Recent content by Morzan

Ok so I set the ISP's router to 5 Ghz a/g. And then I connected another router LAN to LAN port, set a static IP to 192.168.0.250, Gateway to 192.168.0.1 (that's the ISP's router IP, I assume that's what's supposed to be here) with submask 255.255.255.0 and 192.168.0.1 primary DNS server...

Ok, so I'm going to do that. I already have two 2,4 Ghz routers here that I'm not using, so I wouldn't exactly be buying them. I have no need for the devices to be able to transfer files between each other but when I went a connected the ISP's router via LAN port to the other router's WAN port...

I have a router/modem combo that is rented by the provider company and that can either go 5 or 2,4 not both at the same time. When I'm running it on 5 Ghz the speeds I get are around 120 Mbs. But I cannot have it like this 'cause not all devices support 5 Ghz. But if I understand it correctly...

Yeah I know all of that. That's not what I'm asking about. What I wanna know is how routers distribute the available bandwidth between connected devices and if it's limited by max speed for 2,4 Ghz b/g/n or the actual max speed of my connection (240 Mb/s). At least I think that's the right...

Hi, quite a noob question here. I have an internet connection with 240/40 Mbs speeds, but to connect to it, I use 2,4 Ghz b/g/n Wi-Fi router so the max speed I can achieve with a device is around 40 Mbs for download. Now, I want to know if I even need connection that is this fast. Say 6 devices...

First of all, I wanna apologize for creating second topic but I'm just not sure what to do here. So, I want to fit these into an mITX or mATX case: Intel Xeon E3-1231v3 with stock cooler Seasonic M12II 520W 2x4GB DDR3 RAM 1600Mhz CL9 AMD Radeon HD 7970 Sasmsung 1TB HDD and either ASRock...

Hi, so I was thinking I'll buy this: http://pcpartpicker.com/p/MPpcgs Plus my HDD and HD 7950. It will be used mainly for games, no video editing, no 3D modeling. I'm not really sure about the CPU though, I can afford the Xeon but if i5 4590 or 4690 would be enough, I'll happily buy them.