrate 10000 rspecslack 20000 exitqosrule 1 netprotocol 6 qosprotocol h323 firewall-filter-id "" dstip 0.0.0.0 dstmask 0.0.0.0 dstport 1720 dstport-match on srcip 0.0.0.0 srcmask 0.0.0.0 srcport 0 netprotocol-match on action capture priority 0 avgpacketrate 0 tokenbucketrate 0 dscp disabled qosrulelogging off qosrule-logging-frequency 60 packet-min-length 0 packet-max-length 0 no trafficcontrol exitqosrule 2 netprotocol 6 qosprotocol h323 firewall-filter-id "" dstip 0.0.0.0 dstmask 0.0.0.0 dstport 0 srcip 0.0.0.0 srcmask 0.0.0.0 srcport 1720 srcport-match on netprotocol-match on action capture priority 0 avgpacketrate 0 tokenbucketrate 0 dscp disabled qosrulelogging off qosrule-logging-frequency 60 packet-min-length 0 packet-max-length 0 no trafficcontrol exitqosrule 3 netprotocol 17 qosprotocol sip firewall-filter-id "" dstip 0.0.0.0 dstmask 0.0.0.0 dstport 5060 dstport-match on srcip 0.0.0.0 srcmask 0.0.0.0 srcport 0 netprotocol-match on action capture priority 0 avgpacketrate 0 tokenbucketrate 0 dscp disabled qosrulelogging off qosrule-logging-frequency 60 packet-min-length 0 packet-max-length 0 no trafficcontrol exitqosrule 5 netprotocol 6 qosprotocol sip firewall-filter-id "" dstip 0.0.0.0 dstmask 0.0.0.0 dstport 5060 dstport-match on srcip 0.0.0.0 srcmask 0.0.0.0 srcport 0 netprotocol-match on action capture priority 0 avgpacketrate 0 tokenbucketrate 0 dscp disabled qosrulelogging off qosrule-logging-frequency 60 packet-min-length 0 packet-max-length 0 no trafficcontrol exitqosrule 7 netprotocol 17 qosprotocol other firewall-filter-id "" dstip 0.0.0.0 dstmask 0.0.0.0 dstport 5200 dstport-match on srcip 0.0.0.0 srcmask 0.0.0.0 srcport 0 netprotocol-match on action forward priority 0 avgpacketrate 27 tokenbucketrate 9100 dscp disabled qosrulelogging off qosrule-logging-frequency 60 packet-min-length 0 packet-max-length 0 no trafficcontrol exitqosrule 8 netprotocol 17 qosprotocol other firewall-filter-id "" dstip 0.0.0.0 dstmask 0.0.0.0 dstport 0 srcip 0.0.0.0 srcmask 0.0.0.0 srcport 5200 srcport-match on netprotocol-match on action forward priority 0 avgpacketrate 27 tokenbucketrate 9100 dscp disabled qosrulelogging off qosrule-logging-frequency 60 packet-min-length 0 packet-max-length 0 no trafficcontrol exitessid MeruIntop enable security-profile default virtual-interface-profile name "" ess-version 0 tunnel-type none vlan name "" gre name "" ip-prefix-validation-enable multicast-to-unicast-conversion rf-virtual-mode VirtualPort s1-vht-base-mcs mcs0-9 s2-vht-base-mcs mcs0-9 s3-vht-base-mcs mcs0-9 s1-vht-support-mcs mcs0-9 s2-vht-support-mcs mcs0-9 s3-vht-support-mcs mcs0-9 voice-client-type none countermeasure ap-vlan-policy none ap-vlan-tag 0 band-steering-mode disable band-steering-timeout 5 expedited-forward-override dataplane tunneled ssid MeruIntop owner controller ap-discovery join-ess publish-essid on publish-essid-vport till-association apsd-support l2bridge none beacon dtim-period 5 beacon period 100 supported-tx-rates 802.11b 1 supported-tx-rates 802.11b 2 supported-tx-rates 802.11b 5.5 supported-tx-rates 802.11b 11 supported-tx-rates 802.11a 6 supported-tx-rates 802.11a 9 supported-tx-rates 802.11a 12 supported-tx-rates 802.11a 18 supported-tx-rates 802.11a 24 supported-tx-rates 802.11a 