WiNG 5.x How-To Guide

Transcription

1 WiNG 5.x How-To Guide Day to Day Operations & Monitoring Part No. TME Rev. A

2 MOTOROLA, MOTO, MOTOROLA SOLUTIONS and the Stylized M Logo are trademarks or registered trademarks of Motorola Trademark Holdings, LLC and are used under license. All other trademarks are the property of their respective owners Motorola Solutions, Inc. All Rights Reserved.

3 Table of Contents Table of Contents Dashboard Overall System Health Viewing Offline Devices Inventory Live Event Summary Searching for Devices & Users Day to Day Operations and Monitoring Access Points Clustering Devices Media Independent Network Transport (MiNT) RF Domains Smart RF Wireless Clients Wireless LANs Real-time Statistics Wireless Client Access Point Radios Wireless LAN Physical Interfaces RF Domain Events / Logs Displaying Event History Displaying Event Logs... 61

4 1. Dashboard 1.1 Overall System Health When you initially log into the Web-UI, a Dashboard Summary view is displayed. This view provides a summary of all the Controllers and Access Points deployed on the network, which devices are offline, the RF quality index, traffic utilization and the system security threat level for the system or each site: Dashboard Summary Health Note By default a summary of all the devices in the network will be displayed. You can optionally narrow the scope of the view to a specific site by selecting a RF Domain name in the tree. Note You can view additional details by clicking on the RF Domain name in the Offline Devices, RF Quality, Traffic Utilization and System Security windows. This will launch the statistic Health window for the specific RF Domain. Page 4

5 1.2 Viewing Offline Devices The number of Online and Offline devices is displayed in the Devices window within the selected scope (System or specific RF Domain). You can view a list of offline devices by clicking on the pie-chart: Dashboard Summary Health Click to view the Offline devices Page 5

6 1.3 Inventory The inventory view provides a summary view of each Controller and Access Point deployed in the network in addition to a radio count and top clients for the system or each site (RF Domain): Dashboard Summary Inventory Note By default a summary of all the devices in the network will be displayed. You can optionally narrow the scope of the view to a specific site by selecting a RF Domain name in the tree. Note You can view additional details by clicking on the RF Domain name in the Clients and Radio windows. This will launch the statistic Health window for the specific RF Domain. Page 6

7 1.4 Live Event Summary A live view of system events can be viewed by selecting the Live Events icon in the Event Summary pane. This will launch an Event Live Monitor window which will display system events as they are captured: Launch and Filter the event display by severity Note Clicking directly on a severity counter (i.e Critical, Error, Warning or Information) will filter the live view to only display events form the selected severity and below. Page 7

8 1.5 Searching for Devices & Users The search field allows you to locate devices within the WiNG 5.x network. You can search for a specific RF Domain or device in the network by entering a RF Domain, hostname, MAC address or IP address in the search field. If a match is found, the object will be highlighted in the tree: Search by RF Domain Name Search by Hostname Page 8

9 Search by MAC Address Search by IP Address Page 9

10 2. Day to Day Operations and Monitoring 2.1 Access Points Retrieving General Information The following provides the necessary CLI command and Web-UI path required to obtain hostname, MAC address, type and model information for adopted Access Points on the network: rfs7000-1# show adoption info HOST-NAME MAC TYPE MODEL store100-ap DC ap71xx AP7131N-US store100-ap B6-7C ap71xx AP7131N-US store100-ap B9-30 ap71xx AP7131N-US Total number of APs displayed: 3 Note For Active / Active deployments you can view Access Points adopted by a specific Controller by using the on command followed by the Controller hostname. Statistics System Adopted Devices Page 10

11 2.1.2 Displaying Firmware Versions The following provides the necessary CLI command and Web-UI path required to display firmware version information for adopted Access Points on the network. This is useful for identifying Access Points on the network running older firmware images: rfs7000-1# show adoption status rfs7000-1# show adoption status grep <rf-domain-name> HOST-NAME VERSION CFG STAT ADOPTED -BY LAST-ADOPTION UPTIME store100-ap R configured rfs :11:54 0 days 00:29:15 store100-ap R configured rfs :15:23 0 days 00:25:45 store100-ap R configured rfs :09:03 0 days 00:32:23 store101-ap R configured rfs :36:07 0 days 00:06:00 store101-ap R configured rfs :38:20 0 days 00:06:02 store101-ap R configured rfs :37:22 0 days 00:06: Total number of APs displayed: 6 Note You can view versions and the configuration status for Access Points at a specific site by using the grep option followed by the RF Domain Name. You can also filter for specific firmware versions if desired (example show adoption status grep R). Statistics System Adopted Devices <ap-hostname> Page 11

12 2.1.3 Displaying Configuration State The following provides the necessary CLI command and Web-UI path required to obtain the current configuration state of adopted Access Points on the network. This is useful for identifying adopted Access Points that are unable to receive their configuration from the Controller: rfs7000-1# show adoption status rfs7000-1# show adoption status grep <rf-domain-name> HOST-NAME VERSION CFG STAT ADOPTED -BY LAST-ADOPTION UPTIME store100-ap R configured rfs :11:54 0 days 00:29:15 store100-ap R configured rfs :15:23 0 days 00:25:45 store100-ap R configured rfs :09:03 0 days 00:32:23 store101-ap R configured rfs :36:07 0 days 00:06:00 store101-ap R configured rfs :38:20 0 days 00:06:02 store101-ap R configured rfs :37:22 0 days 00:06: Total number of APs displayed: 6 Note You can view versions and the configuration status for Access Points at a specific site by using the grep option followed by the RF Domain Name. Statistics System Adopted Devices Page 12

13 2.1.4 Displaying IPv4 Addresses The following provides the necessary CLI command and Web-UI path required identify the IPv4 Addresses assigned to Access Points at a specific site (RF Domain): rfs7000-1# show wireless ap on <rf-domain-name> MODE : radio modes - W = WLAN, S=Sensor, ' ' (Space) = radio not present AP-NAME AP-LOCATION RF-DOMAIN AP-MAC #RADIOS MODE #CLIENT IP store100-ap-1 SanJoseCA store DC 2 W-W store100-ap-3 SanJoseCA store B W-W store100-ap-2 SanJoseCA store B6-7C 2 W-W Total number of APs displayed: 3 Statistics System <rf-domain-name> Access Points Page 13

14 2.1.5 Displaying Motorola Vendor Specific DHCP Options The following provides the necessary CLI command and Web-UI path required to display Motorola vendor specific DHCP options 189 or 191 assigned to an Access Point via a DHCP server: rfs7000-1# show ip dhcp-vendor-options on <ap-hostname> ITEM VALUE Server Info n/a Firmware Image File n/a Config File n/a Legacy Adoption Info n/a Adoption Info pool1= ; ;level= Note Legacy option 189 values will be displayed in the Legacy Adoption Info field. Statistics System <rf-domain-name> <ap-hostname> Network DHCP Options Page 14

15 2.1.6 Displaying CDP Neighbors The following provides the necessary CLI command and Web-UI path required to view any Cisco Discovery Protocol (CDP) neighbors learned by an Access Point via its Ge1 interface. This is useful for identifying the upstream switch and port an Access Point is connected to in CDP environments: rfs7000-1# show cdp neighbors on <ap-hostname> Device ID Neighbor IP Platform Local Intrfce Port ID Duplex c3560x-1.tmelabs.local cisco WS-C3560X-48P ge1 GigabitEthernet0/36 full Note You can also view detailed CDP neighbor information by issuing the show cdp neighbors detail on <ap-hostname> command. Statistics System <rf-domain-name> <ap-hostname> Network Cisco Discovery Protocol Page 15

