INTEROPERABILITY REPORT Ascom i62 Meru … Meru Networks Founded in 2002, Meru Networks provides a virtualized wireless LAN solution that cost-effectively optimizes the enterprise

Interoperability Report - Ascom i62 - MERU v 4.0.86 AP200/300 1 2011-05-24

INTEROPERABILITY REPORT Ascom i62 Meru Networks AP200/300 System manager version 4.0-150 (MR3)

i62 version 2.2.17

Ascom, Gothenburg

May 2011

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

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

SITE INFORMATION ................................................................................................................. 4 Known issues ......................................................................................................................... 6 General Conclusions............................................................................................................... 6

TEST RESULTS......................................................................................................................... 7 Ascom WLAN Infrastructure Verification VoWiFi .................................................................. 7

APPENDIX A: TEST CONFIGURATIONS .................................................................................. 9 General settings .................................................................................................................. 9 Security settings ................................................................................................................ 10 ESS, Radio and QoS settings ........................................................................................... 12

Ascom i62 ............................................................................................................................. 16 Innovaphone IP6000 (IP PBX & DHCP server) ..................................................................... 17

APPENDIX B: DETAILED TEST RECORDS ............................................................................ 18


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.

http://www.ascom.com/en/index/group/company/divisions/wireless-solutions.htm


SITE INFORMATION

Test Site: Meru Networks 894 Ross Drive Sunnyvale Participants: Karl-Magnus Olsson, Ascom Vijay Rajanarayanan, Meru 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, Open with Static WEP64/128 Not tested Association, WPA-PSK, TKIP OK Association, WPA2-PSK, TKIP / AES Encryption Not Supported by controller Association, LEAP Authentication Not supported by controller Association, PEAP-MSCHAPv2 Auth., TKIP Encryption OK Association, PEAP-MSCHAPv2 Auth., AES Encryption OK Association, Multiple ESSIDs OK Beacon Interval and DTIM Period OK Preauthentication No roaming by handset* PMKSA Caching No roaming by handset* WPA2-opportunistic/proactive Key Caching No roaming by handset* WMM Prioritization OK Active Mode (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 system architecture (virtual cell). **) i62 must be configured to use U-APSD to work with AP300. Roaming

High Level Functionality Result Roaming, Open with No Encryption OK* Roaming, Open with Static WEP64 Not tested Roaming, WPA-PSK, TKIP Encryption OK* Roaming, WPA2-PSK, AES Encryption OK* Roaming, LEAP, WEP/TKIP Encryption (CCKM) Not supported by controller Roaming, PEAP-MSCHAPv2 Auth, AES Encryption OK*

* ) No roaming by handset. Therefore no roaming times presented.


Known issues

The handset will attempt to use U-APSD even if it is not announced by the system. The solution is to ensure that the system and client configuration match. Refer to NCR 16717.

The handset and system must be configured to use U-APSD. This due to a limitation in the access point as it will not acknowledge PS-POLL frames. Note. AP300 only.

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

General Conclusions The result of the verified test areas, such as authentication, association, handover and load tests, produced in general very good test result. Due to Merus single channel architecture no traditional roaming is made. Due to a limitation in the Meru AP300 chipset no acknowledge will be sent from the system on PS-Poll frames. The system and Ascom i62 MUST for that reason be configured to use U-APSD to work with AP300. AP200 is not affected Using U-APSD increases the talk time dramatically from approximately 4hours to up to 16hours. Note. If the parameter Expedited Forwarding Override is not used the i62 have to mark voice packets with DSCP 48 in order for appropriate mapping in the air (UP=6).

3.6.1 WMM Settings 4.0.x WMM Settings

AP200

WMM QoS defaults to off

but can be turned on

WMM APSD Is automatically enabled when

WMM is enabled.

WMM QoS

defaults to off but can be turned on

WMM APSD Is automatically enabled when

WMM is enabled.

AP300

WMM QoS is on and cannot be

turned off

Not supported

WMM QoS is on and cannot be

turned off

WMM APSD

defaults to off but can be turned on

WMM differences between AP200 and AP300 For more information about Meru Networkss WiFi technology, refer to their white paper Virtual Cells: The Only Scalable Multi-Channel Deployment at the following URL: http://www.merunetworks.com/pdf/whitepapers/Virtual_Cells_WP4_0705.pdf

mailto:[email protected]://www.merunetworks.com/pdf/whitepapers/Virtual_Cells_WP4_0705.pdf


TEST RESULTS

Ascom WLAN Infrastructure Verification VoWiFi Software Versions:

Meru Networks MC3000 WLAN Controller, version 4.0-150 (MR3) AP200/300 Access Points Ascom i62, v 2.2.17

Signaling Protocol: SIP, Innovaphone IP6000 used as SIP server

Configuration of WLAN System:

Beacon Interval: 100ms DTIM Period: 5 802.11bgn (AP200, 802.11bg only) 802.11an (AP200, 802.11a only) WMM/ U-APSD Enabled (See appendix A for QoS profiles) 802.11d Regulatory Domain: World mode Call Admission Control (CAC) set to 20 per AP

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 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.


Test Areas Association and Authentication: 100% pass (9/9)

Only security settings available through the web GUI were tested. Note that WEP in hex must be entered on the controller with 0x before the key. PMKSA caching and WPA2-opportunistic/proactive key caching not really relevant in virtual

cell environment (no roaming decisions taken by handset unless handover to another virtual cell on a different channel)

Power Save: 100 % pass (3/3)

Ascom i62 needs to mark voice with DSCP 0xC0/48 (CS6) to facilitate correct QoS mapping in the air (UP=6)

Due to a limitation in the Meru AP300 chipset no acknowledge will be sent from the system on PS-Poll frames. The system and Ascom i62 MUST for that reason be configured to use U-APSD to work with AP300. AP200 is not affected.

QOS: 100% pass (1/1)

WMM has to be enabled on controller. Default disabled. Loadtest done with iPerf and IxChariot. No noticeable degeneration of voice quality.

Maximum Number of Calls: 100% pass (3/3)

22 active calls per single radio verified (No power save/U-APSD). Roaming and Handover Times: 100% pass (4/4)

AP-to-AP handovers handled entirely by controller PMKSA caching and WPA2-opportunistic/proactive key caching not really relevant in virtual

cell environment. Roaming with 802.11a/n and 802.11b/g/n passed

Battery Lifetime: 100% Pass (1/1)

~16hrs battery lifetime with ongoing call in U-APSD mode. Battery lifetime test only performed with AP300. * ) Note that figures are Up to values which have been measured in a lab environment. There are a number of different variables that affects both standby time and talk time

Stability: 100% Pass (1/1)

Stable call for the duration of >24 hours in U-APSD mode. Stability verified both with 2,4 and 5 GHz radio.

