MLT using 4 AP7532 Bridge

Phil_storey — Mon, 13 Aug 2018 19:25:00 GMT

Does anyone know if it possible to use 4 AP7532 setup as bridge between two buildings 2 at each site, as MLT ? Also to get highest throughput is it better to leave it as smart or set the channel to xxWW at both ends. Below is output for current bridge. I sure someone will understand this better than me )

Radio: 84-24-8D-82-BF-18:R2, alias ap7532-HQ-Bridge:R2　

STATE : On　

PHY INFO : Bssid: 84-24-8D-93-44-30 RF-Mode: 5GHz-wlan　

ACCESS POINT : Name: ap7532-HQ-Bridge Location: ML_HQ Placement: Outdoor　

CHANNEL : Current: 100w Configured: smt Width: 20/40MHz　

TRANSMIT POWER : 20 dBm　

ANTENNA USAGE : 3x3　

MAXIMUM DATA RATES : Phy: 600 Mbps User: 450 Mbps　

PHY SETTINGS : Short Preamble: N Dual Channel: Y Spectrum Mgmt: Y　

RATE SELECTION : Standard　

ANTENNA DOWNTILT : Not-Supported　

RADIO SHARE MODE : Off　

TRANSMIT BEAMFORMING : Enabled　

MU-MIMO : Not-Supported　

SCAN_AHEAD CHANNEL : -　

ERP COEXISTENCE : ERP Protection: N Non-ERP detected: N Non-ERP associated: N　

HT COEXISTENCE : HT Protection: no-protection, Non-HT detected: N　

Current Channel Width: 20MHz and 40MHz　

Num of Mcast Streams : 0 (max:60)　

Multicast streams :　

# MP Mcast Streams : 3　

WLAN MAP :　

Shutdown WLANs :　

MESHPOINT map :　

BSS-1 : link　

BSS MAP :　

BSS-1 : basic-rates = 6 12 24　

: supported-rates= 6 9 12 18 24 36 48 54 mcs-1s mcs-2s mcs-3s　

Last error :

　

rfs7000-Primary>show wireless radio detail 84-24-8D-82-BC-78 2　

Radio: 84-24-8D-82-BC-78:R2, alias ap7532-Remote-Bridge:R2　

STATE : On　

PHY INFO : Bssid: 84-24-8D-93-56-00 RF-Mode: 5GHz-wlan　

ACCESS POINT : Name: ap7532-Remote-Bridge Location: ML_HQ Placement: Outdoor　

CHANNEL : Current: 100w Configured: smt Width: 20/40MHz　

TRANSMIT POWER : 20 dBm　

ANTENNA USAGE : 3x3　

MAXIMUM DATA RATES : Phy: 600 Mbps User: 450 Mbps　

PHY SETTINGS : Short Preamble: N Dual Channel: Y Spectrum Mgmt: Y　

RATE SELECTION : Standard　

ANTENNA DOWNTILT : Not-Supported　

RADIO SHARE MODE : Off　

TRANSMIT BEAMFORMING : Enabled　

MU-MIMO : Not-Supported　

SCAN_AHEAD CHANNEL : -　

ERP COEXISTENCE : ERP Protection: N Non-ERP detected: N Non-ERP associated: N　

HT COEXISTENCE : HT Protection: no-protection, Non-HT detected: N　

Current Channel Width: 20MHz and 40MHz　

Num of Mcast Streams : 0 (max:60)　

Multicast streams :　

# MP Mcast Streams : 0　

WLAN MAP :　

Shutdown WLANs :　

MESHPOINT map :　

BSS-1 : link　

BSS MAP :　

BSS-1 : basic-rates = 6 12 24　

: supported-rates= 6 9 12 18 24 36 48 54 mcs-1s mcs-2s mcs-3s　

Last error :　

---　

rfs7000-Primary>show wireless radio statistics detail 84-24-8D-82-BF-18 2　

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

radio-id 84-24-8D-82-BF-18:R2, alias ap7532-HQ-Bridge:R2, radio-mac 84-24-8D-93-44-30　

Note: TX = AP->Client, RX = Client->AP　

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

Data bytes : ( TX + RX = Total ), 1.767 TB + 1.859 TB = 3.626 TB bytes　

throughput : ( TX + RX = Total ), 9.02 Mbps + 13.1 Mbps = 22.1 Mbps　

packets : ( TX + RX = Total ), 2.074 G + 1.575 G = 3.649 G pkts　

pkts/sec : ( TX + RX = Total ), 1534 + 1198 = 2732 pps　

BCMC Packets : ( TX + RX = Total ), 195.187 M + 18.098 M = 213.285 M pkts　

Management Packets : ( TX + RX = Total ), 640 + 14.252 M = 14.253 M pkts　

Data Connect Rate : ( TX, RX, Overall ), 400 Mbps, 399 Mbps, 399 Mbps　

Raw bytes : ( TX + RX = Total ), 1.767 TB + 1.864 TB = 3.631 TB bytes　

Raw throughput : ( TX + RX = Total ), 9.02 Mbps + 13.1 Mbps = 22.1 Mbps　

Raw packets : ( TX + RX = Total ), 2.074 G + 1.575 G = 3.649 G pkts　

Raw packet rate : ( TX + RX = Total ), 1535 + 1208 = 2743 pps　

Raw connect rate : ( TX, RX, Overall ), 400 Mbps, 396 Mbps, 398 Mbps　

Tx-only Stats : 40.974 K - Dropped, 24.620 M - Retries, 0.02 - Average retry number/packet　

