Brocade licenses are keyed to a specific switch License ID, so they cannot be loaded on multiple switches. Thankfully these IDs are stored in a separate EEPROM and can be easily changed.
To download and use the master license files in this guide on as many switches as you need, you simply need to change your license ID to match. Only the license code reads this value, so changing it has no negative effects.
To begin, visit the Brocade Overview page, and download the firmware ZIP - this also contains the license files.
What Does This Do?
On the Brocade ICX6610, the
MACSEC license in this guide unlock the following:
- 10gbE functionality on the 8x SFP+ ports
- IPv6 Routing - static/unicast/multicast
- PIM (all variations)
- VRRP (all variations)
- Policy Based Routing
- GRE Tunnels
- IPv6-in-IPv4 tunnels - will terminate Hurricane Electric tunnels etc
- Realtime MACSEC encryption on the front 8x SFP+ ports (80gb/s of AES-128)
Update The Switch
To do this, you need the latest firmware - this is not optional! Follow the update guide to upgrade to the latest firmware image if you haven't already - ICX6610 Update & Start Guide.
When upgraded and configured, move on to the below.
Change The Serial
We need to change the serial and license ID to match the new licenses. From the normal switch OS:
hw pid-prom serial 2ax5o2jk68e
hw pid-prom clear-sw-lid
Importing The Licenses
Once it's booted into the OS, ensure you are hosting the firmware ZIP contents via TFTP. Replace the IPs in the commands with the IP of your own TFTP server:
copy tftp license 192.168.1.8 ICX6610-FCX/1-6610-ports.xml unit 1
copy tftp license 192.168.1.8 ICX6610-FCX/2-6610-adv.xml unit 1
copy tftp license 192.168.1.8 ICX6610-FCX/3-6610-macsec.xml unit 1
Now make sure they imported properly:
Status column should show
Active for all the new licenses.
Note: If the switch had other licenses on it beforehand, they will now show as
invalid - this is expected as the serial no longer matches. If you ever decide to revert the switch, the original licenses will become
active again once the serial is reverted to stock.
If everything looks good, write mem and the licensing is finished:
Setting Ports To 10gbE
Once licensed, you'll need to set the SFP+ ports to 10gbps:
int eth 1/3/1 to 1/3/8
#if the switch pauses after this for a minute, it's normal
If you want to revert the switch to its original serial and license ID (for instance, if you sell it), that's quite easy. First, get the serial number from your switch. It should be on a sticker on the bottom of the unit. Then just use the commands we used earlier, but now using your actual serial. Make sure the capitalization matches what is on your switch!
hw pid-prom serial YourSNhere
hw pid-prom clear-sw-lid
Once the switch reboots and has a new serial, you need to delete the licenses you loaded from this guide. Do not skip this! They will be
invalid after changing the serial back.
#if you had no previous licenses from before this guide:
license delete unit 1 all
#If you have previous licenses from before this guide you want to keep:
#list the licenses:
#now delete each of my licenses (they should be the ones showing invalid)
#replace X with the number of the license in the list you want to delete:
license delete unit 1 index X
#once a license is deleted, the index number of remaining lics changes
#run show license again before deleting more if you're deleting multiple
show license should be empty (unless you previously had licenses from before this guide, in which case they should now show valid).
Does This Affect Stacking?
Q: Since all the switches in a stack would have the same license and serial after this procedure, would this cause issues?
A: No - stacking works perfectly. The License and Serial ID are only used for licensing. The switch and stack is totally unaware of them. Stacking uses each switch base MAC address to keep track of stack members, and the MAC is unmodified.