Please keep in mind that metrics do NOT account for untested cases.


APPENDIX A: TEST CONFIGURATIONS Meru Networks MC1000 WLAN Controller and AP200/300 Access Points. Version 4.0-150 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

IP configuration.


Security settings

Security profile WPA2-PSK, AES/CCMP encryption. TKIP encryption is supported in mixed mode


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

Radius profile. A FreeRadius server was used during testing. Note that both the profile intop and the IP number 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 use channels according to the infrastructure manufacturer and country regulations. The setting transmit power will set the maximum output power. For test purpose the transmit power is here decreased. Ascom i62 does not support 802.11n only mode. Note: If using channels where DFS is mandatory roaming for 802.11a, performance will be degraded due passive scan only. Ascom strongly recommends avoiding the use of DFS channels. Note for 802.11an: Using 40 MHz channels will reduce the number of non DFS channels to 2 in ETSI regions.


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. WMM and U-APSD should be turned on for optimal performance. 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. Silent Client polling is enabled by default in the system for AP300 in 4.0 releases. ON or OFF in the ESSID will not have effect for AP300. Silent client polling ensures that the client sends ACK frames for NULL or QoS NULL. Meru system uses the ACK packets received from station to fill in RSSI values into frame reports sent to the controller. This helps he controller to keep track of silent devices such as a handset in power save. Note. The default polling interval is if 4000ms by default. It has been discovered that this interval is too high for a silent client such as a phone. Ascom and Meru therefore recommend that this interval is decreased to 1400ms. This settinghas to be done by a Meru technician. Please contact Ascom or Meru for additional information.

ESS settings continued. Ascom also recommends, especially as a precaution in WPA-PSK/TKIP environments, that Enable Countermeasure should be turned OFF.


In a Meru environment, it is recommended that the data rates are advertised within the ESS per above for 802.11a (default).

In a Meru environment, it is recommended that the data rates are advertised within the ESS per above (802.11b/g/n). AP300 can be configured for b/g or b/g/n while Ap200 only can be configured to run b/g due to lack of 802.11n capabilities. To further optimize performance it is recommended to disallow 802.11b clients to associate by setting 12Mbps rate to mandatory in the 802.11b/g or 802.11b/g/n configuration. Due to a known bug it is recommended to disable HT (MCS) rates.


Quality of Service rules for SIP.

Configuration of Diffserv Codepoint (DSCP). Leaving DiffServ Codepoint disabled in an environment, where U-APSD has been implemented, implies that all Ascom VoIP devices must mark voice packets with DSCP 0xc0/48 (CS6), while ditto for signaling has to be DSCP 0x68/26 (AF31) or DSCP 0x00/00 (BE). Configuration: See attached file (cfg_meru.txt) for Meru MC1000 configuration.


Ascom i62

Recommended i62 system settings. Security mode, encryption type and Voice power save mode may vary depending on site. In a Meru infrastructure only one channel is used, so the setting 802.11b/g/n or a/n channels may be changed to specify the correct channel. i62 configuration: See attached file (i62 Template.tpl) for i62 configuration.


Innovaphone IP6000 (IP PBX & DHCP server) The Innovaphone IP6000 was configured with a static IP address of 192.168.10.1. 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 AP300 802.11bgn Pass 18 Fail 0 Comments 19 Untested 6 Total 43 802.11an Pass 18 Fail 0 Comments 12 Untested 5 Total 45 AP200 802.11a/bg Pass 20 Fail 0 Comments 13 Untested 10 Total 43 See attached file (AP200WLANinteroperabilityTestReport.xls and AP300WLANinteroperabilityTestReport.xls) for detailed test results. 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

https://www.ascom-ws.com/AscomPartnerWeb/en/startpage/Sales-tools/Interoperability


Document History Rev Date Author Description PA 2010-09-04 SEKMO Draft R1 2010-09-29 SEKMO Rev 1 R2 2011-02-01 SEKMO Rev 2, Known issues section changed. Recommended ESS

configuration (data rates) changed. R3 2011-04-24 SEKMO Updated with Meru v 4.0-150 and i62 version 2.2.17

INTRODUCTIONAbout AscomAbout Meru Networks

SITE INFORMATIONKnown issuesGeneral Conclusions

TEST RESULTSAscom WLAN Infrastructure Verification VoWiFi

APPENDIX A: TEST CONFIGURATIONSGeneral settingsSecurity settingsAscom i62

APPENDIX B: DETAILED TEST RECORDS

WLAN TR

WLAN Interoperability Test ReportWLAN configuration:

Beacon Interval: 100ms

Test object - Handset:DTIM Interval: 5

Ascomi62 sw version 2.2.17802.11d Regulatory Domain: XX

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

Meru AP300 series version 4.0-150 (MR3)No Auto-tune

silent client polling 1500ms, 40mhz channels on 5ghz, Hs set to Unii1Single Voice VLAN

2.4Ghz5.0Ghz

Test CaseDescriptionVerdictVerdictComment

TEST AREA ASSOCIATION / AUTHENTICATION

#101Association with open authentication, no encryptionPASSPASS

#102Association with open authentication, WEP 64-bits encryptionNOT TESTEDNOT TESTED

#103Association with open authentication, WEP 128-bits encryptionNOT TESTEDNOT TESTED

#104Association with WPA-PSK authentication, TKIP encryptionPASSPASS

#105Association with WPA-PSK authentication, AES-CCMP encryptionPASSPASS

#106Association with WPA2-PSK authentication, TKIP encryptionSee CommentSee CommentNot supported

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

#108Association with LEAP authenticationNOT TESTEDNOT TESTEDNot supported

#109Association with PEAP-MSCHAPv2 auth, TKIP encryptionPASSPASSPASS

#110Association with PEAP-MSCHAPv2 auth, AES-CCMP encryptionPASSPASSFAIL

#112PreauthenticationSee CommentSee CommentNot supportedSee Comment

#113PMKSA cachingSee CommentSee CommentN/A. No roaming by handset when using Virtual cell

#114Re-Association with WPA2-opportunistic/proactive key cachingSee CommentSee CommentN/A. No roaming by handset when using Virtual cell

#115Association with multiple ESSIDs on APPASSPASS

TEST AREA POWER-SAVE

#150802.11 Power-save modePASSPASS

#151Beacon period and DTIM intervalPASSPASS

#152802.11e U-APSDPASSPASS

TEST AREA QOS

#201WMM 802.1D/DSCP classificationSee CommentSee CommentNot relevant

#202WMM prioritizationPASSPASSTested with iPerf, no noticable degeneration of voice