Rx Medium Errors : 20.832 M - Total, 0 - Errors per sec　

Detailed Errors : 20.828 M - FCSs, 0 incompletes, 0 length, 4.625 K others　

Rx Decrypt Errors : 0 decrypt　

Rx Medium Stats : 20.069 M - Retries, 2 % - Medium Error Rate　

Rx controls : 197702 Probes, 50 Actions, 0 PS-Polls　

RF Signals : Signal n/a dbm, Noise -92 dbm, S/N n/a db　

Index Indicators : RF Quality (average,current) = (87, -1)　

background bytes : ( TX + RX = Total ), 109.340 KB + 89.034 KB = 198.374 KB bytes　

throughput : ( TX + RX = Total ), 0 kbps + 0 kbps = 0 kbps　

packets : ( TX + RX = Total ), 781 + 781 = 1.562 K pkts　

pkts/sec : ( TX + RX = Total ), 0 + 0 = 0 pps　

discards : 0 Tx-Dropped, 17 Tx-Retries, 3 Rx pkts with retry　

best-effort bytes : ( TX + RX = Total ), 1.739 TB + 1.859 TB = 3.597 TB bytes　

throughput : ( TX + RX = Total ), 8.80 Mbps + 13.1 Mbps = 21.9 Mbps　

packets : ( TX + RX = Total ), 1.877 G + 1.558 G = 3.435 G pkts　

pkts/sec : ( TX + RX = Total ), 1382 + 1197 = 2579 pps　

discards : 40714 Tx-Dropped, 24607952 Tx-Retries, 20061121 Rx pkts with retry　

video bytes : ( TX + RX = Total ), 0 + 28.954 MB = 28.954 MB bytes　

throughput : ( TX + RX = Total ), 0 kbps + 0 kbps = 0 kbps　

packets : ( TX + RX = Total ), 0 + 314.724 K = 314.724 K pkts　

pkts/sec : ( TX + RX = Total ), 0 + 0 = 0 pps　

discards : 0 Tx-Dropped, 0 Tx-Retries, 1312 Rx pkts with retry　

voice bytes : ( TX + RX = Total ), 252.810 MB + 204.485 MB = 457.295 MB bytes　

throughput : ( TX + RX = Total ), 2 kbps + 0 kbps = 2 kbps　

packets : ( TX + RX = Total ), 2.034 M + 1.940 M = 3.973 M pkts　

pkts/sec : ( TX + RX = Total ), 2 + 0 = 2 pps　

discards : 86 Tx-Dropped, 11886 Tx-Retries, 6356 Rx pkts with retry　

Last call status : Success　

Last call quality : no-data　

Voice call counters : 0 Total, 0 good, 0 busy, 0 no-answer, 0 unknown-dest　

Voice call counters : 0 admission-denied, 0 declined, 0 unauthorized　

Voice call counters : 0 unsupported-media, 0 unavail, 0 no-fork-allowed　

Voice call counters : 0 session-inactive, 0 others　

Number of Clients : 0 Total ( 0 a-clients + 0 an-clients + 0 ac-clients )　

clients limitations : 0 long-preamble, 0 low-throughput, 0 single-channel, 0 long-slot　

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

///　

rfs7000-Primary>show wireless radio statistics detail 84-24-8D-82-BC-78 2　

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

radio-id 84-24-8D-82-BC-78:R2, alias ap7532-Remote-Bridge:R2, radio-mac 84-24-8D-93-56-00　

Note: TX = AP->Client, RX = Client->AP　

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

Data bytes : ( TX + RX = Total ), 1.919 TB + 1.687 TB = 3.606 TB bytes　

throughput : ( TX + RX = Total ), 13.3 Mbps + 12.4 Mbps = 25.7 Mbps　

packets : ( TX + RX = Total ), 1.561 G + 2.082 G = 3.643 G pkts　

pkts/sec : ( TX + RX = Total ), 1294 + 1635 = 2929 pps　

BCMC Packets : ( TX + RX = Total ), 21.329 K + 187.688 M = 187.710 M pkts　

Management Packets : ( TX + RX = Total ), 41.301 K + 14.304 M = 14.346 M pkts　

Data Connect Rate : ( TX, RX, Overall ), 398 Mbps, 362 Mbps, 380 Mbps　

Raw bytes : ( TX + RX = Total ), 1.919 TB + 1.692 TB = 3.611 TB bytes　

Raw throughput : ( TX + RX = Total ), 13.3 Mbps + 12.4 Mbps = 25.7 Mbps　

Raw packets : ( TX + RX = Total ), 1.561 G + 2.082 G = 3.643 G pkts　

Raw packet rate : ( TX + RX = Total ), 1294 + 1646 = 2940 pps　

Raw connect rate : ( TX, RX, Overall ), 398 Mbps, 355 Mbps, 376 Mbps　

Tx-only Stats : 413.045 K - Dropped, 30.576 M - Retries, 0.02 - Average retry number/packet　