36 supported-tx-rates 802.11a 48 supported-tx-rates 802.11a 54 supported-tx-rates 802.11an 6 supported-tx-rates 802.11an 9 supported-tx-rates 802.11an 12 supported-tx-rates 802.11an 18 supported-tx-rates 802.11an 24 supported-tx-rates 802.11an 36 supported-tx-rates 802.11an 48 supported-tx-rates 802.11an 54 supported-tx-rates 802.11an-mcs 0 supported-tx-rates 802.11an-mcs 1 supported-tx-rates 802.11an-mcs 2 supported-tx-rates 802.11an-mcs 3 supported-tx-rates 802.11an-mcs 4 supported-tx-rates 802.11an-mcs 5 supported-tx-rates 802.11an-mcs 6 supported-tx-rates 802.11an-mcs 7 supported-tx-rates 802.11an-mcs 8 supported-tx-rates 802.11an-mcs 9 supported-tx-rates 802.11an-mcs 10 supported-tx-rates 802.11an-mcs 11 supported-tx-rates 802.11an-mcs 12 supported-tx-rates 802.11an-mcs 13 supported-tx-rates 802.11an-mcs 14 supported-tx-rates 802.11an-mcs 15 supported-tx-rates 802.11an-mcs 16 supported-tx-rates 802.11an-mcs 17 supported-tx-rates 802.11an-mcs 18 supported-tx-rates 802.11an-mcs 19 supported-tx-rates 802.11an-mcs 20 supported-tx-rates 802.11an-mcs 21 supported-tx-rates 802.11an-mcs 22 supported-tx-rates 802.11an-mcs 23 supported-tx-rates 802.11g 6 supported-tx-rates 802.11g 9 supported-tx-rates 802.11g 12 supported-tx-rates 802.11g 18 supported-tx-rates 802.11g 24 supported-tx-rates 802.11g 36 supported-tx-rates 802.11g 48 supported-tx-rates 802.11g 54 supported-tx-rates 802.11bg 1 supported-tx-rates 802.11bg 2 supported-tx-rates 802.11bg 5.5 supported-tx-rates 802.11bg 11 supported-tx-rates 802.11bg 6 supported-tx-rates 802.11bg 9 supported-tx-rates 802.11bg 12 supported-tx-rates 802.11bg 18 supported-tx-rates 802.11bg 24 supported-tx-rates 802.11bg 36 supported-tx-rates 802.11bg 48 supported-tx-rates 802.11bg 54 supported-tx-rates 802.11bgn 11 supported-tx-rates 802.11bgn 12 supported-tx-rates 802.11bgn 18 supported-tx-rates 802.11bgn 24 supported-tx-rates 802.11bgn 36 supported-tx-rates 802.11bgn 48 supported-tx-rates 802.11bgn 54 supported-tx-rates 802.11bgn-mcs 0 supported-tx-rates 802.11bgn-mcs 1 supported-tx-rates 802.11bgn-mcs 2 supported-tx-rates 802.11bgn-mcs 3 supported-tx-rates 802.11bgn-mcs 4 supported-tx-rates 802.11bgn-mcs 5 supported-tx-rates 802.11bgn-mcs 6 supported-tx-rates 802.11bgn-mcs 7 supported-tx-rates 802.11bgn-mcs 8 supported-tx-rates 802.11bgn-mcs 9 supported-tx-rates 802.11bgn-mcs 10 supported-tx-rates 802.11bgn-mcs 11 supported-tx-rates 802.11bgn-mcs 12 supported-tx-rates 802.11bgn-mcs 13 supported-tx-rates 802.11bgn-mcs 14 supported-tx-rates 802.11bgn-mcs 15 supported-tx-rates 802.11bgn-mcs 16 supported-tx-rates 802.11bgn-mcs 17 supported-tx-rates 802.11bgn-mcs 18 supported-tx-rates 802.11bgn-mcs 19 supported-tx-rates 802.11bgn-mcs 20 supported-tx-rates 802.11bgn-mcs 21 supported-tx-rates 802.11bgn-mcs 22 supported-tx-rates 802.11bgn-mcs 23 base-tx-rates 802.11b 11 base-tx-rates 802.11a 6 base-tx-rates 802.11a 12 base-tx-rates 802.11a 24 base-tx-rates 802.11an 6 base-tx-rates 802.11an 12 base-tx-rates 802.11an 24 base-tx-rates 802.11an-mcs none base-tx-rates 802.11g 6 base-tx-rates 802.11g 9 base-tx-rates 802.11g 12 base-tx-rates 802.11g 18 base-tx-rates 802.11g 24 base-tx-rates 802.11g 36 base-tx-rates 802.11g 48 base-tx-rates 802.11g 54 base-tx-rates 802.11bg 11 