16 2.1.7 Displaying LLDP Neighbors The following provides the necessary CLI command and Web-UI path required to view any Link Layer Discovery Protocol (LLDP) neighbors learned by an Access Point via its Ge1 interface. This is useful for identifying the upstream switch and port an Access Point is connected to in LLDP environments: rfs7000-1# show lldp neighbors on <ap-hostname> Chassis ID: E6-C9 System Name: extreme-1 Platform: ExtremeXOS version v1262b10 by release -manager on Thu Sep 29 18:17:34 EDT 2011 Capabilities: Bridge Router Enabled Capabilities: Bridge Local Interface: ge1, Port ID (outgoing port): 1 TTL: 110 sec Management Addresses: Statistics System <rf-domain-name> <ap-hostname> Network Link Layer Discovery Protocol Page 16

17 2.1.8 Displaying Radio Channel & Power Assignments The following provides the necessary CLI command and Web-UI path required to view channel and transmit power settings assigned to Access Point radios at a specific site: rfs7000-1# show wireless radio on <rf-domain-name> RADIO RADIO-MAC RF-MODE STATE CHANNEL POWER #CLIENT store101-ap-1:r1 5C-0E-8B-B GHz-wlan On 11 ( smt) 17 (smt) 0 store101-ap-1:r2 5C-0E-8B-B GHz-wlan On 36+ ( smt) 11 (smt) 0 store101-ap-2:r1 5C-0E-8B-B6-0C GHz-wlan On 1 ( smt) 17 (smt) 0 store101-ap-2:r2 5C-0E-8B-B GHz-wlan On 149+ ( smt) 17 (smt) 0 store101-ap-3:r1 5C-0E-8B-B4-E GHz-wlan On 6 ( smt) 17 (smt) 0 store101-ap-3:r2 5C-0E-8B-B4-F8-D0 5GHz-wlan On 52+ ( smt) 17 (smt) Total number of radios displayed: 6 Statistics System <rf-domain-name> Radios Status Page 17

18 2.1.9 Displaying Wireless LAN Radio Assignments The following provides the necessary CLI command and Web-UI path required to view the Wireless LAN radios assignments for Access Point radios at a specific site: rfs7000-1# show wireless radio wlan-map on <rf-domain-name> RADIO AP-MAC AP-TYPE RF-MODE BSS WLAN MAPPED IDX store101-ap-1:r1 5C-0E-8B-A ap GHz-wlan 1 TMELABS-DOT1X* 2 TMELABS-PSK* store101-ap-1:r2 5C-0E-8B-A ap6532 5GHz-wlan 1 TMELABS-DOT1X* store101-ap-2:r1 5C-0E-8B-A4-4B-48 ap GHz-wlan 1 TMELABS-DOT1X* 2 TMELABS-PSK* store101-ap-2:r2 5C-0E-8B-A4-4B-48 ap6532 5GHz-wlan 1 TMELABS-DOT1X* store101-ap-3:r1 5C-0E-8B-A4-4C-3C ap GHz-wlan 1 TMELABS-DOT1X* 2 TMELABS-PSK* store101-ap-3:r2 5C-0E-8B-A4-4C-3C ap6532 5GHz-wlan 1 TMELABS-DOT1X* Statistics System <rf-domain-name> Radios Status <radio> Wireless LANs Note You can view Wireless LAN mappings for individual radios using the Web Based User Interface. Page 18

19 2.2 Clustering Displaying Cluster Configuration The following provides the necessary CLI command required to display each Controllers cluster configuration. This command displays the Controllers cluster name, mode and priority: CLI Example: rfs7000-1# show cluster configuration Cluster Configuration Information Name : noc Mode : Active Master Priority : 254 Force configured state : Disabled Force configured state delay : 5 minutes Handle STP : Disabled rfs7000-2# show cluster configuration Name : noc Mode : Standby Master Priority : 128 Force configured state : Disabled Force configured state delay : 5 minutes Handle STP : Disabled Note This command must be issued directly on each Controller in the cluster Displaying Cluster Members The following provides the necessary CLI command required to display the cluster members. This command displays the elected cluster master in addition to each cluster members state and status: CLI Example: rfs7000-1# show cluster members HOSTNAME MEMBER-ID MAC MASTER STATE STATUS LAST -SEEN rfs True active up 04:58:54 ago rfs FD FD False standby up 00:00:53 ago Page 19

20 The following provides the necessary CLI command required to display the cluster members. This command will display each cluster member s firmware version, licenses and Access Point counts: CLI Example: rfs7000-1# show cluster members detail ID MAC MODE AP COUNT AAP COUNT AP LICENSE AAP LICENSE VERSION Active R FD FD Standby R Displaying Cluster Status The following provides the necessary CLI command required to view the overall cluster status. This command will display the cluster state, number of connected members in addition to license and Access Point counts: CLI Example: rfs7000-1# show cluster status Cluster Runtime Information Protocol version : 1 Cluster state : active AP license : 512 AAP license : 2048 AP count : 0 AAP count : 6 Max AP adoption capacity : 2048 Number of connected member(s): 1 Page 20

21 2.3 Devices Displaying Adopted Access Points The following provides the necessary CLI command and Web-UI path required to display all the known Access Points on the WiNG 5.x system. This will display both online and offline devices: CLI Example: rfs7000-1# show noc device MAC HOST-NAME TYPE CLUSTER RF-DOMAIN ADOPTED-BY ONLINE rfs rfs7000 noc noc online FD rfs rfs7000 noc noc online DC store100-ap-1 ap71xx store online B6-7C store100-ap-2 ap71xx store online B9-30 store100-ap-3 ap71xx store online 5C-0E-8B-A store101-ap-1 ap6532 store online 5C-0E-8B-A4-4B-48 store101-ap-2 ap6532 store online 5C-0E-8B-A4-4C-3C store101-ap-3 ap6532 store online Total number of clients displayed: 8 Statistics System Adopted Devices Page 21

22 2.3.2 Displaying Adopted Access Points at a Specific Site The following provides the necessary CLI command and Web-UI path required to identify Access Points at a specific site (RF Domain): CLI Example: rfs7000-1# show noc device filter rf-domain <rf-domain-name> MAC HOST-NAME TYPE CLUSTER RF-DOMAIN ADOPTED-BY ONLINE DC store100-ap-1 ap71xx store online B6-7C store100-ap-2 ap71xx store online B9-30 store100-ap-3 ap71xx store online Total number of clients displayed: 3 Statistics System Adopted Devices Type the RF Domain Name Page 22

23 2.3.3 Identifying Offline Access Points The following provides the necessary CLI command Web-UI path required to identify offline Access: CLI Example: rfs7000-1# show noc device filter offline MAC HOST-NAME TYPE CLUSTER RF-DOMAIN ADOPTED-BY ONLINE C-0E-8B-A store101-ap-1 ap6532 store offline 5C-0E-8B-A4-4B-48 store101-ap-2 ap6532 store offline 5C-0E-8B-A4-4C-3C store101-ap-3 ap6532 store offline Total number of clients displayed: 3 Statistics System Offline Devices Page 23

24 2.3.4 Displaying Access Points Pending Adoption The following provides the necessary CLI command and Web-UI path required to identify Access Points that are unable to adopt due to being denied access by an assigned Automatic Provisioning Policy: rfs7000-1# show adoption pending rfs7000-1# show adoption pending on <controller-hostname> MAC TYPE IP-ADDRESS/VLAN REASON DISCOVERY-OPTION LAST-SEEN C-0E-8B-A ap /0 Auto-Provisioning-Policy-Deny fqdn: store101-ap-1.tmelabs.local 00:00:26 ago 5C-0E-8B-A4-4B-48 ap /0 Auto-Provisioning-Policy-Deny fqdn: store101-ap-2.tmelabs.local 00:00:16 ago 5C-0E-8B-A4-4C-3C ap /0 Auto-Provisioning-Policy-Deny fqdn: ap6532-a44c3c.tmelabs.local 00:00:15 ago Total number of APs displayed: 3 Note For Active / Active deployments you can view Access Points pending adoption on a specific Controller by using the on option followed by the Controller hostname. Statistics System Pending Adoptions Page 24