Rx Medium Errors : 13.739 M - Total, 0 - Errors per sec　

Detailed Errors : 13.731 M - FCSs, 0 incompletes, 0 length, 8.345 K others　

Rx Decrypt Errors : 0 decrypt　

Rx Medium Stats : 17.183 M - Retries, 1 % - Medium Error Rate　

Rx controls : 220289 Probes, 30 Actions, 0 PS-Polls　

RF Signals : Signal n/a dbm, Noise -92 dbm, S/N n/a db　

Index Indicators : RF Quality (average,current) = (87, -1)　

background bytes : ( TX + RX = Total ), 109.340 KB + 89.034 KB = 198.374 KB bytes　

throughput : ( TX + RX = Total ), 0 kbps + 0 kbps = 0 kbps　

packets : ( TX + RX = Total ), 781 + 781 = 1.562 K pkts　

pkts/sec : ( TX + RX = Total ), 0 + 0 = 0 pps　

discards : 0 Tx-Dropped, 11 Tx-Retries, 8 Rx pkts with retry　

best-effort bytes : ( TX + RX = Total ), 1.919 TB + 1.687 TB = 3.606 TB bytes　

throughput : ( TX + RX = Total ), 13.3 Mbps + 12.4 Mbps = 25.7 Mbps　

packets : ( TX + RX = Total ), 1.558 G + 2.065 G = 3.623 G pkts　

pkts/sec : ( TX + RX = Total ), 1294 + 1632 = 2926 pps　

discards : 17178 Tx-Dropped, 28214534 Tx-Retries, 17175023 Rx pkts with retry　

video bytes : ( TX + RX = Total ), 37.141 MB + 0 = 37.141 MB bytes　

throughput : ( TX + RX = Total ), 0 kbps + 0 kbps = 0 kbps　

packets : ( TX + RX = Total ), 314.750 K + 0 = 314.750 K pkts　

pkts/sec : ( TX + RX = Total ), 0 + 0 = 0 pps　

discards : 0 Tx-Dropped, 2658 Tx-Retries, 0 Rx pkts with retry　

voice bytes : ( TX + RX = Total ), 254.922 MB + 199.931 MB = 454.853 MB bytes　

throughput : ( TX + RX = Total ), 0 kbps + 1 kbps = 1 kbps　

packets : ( TX + RX = Total ), 1.939 M + 2.034 M = 3.973 M pkts　

pkts/sec : ( TX + RX = Total ), 0 + 2 = 2 pps　

discards : 0 Tx-Dropped, 10476 Tx-Retries, 7921 Rx pkts with retry　

Last call status : Success　

Last call quality : no-data　

Voice call counters : 0 Total, 0 good, 0 busy, 0 no-answer, 0 unknown-dest　

Voice call counters : 0 admission-denied, 0 declined, 0 unauthorized　

Voice call counters : 0 unsupported-media, 0 unavail, 0 no-fork-allowed　

Voice call counters : 0 session-inactive, 0 others　

Number of Clients : 0 Total ( 0 a-clients + 0 an-clients + 0 ac-clients )　

clients limitations : 0 long-preamble, 0 low-throughput, 0 single-channel, 0 long-s

RE: MLT using 4 AP7532 Bridge

Ondrej_Lepa — Tue, 14 Aug 2018 13:22:00 GMT

Hey Phil,

not sure what you mean by MLT, but you have probably two options:

PTP - Wireless Bridge

PTMP - MCX

The throughput is supposed to be validated first so once you have the link, do a stress test and decide on used datarates (considering LOS etc.)

Regards,

Ondrej

RE: MLT using 4 AP7532 Bridge

Phil_storey — Tue, 14 Aug 2018 14:07:00 GMT

Hi MLT = Multi link trunk, this would be at the network switch level

Regards
phil

RE: MLT using 4 AP7532 Bridge

Ondrej_Lepa — Tue, 14 Aug 2018 18:16:00 GMT

Hi Phil,

I believe this would be as easy as having all VLANs as "allowed" while keeping one as "controll".
Consider it analogy to dot1Q.

Regards,
Ondrej

topic RE: MLT using 4 AP7532 Bridge in ExtremeWireless (WiNG)

MLT using 4 AP7532 Bridge

RE: MLT using 4 AP7532 Bridge

RE: MLT using 4 AP7532 Bridge

RE: MLT using 4 AP7532 Bridge