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This is the procedure I’ve used to upgrade the firmware of my PowerConnect 5448 and 5424 switches. You should have set up a tftp server in same network as switch admin ip is. There are plenty of howtos to do this in the web like this, so I assume that you have already running the tftp server.
First, connect to to your switch via ssh or serial cable and enable privileged commands:
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Copy new firmware from your tftp server:
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Now, you should view the new firmware image ready, but not active:
Select image-2 as active for the next boot:
The image is selected as active for the next system boot
Now, we only have to reload the switch to boot with updgraded image.
I’ve upgraded several switches and in all of them the switch configuration has been preserved.
This evening I had the pleasure of moving our switches from normal trunking to use the stacking ports. By this, I mean we are now using HDMI cables to achieve 10Gbps uplinks between switches, managing one “super switch” (all of the ports are controlled by the master switch), and also provide redundancy by moving to a ring setup via the stacking ports.
How do you stack with the Dell PowerConnect 5548’s?
You will connect a HDMI cable from the first switch’s primary port (left HDMI port) to the second switch’s secondary port (right HDMI port). You will do this for all of your switches. Once you have them all connected, you can optionally connect the last switch’s secondary port to the first switch’s primary port. This will get you into a ring topology, which will provide some redundancy. Below you can see an image from the Dell manual using this topology.
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What is the difference between a ring and stack?
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From what I gather, the only difference is that in the stack you are simply daisy-chaining each of the switches together. If one fails in the middle of your stack, you are kind of SOL. By connecting the last switch to the first switch, you have a “ring” setup, which will provide redundancy in the event one switch fails.
What is the process to adding the switches?
When you add a switch to your stack, the new switch will automatically download the configuration from the “master” switch. According to the manual, the best practice is to setup your master, and have the rest of your switches unplugged. Once you have your first switch setup, connect the HDMI cable to the second switch and then power it on. When you power on the second switch, make sure you are consoled in. The switch will ask you to press enter to get into the menu. Hit enter and select the stacking options. Inside of the sub-menu, set what number the switch will be in the stack and then hit the ESC key to continue the switch booting process. You should notice that your switch’s are now being stacked. Once that is done, I would recommend logging into the web gui of the primary switch and ensuring that the stack number of the switch remains persistant in the event of a power outage/any other disruption.
What HDMI cable did I use?
This was interesting as no one really recommended any cables to use for this. As long as the cable was rated for 10.2Gbps or higher, it said we were good to go. I checked with Dell to see what they sell, but apparently you can only order the stacking cables (HDMI cables) when you purchase the switch. In-turn, I ended up going with the following HDMI cables from monoprice.com: http://www.monoprice.com/products/product.asp?c_id=102&cp_id=10240&cs_id=1024004&p_id=4963&seq=1&format=2
Where can I find more info?
Here is a link to the Dell manual for the PowerConnect 5548’s. While the stacking chapter is only a couple pages, it is definitely worth a read to understand what is going on as well as see a couple of recommended practices (the stacking info starts on page 9): ftp://ftp.dell.com/Manuals/all-products/esuprt_ser_stor_net/esuprt_powerconnect/powerconnect-5548p_Setup%20Guide_zh-cn.pdf