base-tx-rates 802.11bgn 11 base-tx-rates 802.11bgn-mcs none accounting interim-interval 3600 accounting primary-radius "" accounting secondary-radius "" overflow-from "" no accounting-radius all no multicast-enable no wireless-to-wireless-isolation no multicast-mac-transparency no ap-vlan-priority no vlan ess-ap 13 1 calls-per-bss 0 exit ess-ap 13 2 calls-per-bss 0 exit ess-ap 2 1 calls-per-bss 0 exit ess-ap 2 2 calls-per-bss 0 exit ess-ap 5 1 calls-per-bss 0 exit ess-ap 4 2 calls-per-bss 0 exit ess-ap 4 1 calls-per-bss 0 exit ess-ap 5 2 calls-per-bss 0 exit ess-ap 3 2 calls-per-bss 0 exit ess-ap 3 1 calls-per-bss 0 exit ess-ap 6 2 calls-per-bss 0 exit ess-ap 6 1 calls-per-bss 0 exit exitessid MeruIntopPSK enable security-profile WPA2PSK virtual-interface-profile name "" ess-version 0 tunnel-type none vlan name "" gre name "" ip-prefix-validation-enable multicast-to-unicast-conversion rf-virtual-mode VirtualPort s1-vht-base-mcs mcs0-9 s2-vht-base-mcs mcs0-9 s3-vht-base-mcs mcs0-9 s1-vht-support-mcs mcs0-9 s2-vht-support-mcs mcs0-9 s3-vht-support-mcs mcs0-9 voice-client-type ascom countermeasure ap-vlan-policy none ap-vlan-tag 0 band-steering-mode disable band-steering-timeout 5 expedited-forward-override dataplane tunneled ssid MeruIntopPSK owner controller ap-discovery join-ess publish-essid on publish-essid-vport till-association apsd-support l2bridge none beacon dtim-period 5 beacon period 100 supported-tx-rates 802.11b 1 supported-tx-rates 802.11b 2 supported-tx-rates 802.11b 5.5 supported-tx-rates 802.11b 11 supported-tx-rates 802.11a 6 supported-tx-rates 802.11a 9 supported-tx-rates 802.11a 12 supported-tx-rates 802.11a 18 supported-tx-rates 802.11a 24 supported-tx-rates 802.11a 36 supported-tx-rates 802.11a 48 supported-tx-rates 802.11a 54 supported-tx-rates 802.11an 6 supported-tx-rates 802.11an 9 supported-tx-rates 802.11an 12 supported-tx-rates 802.11an 18 supported-tx-rates 802.11an 24 supported-tx-rates 802.11an 36 supported-tx-rates 802.11an 48 supported-tx-rates 802.11an 54 supported-tx-rates 802.11an-mcs 0 supported-tx-rates 802.11an-mcs 1 supported-tx-rates 802.11an-mcs 2 supported-tx-rates 802.11an-mcs 3 supported-tx-rates 802.11an-mcs 4 supported-tx-rates 802.11an-mcs 5 supported-tx-rates 802.11an-mcs 6 supported-tx-rates 802.11an-mcs 7 supported-tx-rates 802.11an-mcs 8 supported-tx-rates 802.11an-mcs 9 supported-tx-rates 802.11an-mcs 10 supported-tx-rates 802.11an-mcs 11 supported-tx-rates 802.11an-mcs 12 supported-tx-rates 802.11an-mcs 13 supported-tx-rates 802.11an-mcs 14 supported-tx-rates 802.11an-mcs 15 supported-tx-rates 802.11an-mcs 16 supported-tx-rates 802.11an-mcs 17 supported-tx-rates 802.11an-mcs 18 supported-tx-rates 802.11an-mcs 19 supported-tx-rates 802.11an-mcs 20 supported-tx-rates 802.11an-mcs 21 supported-tx-rates 802.11an-mcs 22 supported-tx-rates 802.11an-mcs 23 supported-tx-rates 802.11g 6 supported-tx-rates 802.11g 9 supported-tx-rates 802.11g 12 supported-tx-rates 802.11g 18 supported-tx-rates 802.11g 24 supported-tx-rates 802.11g 36 supported-tx-rates 802.11g 48 supported-tx-rates 802.11g 54 supported-tx-rates 802.11bg 1 supported-tx-rates 802.11bg 2 supported-tx-rates 802.11bg 5.5 supported-tx-rates 802.11bg 11 supported-tx-rates 802.11bg 6 supported-tx-rates 