25 2.4 Media Independent Network Transport (MiNT) Displaying MiNT Links on Controllers The following provides the necessary CLI command required to display the active MiNT links established on an individual Controller: rfs7000-1# show mint links on <controller-hostname> 3 mint links on : link ip :24576 at level 2, 1 adjacencies, forced link ip :24576 at level 2, 1 adjacencies, (used) link ip :24576 at level 2, 1 adjacencies, (used) Note For campus deployments the Controller will have one IP based Level 1 MiNT link established to each cluster member in addition to level 1 MiNT links to Access Points deployed locally at the site. Note For NOC deployments the Controller will have one IP based Level 2 MiNT link established to each cluster member in addition to one Level 2 MiNT link to the elected RF Domain Manager at each remote site Displaying MiNT Links on Access Points The following provides the necessary CLI command required to display the active MiNT links established on an individual Access Point: rfs7000-1# show mint links on <ap-hostname> 2 mint links on : link vlan-21 at level 1, 2 adjacencies, DIS B9.30 link ip :24576 at level 2, 1 adjacencies, (used) Note For campus deployments each Access Point will have one layer 2 or IP based Level 1 MiNT link established to the centralized Controller. Note For NOC deployments each Access Point will have one IP based Level 2 MiNT link established to the centralized Controller which will be in a used or unused state depending on if the Access Point is the elected RF Domain manager for the site. Note For NOC deployments each Access Point will have one layer 2 Level 1 MiNT link on its Control VLAN to communicate with other Access Points at the remote site. Page 25

26 2.4.3 Displaying MiNT Link Creation Protocol The following provides the necessary CLI command required to view the MiNT links individual Access Point have discovered using MLCP. This command will display potential VLAN and IP based MiNT links that can be used for adoption in addition to the actual VLAN or IP based MiNT link and MiNT level used for adoption: rfs7000-1# show mint mlcp on <ap-hostname> MLCP VLAN state: MLCP_DISCOVERING Potential VLAN links: 1, 21, 22 All VLANs were scanned 109 times MLCP IP state: MLCP_DONE Potential L3 Links: Link created to :24576 level 2 Hello Interval: default, Adjacency hold time: default Displaying MiNT Link Creation Protocol History The following provides the necessary CLI command required to view the MLCP history on an individual Access Point. This command will display all the method(s) used to discover the Controller during adoption in addition to providing details as to why a specific MiNT link was used for adoption: rfs7000-1# show mint mlcp history on <ap-hostname> :32:31:DNS resolution completed, starting MLCP :32:33:Received 0 hostnames through option :32:33:DNS resolution completed, starting MLCP :33:04:Received 1 hostnames through option :33:04:DNS resolution completed, starting MLCP :33:04:Sending MLCP_DISCOVER to IP , UDP port :33:04:Received offer from :24576 preferred=0 capacity = 1022 (force:0, level 2) :33:09:Sending MLCP_REQUEST to : :33:09:MLCP created level 2 force:0 IP link to : :37:52:Received 1 hostnames through option :36:15:MLCP link ip offerer lost, restarting discovery :36:15:Sending MLCP_DISCOVER to IP , UDP port :36:15:All adopters lost, restarting MLCP :36:15:Received offer from :24576 preferred=0 capacity = 1021 (force:0, level 2) :36:20:Sending MLCP_REQUEST to : :36:20:MLCP created level 2 force:0 IP link to : :42:21:Received 1 hostnames through option :46:41:Received 1 hostnames through option 191 Page 26

27 2.5 RF Domains Identifying Elected RF Domain Managers The following provides the necessary CLI command and Web-UI path required to identify the elected RF Domain Manager for each RF Domain in the network: rfs7000-1# show noc domain managers RF-DOMAIN MANAGER HOST -NAME APS CLIENTS noc FD rfs store DC store100-ap store-101 5C-0E-8B-A store101-ap noc rfs Total number of RF-domain displayed: 4 Statistics System <rf-domain-name> Health Note Only one device will be elected as an RF Domain Manager for each RF Domain. Page 27

28 2.6 Smart RF Displaying Smart RF Channel Distribution at a Site The following provides the necessary CLI command required to identify the Smart RF channel distribution for a specific site (RF Domain). This command is useful for viewing the manual or automatically assigned 2.4 GHz and 5 Ghz channel distribution for a remote site: rfs7000-1# show smart-rf channel-distribution on <rf-domain-name> 2.4GHz channel distribution for 3 radios CHANNEL NUM RADIOS DISTRIBUTION (%) GHz channel distribution for 3 radios CHANNEL NUM RADIOS DISTRIBUTION (%) Page 28

29 2.6.2 Displaying Smart RF History for a Site The following provides the necessary CLI command required to identify the Smart RF history for a specific site (RF Domain). This command is useful for viewing details for all the Smart RF changes made at a remote site and identifying why a specific change was made: rfs7000-1# show smart-rf history on <rf-domain-name> TIME EVENT DESCRIPTION :07:58 Neighbor Recovery Radio store101-ap-3:r2 (5C-0E-8B-B4-F8-D0) power changed from 11 to :30:40 Interference Recovery Radio store101-ap-3:r2 (5C-0E-8B-B4-F8-D0) channel changed from 36 to 52+ Channel change initiated due to excessive neighbor wifi interfernce [ -30] :19:21 Radio Added Radio store101-ap-3:r2 (5C-0E-8B-B4-F8-D0) added :19:21 Radio Added Radio store101-ap-3:r1 (5C-0E-8B-B4-E6-30) added :19:21 AP Connected AP store101-ap-3 master connectivity established :16:26 Radio Removed Radio store101-ap-3:r2 (5C-0E-8B-B4-F8-D0) removed :16:26 Radio Removed Radio store101-ap-3:r1 (5C-0E-8B-B4-E6-30) removed :16:26 AP Timeout AP store101-ap-3 master connectivity timed out :08:52 Radio Added Radio store101-ap-3:r2 (5C-0E-8B-B4-F8-D0) added :08:52 Radio Added Radio store101-ap-3:r1 (5C-0E-8B-B4-E6-30) added :08:52 AP Connected AP store101-ap-3 master connectivity established :06:06 Radio Removed Radio store101-ap-3:r2 (5C-0E-8B-B4-F8-D0) removed :06:06 Radio Removed Radio store101-ap-3:r1 (5C-0E-8B-B4-E6-30) removed :06:06 AP Timeout AP store101-ap-3 master connectivity timed out :55:26 Interference Recovery Radio store101-ap-3:r2 (5C-0E-8B-B4-F8-D0) channel changed from 36 to 52+ Channel change initiated due to excessive neighbor wifi interfernce [ -29] :54:17 Interference Recovery Radio store101-ap-2:r2 (5C-0E-8B-B ) channel changed from 60+ to 149+ Channel change initiated due to excessive neighbor wifi interfernce [ -32] :44:07 Radio Added Radio store101-ap-3:r2 (5C-0E-8B-B4-F8-D0) added :44:07 Radio Added Radio store101-ap-3:r1 (5C-0E-8B-B4-E6-30) added :44:07 AP Connected AP store101-ap-3 master connectivity established :41:04 Radio Removed Radio store101-ap-3:r2 (5C-0E-8B-B4-F8-D0) removed :41:04 Radio Removed Radio store101-ap-3:r1 (5C-0E-8B-B4-E6-30) removed :41:04 AP Timeout AP store101-ap-3 master connectivity timed out :15:07 Neighbor Recovery Radio store101-ap-3:r2 (5C-0E-8B-B4-F8-D0) power changed from 11 to :13:57 Neighbor Recovery Radio store101-ap-2:r2 (5C-0E-8B-B ) power changed from 11 to :13:57 Interference Recovery Radio store101-ap-2:r2 (5C-0E-8B-B ) channel changed from 149+ to 60+ Channel change initiated due to excessive external wifi inteference [ -49] :40:18 Interference Recovery Radio store101-ap-2:r1 (5C-0E-8B-B6-0C-90) channel changed from 11 to 1 Channel change initiated due to excessive neighbor wifi interfernce [ -25] :37:49 Interference Recovery Radio store101-ap-1:r2 (5C-0E-8B-B ) channel changed from 36 to 36+ Channel change initiated due to excessive non-wifi interference [-99] :37:49 Interference Recovery Radio store101-ap-2:r2 (5C-0E-8B-B ) channel changed from 36 to 149+ Channel change initiated due to excessive neighbor wifi interfernce [ -25] :37:47 Interference Recovery Radio store101-ap-3:r2 (5C-0E-8B-B4-F8-D0) channel changed from 36 to 52+ Channel change initiated due to excessive neighbor wifi interfernce [ -24] :26:34 Radio Added Radio store101-ap-3:r2 (5C-0E-8B-B4-F8-D0) added :26:34 Radio Added Radio store101-ap-3:r1 (5C-0E-8B-B4-E6-30) added :26:34 AP Connected AP store101-ap-3 master connectivity established Page 29

