My first PC was a 4 bit machine. I was drug kicking and screaming from DOS to WIN95 (what a mistake, should have waited for WIN2K!). I understand, and have implemented firmware based embedded systems using various parallel/serial half-duplex and full duplex protocols. NONE of this has helped me much in deciding how to upgrade theoretically very user friendly LAN.
Here is what I have:
A DSL Modem/Router/Switch with DHCP. This runs to a 16-port Tbase10/100 Switch (~300ft away). The Tbase 10/100 Switch connects via CAT5e to a NAS, 3 Wireless Access Points, 5 Network Media Tanks and two PCs. I would like to increase the wired LAN speed to gigabit bandwidth between the NAS, NMTs and Wireless Access Points. I fully understand my 6mbs DSL is not ever going to tax any portion of the network, but the NMT/NAS traffic can get pretty heavy. Am I correct in assuming that a gigabit switch directly wired to the NAS and NMTs will improve the NAS to NMT throughput. No reason to replace the modem/router/switch provided by my ISP? Or should I reduce the functionality of the modem/router/switch to simply modem and add a gigabit router + a gigabit switch? My goal is to increase throughput between local devices, ie. PCs to NAS, NAS to NMTs.
To further define the setup: The DSL modem/router/switch is located in one house that I own and my in-laws live in. It has one NMT wire-connected to it, a wireless access, and it connects to my Tbase 10/100 switch, located in my house 300ft away. My Switch connects to my wireless access, 3 NMTs, two PCs, my NAS and a 150ft run to a neighbor's house where there is a third wireless access point and the final wired NMT.
I know, I need to learn how to say "no", but it is a close knit group and I am the closest thing to an "Admin". The Internet load is mostly me, but the NMTs place a real demand on the LAN; more than 3 NMTs start causing NMT "freezing" issues. If one of the videos is High-Def, even 3 NMTs have some issues. I plan on adding a second NAS very soon, and I am afraid that is going to require some fundamental network paradigm change. Since both NASs will be local to me, I see no sense in separating the networks; I am just hoping upgrading to a gigabit switch will resolve the bandwidth issues, but all suggestions are welcome.
Fish
Here is what I have:
A DSL Modem/Router/Switch with DHCP. This runs to a 16-port Tbase10/100 Switch (~300ft away). The Tbase 10/100 Switch connects via CAT5e to a NAS, 3 Wireless Access Points, 5 Network Media Tanks and two PCs. I would like to increase the wired LAN speed to gigabit bandwidth between the NAS, NMTs and Wireless Access Points. I fully understand my 6mbs DSL is not ever going to tax any portion of the network, but the NMT/NAS traffic can get pretty heavy. Am I correct in assuming that a gigabit switch directly wired to the NAS and NMTs will improve the NAS to NMT throughput. No reason to replace the modem/router/switch provided by my ISP? Or should I reduce the functionality of the modem/router/switch to simply modem and add a gigabit router + a gigabit switch? My goal is to increase throughput between local devices, ie. PCs to NAS, NAS to NMTs.
To further define the setup: The DSL modem/router/switch is located in one house that I own and my in-laws live in. It has one NMT wire-connected to it, a wireless access, and it connects to my Tbase 10/100 switch, located in my house 300ft away. My Switch connects to my wireless access, 3 NMTs, two PCs, my NAS and a 150ft run to a neighbor's house where there is a third wireless access point and the final wired NMT.
I know, I need to learn how to say "no", but it is a close knit group and I am the closest thing to an "Admin". The Internet load is mostly me, but the NMTs place a real demand on the LAN; more than 3 NMTs start causing NMT "freezing" issues. If one of the videos is High-Def, even 3 NMTs have some issues. I plan on adding a second NAS very soon, and I am afraid that is going to require some fundamental network paradigm change. Since both NASs will be local to me, I see no sense in separating the networks; I am just hoping upgrading to a gigabit switch will resolve the bandwidth issues, but all suggestions are welcome.
Fish