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GS724Tv4 all connected activity leds flashing constantly
I just replaced my recenlty deseased second hand GS724v2 for a GS724tv4 and i am bit overwhelmed with all the new settings and options.
The first thing I did after unboxing the switch was updating the firmare to latest version (6.3.1.16), then I created 2 new vlans.
VLAN ID: 4 named WAN containing port 1-5 that is connected to my cable modem and WAN port 1 on my SRX5308 router.
VLAN ID: 5 named LAN containing port 6-24 that is connected to switch port 1 on the SRX5308 router and the rest of my network.
The issue I have is that all the connected ports activity leds are flashing constantly whether they have any activity or not, like there is something broadcating across the network, I didn't see that behaviour when usting my now dead GS724Tv2, or the FS726T that I used temporarily while the GS724Tv4 switch was delivered.
Other than that everything is working normally so maybe this is normal behaviour for this switch, or have I perhaps messed something up setting up the switch?
Re: GS724Tv4 all connected activity leds flashing constantly
I think I got it figured now.
I hadn't set PVIDs for the corresponding VLANs, all interfaces had PVID 1.
Now interface 1-5 have PVID 4, and Interface 6-24 have PVID 5.
And now the activity leds have stopped flashing for non active ports.
Is this the correct way to do this? And should the default VLAN be left as it is
Luckily I didn't change the PVID of all the intefaces at once because the switch became unreachable when I changed the the PVID on the interface I was connected to. But after changing the Management VLAN ID number I got it working again. I there to not have a speciffic Management VLAN ID so it's possible to manage the switch using any VLAN IDs?
Re: GS724Tv4 all connected activity leds flashing constantly
I think I got it figured now.
I hadn't set PVIDs for the corresponding VLANs, all interfaces had PVID 1.
Now interface 1-5 have PVID 4, and Interface 6-24 have PVID 5.
And now the activity leds have stopped flashing for non active ports.
Is this the correct way to do this? And should the default VLAN be left as it is
Luckily I didn't change the PVID of all the intefaces at once because the switch became unreachable when I changed the the PVID on the interface I was connected to. But after changing the Management VLAN ID number I got it working again. I there to not have a speciffic Management VLAN ID so it's possible to manage the switch using any VLAN IDs?
No you won't be able to access Switch Management CPU (web interface on Smart Managed switches) from other VLANs, you will access it only from the Management VLAN. This is the whole point of Management VLAN.
You say Multiple PVIDs, well this is extra information. There can be only one PVID per port (the untag traffic coming from VLAN-unaware device), that will be tagged into the corresponding PVID VLAN by the port. If you are on a PC without VLAN configured o on it, so VLAN-unaware, then yes you will be able to access Switch Management interface only from a port with PVID = Management VLAN.
On NETGEAR switches, factory default configuration is:
- VLAN 1 = Management VLAN in VLAN database
- All ports PVID set to VLAN 1
Yes, all LAGs are by default set to PVID = VLAN 1 as well.
For your question about the 26 LAGs called ch1-ch26: the Ling Aggregation Groups are provisionned in the system already. You can configure 26 different LAGs on this given switch, the first one is called ch1, the second one ch2 etc.. No physical ports are assigned to these LAGs yet, they are all empty, ready to use. If you need to form a LAG, select the first one ch1 for instance, and start configure it per your needs for link aggregation and/or uplinks.
Re: GS724Tv4 all connected activity leds flashing constantly
These LAGs are not configured per se: they are only provisioned in the system.
You cannot remove the provisioning, again this is not configuration: they are blank if you wish.
To answer your question, sometimes a LAG can have one port configured, only. In reality, LAG capacity is equal to the switch port count on this switch for convenience. This way a port can have a configuration A as a physical port, and a configuration B provisioned under a 1-port LAG that is switchable by enabling or disabling the LAG.