TEST AREA MAXIMUM NUMBER OF CALLS

#301Active mode - unencryptedPASSPASS

#302Active mode encrypted with WEPNOT TESTEDNOT TESTEDNot relevant

#303Active mode encrypted with WPA-PSKPASSPASS

#304Active mode encrypted with WEP and limited rates to 802.11b onlySee CommentSee CommentNot relevant or applicable

#305Active mode encrypted with WEP and limited Tx rate to 12 Mbit/sSee CommentSee CommentNot relevant or applicable

#306Power-save mode PS_POLL encrypted with WEPSee CommentSee CommentNot relevant or applicable

#307Power-save mode U-APSD encrypted with WEPNOT TESTEDNOT TESTEDNot relevant

#308Power-save mode U-APSD encrypted with WPA/TKIPPASSPASS

TEST AREA ROAMING AND HANDOVER TIMES

#401Handover with open authentication and no encryptionPASSPASS

#402Handover with open authentication and WEP encryptionNOT TESTEDNOT TESTEDNot relevant

#403Handover with WPA-PSK authentication and TKIP encryptionPASSPASS

#404Handover with WPA2-PSK auth and AES-CCMP encryptionPASSPASS

#405Handover with LEAP authentication and WEP encryptionSee CommentSee CommentNot supported

#406Handover with LEAP authentication and TKIP encryptionSee CommentSee CommentNot supported

#407Handover with LEAP authentication using CCKMSee CommentSee CommentNot supported

#408Handover with PEAP-MSCHAPv2 authentication and AES-CCMP encryptionPASSPASS

#410Handover using PMKSA cachingSee CommentSee CommentN/A. No roaming by handset when using Virtual cell

#411Handover using PMKSA and opportunistic/proactive key cachingSee CommentSee CommentN/A. No roaming by handset when using Virtual cell

TEST AREA BATTERY LIFETIME

#501Battery lifetime in idleNOT TESTEDNOT TESTED

#502Battery lifetime in call with no power saveNOT TESTEDNOT TESTED

#503Battery lifetime in call with power save mode PS_POLLNOT TESTEDNOT TESTED

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

TEST AREA STABILITY

#601Duration of call Active modePASSPASS20h +ok

#602Duration of call U-APSD modePASSPASS20h +ok

WLAN TR

WLAN Interoperability Test ReportWLAN configuration:

Beacon Interval: 100ms

Test object - Handset:DTIM Interval: 5

Ascomi62 sw version 2.2.17802.11d Regulatory Domain: XX

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

Meru AP300 series version 4.0-150 (MR3)No Auto-tune

silent client polling 1500ms, 40mhz channels on 5ghz, Hs set to Unii1Single Voice VLAN

2.4Ghz5.0Ghz

Test CaseDescriptionVerdictVerdictComment

TEST AREA ASSOCIATION / AUTHENTICATION

#101Association with open authentication, no encryptionPASSPASS

#102Association with open authentication, WEP 64-bits encryptionSee CommentSee CommentWep no longer relevant

#103Association with open authentication, WEP 128-bits encryptionSee CommentSee CommentWep no longer relevant

#104Association with WPA-PSK authentication, TKIP encryptionPASSPASS

#105Association with WPA-PSK authentication, AES-CCMP encryptionPASSPASS

#106Association with WPA2-PSK authentication, TKIP encryptionSee CommentSee CommentNot tested, only availible in mixed mode

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

#108Association with LEAP authenticationSee CommentSee CommentNot supported

#109Association with PEAP-MSCHAPv2 auth, TKIP encryptionPASSPASSPASS

#110Association with PEAP-MSCHAPv2 auth, AES-CCMP encryptionPASSPASSFAIL

#112PreauthenticationSee CommentSee CommentNot supportSee Comment

#113PMKSA cachingSee CommentSee CommentN/A. No roaming by handset when using Virtual cell

#114Re-Association with WPA2-opportunistic/proactive key cachingSee CommentSee CommentN/A. No roaming by handset when using Virtual cell

#115Association with multiple ESSIDs on APPASSPASS

TEST AREA POWER-SAVE

#150802.11 Power-save modeNOT TESTEDNOT TESTED

#151Beacon period and DTIM intervalNOT TESTEDNOT TESTED

#152802.11e U-APSDPASSPASS

TEST AREA QOS

#201WMM 802.1D/DSCP classificationNOT TESTEDNOT TESTED

#202WMM prioritizationPASSPASSbackground load generated by Chariot or iPerf

TEST AREA MAXIMUM NUMBER OF CALLS

#301Active mode - unencryptedPASSPASS22hs ok both 5Ghz and 2.5Ghz

#302Active mode encrypted with WEPSee CommentSee CommentN/A or not relevant

#303Active mode encrypted with WPA-PSKPASSPASS22hs ok both 5Ghz and 2.5Ghz

#304Active mode encrypted with WEP and limited rates to 802.11b onlySee CommentSee CommentN/A or not relevant

#305Active mode encrypted with WEP and limited Tx rate to 12 Mbit/sSee CommentSee CommentN/A or not relevant

#306Power-save mode PS_POLL encrypted with WEPSee CommentSee CommentN/A or not relevant

#307Power-save mode U-APSD encrypted with WEPSee CommentSee CommentN/A or not relevant

#308Power-save mode U-APSD encrypted with WPA/TKIPPASSPASS22hs ok both 5Ghz and 2.5GhzHs stuck in voice only but is unreachable

TEST AREA ROAMING AND HANDOVER TIMES

#401Handover with open authentication and no encryptionPASSPASS

#402Handover with open authentication and WEP encryptionSee CommentSee CommentWep no longer relevant

#403Handover with WPA-PSK authentication and TKIP encryptionPASSPASS

#404Handover with WPA2-PSK auth and AES-CCMP encryptionPASSPASS

#405Handover with LEAP authentication and WEP encryptionSee CommentSee CommentNot supported

#406Handover with LEAP authentication and TKIP encryptionSee CommentSee CommentNot supported

#407Handover with LEAP authentication using CCKMSee CommentSee CommentNot supported

#408Handover with PEAP-MSCHAPv2 authentication and AES-CCMP encryptionPASSPASS

#410Handover using PMKSA cachingSee CommentSee CommentN/A in Meru system

#411Handover using PMKSA and opportunistic/proactive key cachingSee CommentSee CommentN/A in Meru system

