Airheads Community

last person joined: 21 hours ago

Access network design for branch, remote, outdoor, and campus locations with HPE Aruba Networking access points and mobility controllers.

Back to discussions

Expand all | Collapse all

Technical Webinar- Recording + Slides - What does AirMatch do differently?

This thread has been viewed 5 times

1. Technical Webinar- Recording + Slides - What does AirMatch do differently?

0 Kudos
EMPLOYEE

CMDumitrache
Posted Nov 29, 2017 05:03 AM
| view attached

Reply Reply Privately
Hello Airheads,

Adding this post here to share the content of the Airheads Technical Webinar we delivered yesterday, November 28th onWhat does AirMatch do differently?. For those who could not attend the session please find below:

- Webinar Recording:

https://attendee.gotowebinar.com/recording/168761127630181132

- Webinar Slide Deck - below and attached

EMEA Airheads - What does AirMatch do differently?v2 from Aruba, a Hewlett Packard Enterprise company

Please note that you can find additional on-demand technical webinars on our Airheads webinar repository page.

As well we have our final December webinar available here.

Please feel free to leave any additional comments and questions you may have below. We will make sure to answer them as soon as possible.<!--

Attachment(s)

What does AirMatch do differently?v2.pptx 4.14 MB 1 version
2. RE: Technical Webinar- Recording + Slides - What does AirMatch do differently?

0 Kudos
EMPLOYEE

CMDumitrache
Posted Dec 14, 2017 09:19 AM
| view attached

Reply Reply Privately
Our speaker Sajin was kind enough to also share the AirMatch troubleshooting commands listed in the webinar- access them below or share the attached document with your teams/ colleagues:

Troubleshooting commands:

========================

Enable debugging:

===============

(ArubaMM) *[mynode] #configure t

Enter Configuration commands, one per line. End with CNTL/Z

(ArubaMM) *[mynode] (config) #logging system level debugging

(ArubaMM) *[mynode] #show log system all | include Air

Dec 14 03:12:26 AirMatch[6258]: <356381> <6258> <DBUG> |AirMatch| Recvd PAPI message buflen 320 msglen 244

Dec 14 03:12:26 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| airmatch_cli_db_dump: Free space in flash : 4191 MB, required space = 3072 MB

Dec 14 03:15:15 AirMatch[6258]: <356381> <6258> <DBUG> |AirMatch| Recvd PAPI message buflen 322 msglen 246

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| MCELL Solver starts ... (Runmode Quick) (switch_ips <>) (deploy_time 1513250116) >>>>>>>>>>>>>> will show the mode, here its airmatch quick mode

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| DB: Taking snapshot ...

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| DB: Loading network site1 ...

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| DB: 374 unique interferes causing 374 interfering nbr_pathloss links

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| DB: Ratio intf/friend = 287/0 = 287.0. Ignoring intf nbrs

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| DB: Raw data: #AP 1 #Radio 2 #Feasibility 2 #Pathloss 0

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| SANITY: Raw data Sanity check ....

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| SANITY: ........ Raw data Sanity check (DONE)

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| Reconstructing the network: site1 5GHz ...

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| ANALYSIS: #RF domains: 1. Sizes 1

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| ANALYSIS: (all:friend:intf) #APs (1:1:0) #Radios (1:1:0) #Ignored intfs: 0

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| ANALYSIS: AP Models: AP-115(1:100.0%)

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| ... Reconstruction (Done)

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| BEFORE: oper network band 5GHz narc 2.0 conflicts 0.0

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| Reconstructing the network: site1 2GHz ...

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| ANALYSIS: #RF domains: 1. Sizes 1

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| ANALYSIS: (all:friend:intf) #APs (1:1:0) #Radios (1:1:0) #Ignored intfs: 0

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| ANALYSIS: AP Models: AP-115(1:100.0%)

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| ... Reconstruction (Done)

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| BEFORE: oper network band 2GHz narc 4.0 conflicts 0.0

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| ... Loading DB to Topology (DONE)

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| SIZING:   band 5GHz: 1 RF domains Algorithm 14

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| SIZING:   band 2GHz: 1 RF domains Algorithm 14

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| PARTITION: ...

