/ipv6 address
add address=::ba69:f4ff:fec5:5ded from-pool=ipv6-pool interface=bridge1
/ipv6 dhcp-client
add interface=pppoe-out1 pool-name=ipv6-pool rapid-commit=no request=prefix \
use-peer-dns=no
/ipv6 nd
set [ find default=yes ] advertise-dns=no interface=pppoe-out1 ra-interval=\
10s-30s
add hop-limit=64 interface=bridge1 ra-interval=10s-30s
/ipv6 nd prefix default
set preferred-lifetime=2m valid-lifetime=5m
/ipv6 nd
set [ find default=yes ] advertise-dns=no interface=bridge1 ra-interval=\
10s-30s
Thanx for reporting...Updated soft- and firmware on these models without any issues:
CCR1009-7G-1C-1S+
CCR2004-1G-12S+2XS
CRS112-8P-4S
RBcAPGi-5acD2nD (cAP ac)
RB1100AHx4
RB750GL
RBD52G-5HacD2HnD (hAP ac2)
x86
Thank you! This saves a lot of crap in our netflow server log!*) traffic-flow - do not handle NAT events when "nat-events" is disabled;
Yes it works for all previous versions without problem.denisun - Are you sure that it is working again after a downgrade to 6.49.3? And again not working if you once more upgrade to 6.49.4? No, there are no hidden changes in this version.
No, it randomly changes between blue and green, gone back to 7.1.3 as at least that stays permanently blue regardless.
hecatae - So then the LEDs are working as expected?
I have update to 6.49.4 with the above conf for nd and work ok.denisun - Then please provide two supout files to support@mikrotik.com. One from v6.49.3 where everything is working properly and one from v6.49.4 where it is not.
*) winbox - added "dhcp" option to "multicast-helper" setting;
*) wireless - added override for multicast-to-unicast translation of DHCP traffic;
/caps-man configuration
add country="united states capac" datapath.client-to-client-forwarding=yes datapath.local-forwarding=yes mode=ap name=test security=
test ssid=test
/interface wireless monitor wlan3
;;; managed by CAPsMAN
channel: 5765/20-Ceee/ac(25dBm)+5570/80/DP(14dBm)
noise-floor: -101dBm
/caps-man configuration
add channel.extension-channel=XX country="united states capac" datapath.client-to-client-forwarding=yes datapath.local-forwarding=yes mode=ap name=\
test security=test ssid=test
/interface wireless monitor wlan3
;;; managed by CAPsMAN
;;; channel: 5785/20-eC/ac(25dBm), SSID: Cheerful Wi-Fi, local forwarding
channel: 5785/20-eC/ac(25dBm)
noise-floor: -107dBm
/caps-man configuration
add channel.extension-channel=disabled country="united states capac" datapath.client-to-client-forwarding=yes datapath.local-forwarding=yes mode=ap name=\
test security=test ssid=test
/interface wireless monitor wlan3
;;; managed by CAPsMAN
;;; channel: 5785/20/ac(25dBm), SSID: Cheerful Wi-Fi, local forwarding
channel: 5785/20/ac(25dBm)
noise-floor: -107dBm
overall-tx-ccq: 92%
/caps-man registration-table print where comment=iPhone-Piotr
# INTERFACE SSID MAC-ADDRESS UPTIME RX-SIGNAL
0 ;;; iPhone-Piotr
MikroTik-1 test C6:ED:21:xx:xx:xx 7m35s660ms -66
/interface wireless
set [ find default-name=wlan3 ] band=5ghz-onlyac channel-width=20/40/80mhz-XXXX country="united states capac" disabled=no frequency=5745 mode=ap-bridge security-profile=test ssid=test
/interface wireless monitor wlan3
status: running-ap
channel: 5745/20-Ceee/ac(25dBm)
wireless-protocol: 802.11
noise-floor: -106dBm
overall-tx-ccq: 68%
registered-clients: 1
authenticated-clients: 1
current-distance: 1
wmm-enabled: yes
notify-external-fdb: no
/interface wireless info hw-info
interface: wlan3
ranges: 5500-5825/5/a,an20,an40,ac20,ac40,ac80,ac160,ac80-80
tx-chains: 0,1,2,3
rx-chains: 0,1,2,3
extra-info: pciinfo:0x0, cid:0, gain:5
/interface wireless info allowed-channels wlan3
channels: 5500/20-Ceee/ac/DP(14dBm),5505/20-Ceee/ac/DP(14dBm),5510/20-Ceee/ac/DP(14dBm),5515/20-Ceee/ac/DP(14dBm),5520/20-Ceee/ac/DP(14dBm),5525/20-Ceee/ac/DP(14dBm),