TEST AREA BATTERY LIFETIME

#501Battery lifetime in idleNOT TESTEDNOT TESTED

#502Battery lifetime in call with no power saveNOT TESTEDNOT TESTED

#503Battery lifetime in call with power save mode PS_POLLNOT TESTEDNOT TESTED

#504Battery lifetime in call with power save mode U-APSDPASSPASS802.11an: 11h and 15h, 802.11bgn: 16h +

TEST AREA STABILITY

#601Duration of call Active modeSee CommentSee CommentU-APSD must be used together with AP300

#602Duration of call U-APSD modePASSPASS15 h ok

vars check f1b0c8ec57c0afb39460194e# 7.00 hotfix15 IP6000[70300.27], Bootcode[10-7030025], Hardware[302] # IP6000-08-03-a6#config change FLASHMAN0config change VARSconfig change SNMP0config change LOG0 /type syslog /addr 192.168.10.187 /method std /fault-method stdconfig change LOG0 FAULTconfig change LOG0 CNTconfig change CDR0config change CDR1config change CDR2config change CDR3config change CDR4config change CPUconfig change SWITCH0config change PRI1-L1 /termconfig change PRI1-L1 /termconfig change PRI2-L1 /termconfig change PRI3-L1 /termconfig change PRI4-L1 /termconfig change AC_DSP0config change AC_DSP1config change AC_DSP2config change AC_DSP3config change AC_DSP4config change AC_DSP5config change AC_DSP6config change AC_DSP7config change AC_DSP8config change AC_DSP9config change AC_DSP10config change AC_DSP11config change ADSPconfig change MEDIA-FWDconfig change TEL-L1config change ETH0config change ETH1config change PRI1-L2config change PRI2-L2config change PRI3-L2config change PRI4-L2config change TEL-L2config change PRI1config change PRI1config change PRI2config change PRI2config change PRI3config change PRI3config change PRI4config change PRI4config change TELconfig change CFLASHconfig change CFLASHconfig change CF0config change CX0config change PPPOE0config change PPPOE1config change ENET1X0config change ENET1X1config change PPTPconfig change IP0 /priority-tos 0xc0 /priority-tos1 0x00 /ip-trace onconfig change IP0 ETH0 /addr 172.20.106.50 /mask 255.255.255.0config change IP0 ETH1 /addr 10.30.32.118 /mask 255.255.248.0config change IP0 PPP0config change IP0 PPP1config change IP0 PPP2config change IP0 PPP3config change IP0 PPP4config change IP0 PPP5config change IP0 PPP6config change IP0 PPP7config change IP0 PPP8config change IP0 PPP9config change IP0 PPP10config change IP0 PPP11config change IP0 PPP12config change IP0 PPP13config change IP0 PPP14config change IP0 PPP15config change IP0 PPP16config change IP0 PPP17config change IP0 PPP18config change IP0 PPP19config change IP0 PPP20config change IP0 PPP21config change IP0 PPP22config change IP0 PPP23config change IP0 PPP24config change IP0 PPP25config change IP0 PPP26config change IP0 PPP27config change IP0 PPP28config change IP0 PPP29config change IP0 PPP30config change IP0 PPP31config change IP0 RT0 /gateway 172.20.106.1config change IP0 RT1 /gateway 0.0.0.0config change IP0 RT2config change IP0 RT3config change SRTP_PROVIDER0config change KEYGENconfig change X509config change TLS_CIPHER0config change TLS0config change TESTconfig change TONEconfig change HTTPconfig change ECHOconfig change SIG0config change SIG1config change WEBMEDIAconfig change PCM-CHconfig change NTP0 /addr 192.168.10.168 /interval 60 /offset CET-1CEST-2,M3.5.0/2,M10.5.0/3config change SYNCconfig change NAT0config change NAT0 H323NAT0 /pcap onconfig change DNS0config change SMTP0config change CMD0config change PCAP /enable onconfig change SETUPconfig change H323 /pcap on /log onconfig change SIP /log onconfig change TSIP /log onconfig change SIPSconfig change FLASHDIR0config change DHCP0 /lease-time 1440 /check-time 60 /offer ,255.255.255.0,192.168.10.1 /pool-cfg 192.168.10.160:192.168.10.210 /mode off /probe-addr arp /vendor-wait 8config change DHCP1 /mode off /lease-time 1 /check-time 60config change TELNET0config change HTTP0config change HTTPCLIENT0config change UP0config change UP1config change LDAPSRV0config change LDAPDIR0config change LDAPREP0config change WEBDAV0config change MEDIAconfig change CONFconfig change RELAY0config change RELAY0 RELAY-SIPconfig change RELAY0 RELAY-TSIPconfig change RELAY0 RELAY-SIPSconfig change RELAY0 PRI1config change RELAY0 PRI2config change RELAY0 PRI3config change RELAY0 PRI4config change RELAY0 TELconfig change RELAY0 TESTconfig change RELAY0 TONEconfig change RELAY0 HTTPconfig change RELAY0 ECHOconfig change RELAY0 SIG0config change RELAY0 SIG1config change RELAY0 CONFconfig change RELAY0 SIP1config change RELAY0 SIP2config change RELAY0 SIP3config change RELAY0 SIP4config change RELAY0 GW1config change RELAY0 GW2config change RELAY0 GW3config change RELAY0 GW4config change RELAY0 GW5config change RELAY0 GW6config change RELAY0 GW7config change RELAY0 GW8config change RELAY0 GW9config change RELAY0 GW10config change RELAY0 GW11config change RELAY0 GW12config change RELAY0 RT1config change RELAY0 RT2config change