802.11bg 9 supported-tx-rates 802.11bg 12 supported-tx-rates 802.11bg 18 supported-tx-rates 802.11bg 24 supported-tx-rates 802.11bg 36 supported-tx-rates 802.11bg 48 supported-tx-rates 802.11bg 54 supported-tx-rates 802.11bgn 12 supported-tx-rates 802.11bgn 18 supported-tx-rates 802.11bgn 24 supported-tx-rates 802.11bgn 36 supported-tx-rates 802.11bgn 48 supported-tx-rates 802.11bgn 54 supported-tx-rates 802.11bgn-mcs 0 supported-tx-rates 802.11bgn-mcs 1 supported-tx-rates 802.11bgn-mcs 2 supported-tx-rates 802.11bgn-mcs 3 supported-tx-rates 802.11bgn-mcs 4 supported-tx-rates 802.11bgn-mcs 5 supported-tx-rates 802.11bgn-mcs 6 supported-tx-rates 802.11bgn-mcs 7 supported-tx-rates 802.11bgn-mcs 8 supported-tx-rates 802.11bgn-mcs 9 supported-tx-rates 802.11bgn-mcs 10 supported-tx-rates 802.11bgn-mcs 11 supported-tx-rates 802.11bgn-mcs 12 supported-tx-rates 802.11bgn-mcs 13 supported-tx-rates 802.11bgn-mcs 14 supported-tx-rates 802.11bgn-mcs 15 supported-tx-rates 802.11bgn-mcs 16 supported-tx-rates 802.11bgn-mcs 17 supported-tx-rates 802.11bgn-mcs 18 supported-tx-rates 802.11bgn-mcs 19 supported-tx-rates 802.11bgn-mcs 20 supported-tx-rates 802.11bgn-mcs 21 supported-tx-rates 802.11bgn-mcs 22 supported-tx-rates 802.11bgn-mcs 23 base-tx-rates 802.11b 11 base-tx-rates 802.11a 6 base-tx-rates 802.11a 12 base-tx-rates 802.11a 24 base-tx-rates 802.11an 6 base-tx-rates 802.11an 12 base-tx-rates 802.11an 24 base-tx-rates 802.11an-mcs none base-tx-rates 802.11g 6 base-tx-rates 802.11g 9 base-tx-rates 802.11g 12 base-tx-rates 802.11g 18 base-tx-rates 802.11g 24 base-tx-rates 802.11g 36 base-tx-rates 802.11g 48 base-tx-rates 802.11g 54 base-tx-rates 802.11bg 11 base-tx-rates 802.11bgn 12 base-tx-rates 802.11bgn-mcs none accounting interim-interval 3600 accounting primary-radius "" accounting secondary-radius "" overflow-from "" no accounting-radius all no multicast-enable no wireless-to-wireless-isolation no multicast-mac-transparency no ap-vlan-priority no vlan ess-ap 13 1 calls-per-bss 0 exit ess-ap 13 2 calls-per-bss 0 exit ess-ap 2 1 calls-per-bss 0 exit ess-ap 2 2 calls-per-bss 0 exit ess-ap 5 2 calls-per-bss 0 exit ess-ap 5 1 calls-per-bss 0 exit ess-ap 4 2 calls-per-bss 0 exit ess-ap 4 1 calls-per-bss 0 exit ess-ap 6 2 calls-per-bss 0 exit ess-ap 6 1 calls-per-bss 0 exit ess-ap 3 2 calls-per-bss 0 exit ess-ap 3 1 calls-per-bss 0 exit exitessid MeruIntop1x enable security-profile WPA2dot1x virtual-interface-profile name "" ess-version 0 tunnel-type none vlan name "" gre name "" ip-prefix-validation-enable multicast-to-unicast-conversion rf-virtual-mode VirtualPort s1-vht-base-mcs mcs0-9 s2-vht-base-mcs mcs0-9 s3-vht-base-mcs mcs0-9 s1-vht-support-mcs mcs0-9 s2-vht-support-mcs mcs0-9 s3-vht-support-mcs mcs0-9 voice-client-type none countermeasure ap-vlan-policy none ap-vlan-tag 0 band-steering-mode disable band-steering-timeout 5 dataplane tunneled ssid MeruIntop1x owner controller ap-discovery join-ess publish-essid on publish-essid-vport till-association apsd-support l2bridge none beacon dtim-period 5 beacon period 100 supported-tx-rates 802.11b 1 supported-tx-rates 802.11b 2 supported-tx-rates 802.11b 5.5 supported-tx-rates 802.11b 11 supported-tx-rates 802.11a 6 supported-tx-rates 802.11a 9 supported-tx-rates 