I've followed this thread closely and others re 10G and seem ready to take the 10G plunge. I wonder if the LB6M is a reasonable way to do so.
The used price for these is very attractive but I can't tell if I'm jumping into deep water re complexity. I would want a 10G switch that was relatively easy to configure, worked reliably, and didn't draw too much idle power (what everyone wants, right?). I will have help getting it configured but don't want a huge project doing that. For idle power 100W is OK but 300W would seem unreasonable. I don't need exotic functionality or maximizing performance - I will only do fairly basic things like VLANs and possibly LACP.
After reading this thread and numerous others I'm leaning toward the LB6M but wonder if another switch may be better in the sub-$1k price point. If compatible used optics were available that would certainly influence the decision.
Is the LB6M a reasonable choice for these goals and is there a better choice?
Thanks in advance --
Dave
The used price for these is very attractive but I can't tell if I'm jumping into deep water re complexity. I would want a 10G switch that was relatively easy to configure, worked reliably, and didn't draw too much idle power (what everyone wants, right?). I will have help getting it configured but don't want a huge project doing that. For idle power 100W is OK but 300W would seem unreasonable. I don't need exotic functionality or maximizing performance - I will only do fairly basic things like VLANs and possibly LACP.
After reading this thread and numerous others I'm leaning toward the LB6M but wonder if another switch may be better in the sub-$1k price point. If compatible used optics were available that would certainly influence the decision.
Is the LB6M a reasonable choice for these goals and is there a better choice?
Thanks in advance --
Dave