RELAY0 RT3config change RELAY0 RT4config change RELAY0 RT5config change RELAY0 RT6config change RELAY0 RT7config change RELAY0 RT8config change RELAY0 RT9config change RELAY0 RT10config change RELAY0 RT11config change RELAY0 RT12config change RELAY0 RT13config change RELAY0 RT14config change RELAY0 RT15config change RELAY0 RT16config change RELAY0 RT17config change RELAY0 RT18config change RELAY0 RT19config change RELAY0 RT20config change RELAY0 RT21config change RELAY0 RT22config change RELAY0 RT23config change RELAY0 RT24config change RELAY0 RT25config change RELAY0 RT26config change RELAY0 RT27config change RELAY0 RT28config change RELAY0 RT29config change RELAY0 RT30config change RELAY0 RT31config change RELAY0 RT32config change RELAY0 REGconfig change PBX0 /mode master /gk-id PBX0 /loc intop /cfnr 15 /incomplete 4 /access 1 /trace onconfig change PBX0 PBX-SIPconfig change PBX0 PBX-TSIPconfig change PBX0 PBX-SIPSconfig change PBX0 ADMINvars delvars create CMD0/AUTH pc f1b0c8ec57c0afb39460194evars create CPU/TESTLIC p 81vars create DHCP0/LEASE/1267 pb 00000000c0a80aa1070100013e117a35vars create DHCP0/LEASE/1268 pb 00000000c0a80aa2070100013e117922vars create LDAPREP0/AUTH pc vars create LDAPSRV0/AUTH pc fcb0c4f5148bb3a6d12413176a01ec05f21cvars create LICENSE/GW-DECT/00000 p Multicell=255,test-00-90-33-08-03-a6/10025777774,999999,Test+License+for+Project+lab+license+(Ascom):5e41-a365-b3e4-0289vars create LICENSE/PBX0/00000 p Registrations=2,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):728c-c2c1-5217-5344vars create LICENSE/PBX0/00001 p Registrations=100,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):b3b1-4a84-54f5-4a95vars create LICENSE/PBX0/00002 p Registrations=200,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):7205-3bef-09b1-7f5bvars create LICENSE/PBX0/00003 p Registrations=500,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):5769-6d3c-7018-d443vars create LICENSE/PBX0/00004 p PBX7#2=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):d4e5-fad3-a183-ed03vars create LICENSE/PBX0/00005 p PBX7#15=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):f723-a410-e167-32d1vars create LICENSE/PBX0/00006 p PBX7#30=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):940b-d523-14af-6f98vars create LICENSE/PBX0/00007 p PBX7#60=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):5c50-8818-6703-8d2fvars create LICENSE/PBX0/00008 p PBX7#130=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):3b28-082b-9c6c-8eb0vars create LICENSE/PBX0/00009 p PBX7#250=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):e9ec-5245-3624-01f2vars create LICENSE/PBX0/00010 p PBX7#500=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):3f45-f0b5-096d-bff0vars create LICENSE/PBX0/00011 p PBX7#750=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):f563-2159-cf6e-8d75vars create LICENSE/PBX0/00012 p PBX7#90=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):c54e-fad5-249e-3605vars create LICENSE/PBX0/00013 p PBX7#45=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):8097-3a8b-4574-1311vars create LICENSE/PBX0/00014 p PBX7#190=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):5822-a3a2-7d0a-3da0vars create LICENSE/PBX0/00015 p Operators=50,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):6318-744b-822e-8e41vars create LICENSE/PBX0/00016 p SoftwarePhones=50,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):68a5-f179-8ed5-b161vars create LICENSE/PBX0/00017 p Voicemail#15=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):f2fc-1ae6-01dc-7d88vars create LICENSE/PBX0/00018 p Voicemail#30=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):395e-a433-40cb-5144vars create LICENSE/PBX0/00019 p Voicemail#60=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):9496-a5c5-5104-461avars create LICENSE/PBX0/00020 p Voicemail#90=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):9d48-e64b-c925-7ab6vars create LICENSE/PBX0/00021 p Voicemail#130=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):d349-7992-d7a8-b240vars create LICENSE/PBX0/00022 p Voicemail#250=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):bd21-27e3-1891-7a5evars create LICENSE/PBX0/00023 p Voicemail#500=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):b480-59fd-ad73-dd06vars create LICENSE/PBX0/00024 p Voicemail#750=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):11ac-1e1d-3873-ab56vars create LICENSE/PBX0/00025 p Voicemail#45=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):9237-32df-19a6-c9b8vars create LICENSE/PBX0/00026 p Voicemail#190=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):b499-c663-feba-7742vars create LICENSE/PBX0/00027 p Standby#2=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):743e-2e09-581a-b9f6vars create LICENSE/PBX0/00028 p Standby#15=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):4708-353c-36d0-1647vars