WISP Switch fiber/cat5e
Posted: Sun Jul 23, 2017 4:27 pm
I'm going to need to order some equipment and while I "think" what I'm going to ask would work I figure I'd at least post the question and see if I missed something.
SETUP
Two (2) ERX-SFP routers running VRRP (duplicate configuration) in building
One (1) WS-6-MINI in building - each router connects to switch.
I need two (2) WS-8-150-DC switches running at a remote location and will run conduit/fiber/cat5e/power to the location of the switches (200' distance outdoors)
I will connect each switch to a router with fiber
ERX 1 SFP module <-- fiber cable --> WS Switch 1
ERX 2 SFP module <-- fiber cable --> WS Switch 2
I would then connect each remote switch to the locale switch with cat5e
WS-6-MINI eth ports to WS Switch1 eth port
WS-6-MINI eth ports to WS Switch2 eth port
The thought behind running both fiber and cat5e is strictly for redundancy as this location is fairly remote and difficult to get to.
With the fiber connections you have direct access to A ROUTER, but if fails you have no path to other router, but you are not affected if the building switch fails.
With the cat5e connections from the switches to the local switch you can access the building and the alternate router should one fail.
The goal is to create redundancy where a single equipment failure is not going to take everything offline.
SETUP
Two (2) ERX-SFP routers running VRRP (duplicate configuration) in building
One (1) WS-6-MINI in building - each router connects to switch.
I need two (2) WS-8-150-DC switches running at a remote location and will run conduit/fiber/cat5e/power to the location of the switches (200' distance outdoors)
I will connect each switch to a router with fiber
ERX 1 SFP module <-- fiber cable --> WS Switch 1
ERX 2 SFP module <-- fiber cable --> WS Switch 2
I would then connect each remote switch to the locale switch with cat5e
WS-6-MINI eth ports to WS Switch1 eth port
WS-6-MINI eth ports to WS Switch2 eth port
The thought behind running both fiber and cat5e is strictly for redundancy as this location is fairly remote and difficult to get to.
With the fiber connections you have direct access to A ROUTER, but if fails you have no path to other router, but you are not affected if the building switch fails.
With the cat5e connections from the switches to the local switch you can access the building and the alternate router should one fail.
The goal is to create redundancy where a single equipment failure is not going to take everything offline.