802.11a 12 supported-tx-rates 802.11a 18 supported-tx-rates 802.11a 24 supported-tx-rates 802.11a 36 supported-tx-rates 802.11a 48 supported-tx-rates 802.11a 54 supported-tx-rates 802.11an 9 supported-tx-rates 802.11an 12 supported-tx-rates 802.11an 18 supported-tx-rates 802.11an 24 supported-tx-rates 802.11an 36 supported-tx-rates 802.11an 48 supported-tx-rates 802.11an 54 supported-tx-rates 802.11an-mcs 0 supported-tx-rates 802.11an-mcs 1 supported-tx-rates 802.11an-mcs 2 supported-tx-rates 802.11an-mcs 3 supported-tx-rates 802.11an-mcs 4 supported-tx-rates 802.11an-mcs 5 supported-tx-rates 802.11an-mcs 6 supported-tx-rates 802.11an-mcs 7 supported-tx-rates 802.11an-mcs 8 supported-tx-rates 802.11an-mcs 9 supported-tx-rates 802.11an-mcs 10 supported-tx-rates 802.11an-mcs 11 supported-tx-rates 802.11an-mcs 12 supported-tx-rates 802.11an-mcs 13 supported-tx-rates 802.11an-mcs 14 supported-tx-rates 802.11an-mcs 15 supported-tx-rates 802.11an-mcs 16 supported-tx-rates 802.11an-mcs 17 supported-tx-rates 802.11an-mcs 18 supported-tx-rates 802.11an-mcs 19 supported-tx-rates 802.11an-mcs 20 supported-tx-rates 802.11an-mcs 21 supported-tx-rates 802.11an-mcs 22 supported-tx-rates 802.11an-mcs 23 supported-tx-rates 802.11g 6 supported-tx-rates 802.11g 9 supported-tx-rates 802.11g 12 supported-tx-rates 802.11g 18 supported-tx-rates 802.11g 24 supported-tx-rates 802.11g 36 supported-tx-rates 802.11g 48 supported-tx-rates 802.11g 54 supported-tx-rates 802.11bg 1 supported-tx-rates 802.11bg 2 supported-tx-rates 802.11bg 5.5 supported-tx-rates 802.11bg 11 supported-tx-rates 802.11bg 6 supported-tx-rates 802.11bg 9 supported-tx-rates 802.11bg 12 supported-tx-rates 802.11bg 18 supported-tx-rates 802.11bg 24 supported-tx-rates 802.11bg 36 supported-tx-rates 802.11bg 48 supported-tx-rates 802.11bg 54 supported-tx-rates 802.11bgn 12 supported-tx-rates 802.11bgn 18 supported-tx-rates 802.11bgn 24 supported-tx-rates 802.11bgn 36 supported-tx-rates 802.11bgn 48 supported-tx-rates 802.11bgn 54 supported-tx-rates 802.11bgn-mcs 0 supported-tx-rates 802.11bgn-mcs 1 supported-tx-rates 802.11bgn-mcs 2 supported-tx-rates 802.11bgn-mcs 3 supported-tx-rates 802.11bgn-mcs 4 supported-tx-rates 802.11bgn-mcs 5 supported-tx-rates 802.11bgn-mcs 6 supported-tx-rates 802.11bgn-mcs 7 supported-tx-rates 802.11bgn-mcs 8 supported-tx-rates 802.11bgn-mcs 9 supported-tx-rates 802.11bgn-mcs 10 supported-tx-rates 802.11bgn-mcs 11 supported-tx-rates 802.11bgn-mcs 12 supported-tx-rates 802.11bgn-mcs 13 supported-tx-rates 802.11bgn-mcs 14 supported-tx-rates 802.11bgn-mcs 15 supported-tx-rates 802.11bgn-mcs 16 supported-tx-rates 802.11bgn-mcs 17 supported-tx-rates 802.11bgn-mcs 18 supported-tx-rates 802.11bgn-mcs 19 supported-tx-rates 802.11bgn-mcs 20 supported-tx-rates 802.11bgn-mcs 21 supported-tx-rates 802.11bgn-mcs 22 supported-tx-rates 802.11bgn-mcs 23 base-tx-rates 802.11b 11 base-tx-rates 802.11a 6 base-tx-rates 802.11a 12 base-tx-rates 802.11a 24 base-tx-rates 802.11an 12 base-tx-rates 802.11an 24 base-tx-rates 802.11an-mcs none base-tx-rates 802.11g 6 base-tx-rates 802.11g 9 base-tx-rates 802.11g 12 base-tx-rates 802.11g 18 base-tx-rates 802.11g 24 base-tx-rates 802.11g 36 base-tx-rates 802.11g 48 base-tx-rates 802.11g 54 base-tx-rates 802.11bg 