Yes, some users have utilized the Gigamon GIGAVUE-2404.
Yes, some users have utilized the Gigamon GIGAVUE-2404.
You're searching for a 10GbE fiber switch on eBay, specifically the Gigamon GIGAVUE-2404 at a low price. These switches might not be what you expect, as Gigamon's documentation can be unclear. They do offer Traffic Visibility Nodes, but whether they function as L2 or L3 switches isn't straightforward. With 10x 10GbE connections, you're managing a significant setup—consider adding more switches once you have the second one.
What defines a budget-friendly solution? Are there specific needs beyond basic access? I’m looking for straightforward L2 and L3 support, along with some interactive protocols. What kind of tasks were you thinking of handling? Most of the heavy lifting involves passive observation and sending data to a central point for review.
I evaluated the Gigamon GIGAVUE-2404 options at $75 each. Since it's mainly for monitoring, I considered alternatives. L2 seems sufficient, while L3 offers better performance. Right now, I use a pfSense server as the gateway with standard router functions at the top of my rack, and a PowerConnect 6248 handles all switching. The 6248 includes two dual 10GbE uplinks that I've already used for fiber connections. I realized I need more 10G ports, so I was thinking about combining three 6224 switches to add two more ports. That would require an additional uplink module and transceivers. At $75 for XFP, $125 for SFP+, and about $20 per transceiver, plus two stacking modules, the total comes to around $128. However, I’d need to buy another uplink module and transceivers, which pushes the cost to roughly $200. Since I won’t use all 48 1GbE ports, adding two extra switches with no 1GbE ports would be inefficient. I’m considering it at about $200 for complexity. The closest match is the QUANTA LB6M, but it’s near my budget limit of under $300. When searching, I’m unsure what to look for—just trying to find suitable 10G switches without overspending. My current setup includes two VMs running iSCSI VLANs and a home network with three power users and two regular users, plus potential 4K streaming and fiber installation in my area. The workload is significant, so I need reliable performance.