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| PARTITION: ... DONE

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| COLORING: band 5GHz: 1 RF domains (Runmode 2)

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| COLORING: ALGO CIR for site1-rfd1-hgh-part0 1 radios 5GHz CBW20

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| COLORING: ALGO CIR for site1-rfd1-hgh-part0 1 radios 5GHz CBW40

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| CBW20 band 5GHz (capacity: 1.0/conflicts: 0.0/narc: 4.0), CBW40 band 5GHz (capacity: 2.0/conflicts: 0.0/narc: 2.0),

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| COLORING: band 2GHz: 1 RF domains (Runmode 2)

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| COLORING: ALGO CIR for site1-rfd1-hgh-part0 1 radios 2GHz CBW20

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| CBW20 band 2GHz (capacity: 1.0/conflicts: 0.0/narc: 4.0),

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| AFTER: solution band 5GHz narc 2.0 conflicts 0.0

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| AFTER: solution band 2GHz narc 4.0 conflicts 0.0

Dec 14 03:15:24 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| ... MCELL Solver (Done)

Dec 14 03:15:34 AirMatch[6258]: <356303> <6258> <DBUG> |AirMatch| CLI CMD PASS: airmatch ap set ap-name AP-115 band 5GHz eirp 21

How to check the airmatch history for an AP?

(ArubaMM) *[mynode] (config) #show airmatch debug history ap-name AP-115

2GHz   radio mac 18:64:72:ab:e6:40 ap name AP-115

----------------------------------------------------------------------------------------------

Time of Change       Chan              Bandwidth      EIRP(dBm)    Mode      Source

------------------ ---------------- ------------   ----------   -------- -----------------

2017-12-14 02:52:13        6->     11     20->   20    120-> 12   AP ->AP   Solver

2017-12-14 02:51:03        1->      6     20->   20    120-> 12   AP ->AP   Solver

2017-12-13 05:01:15        1->      1     20->   20    120-> 12   AP ->AP   Solver

2017-12-12 05:01:17        1->      1     20->   20    120-> 12   AP ->AP   Solver

2017-12-11 13:01:13        1->      1     20->   20     80-> 12   AP ->AP   Solver

2017-11-20 13:01:45        1->      1     20->   20      9->   8   AP ->AP   Solver

2017-11-19 13:01:46        1->      1     20->   20      8->   9   AP ->AP   Solver

2017-11-13 13:01:28        1->      1     20->   20      7->   8   AP ->AP   Solver

2017-11-11 13:01:28        1->      1     20->   20      8->   7   AP ->AP   Solver

2017-11-09 13:01:19       11->      1     20->   20     12->   8   AP ->AP   Solver

2017-11-09 05:01:16        6->     11     20->   20      9-> 12   AP ->AP   Solver

2017-10-27 05:01:15        6->      6     20->   20     25->   9   AP ->AP   Solver

5GHz   radio mac 18:64:72:ab:e6:50 ap name AP-115

----------------------------------------------------------------------------------------------

Time of Change       Chan              Bandwidth      EIRP(dBm)    Mode      Source

------------------- ---------------- ------------   ----------   -------- -----------------

2017-12-14 02:51:13       44->     44     40->   40    210-> 21   AP ->AP   Solver

2017-12-14 02:50:03       40->     44     40->   40    210-> 21   AP ->AP   Solver

2017-12-13 05:00:15       40->     40     40->   40    210-> 21   AP ->AP   Solver

2017-12-12 05:00:17       40->     40     40->   40    210-> 21   AP ->AP   Solver

2017-12-11 13:00:13       40->     40     40->   40    150-> 21   AP ->AP   Solver

2017-11-21 08:31:56       36->     40     40->   40     15-> 15   AP ->AP   Solver

2017-11-13 13:00:28       36->     36     40->   40     16-> 15   AP ->AP   Solver

2017-11-12 13:00:28       36->     36     40->   40     15-> 16   AP ->AP   Solver

2017-11-10 13:00:19       36->     36     40->   40     16-> 15   AP ->AP   Solver

2017-11-09 13:00:19       64->     36     40->   40     21-> 16   AP ->AP   Solver

2017-11-09 05:00:16       64->     64     40->   40     18-> 21   AP ->AP   Solver

2017-10-27 05:00:15       64->     64     40->   40     22-> 18   AP ->AP   Solver

Checking neighbor information.