30 2.6.3 Displaying the Smart RF History Timeline for a Site The following provides the necessary CLI command required to identify the Smart RF history timeline for a specific site (RF Domain). This command is useful for identifying the Smart RF changes made at a remote site over time: rfs7000-1# show smart-rf history-timeline on <rf-domain-name> Smart-rf timeline of changes for current hour: START TIME POWER CHANNEL COVERAGE :00: Smart-rf timeline of changes for last hour: START TIME POWER CHANNEL COVERAGE :00: Smart-rf timeline of changes for the past 24 hours of oper ation: START TIME POWER CHANNEL COVERAGE :00: :00: :00: :00: :25: :02: :50: :47: :37: :00: :38: :00: :56: :11: :48: :47: :36: :00: :19: Total Changes Page 30

31 Smart-rf timeline of changes for the past 7 days of operation: START TIME POWER CHANNEL COVERAGE :00: :25: :02: :50: :37: :00: :38: Total Changes Displaying Smart RF Radio Activity for a Site The following provides the necessary CLI command required to identify the Smart RF radio activity for a specific site (RF Domain). This command is useful for displaying the Smart RF Changes made per radio at a remote site: rfs7000-1# show smart-rf radio activity on <rf-domain-name> AP RADIO-MAC TYPE POWER CHANNEL COVERAGE TOTAL store101-ap-3 5C-0E-8B-B4-F8-D0 11an store101-ap-2 5C-0E-8B-B an store101-ap-2 5C-0E-8B-B6-0C-90 11bgn store101-ap-1 5C-0E-8B-B an store101-ap-1 5C-0E-8B-B bgn store101-ap-3 5C-0E-8B-B4-E bgn Total number of radios displayed: 6 Page 31

32 2.6.5 Displaying Smart RF Energy for a Specific Radio The following provides the necessary CLI command required to identify the Smart RF energy levels for a specific radio at a remote site. This is useful for displaying and non interference seen by a specific radio and to determine why a specific channel and transmit power value was selected by Smart RF:: rfs7000-1# show smart-rf radio energy <radio-mac-address> on <rf-domain-name> Legend - x : External wifi interference n : Non-Wifi interference o : Neighbor wifi interference # : Total interference P : Primary channel S : Secondary channel Radio information for : 5C-0E-8B-B [AP store101-ap-1:radio 1] ch [dbm] S dbm xxxxxxxxxxxxxxxxxxxxxxxxx 1 [ -22] oooooooooooooooooooooooooooooooooooooooooooooooooooooooooo ########################################################## xxxxxxxxxxxxxxxxxxxxxxxxx 2 [ -23] ooooooooooooooooooooooooooooooooooooooooooooooooooooooooo ######################################################### xxxxxxxxxxxxxxxxxxx 3 [ -29] oooooooooooooooooooooooooooooooooooooooo ooooooooooo ################################################### xxxxxxxxxxxxxxxxxxx 4 [ -33] ooooooooooooooooooooooooooooooooooooooooooooooo ############################################### xxxxxxxxxxxxxxxxxxxxxxxxx 5 [ -27] ooooooooooooooooooooooooooooooooooooooooooooooooooooo ##################################################### xxxxxxxxxxxxxxxxxxxxxxxxxx 6 [ -26] oooooooooooooooooooooooooooooooooooooooooooooooooooooo ###################################################### xxxxxxxxxxxxxxxxxxxxxxxxx 7 [ -27] ooooooooooooooooooooooooooooooooooooooooooooooooooooo ##################################################### xxxxxxxxxxxxxxxxxxx 8 [ -33] ooooooooooooooooooooooooooooooooooooooooooooooo Page 32

33 ############################################### xxxxxxx 9 [ -52] oooooooooooooooooooooooooooo ############################ xxxxxxxxxxxx 10 [ -63] ooooooooooooooo ################# xxxxxxxxxxxxx 11 [ -67] P ############# Statistics System <rf-domain-name> Smart RF <radio-mac> Energy Graph Page 33

34 2.6.6 Displaying a Radios Smart RF Neighbors The following provides the necessary CLI command required to identify the Smart RF neighbors for a specific site (RF Domain). This is useful for identifying which managed radios each radio can see and at what signal strength: rfs7000-1# show smart-rf radio neighbors on <rf-domain-name> rfs7000-1# show smart-rf radio neighbors [all-11an all-11bgn] on <rf-domain-name> RADIO RADIO-MAC CHNL NEIGHBORS MAC POWER ATTN CHNL store101-ap-1:r1 5C-0E-8B-B store101-ap-2:r1 5C-0E-8B-B6-0C store101-ap-3:r1 5C-0E-8B-B4-E store101-ap-3:r2 5C-0E-8B-B4-F8-D0 52+ store101-ap-2:r2 5C-0E-8B-B store101-ap-1:r2 5C-0E-8B-B store101-ap-2:r2 5C-0E-8B-B store101-ap-3:r2 5C-0E-8B-B4-F8-D store101-ap-1:r2 5C-0E-8B-B store101-ap-2:r1 5C-0E-8B-B6-0C-90 1 store101-ap-1:r1 5C-0E-8B-B store101-ap-3:r1 5C-0E-8B-B4-E store101-ap-3:r1 5C-0E-8B-B4-E store101-ap-1:r1 5C-0E-8B-B store101-ap-2:r1 5C-0E-8B-B6-0C store101-ap-1:r2 5C-0E-8B-B store101-ap-2:r2 5C-0E-8B-B store101-ap-3:r2 5C-0E-8B-B4-F8-D Note You can optionally view the Smart RF neighbor information for a specific band by using the all-11an or all-11bgn option before specifying the RF Domain. Page 34

35 Statistics System <rf-domain-name> Smart RF <radio-mac> Details Note The Smart RF neighbors can only be viewed on a per radio basis when using the Web User Interface. Page 35