11 base-tx-rates 802.11bgn 12 base-tx-rates 802.11bgn-mcs none accounting interim-interval 3600 accounting primary-radius FreeRadius accounting secondary-radius "" overflow-from "" no accounting-radius secondary no multicast-enable no wireless-to-wireless-isolation no expedited-forward-override no multicast-mac-transparency no ap-vlan-priority no vlan ess-ap 13 1 calls-per-bss 0 exit ess-ap 13 2 calls-per-bss 0 exit ess-ap 2 1 calls-per-bss 0 exit ess-ap 2 2 calls-per-bss 0 exit ess-ap 6 2 calls-per-bss 0 exit ess-ap 6 1 calls-per-bss 0 exit ess-ap 5 2 calls-per-bss 0 exit ess-ap 5 1 calls-per-bss 0 exit ess-ap 4 2 calls-per-bss 0 exit ess-ap 4 1 calls-per-bss 0 exit ess-ap 3 2 calls-per-bss 0 exit ess-ap 3 1 calls-per-bss 0 exit exitvpn server vpn-server-ip 192.168.0.23 vpn-server-hostname "" port 1194 ip-pool 192.168.0.0 subnet-mask 255.255.0.0 exitevent "Admin Login Failure" state enable severity Critical syslog enable snmp enable threshold 1 exitevent "User 802.1x Authentication Failure" state enable severity Major syslog enable snmp enable threshold 0 exitevent "User TKIP Message Integrity Check Failure" state enable severity Major syslog enable snmp enable threshold 0 exitevent "MIC Counter Measure Activation" state enable severity Major syslog enable snmp enable threshold 0 exitevent "CAC limit reached" state enable severity Major syslog enable snmp enable threshold 0 exitevent "Controller IP Address Change" state enable severity Major syslog enable snmp enable threshold 0 exitevent "DFS Channel Update" state enable severity Major syslog enable snmp enable threshold 0 exitevent "Certificate Error" state enable severity Info syslog enable snmp enable threshold 0 exitevent "Certificate Installed" state enable severity Info syslog enable snmp enable threshold 0 exitevent "Radius Server Switchover" state enable severity Info syslog enable snmp enable threshold 0 exitevent "Radius Server Switchover Failure" state enable severity Major syslog enable snmp enable threshold 0 exitevent "Alarm History Reaches Threshold" state enable severity Major syslog enable snmp enable threshold 90 exitevent "Event Log Reaches Threshold" state enable severity Major syslog enable snmp enable threshold 90 exitevent "Radius Server Restored" state enable severity Info syslog enable snmp enable threshold 0 exitevent "System ID Changed" state enable severity Info syslog enable snmp enable threshold 0 exitevent "Interference Detected" state enable severity Major syslog enable snmp enable threshold 0 exitevent "High Channel Utilization" state enable severity Minor syslog enable snmp enable threshold 0 exitevent "Low Channel Quality" state enable severity Minor syslog enable snmp enable threshold 0 exitevent "No License Enforcement on Active Slave will be expired" state enable severity Minor syslog enable snmp enable threshold 0 exitevent "Power is not AT. Disabling lacp." state enable severity Major syslog enable snmp enable threshold 0 exitevent "Switch doesnot support LACP. Disabling lacp." state enable severity Major syslog enable snmp enable threshold 0 exitalarm "Link Down" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "AP Down" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "AP Wireless Interface