Hi Guys/Gals,
Setting up my home network (I am not a networking guru) and wanted your expert opinion on the best configuration for my hardware.
I have the following generalized pieces of gear...
- Gigabit Switch#1
- Gigabit Switch#2
- Wireless N Router Supporting Gigabit
- PC#1
- PC#2
- XBOX
- AV Receiver
- HTPC (Media Centre Running XBMC)
- NAS Drive (Main)
- NAS Drive (Backup)
They are physically separated as follows...
- Room #1
- Wireless N Router Supporting Gigabit
- PC#1
- PC#2
- NAS Drive (Main)
- NAS Drive (Backup)
- Room #2
- XBOX
- AV Receiver
- HTPC (Media Centre Running XBMC)
I logically have them seperated as follows...
- Wireless N Router Supporting Gigabit
- Gigabit Switch#1
- PC#1
- PC#2
- NAS Drive (Main)
- NAS Drive (Backup)
- Gigabit Switch#2
- XBOX
- AV Receiver
- HTPC (Media Centre Running XBMC)
- Gigabit Switch#1
Due to me stacking two switches am I limiting bandwidth from my HTPC directly to the router by having it pass through a second switch? My understanding on this is that when PC#1 and PC#2 are at full load on the network (e.g. reading from the NAS) and my HTPC accesses the internet it will only be allocated a 1/3 of the total gigabit allowed by the switch #1. Would a better option be to connect both switches directly to the router?
- Wireless N Router Supporting Gigabit
- Gigabit Switch#1
- PC#1
- PC#2
- NAS Drive (Main)
- NAS Drive (Backup)
- Gigabit Switch#2
- XBOX
- AV Receiver
- HTPC (Media Centre Running XBMC)
- Gigabit Switch#1
I understand the gains on this are minimal if any, this is not directly related to the internet connection but is just used as an example. I would like to know the recommended approach for the sake of it, thanks.