36 2.7 Wireless Clients Displaying Wireless Clients at a Site The following provides the necessary CLI command and Web-UI path required to display a summary of the associated wireless clients at a specific site. This is useful for identifying the MAC and IPv4 address of wireless clients, the Wireless LAN and radio the client is associated, last seen activity and authentication state: rfs7000-1# show wireless client on <rf-domain-name> MAC IP HOSTNAME VENDOR AP-NAME AP-LOCATION RADIO-TYPE ACTIVITY STATE (sec ago) C8-AA-21-DD-7F android-df472a7e. Motorola Inc AN C SOFTWARE-LAB 11an 00:00:29 Da ta-ready AE-4E ML2-C Cisco Systems AN C SOFTWARE-LAB 11a 00:00:23 Da ta-ready C6-D CA107L02XGW786 Intel Corp AN C SOFTWARE-LAB 11an 00:00:00 Da ta-ready C CA107L01HTXQ73 Gemtek Tech AN C SOFTWARE-LAB 11a 00:00:48 Da ta-ready 5C A-6C-5B Taruns-iPhone Apple Inc AN RAJIV'S CUBE 11bgn 00:02:05 Da ta-ready A-B4-53-5C BJACZAK1-03 Intel Corp AN B4 ANTOANETA'S-CUBE 11an 00:00:00 Da ta-ready D jvx374s-ipad Apple Inc AN B4 ANTOANETA'S-CUBE 11an 00:01:29 Da ta-ready B-23-F B-23-F6-61 Apple Inc AN B4 ANTOANETA'S-CUBE 11an 00:00:00 Da ta-ready D7-52-B CA107L02DHVP37 Intel Corp AN BC JACOB'S-CUBE 11an 00:00:00 Da ta-ready A-B8-8A CA107L02NBWJ78 Intel Corp AN-10-0F 41C8 MANISH'S-CUBE 11an 00:00:00 Da ta-ready C8-AA-21-A7-C7-F android_dc89bd90. Motorola Inc AN-10-0F 41C8 MANISH'S-CUBE 11bgn 00:00:05 Da ta-ready EA-8F-21-6A EA-8F-21-6A Intel Corp AN-01-0A D978 TnV-LAB 11an 00:00:51 Da ta-ready C-87-E1-4B CA107L01KDF437 Intel Corp AN-01-0A D978 TnV-LAB 11an 00:00:01 Da ta-ready C5-AA NVG763-W7 Gemtek Tech AN-01-0A D978 TnV-LAB 11a 00:00:25 Da ta-ready D-09-FC CA107L01BMH347 Gemtek Tech AN-01-0A D978 TnV-LAB 11a 00:04:50 Da ta-ready 18-3D-A2-95-E6-B GMBJ48-W7 Intel Corp AN-01-0A D978 TnV-LAB 11an 00:00:00 Da ta-ready C-87-E CA107L02GBRH73 Intel Corp AN-01-0A D978 TnV-LAB 11an 00:00:00 Da ta-ready C8-BC-C8-DB-E C8-BC-C8-DB-E1-13 Apple Inc AN-01-0A D978 TnV-LAB 11an 00:00:37 Da ta-ready D7-35-9F-D CA107W7THVJ36 Intel Corp AN-01-0A D978 TnV-LAB 11an 00:00:00 Da ta-ready D7-8B-8C-E CA107W7DHKP64 Intel Corp AN-01-0A D978 TnV-LAB 11an 00:00:00 Da ta-ready E Windows-PC Intel Corp AN-01-0A D978 TnV-LAB 11a 00:00:44 Da ta-ready 10-0B-A C JQWM63-W7 Intel Corp AN-01-0A D978 TnV-LAB 11an 00:00:00 Da ta-ready A C ca107l04rctb48 Intel Corp AN-01-0A D978 TnV-LAB 11an 00:00:00 Da ta-ready 14-7D-C5-7F-2E D-C5-7F-2E D-C5 AN KITCHEN-HALLWAY 11an 00:00:29 Da ta-ready FB-1A-5E-C DBTOA000 Intel Corp AN KITCHEN-HALLWAY 11an 00:00:00 Da ta-ready B6-FD B6-FD-44 Samsung Elec Ltd AN DDF0 SEQUOIA-CONF 11bgn 00:04:58 Da ta-ready B-E6-D CA107L02DMW386 Intel Corp AN DDF0 SEQUOIA-CONF 11an 00:00:00 Da ta-ready B-E2-D CA107L01NMCK87 Intel Corp AN DDF0 SEQUOIA-CONF 11an 00:00:00 Da ta-ready CA107L01CTV764 Gemtek Tech AN DDF0 SEQUOIA-CONF 11a 00:00:02 Da ta-ready B0-9D B0-9D-00 Samsung Elec Ltd AN DDF0 SEQUOIA-CONF 11bgn 00:03:49 Da ta-ready FA-FE-79-1E CA107L02PVTX74 Intel Corp AN DDF0 SEQUOIA-CONF 11an 00:00:00 Da ta-ready 24-AB-81-E4-B3-E Madhavis-iPhone Apple Inc AN PETE'S-CUBE 11bgn 00:00:00 Da ta-ready F CA107L01WMX763 Gemtek Tech AN PETE'S-CUBE 11a 00:00:31 Da ta-ready.... 3C-D0-F Shivs-iPhone-2 Apple Inc AN C EBC-ROOM 11bgn 00:00:28 Da ta-ready A C CA107L03NBDM83 Intel Corp AN C EBC-ROOM 11an 00:00:05 Da ta-ready Total number of wireless clients displayed: 51 Page 36

37 Statistics System <rf-domain-name> Wireless Clients Page 37

38 2.7.2 Displaying a Wireless Clients Details The following provides the necessary CLI command and Web-UI path required to display the connection details for a specific wireless client. This is useful for viewing details about a client s connection such as the username, data rates, n capabilities, QoS and power management capabilities and state: CLI Example: rfs7000-1# show wireless client detail <client-mac> on <rf-domain-name> ADDRESS : D7-60-F CA107L01QNJG (vlan:30) WLAN : STCWLB (ssid:stcwlb) ACCESS-POINT : Name:AN ABB Location:HW-LAB-DOORWAY RADIO-ID : 5C-0E-8B-88-5A-BB:R1, alias AN ABB:R1 RADIO-NAME : radio1 Bss:5C-0E-8B-88-F4-60 STATE : Data-Ready CLIENT-INFO : an, vendor: Intel Corp SECURITY : Authentication: none Encryption: ccmp DATA-RATES : mcs0-15 MAX-PHY_RATE : 300 M MAX-USER_RATE : 225 M n : Short guard interval: Y Channel width (capability: 40Mhz Current: 40Mhz) : AMSDU Max-Size: 7935 AMPDU Max-Size: AMPDU Min-Spacing: 0 usec QoS : WMM: Y Type: Non Voice POWER-MGMT : PS-Mode: N Spatial-Multiplexing-PS: off WMM-PS/U-APSD: Disabled ACTIVITY : Last Active: 00:00.00 ago SESSION INFO : Session Timeout: 100 days 00:00.00 Idle Timeout: 00.:30.00 RF-DOMAIN : CA107-SJC MCAST STREAMS : Page 38

39 Statistics System <rf-domain-name> <client-mac> Health Statistics System <rf-domain-name> <client-mac> Details Page 39