5530/20-Ceee/ac/DP(14dBm),5535/20-Ceee/ac/DP(14dBm),5540/20-Ceee/ac/DP(14dBm),5545/20-Ceee/ac/DP(14dBm),5550/20-Ceee/ac/DP(14dBm),5555/20-Ceee/ac/DP(14dBm),
5560/20-Ceee/ac/DP(14dBm),5565/20-Ceee/ac/DP(14dBm),5570/20-Ceee/ac/DP(14dBm),5575/20-Ceee/ac/DP(14dBm),5580/20-Ceee/ac/DP(14dBm),5585/20-Ceee/ac/DP(14dBm),
5590/20-Ceee/ac/DP(14dBm),5595/20-Ceee/ac/DP(14dBm),5600/20-Ceee/ac/DP(14dBm),5605/20-Ceee/ac/DP(14dBm),5610/20-Ceee/ac/DP(14dBm),5615/20-Ceee/ac/DP(14dBm),
5620/20-Ceee/ac/DP(14dBm),5625/20-Ceee/ac/DP(14dBm),5630/20-Ceee/ac/DP(14dBm),5635/20-Ceee/ac/DP(14dBm),5640/20-Ceee/ac/DP(14dBm),5645/20-Ceee/ac/DP(14dBm),
5650/20-Ceee/ac/DP(14dBm),5655/20-Ceee/ac/DP(14dBm),5660/20-Ceee/ac/DP(14dBm),5745/20-Ceee/ac(25dBm),5750/20-Ceee/ac(25dBm),5755/20-Ceee/ac(25dBm),5760/20-Ceee/ac(25dBm),
5765/20-Ceee/ac(25dBm)
Also, in Audience I think there is a hardware limitation to use only the lower channels for the access point while the higher channels are reserved for the crosslink between the devices.
According to wikipedia list of WiFi channels, 5765 (channel 153) is not a good C frequency for 40/80MHz channels in Ceee layout .... 5745 would be fine as it's included in 20, 40 and 80 MHz channels equally (channels 149, 151 and 155). Channel 153 might be OK for 20/40 eC though.Result#1 the channel: 5765/20-Ceee/ac+5570/80/DP and no connections
Test#2 the extension channel limited to XX
/caps-man configuration
add channel.extension-channel=XX country="united states capac" datapath.client-to-client-forwarding=yes datapath.local-forwarding=yes mode=ap name=\
test security=test ssid=test
Result#2 the channel: 5785/20-eC/ac and no connections
/interface wireless monitor wlan3
;;; managed by CAPsMAN
;;; channel: 5785/20-eC/ac(25dBm), SSID: Cheerful Wi-Fi, local forwarding
channel: 5785/20-eC/ac(25dBm)
noise-floor: -107dBm
MT does not use center frequencies for 40, or 80 MHz wide channels, it uses the 20MHz channels.
Yes, I have found this same thing. It only seems to happen with CAPsMAN where it selects this, when set for extension channel XXXX. If it isn't using CAPsMAN, it will always select one of 5180-Ceee, 5200-eCee, 5220-eeCe or 5240-eeeC (or some other equally valid selection). When it is using CAPsMAN, the XXXX setting occasionally selects things like 5200-Ceee and then nothing can connect, except a few random devices that happen to work (ex. Macbook Pro laptops). It has been a problem for us for a while and has caused us to enforce Ceee when using CAPsMAN instead of allowing it to remain on XXXX.What I'm trying to say: in order to have fully compatible 80MHz channel in lowest part of spectrum, only these combinations are valid: 5180-Ceee, 5200-eCee, 5220-eeCe and 5240-eeeC. It can't be say 5200-Ceee ... this makes valid 20MHz channel, but neither 40 nor 80 MHz.
Want to mention that to TP-Link please ?Yeah, I think it is pretty dumb to sell routers that do not adhere to the 1-6-11 scheme by default on 2.4 GHz in auto mode.
MikroTik's default config for the 5GHz interface on most home devices is XXXX. Our default config for our home customer routers is based on this, and we kept this aspect from them. We haven't had a single problem. So I'm pretty sure the regular wireless is correctly aligning the 40 and 80MHz channels, otherwise we probably would have been getting complaints. It was only in our office, where we run CAPsMAN, that we found this misalignment of the 40 and 80MHz channels was happening sometimes.But I never use XX or XXXX for an AP, not even auto. And if CAPsMAN is not aligning the 40MHz and 80 MHz channels, or the user sets it unaligned, that is a problem then.