create LICENSE/PBX0/00029 p Standby#30=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):2ca0-d47b-3d48-3395vars create LICENSE/PBX0/00030 p Standby#60=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):a667-2eb7-a676-5a30vars create LICENSE/PBX0/00031 p Standby#130=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):e801-1a8e-a1de-031bvars create LICENSE/PBX0/00032 p Standby#250=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):2a9f-c650-69da-c93bvars create LICENSE/PBX0/00033 p Standby#500=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):9f66-8230-fc99-1e7evars create LICENSE/PBX0/00034 p Standby#750=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):f21e-c7e8-7904-3e6cvars create LICENSE/PBX0/00035 p Standby#90=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):b4d1-dc76-903c-f290vars create LICENSE/PBX0/00036 p Standby#45=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):6948-2242-da72-0791vars create LICENSE/PBX0/00037 p Standby#190=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):2c84-ce4d-a838-a3ffvars create LICENSE/RELAY0/00000 p Gateway=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):d3da-0376-4a91-926evars create LICENSE/RELAY0/00001 p BRIs=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):d5d8-660a-cbd1-1900vars create LICENSE/RELAY0/00002 p BRIs=2,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):863d-73e5-3eae-d646vars create LICENSE/RELAY0/00003 p BRIs=4,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):ebba-656d-a59e-6f15vars create LICENSE/RELAY0/00004 p PRIs=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):5671-fa9d-3f6e-5214vars create LICENSE/RELAY0/00005 p PRIs=2,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):ecb3-6d3c-76b3-6ef4vars create LICENSE/RELAY0/00006 p PRIs=4,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):2da2-abe4-3d44-55f8vars create LICENSE/RELAY0/00007 p Channels=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):62a4-4144-8cab-cde2vars create LICENSE/RELAY0/00008 p Channels=2,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):7277-cfc6-e70e-b84cvars create LICENSE/RELAY0/00009 p Channels=4,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):5ae5-759f-01b9-b540vars create LICENSE/RELAY0/00010 p Channels=8,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):4909-de0b-352f-f704vars create LICENSE/RELAY0/00011 p Channels=16,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):00e6-096e-50aa-5a32vars create LICENSE/RELAY0/00012 p Channels=32,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):8794-0412-523b-e185vars create LICENSE/RELAY0/00013 p ABs=1,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):29fa-6e79-859a-c715vars create LICENSE/RELAY0/00014 p ABs=2,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):15b8-8e7b-5cc6-30d4vars create LICENSE/RELAY0/00015 p ABs=3,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):7f8a-bc1b-ed1f-ae30vars create LICENSE/RELAY0/00016 p ABs=4,test-00-90-33-08-03-a6,999999,Test+License+for+Project+lab+license+(Ascom):d1fc-3b7a-12d8-2a46vars create PBX0/KEY pc 47d69bc899edd912cb5028192b877772vars create PBX0/PWD pc f3bcc4eb5e89aba6a250297e1a79947dvars create PPP0/LOCAL-AUTH pc vars create PPP0/REMOTE-AUTH pc vars create PPP1/LOCAL-AUTH pc vars create PPP1/REMOTE-AUTH pc vars create PPP10/LOCAL-AUTH pc vars create PPP10/REMOTE-AUTH pc vars create PPP11/LOCAL-AUTH pc vars create PPP11/REMOTE-AUTH pc vars create PPP12/LOCAL-AUTH pc vars create PPP12/REMOTE-AUTH pc vars create PPP13/LOCAL-AUTH pc vars create PPP13/REMOTE-AUTH pc vars create PPP14/LOCAL-AUTH pc vars create PPP14/REMOTE-AUTH pc vars create PPP15/LOCAL-AUTH pc vars create PPP15/REMOTE-AUTH pc vars create PPP16/LOCAL-AUTH pc vars create PPP16/REMOTE-AUTH pc vars create PPP17/LOCAL-AUTH pc vars create PPP17/REMOTE-AUTH pc vars create PPP18/LOCAL-AUTH pc vars create PPP18/REMOTE-AUTH pc vars create PPP19/LOCAL-AUTH pc vars create PPP19/REMOTE-AUTH pc vars create PPP2/LOCAL-AUTH pc vars create PPP2/REMOTE-AUTH pc vars create PPP20/LOCAL-AUTH pc vars create PPP20/REMOTE-AUTH pc vars create PPP21/LOCAL-AUTH pc vars create PPP21/REMOTE-AUTH pc vars create PPP22/LOCAL-AUTH pc vars create PPP22/REMOTE-AUTH pc vars create PPP23/LOCAL-AUTH pc vars create PPP23/REMOTE-AUTH pc vars create PPP24/LOCAL-AUTH pc vars create PPP24/REMOTE-AUTH pc vars create PPP25/LOCAL-AUTH pc vars create PPP25/REMOTE-AUTH pc vars create PPP26/LOCAL-AUTH pc vars create PPP26/REMOTE-AUTH pc vars create PPP27/LOCAL-AUTH pc vars create PPP27/REMOTE-AUTH pc vars create PPP28/LOCAL-AUTH pc vars create PPP28/REMOTE-AUTH pc vars create PPP29/LOCAL-AUTH pc vars create PPP29/REMOTE-AUTH pc vars create PPP3/LOCAL-AUTH pc vars create PPP3/REMOTE-AUTH pc vars create PPP30/LOCAL-AUTH pc vars create PPP30/REMOTE-AUTH pc vars create PPP31/LOCAL-AUTH pc vars create