40 2.7.3 Displaying a Wireless Clients Association History The following provides the necessary CLI command and Web-UI path required to display the association history of a specific wireless client at a remote site. This is useful for identifying the Access Point radios a wireless client has roamed between during the lifetime of its connection: CLI Example: rfs7000-1# show wireless client association-history <client-mac> on <rf-domain-name> ACCESS POINT BSSID CHANNEL BAND TIME DELTA TIME AN (KITCHEN-HALLWAY) B GHz 13:29:50 02/28/2012 0:02.27 AN ABB (HW-LAB-DOORWAY) 5C-0E-8B-88-F GHz 13:23:45 02/28/2012 0:06.05 AN F11 (KAMERAN-CUBE) 5C-0E-8B-87-F GHz 13:23:14 02/28/2012 0:00.31 AN ABB (HW-LAB-DOORWAY) 5C-0E-8B-88-F GHz 13:08:56 02/28/2012 0:14.18 AN F11 (KAMERAN-CUBE) 5C-0E-8B-87-F GHz 11:59:42 02/28/2012 1:09.14 AN ABB (HW-LAB-DOORWAY) 5C-0E-8B-88-F GHz 11:59:08 02/28/2012 0:00.34 AN F11 (KAMERAN-CUBE) 5C-0E-8B-87-F GHz 11:58:40 02/28/2012 0:00.28 AN ABB (HW-LAB-DOORWAY) 5C-0E-8B-88-F GHz 11:58:37 02/28/2012 0:00.03 AN F11 (KAMERAN-CUBE) 5C-0E-8B-87-F GHz 11:51:32 02/28/2012 0:07.05 AN ABB (HW-LAB-DOORWAY) 5C-0E-8B-88-F GHz 11:51:29 02/28/2012 0:00.03 AN F11 (KAMERAN-CUBE) 5C-0E-8B-87-F GHz 11:45:26 02/28/2012 0:06.03 AN ABB (HW-LAB-DOORWAY) 5C-0E-8B-88-F GHz 11:37:46 02/28/2012 0:07.40 AN F11 (KAMERAN-CUBE) 5C-0E-8B-87-F GHz 11:37:30 02/28/2012 0:00.16 AN ABB (HW-LAB-DOORWAY) 5C-0E-8B-88-F GHz 11:37:14 02/28/2012 0:00.16 AN F11 (KAMERAN-CUBE) 5C-0E-8B-87-F GHz 11:31:07 02/28/2012 0:06.07 AN ABB (HW-LAB-DOORWAY) 5C-0E-8B-88-F GHz 11:30:35 02/28/2012 0: Association count in last 60 minutes : 4 30 minutes : 4 5 minutes : 1 Page 40

41 Statistics System <rf-domain-name> <client-mac> Association History Page 41

42 2.8 Wireless LANs Displaying Wireless LAN Configuration Summary The following provides the necessary CLI command and Web-UI path required to display a basic summary of all the Wireless LANs defined on the WiNG 5.x system. This is useful for verifying each wireless LANs SSID, status, bridging mode, encryption, authentication and assigned VLAN: rfs7000-1# show wireless wlan config NAME ENABLE SSID ENCRYPTION AUTHENTICATION VLAN TMELABS-PSK Y TMELABS-PSK ccmp none 22 TMELABS-DOT1X Y TMELABS-DOT1X ccmp eap Configuration Wireless Wireless LAN Page 42

43 2.8.2 Displaying Wireless LAN Configuration Details The following provides the necessary CLI command and Web-UI path required to display detailed information for a specific Wireless LAN. This command is useful for verifying broadcast settings, PMK caching, assigned policies and assigned Access Control Lists: rfs7000-1# show wireless wlan detail <wlan-name> SUMMARY NAME TMELABS-DOT1X [SSID:TMELABS-DOT1X Enabled:Y VLAN 22 SECURITY Authentication: eap Encryption: ccmp SCAN-RESPONSE Broadcast-Ssid: Y Answer-Broadcast-Probes: Y FAST-ROAMING PMK-Caching: Y Opportunistic-PMK-Caching: Y Preauthentication: N CLIENT TRAFFIC Client-Client-Communication: Y Max-Firewall-Sessions: NA ACCESS POLICIES AAA: external-aaa Assoc-Acl: - Captive-Portal: - FIREWALL POLICIES IP-In-Acl: - IP-Out-Acl: - PMF Mode: disabled SA-Query-Timeout: 1000 SA-Query-Attempts: 3 QoS QoS-Policy: default Configuration Wireless Wireless LAN <wlan-name> Note Viewing the Wireless LANs configuration within the Web User Interface requires you to individually select Basic Configuration, Security, Firewall, Client Settings, Accounting, Client Load Balancing and Advanced windows. Page 43

44 2.8.3 Displaying Wireless LAN Policy Mappings The following provides the necessary CLI command required to view the AAA and QoS policies assigned to each Wireless LAN: rfs7000-1# show wireless wlan policy-mappings NAME QOS AAA CAPTIVE-PORTAL ASSOC-ACL IP-IN IP-OUT MAC-IN MAC-OUT TMELABS-PSK default TMELABS-DOT1X default external-aaa Displaying Wireless LAN Usage Mappings The following provides the necessary CLI command required to view the Wireless LAN Profile mappings. This is useful for displaying which Wireless LANs are assigned to which groups of Access Points : rfs7000-1# show wireless wlan usage-mappings TYPE NAME WLANS Profile ap6532-stores TMELABS-DOT1X,TMELABS-PSK Profile ap7131-stores TMELABS-DOT1X,TMELABS-PSK Page 44

45 3. Real-time Statistics 3.1 Wireless Client Displaying Wireless Client Health The following provides the necessary Web-UI path required to display a summary of the overall health of a specific wireless client at a remote site (RF Domain). This will display the RF Quality Index for the client (Retries, SNR, Signal, Noise and Error Rate) as well as a Traffic Utilization Index (Total Bytes, Total Packets, User Data Rate, PHY Rate, TX Dropped Packets & RX Errors): Statistics System <rf-domain> Wireless Clients <client-mac> Health Page 45

46 3.1.2 Displaying Wireless Client RF and Traffic Statistics The following provides the necessary CLI command and Web-UI path required to display detailed RF and Traffic statistics for a specific wireless client at a remote site (RF Domain): rfs7000-1# show wireless client statistics detail <client-mac> on <rf-domain> Client Statistics Details: D7-35-9F-D0 - CA107W7THVJ36 Note: TX = AP->Client, RX = Client->AP Data bytes throughput packets pkts/sec BCMC Packets Management Packets Data Connect Rate Raw bytes Raw throughput Raw packets Raw packet rate Raw connect rate Tx-only Stats Rx Errors Rx controls RF Signals : ( TX + RX = Total ), = byte s : ( TX + RX = Total ), 3 Kbps + 1 Kbps = 4 Kbps : ( TX + RX = Total ), = 9765 pkts : ( TX + RX = Total ), = 2 pps : ( TX + RX = Total ), = 181 pkts : ( TX + RX = Total ), = 184 pkts : ( TX, RX, Overall ), 299 Mbps, 300 Mbps, 299 Mbps : ( TX + RX = Total ), = byte s : ( TX + RX = Total ), 3 Kbps + 1 Kbps = 4 Kbps : ( TX + RX = Total ), = 9949 pkts : ( TX + RX = Total ), = 2 pps : ( TX, RX, Overall ), 312 Mbps, 306 Mbps, 309 Mbps : 1 - Dropped, Retries, Average retry number/ packet : 0 - Total, 0.00 % - Error Rate : 112 Probes, 36 Actions, 0 PS-Polls : Signal -55 dbm, Noise -94 dbm, S/N 39 db Index Indicators : RF quality index (Q) = 100, Traffice utillization index (T) = 0 background bytes throughput packets pkts/sec discards best-effort bytes throughput packets pkts/sec discards video bytes throughput packets pkts/sec discards voice bytes throughput packets pkts/sec discards Last call status Last call quality Voice call counters Voice call counters Voice call counters Voice call counters : ( TX + RX = Total ), = bytes : ( TX + RX = Total ), 2 Kbps + 0 Kbps = 2 Kbps : ( TX + RX = Total ), = 1578 pkts : ( TX + RX = Total ), = 0 pps : 1 Tx-Dropped, 89 Tx-Retries, 0 Rx pkts with retry : ( TX + RX = Total ), = bytes : ( TX + RX = Total ), 0 Kbps + 1 Kbps = 1 Kbps : ( TX + RX = Total ), = 8185 pkts : ( TX + RX = Total ), = 1 pps : 0 Tx-Dropped, 248 Tx-Retries, 4 Rx pkts with retry : ( TX + RX = Total ), = 0 bytes : ( TX + RX = Total ), 0 Kbps + 0 Kbps = 0 Kbps : ( TX + RX = Total ), = 0 pkts : ( TX + RX = Total ), = 0 pps : 0 Tx-Dropped, 0 Tx-Retries, 0 Rx pkts with retry : ( TX + RX = Total ), = 348 bytes : ( TX + RX = Total ), 0 Kbps + 0 Kbps = 0 Kbps : ( TX + RX = Total ), = 2 pkts : ( TX + RX = Total ), = 0 pps : 0 Tx-Dropped, 2 Tx-Retries, 0 Rx pkts with retry : Suc : no-data : 0 Total, 0 good, 0 busy, 0 no-answer, 0 unknown-dest : 0 admission-denied, 0 declined, 0 unauthorized : 0 unsupported-media, 0 unavail, 0 no-fork-allowed : 0 session-inactive, 0 others Page 46