Down" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "AP Software Version Mismatch" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "Software License Expired" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "Software License Violated" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "Master Down" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "AP Wireless Interface Station Capacity Full" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "Controller Memory Usage High" state enable severity Major syslog enable snmp enable threshold 70 exitalarm "Controller CPU Usage High" state enable severity Major syslog enable snmp enable threshold 80 exitalarm "AP Memory Usage High" state enable severity Major syslog enable snmp enable threshold 70 exitalarm "AP CPU Usage High" state enable severity Major syslog enable snmp enable threshold 80 exitalarm "DHCP Address Pool Exhausted" state enable severity Critical syslog enable snmp enable threshold 90 exitalarm "Watchdog Failure" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "AP Radio Card Failure" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "Radius Server Failed" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "Rogue AP Detected" state enable severity Major syslog enable snmp enable threshold 600 exitalarm "AP Runtime Error" state enable severity Minor syslog enable snmp enable threshold 0 exitalarm "Alarm History Full" state enable severity Critical syslog enable snmp enable threshold 99 exitalarm "Event Log Full" state enable severity Critical syslog enable snmp enable threshold 99 exitalarm "Power Module Failure" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "Fan Module Failure" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "AP Wireless Interface Down due to fallback channel not found" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "AP License Exceeded" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "AP822 HW Rev Not Supported" state enable severity Critical syslog enable snmp enable threshold 0 exitalarm "OAP832 Power not supported" state enable severity Critical syslog enable snmp enable threshold 0 exitservice-type AppleTV value _airplay._tcp.local.,_raop._tcp.local. description "Apple TV" owner controller version 0 exitservice-type Printer value _ipp._tcp.local.,_ipps._tcp.local.,_universal._sub._ipp._tcp.local.,_universal._sub._ipps._tcp.local.,_printer._tcp.local.,_scanner._tcp.local. description Printer owner controller version 0 exitservice-control-config state disableservice-control-config service-types *service-control-config locations *service-control-config vlans 0service-control-config essids *service-control-config gateways 0ssl-server port 10101ssl-server cna-bypass offssl-server captive-portal session-timeout 0ssl-server captive-portal activity-timeout 0ssl-server captive-portal authentication-type radiusssl-server captive-portal-external-IP 192.168.0.23ssl-server captive-portal-mode defaultssl-server captive-portal-certificate defaultssl-server redirection-protocol httpsssl-server l3user-session-timeout 1ssl-server accounting-radius-profile interim-interval 600wapi-server ip-address 0.0.0.0 port 3810exitmc1550(15)#

Date post:	02-Aug-2018
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