PPP31/REMOTE-AUTH pc vars create PPP4/LOCAL-AUTH pc vars create PPP4/REMOTE-AUTH pc vars create PPP5/LOCAL-AUTH pc vars create PPP5/REMOTE-AUTH pc vars create PPP6/LOCAL-AUTH pc vars create PPP6/REMOTE-AUTH pc vars create PPP7/LOCAL-AUTH pc vars create PPP7/REMOTE-AUTH pc vars create PPP8/LOCAL-AUTH pc vars create PPP8/REMOTE-AUTH pc vars create PPP9/LOCAL-AUTH pc vars create PPP9/REMOTE-AUTH pc vars create X509/DEVICE_CERTIFICATE/00000 pb 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 create X509/DEVICE_KEY pbc 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 create X509/INIT p 1vars create X509/SERIAL pb 00000001mod cmd FLASHDIR0 erase-allmod cmd FLASHDIR0 add-view 101 cn=PBX0mod cmd FLASHDIR0 add-item 101 (cn=_ADMIN_)(pbx=)(pbx=)(h323=pbx-admin)(guid;bin=FAFE063DE909D311BC1E0090330803A6)(usn=1)mod cmd FLASHDIR0 add-item 101 (cn=1000)(guid;bin=E8AF71E7E909D31196BF0090330803A6)(dn=1000)(h323=1000)(e164=1000)(loc=intop)(node=root)(pbx=)(usn=7)mod cmd FLASHDIR0 add-item 101 (cn=1001)(dn=1001)(h323=1001)(e164=1001)(loc=intop)(node=root)(pbx=)(guid;bin=8DF8AA28E909D311B1680090330803A6)(usn=8)mod cmd FLASHDIR0 add-item 101 (cn=2000)(dn=2000)(h323=2000)(e164=2000)(loc=intop)(node=root)(pbx=)(guid;bin=877A3D66E909D311B6B60090330803A6)(usn=9)mod cmd FLASHDIR0 add-item 101 (cn=2001)(dn=2001)(h323=2001)(e164=2001)(loc=intop)(node=root)(pbx=)(guid;bin=A9352681E909D31185040090330803A6)(usn=10)mod cmd FLASHDIR0 add-item 101 (cn=2002)(dn=2002)(h323=2002)(e164=2002)(loc=intop)(node=root)(pbx=)(guid;bin=6B5CC090E909D31199CF0090330803A6)(usn=11)mod cmd FLASHDIR0 add-item 101 (cn=2003)(dn=2003)(h323=2003)(e164=2003)(loc=intop)(node=root)(pbx=)(guid;bin=ABF39DFFE909D31199CF0090330803A6)(usn=12)mod cmd FLASHDIR0 add-item 101 (cn=2004)(dn=2004)(h323=2004)(e164=2004)(loc=intop)(node=root)(pbx=)(guid;bin=D27F7F3CE909D31199CF0090330803A6)(usn=13)mod cmd FLASHDIR0 add-item 101 (cn=2005)(dn=2005)(h323=2005)(e164=2005)(loc=intop)(node=root)(pbx=)(guid;bin=84BE0AA2E909D31199CF0090330803A6)(usn=14)mod cmd FLASHDIR0 add-item 101 (cn=2006)(dn=2006)(h323=2006)(e164=2006)(loc=intop)(node=root)(pbx=)(guid;bin=A2E13583E909D31199CF0090330803A6)(usn=15)mod cmd FLASHDIR0 add-item 101 (cn=2007)(dn=2007)(h323=2007)(e164=2007)(loc=intop)(node=root)(pbx=)(guid;bin=FCDB7BBFE909D31199CF0090330803A6)(usn=16)mod cmd FLASHDIR0 add-item 101 (cn=2008)(dn=2008)(h323=2008)(e164=2008)(loc=intop)(node=root)(pbx=)(guid;bin=AE927514E909D31199CF0090330803A6)(usn=17)mod cmd FLASHDIR0 add-item 101 (cn=2009)(dn=2009)(h323=2009)(e164=2009)(loc=intop)(node=root)(pbx=)(guid;bin=CA4C8CDFE909D31199CF0090330803A6)(usn=18)mod cmd FLASHDIR0 add-item 101 (cn=2010)(dn=2010)(h323=2010)(e164=2010)(loc=intop)(node=root)(pbx=)(guid;bin=3A574C74E909D31199CF0090330803A6)(usn=19)mod cmd FLASHDIR0 add-item 101 (cn=2011)(dn=2011)(h323=2011)(e164=2011)(loc=intop)(node=root)(pbx=)(guid;bin=F66649FFE909D31199CF0090330803A6)(usn=20)mod cmd FLASHDIR0 add-item 101 (cn=2012)(dn=2012)(h323=2012)(e164=2012)(loc=intop)(node=root)(pbx=)(guid;bin=DB54E0BBE909D31199CF0090330803A6)(usn=21)mod cmd FLASHDIR0 add-item 101 (cn=1002)(dn=1002)(h323=1002)(e164=1002)(loc=intop)(node=root)(pbx=)(guid;bin=4CB14D8FE909D311A0140090330803A6)(usn=22)mod cmd FLASHDIR0 add-item 101 (cn=1003)(dn=1003)(h323=1003)(e164=1003)(loc=intop)(node=root)(pbx=)(guid;bin=A65553F9E909D311A0140090330803A6)(usn=23)mod cmd FLASHDIR0 add-item 101 (cn=PeK3032)(h323=PeK3032)(e164=3032)(loc=intop)(node=root)(pbx=)(guid;bin=9E122D5AE909D311A3010090330803A6)(usn=25)mod cmd FLASHDIR0 add-item 101 (cn=PeK3031)(guid;bin=12949CA7E909D311A3010090330803A6)(dn=3031)(h323=PeK3031)(e164=3031)(loc=intop)(node=root)(pbx=)(usn=27)mod cmd FLASHDIR0 add-item 101 (cn=1004)(dn=1004)(h323=1004)(e164=1004)(loc=intop)(node=root)(pbx=)(guid;bin=D70721EAE909D311B8710090330803A6)(usn=28)mod cmd FLASHDIR0 add-item 101 (cn=1005)(dn=1005)(h323=1005)(e164=1005)(loc=intop)(node=root)(pbx=)(guid;bin=26973EE6E909D311973C0090330803A6)(usn=29)mod cmd FLASHDIR0 add-item 101 (cn=1006)(dn=1006)(h323=1006)(e164=1006)(loc=intop)(node=root)(pbx=)(guid;bin=99A24EFBE909D311973C0090330803A6)(usn=30)mod cmd FLASHDIR0 add-item 101 (cn=1007)(dn=1007)(h323=1007)(e164=1007)(loc=intop)(node=root)(pbx=)(guid;bin=5E0040D1E909D311973C0090330803A6)(usn=31)mod cmd FLASHDIR0 add-item 101 (cn=1008)(dn=1008)(h323=1008)(e164=1008)(loc=intop)(node=root)(pbx=)(guid;bin=6E3A6B44E909D311973C0090330803A6)(usn=32)mod cmd FLASHDIR0 add-item 101 (cn=1009)(dn=1009)(h323=1009)(e164=1009)(loc=intop)(node=root)(pbx=)(guid;bin=D38D9B12E909D311973C0090330803A6)(usn=33)mod cmd FLASHDIR0 add-item 101 (cn=1010)(dn=1010)(h323=1010)(e164=1010)(loc=intop)(node=root)(pbx=)(guid;bin=976E785AE909D311973C0090330803A6)(usn=34)mod cmd FLASHDIR0 add-item 101 (cn=1011)(dn=1011)(h323=1011)(e164=1011)(loc=intop)(node=root)(pbx=)(guid;bin=A7371B4DE909D311973C0090330803A6)(usn=35)