47 Statistics System <rf-domain> Wireless Clients <client-mac> Traffic Page 47

48 3.1.3 Graphing Wireless Client Statistics The following provides the necessary Web-UI path required to graph select statistics over time (max 3) for a specific wireless client at a remote site (RF Domain). Note that the polling interval can be set for 30 seconds 1 hour intervals: Statistics System <rf-domain> Wireless Clients <client-mac> Graph Parameters: Error Rates Rx PPS Signal Tx Pkts Noise Rx PS Poll Traffic Utilization Index Tx User Data Rate RF Quality Index Rx PHY Rate Tx Bytes Rx Actions Rx Pkts Tx Dropped Rx Bytes Rx Probes Tx Mgme PPS Rx Errors Rx User Data Rate Tx PPS RF Mgmt Pkts SNR Tx PHY Rate Page 48

49 3.2 Access Point Radios Displaying a Sites Radio RF Statistics Summary The following provides the necessary Web-UI path required to display a summary of RF statistics for Access Point radios at a remote site (RF Domain): rfs7000-1# show wireless radio statistics rf on <rf-domain> Retry AVG ERRORS T-INDEX Q-INDEX : Average retransmissions per packet : Error Rate of rx errors and retries over good packets : Traffic utilization index : RF Quality Index, higher value means better quality RADIO SIGNAL NOISE SNR TX-RATE RX-RATE RETRY ERRORS T-INDEX Q -INDEX (dbm) (dbm) db (Mbps) (Mbps) AVG (%) (%) (%) store101-ap-1:r store101-ap-1:r store101-ap-2:r store101-ap-2:r store101-ap-3:r store101-ap-3:r Total number of radios displayed: 6 Statistics System <rf-domain> Radios RF Statistics Page 49

50 3.2.2 Displaying a Sites Radio Traffic Statistics Summary The following provides the necessary Web-UI path required to display a summary of Traffic statistics for Access Point radios at a remote site (RF Domain): rfs7000-1# show wireless radio statistics rf on <rf-domain> Retry AVG ERRORS T-INDEX Q-INDEX : Average retransmissions per packet : Error Rate of rx errors and retries over good packets : Traffic utilization index : RF Quality Index, higher value means better quality RADIO SIGNAL NOISE SNR TX-RATE RX-RATE RETRY ERRORS T-INDEX Q -INDEX (dbm) (dbm) db (Mbps) (Mbps) AVG (%) (%) (%) store101-ap-1:r store101-ap-1:r store101-ap-2:r store101-ap-2:r store101-ap-3:r store101-ap-3:r Total number of radios displayed: 6 Statistics System <rf-domain> Radios Traffic Statistics Page 50

51 3.2.3 Displaying a Radios RF and Traffic Statistics The following provides the necessary CLI command and Web-UI path required to display detailed RF and Traffic statistics for a specific Access Point radio at a remote site (RF Domain): rfs7000-1# show wireless radio statistics detail <ap-hostname>:[r1 R2] on <rfdomain> radio- id 5C -0E-8B-A :R1, ali as st ore10 1-ap -1:R1, rad io-m ac 5C -0E-8B-B Note: TX = AP->C lien t, RX = Cl ient ->AP Data b ytes t hroug hput p acket s p kts/s ec BCMC P acket s Manage ment Packe ts Data C onnec t Rat e Raw by tes Raw th rough put Raw pa ckets Raw pa cket rate Raw co nnect rate Tx-onl y Sta ts Rx Err ors Deta iled Error s Rx Med ium S tats Rx con trols RF Sig nals : ( TX + RX = Tot al ), = 0 b ytes : ( TX + RX = Tot al ), 0 Kbps + 0 K bps = 0 K bps : ( TX + RX = Tot al ), = 0 pk ts : ( TX + RX = Tot al ), = 0 pp s : ( TX + RX = Tot al ), = 0 pk ts : ( TX + RX = Tot al ), = 0 pk ts : ( TX, RX, Overa ll ), 0 Mbps, 0 Mb ps, 0 Mbp s : ( TX + RX = Tot al ), = b ytes : ( TX + RX = Tot al ), 0 Kbps + 86 Kbps = 86 Kbps : ( TX + RX = Tot al ), = pkts : ( TX + RX = Tot al ), = 46 pps : ( TX, RX, Overa ll ), 1 Mbps, 1 Mb ps, 1 Mbp s : 0 - Dr oppe d, R etri es, Aver age r etry numb er/pa cket : Tot al, % - Error Rate : CRC s, 0 decry pt, 0 inc omple tes, 0 le ngth, 0 o thers : Med ium E rrors ( C RCs ), 0 - Ret ries, 33 % - M edium erro r Ra te : P robe s, 0 Actio ns, 0 PS- Polls : S ignal -64 dbm, Nois e -9 2 dbm, S/N 28 db Index Indic ators : R F qua lity inde x (Q) = 7 1, Tr affic e ut illiz ation ind ex (T ) = 0 backgr ound bytes t hroug hput p acket s p kts/s ec d iscar ds best-e ffort byte s t hroug hput p acket s p kts/s ec d iscar ds video bytes t hroug hput p acket s p kts/s ec d iscar ds voice bytes t hroug hput p acket s p kts/s ec d iscar ds Last c all s tatus Last c all q ualit y Voice call count ers Voice call count ers Voice call count ers Voice call count ers : ( TX + RX = Tot al ), = 0 b ytes : ( TX + RX = Tot al ), 0 Kbps + 0 K bps = 0 K bps : ( TX + RX = Tot al ), = 0 pk ts : ( TX + RX = Tot al ), = 0 pp s : 0 Tx-D ropp ed, 0 Tx-R etri es, 0 Rx p kts with retry : ( TX + RX = Tot al ), = 0 b ytes : ( TX + RX = Tot al ), 0 Kbps + 0 K bps = 0 K bps : ( TX + RX = Tot al ), = 0 pk ts : ( TX + RX = Tot al ), = 0 pp s : 0 Tx-D ropp ed, 0 Tx-R etri es, 0 Rx p kts with retry : ( TX + RX = Tot al ), = 0 b ytes : ( TX + RX = Tot al ), 0 Kbps + 0 K bps = 0 K bps : ( TX + RX = Tot al ), = 0 pk ts : ( TX + RX = Tot al ), = 0 pp s : 0 Tx-D ropp ed, 0 Tx-R etri es, 0 Rx p kts with retry : ( TX + RX = Tot al ), = 0 b ytes : ( TX + RX = Tot al ), 0 Kbps + 0 K bps = 0 K bps : ( TX + RX = Tot al ), = 0 pk ts : ( TX + RX = Tot al ), = 0 pp s : 0 Tx-D ropp ed, 0 Tx-R etri es, 0 Rx p kts with retry : S uc : n o-dat a : 0 Tota l, 0 good, 0 b usy, 0 no -answ er, 0 unk nown- dest : 0 admi ssio n-den ied, 0 de cline d, 0 unau thori zed : 0 unsu ppor ted-m edia, 0 u navai l, 0 no-f ork-a llowe d : 0 sess ion- inact ive, 0 ot hers Number of C lient s : 0 Tota l ( 0 b-c lient s + 0 bg- clien ts + 0 bg n-cli ents ) client s lim itati ons : 0 long -pre amble, 0 l ow-t hroug hput, 0 s ingle -chan nel, 0 lo ng-sl ot Page 51