==============================

(ArubaMM) *[mynode] (config) #show airmatch debug nbr ap-name AP-115 | begin 5GHz

5GHz   radio mac 18:64:72:ab:e6:50 ap name AP-115

-------------------------------------------------------------------------------------------------

Nbr Mac            Is Friend Path Loss(dB) Channel      Last Update          AP Name

----------------- --------- ------------- ---------    ------------------- --------------------

ac:a3:1e:00:a6:90      *           40               60    2017-12-14 02:53:13

84:d4:7e:bd:91:10      *           84               36    2017-12-14 02:53:13

84:d4:7e:d3:61:b0                  59              108    2017-12-14 02:53:13

ac:a3:1e:57:48:d0                  60              149    2017-12-12 06:17:56

34:fc:b9:2b:10:50                  61              161    2017-12-14 02:53:13

18:64:72:a0:73:b0                  63               36    2017-12-14 02:53:13

18:64:72:ab:e9:70                  63               56    2017-12-14 02:53:13

40:e3:d6:5e:51:f0                  63              36    2017-12-14 02:53:13

Check the last optimization:

(ArubaMM) *[mynode] #show airmatch debug optimization last

# 2017-12-14_03:15:16     Quick

# 5GHz   network cost/solution cost/improvement: 2/2/0%

# 2.4GHz network cost/solution cost/improvement: 4/4/0%

# Band Radio             RFDom Part Chan CBW    EIRP(dBm) APName

                          ID    ID

---- ----------------- ----- ----- ----- ------ --------- ----------

2GHz 18:64:72:ab:e6:40   001   000     6     20        12   AP-115

5GHz 18:64:72:ab:e6:50   001   000    44     40        21   AP-115

[*] regarded frozen | [i] channel ignored because insufficient quality increase

(ArubaMM) *[mynode] #

How to check static radios:

=====================

(ArubaMM) *[mynode] #show airmatch debug static-radios

How to gather dump:

=================

(ArubaMM) *[mynode] #airmatch db-dump all

db-dump complete. File name is 'airmatch_db_dump.tgz'

(ArubaMM) *[mynode] #dir

-rw-r--r--    1 root     root        74245 Dec 11 04:17 AUDITTRAIL-HISTORY.log

-rw-r--r--    1 root     root        19536 Dec 11 04:17 AUDITTRAIL-LOGIN_OUT-HISTORY.log

-rw-r--r--    1 root     root      2181979 Dec 14 03:12 airmatch_db_dump.tgz >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>

drwxr-sr-x    4 root     root         4096 Sep 15 06:15 archives

How to check the AP feasibility information:

(ArubaMM) *[mynode] #show airmatch debug feasibility ap-name AP-115

Field                    Value

-----                    -----

Mac                      18:64:72:ab:e6:40

Last Update              2017-12-14 03:38:18

Chan 20MHz               1,6,11

Chan 40MHz

Chan 80MHz

Chan 160MHz

Bandwidth                20MHz

Config   BW   range(MHz) 20 - 20

Hardware BW   range(MHz) 20 - 40

EIRP(dBm)                6 - 12

Config   EIRP range(dBm) 6 - 12

Hardware EIRP range(dBm) 3 - 25

EIRP Offset(dB)          0

Update Reason            Periodic Update

Field                    Value

-----                    -----

Mac                      18:64:72:ab:e6:50

Last Update              2017-12-14 03:38:17

Chan 20MHz               36,40,44,48,52,56,60,64,149,153,157,161,165

Chan 40MHz               36,44,52,60,149,157

Chan 80MHz

Chan 160MHz

Bandwidth                20MHz,40MHz

Config   BW   range(MHz) 20 - 80

Hardware BW   range(MHz) 20 - 40

EIRP(dBm)                15 - 21

Config   EIRP range(dBm) 15 - 21

Hardware EIRP range(dBm) 4 - 22

EIRP Offset(dB)          0

Update Reason            Periodic Update



Attachment(s)

Troubleshooting commands - AirMatch.pdf 134 KB 1 version

Wireless Access

Technical Webinar- Recording + Slides - What does AirMatch do differently?

1. Technical Webinar- Recording + Slides - What does AirMatch do differently?

2. RE: Technical Webinar- Recording + Slides - What does AirMatch do differently?