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08

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0e10

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Meru Interoperability

30

Meru Interoperability

03

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# version 4.0-150configure terminalno rogue-ap detectionaudit period 60controller-index 0auto-ap-upgrade disabletopo-update disableaeroscout disableaeroscout ip-address 0.0.0.0aeroscout port 12092fastpath offbonding singleigmp-snoop state disableigmp-snoop age-time 300roaming-domain stopvcellap150 enabledfs disablestation-aging-out-interval 2optimization noneboot-script watchdog-freeze.scrzeronet-packet disablehostname defaultip dhcp-server 172.20.96.14ip dhcp-passthroughip udp-broadcast upstream all-ports selectedip udp-broadcast downstream all-ports selectedmanagement wirelessqosvars admission admitallqosvars ttl 0qosvars udpttl 0qosvars tcpttl 0qosvars enableqosvars bwscaling 100qosvars drop-policy headqosvars max-stations-per-ap 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 00:00air-shield 1st-oui 00:00:00:00:00:00air-shield 2nd-oui 00:00:00:00:00:00air-shield 3rd-oui 00:00:00:00:00:00rogue-ap mitigation nonerogue-ap assigned-aps 3rogue-ap aging 60rogue-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 -100snmp-server description controllerstatistics period 60access-list state disabledap 1 boot-script "" description AP-1 contact "" building "" floor "" led Normal location "" role access dataplane-encryption off parent-ap 0 link-probing-duration 120 mac-address 00:0c:e6:03:1f:76 model AP208 power-supply 802.3-af indoor-outdoor indoor exitap 3 boot-script "" description AP-3 contact "" building "" floor "" led Normal location "" role access dataplane-encryption off parent-ap 0 link-probing-duration 120 mac-address 00:0c:e6:06:10:01 model AP320 power-supply 802.3-af indoor-outdoor indoor exitap 4 boot-script "" description AP-4 contact "" building "" floor "" led Normal location "" role access dataplane-encryption off parent-ap 0 link-probing-duration 120 mac-address 00:0c:e6:06:10:0d model AP320 power-supply 802.3-af indoor-outdoor indoor exitap 6 boot-script "" description AP-6 contact "" building "" floor "" led Normal location "" role access dataplane-encryption off parent-ap 0 link-probing-duration 120 mac-address 00:0c:e6:00:82:01 model AP201 power-supply 802.3-af indoor-outdoor indoor exitap 7 boot-script "" description AP-7 contact "" building "" floor "" led Normal location "" role access dataplane-encryption off parent-ap 0 link-probing-duration 120 mac-address 00:0c:e6:00:82:9d model AP201 power-supply 802.3-af indoor-outdoor indoor exitap 8 boot-script "" description AP-8 contact "" building "" floor "" led Normal location "" role access dataplane-encryption off parent-ap 0 link-probing-duration 120 mac-address 00:0c:e6:03:1f:7d model AP208 power-supply 802.3-af indoor-outdoor indoor exitinterface Dot11Radio 1 2 antenna-selection right channel 36 rf-mode 802.11a localpower 17 protection-cts-mode 802.11-1999 admin-mode Up protection-mode auto channel-width 20-mhz mimo-mode 2x2 probe-response-threshold 15 no preamble-short no n-only-mode no virtual-cell-mode default protection-mode mode normal antenna-property 1 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit exitinterface Dot11Radio 1 1 antenna-selection left channel 11 rf-mode 802.11bg localpower 20 preamble-short protection-cts-mode wmm-txop admin-mode Up protection-mode auto channel-width 20-mhz mimo-mode 2x2 probe-response-threshold 15 no n-only-mode no virtual-cell-mode default protection-mode mode normal antenna-property 1 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit exitinterface Dot11Radio 3 2 antenna-selection left channel 36 rf-mode 802.11an localpower 17 protection-cts-mode 802.11-1999 admin-mode Up protection-mode auto channel-width 40-mhz-extension-channel-above mimo-mode 2x2 virtual-cell-mode probe-response-threshold 15 no preamble-short no n-only-mode default protection-mode mode normal antenna-property 1 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit antenna-property 2 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit antenna-property 3 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit exitinterface Dot11Radio 3 1 antenna-selection left channel 11 rf-mode 802.11bgn localpower 20 preamble-short protection-cts-mode wmm-txop admin-mode Up protection-mode auto channel-width 20-mhz mimo-mode 2x2 virtual-cell-mode probe-response-threshold 15 no n-only-mode default protection-mode mode normal antenna-property 1 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit antenna-property 2 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit antenna-property 3 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit exitinterface Dot11Radio 4 2 antenna-selection left channel 36 rf-mode 802.11an localpower 17 protection-cts-mode 802.11-1999 admin-mode Up protection-mode auto channel-width 40-mhz-extension-channel-above mimo-mode 2x2 virtual-cell-mode probe-response-threshold 15 no preamble-short no n-only-mode default protection-mode mode normal antenna-property 1 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit antenna-property 2 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit antenna-property 3 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit exitinterface Dot11Radio 4 1 antenna-selection left channel 11 rf-mode 802.11bgn localpower 20 preamble-short protection-cts-mode wmm-txop admin-mode Up protection-mode auto channel-width 20-mhz mimo-mode 2x2 virtual-cell-mode probe-response-threshold 15 no n-only-mode default protection-mode mode normal antenna-property 1 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit antenna-property 2 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit antenna-property 3 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit exitinterface Dot11Radio 6 1 antenna-selection left channel 6 rf-mode 802.11bg localpower 20 preamble-short protection-cts-mode wmm-txop admin-mode Up protection-mode auto channel-width 20-mhz mimo-mode 2x2 probe-response-threshold 15 no n-only-mode no virtual-cell-mode default protection-mode mode normal antenna-property 1 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit antenna-property 2 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit exitinterface Dot11Radio 7 1 antenna-selection left channel 6 rf-mode 802.11bg localpower 20 preamble-short protection-cts-mode wmm-txop admin-mode Up protection-mode auto channel-width 20-mhz mimo-mode 2x2 probe-response-threshold 15 no n-only-mode no virtual-cell-mode default protection-mode mode normal antenna-property 1 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit antenna-property 2 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit exitinterface Dot11Radio 8 2 antenna-selection right channel 36 rf-mode 802.11a localpower 17 protection-cts-mode 802.11-1999 admin-mode Up protection-mode auto channel-width 20-mhz mimo-mode 2x2 probe-response-threshold 15 no preamble-short no n-only-mode no virtual-cell-mode default protection-mode mode normal antenna-property 1 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit exitinterface Dot11Radio 8 1 antenna-selection left channel 6 rf-mode 802.11bg localpower 20 preamble-short protection-cts-mode wmm-txop admin-mode Up protection-mode auto channel-width 20-mhz mimo-mode 2x2 probe-response-threshold 15 no n-only-mode no virtual-cell-mode default protection-mode mode normal antenna-property 1 rfband dual link Point-To-Multi-Point type External antenna-gain 2.4GHz 2 antenna-gain 5GHz 3 exit 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 exitsecurity-profile default security-version 0 key-rotation disabled allowed-l2-modes clear captive-portal disabled 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 rekey period 0 group-rekey interval 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 fast-handoff no reauth no macfiltering exitsecurity-profile awsvoip_wpa2 security-version 0 key-rotation disabled allowed-l2-modes wpa2-psk captive-portal disabled 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 rekey period 0 group-rekey interval 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 fast-handoff no reauth no macfiltering exitsecurity-profile wpapsk_tkip security-version 0 key-rotation disabled allowed-l2-modes wpa-psk captive-portal disabled encryption-modes tkip 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 rekey period 0 group-rekey interval 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 fast-handoff no reauth no macfiltering exitsecurity-profile wpa1aesmixed security-version 0 key-rotation disabled allowed-l2-modes mixed-mode-psk captive-portal disabled encryption-modes ccmp-tkip 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 rekey period 0 group-rekey interval 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 fast-handoff no reauth no macfiltering exitessid AWSVOIP2 enable security-profile awsvoip_wpa2 ess-version 0 tunnel-type none vlan name "" gre name "" virtual-port ap-vlan-tag 0 band-steering-mode disable band-steering-timeout 5 dataplane tunneled ssid AWSVOIP2 owner controller ap-discovery join-ess ap-discovery join-virtual-ap publish-essid publish-essid-vport disabled wmm-support apsd-support 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 802.11g 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 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 9 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 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 802.11g 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 9 base-tx-rates 802.11bgn 9 accounting interim-interval 3600 accounting primary-radius "" accounting secondary-radius "" no multicast-enable no silent-client-enable no expedited-forward-override no countermeasure no multicast-mac-transparency no ap-vlan-priority ess-ap 1 1 calls-per-bss 0 exit ess-ap 1 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 4 2 calls-per-bss 0 exit ess-ap 4 1 calls-per-bss 0 exit ess-ap 6 1 calls-per-bss 0 exit ess-ap 7 1 calls-per-bss 0 exit ess-ap 8 2 calls-per-bss 0 exit ess-ap 8 1 calls-per-bss 0 exit exitssl-server port 10101ssl-server captive-portal session-timeout 0ssl-server captive-portal activity-timeout 0ssl-server captive-portal authentication-type radiusssl-server accounting-radius-profile interim-interval 600authentication-mode authentication-type localexit

INTEROPERABILITY REPORT Ascom i62 Meru … Meru Networks Founded in 2002, Meru Networks provides a virtualized wireless LAN solution that cost-effectively optimizes the enterprise

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