52 Statistics System <rf-domain> Radios RF Statistics <radio> Details Statistics System <rf-domain> Radios RF Statistics <radio> Traffic Page 52

53 3.2.4 Graphing Radio Statistics The following provides the necessary Web-UI path required to graph select statistics over time (max 3) for an Access Point radio at a specific site (RF Domain). Note that the polling interval can be set for 30 seconds 1 hour intervals: Statistics System <rf-domain> Radios RF Statistics <radio> Graph Parameters: Rx Actions Rx Length Errors Rx PS Poll Tx Mgmt Pkts Rx Bcast/Mcast Pkts Rx Mgmt Pkts Rx Probes Rx PPS Rx CRC Errors Rx Other Errors Rx Unencryptable Rx Incompletes Rx PPS Tx Bcast/Mcast Pkts Page 53

54 3.3 Wireless LAN Displaying Wireless LAN Statistics for a Site The following provides the necessary Web-UI path required to display both a summary and detailed statistics for Wireless LANs enabled at a remote site (RF Domain): Command Line Interface (Summary): rfs7000-1# show wireless wlan statistics on <rf-domain> WLAN TX RX TX RX TX RX DROPPED ERRORS BYTES BYTES PKTS PKTS KBPS KBPS PKTS PKTS TMELABS-PSK K 0 K 0 0 TMELABS-DOT1X K 0 K Total number of wlan displayed: 2 Command Line Interface (Detailed): rfs7000-1# show wireless wlan statistics detail on <rf-domain> wlan TMELABS-PSK, ssid TMELABS-PSK Note: TX = AP->Client, RX = Client->AP Data bytes throughput packets pkts/sec BCMC Packets Management Packets Packets Discarded Indicators Distribution : ( TX + RX = Total ), = bytes : ( TX + RX = Total ), 0 Kbps + 0 Kbps = 0 Kbps : ( TX + RX = Total ), = 307 pkts : ( TX + RX = Total ), = 0 pps : ( TX + RX = Total ), = 2071 pkts : ( TX + RX = Total ), = 41 pkts : 0 - Tx Dropped, 0 - Rx Errors : T = Max user rate of 675 Mbps : 1 Clients, 3 radios wlan TMELABS-DOT1X, ssid TMELABS-DOT1X Note: TX = AP->Client, RX = Client->AP Data bytes throughput packets pkts/sec BCMC Packets Management Packets Packets Discarded Indicators Distribution : ( TX + RX = Total ), = 0 bytes : ( TX + RX = Total ), 0 Kbps + 0 Kbps = 0 Kbps : ( TX + RX = Total ), = 0 pkts : ( TX + RX = Total ), = 0 pps : ( TX + RX = Total ), = 0 pkts : ( TX + RX = Total ), = 0 pkts : 0 - Tx Dropped, 0 - Rx Errors : T = Max user rate of 1.35 Gbps : 0 Clients, 6 radios Total number of wlan displayed: 2 Page 54

55 Statistics System <rf-domain> Wireless LANs Page 55

56 3.4 Physical Interfaces Displaying Interface Statistics for a Device The following provides the necessary Web-UI path required to display detailed statistics for Gigabit Ethernet and Virtual IP Interfaces on individual Controllers and Access Points: rfs7000-1# show interface counters on [<controller-hostname> <ap-hostname>] # MAC RX-PKTS RX-BYTES RX-DROP TX-PKTS TX-BYTES TX-DROP vlan1 5C vlan31 5C ge1 5C Statistics System <rf-domain> <device> Interfaces <interface> Page 56

57 3.4.2 Graphing Interface Statistics for a Device The following provides the necessary Web-UI path required to graph select statistics over time (max 3) for Gigabit Ethernet and Virtual IP Interfaces on individual Controllers and Access Points. Note that the polling interval can be set for 30 seconds 1 hour intervals: Statistics System <rf-domain> Radios RF Statistics <radio> Graph Parameters: Bad CRC Bcast Pkts Rx Bcast Pkts Tx Collisions Drop Events Excessive Collisions Good Octets Rx Good Octets Tx Good Pkts Rx Good Pkts Tx Jabber Pkts Late Collisions MAC Rx Errors MAC Tx Errors Mcast Pkts Rx Mcast Pkts Tx Oversized Pkst Tx Packet Fragments Tx Undersized Pkts Page 57

58 3.5 RF Domain Displaying RF Domain Statistics for a Site The following provides the necessary CLI command and Web-UI path to obtain a summary of statistics for a specific RF Domain in the network: rfs7000-1# show noc domain statistics detailed =============================================================================== =========== RF-Domain noc Note: TX = AP->Client, RX = Client->AP Data bytes throughput packets pkts/sec BCMC Packets Management Packets Packets Discarded Indicators Distribution Client count Detais : ( TX + RX = Total ), = 0 bytes : ( TX + RX = Total ), 0 Kbps + 0 Kbps = 0 Kbps : ( TX + RX = Total ), = 0 pkts : ( TX + RX = Total ), = 0 pps : ( TX + RX = Total ), = 0 pkts : ( TX + RX = Total ), = 0 pkts : 0 - Tx Dropped, 0 - Rx Errors : T = Max user rate of 0 Kbps : 0 Clients, 0 radios : 0/0/0 (b/bg/bgn); 0/0 (a/an) Stats Update Info : 6 seconds - update interval, mode is auto Threat Level : 0 Cause of concern : Remedy : Last update : :07:09 by FD =============================================================================== =========== RF-Domain store-100 Note: TX = AP->Client, RX = Client->AP Data bytes throughput packets pkts/sec BCMC Packets Management Packets Packets Discarded Indicators Distribution Client count Detais : ( TX + RX = Total ), = 0 bytes : ( TX + RX = Total ), 0 Kbps + 0 Kbps = 0 Kbps : ( TX + RX = Total ), = 0 pkts : ( TX + RX = Total ), = 0 pps : ( TX + RX = Total ), = 0 pkts : ( TX + RX = Total ), = 0 pkts : 0 - Tx Dropped, Rx Errors : T = Max user rate of 1.35 Gbps : 0 Clients, 6 radios : 0/0/0 (b/bg/bgn); 0/0 (a/an) Stats Update Info : 6 seconds - update interval, mode is auto Threat Level : 0 Cause of concern : Remedy : Last update : :07:09 by =============================================================================== =========== RF-Domain store-101 Note: TX = AP->Client, RX = Client->AP Page 58

59 Data bytes throughput packets pkts/sec BCMC Packets Management Packets Packets Discarded Indicators Distribution Client count Detais Stats Update Info : ( TX + RX = Total ), = bytes : ( TX + RX = Total ), 0 Kbps + 0 Kbps = 0 Kbps : ( TX + RX = Total ), = 453 pkts : ( TX + RX = Total ), = 0 pps : ( TX + RX = Total ), = 4778 pkts : ( TX + RX = Total ), = 41 pkts : 0 - Tx Dropped, Rx Errors : T = Max user rate of 1.35 Gbps : 1 Clients, 6 radios : 0/0/1 (b/bg/bgn); 0/0 (a/an) : 6 seconds - update interval, mode is auto Threat Level : 0 Cause of concern : Remedy : Last update : :07:28 by Note A brief summary of statistics can be viewed by issuing the show noc domain statistics command. Statistics System <rf-domain-name> Health Page 59