This will be a quick post. Here is a list of equipment I have purchased to build out my network. This post includes a description of the equipment and why I purchased it.
Ethernet Crimper & Cable Tester = What:A tool to create my own Ethernet cables Why:It can be cost effective to create your own cables. It also gives me some flexibility to create different sizes. The Cable Tester allows me to test cables before I install them. Setting it up = Crimping cables is super easy. I started making cables back in 2003 when I was in High School. 15 years later, the process hasn’t changed. There are several tutorials all over the web.
Unmanaged and Managed Network Switch = What:Essentially a switch turns one Ethernet port into many Why:A switch allows me to use ethernet wires to connect to many more devices than I could through a router alone. Wired connections are more stable and secure than wireless, so switches allow me to have a more consistent network connection. Setting it up = Easy. These are essentially Plug and Play. The Unmanaged switch has some expanded capabilities, such as establishing VLANs, that I plan on playing with in the future.
Powerline Ethernet Adapters = What:Allows me to use the copper powerlines running through my home as a wired network connection. Why:This gives me the ability to have a wired network at home, avoiding the cost and effort of running Ethernet throughout my apartment. There is some signal degradation, so I do experience slower speeds than pure Cat5e cabling. Setting it up:Easy. I plugged the adapters into power outlets near my equipment. I then [lugged my Cat5 cables into the adapters. Boom. Wired network.
Libre Computer Board ROC-RK3328-CChttps//libre.computer/products/boards/roc-rk3328-cc/ What:A Raspberry Pi sized computer with 4GB of RAM, USB 3.0, and a Gigabit Ethernet Port Why:I want to host my own version of Netflix at home. To make sure this was doable, I need something beefier than a Raspberry Pi. After some research, I decided on this board, but I do question this. I probably should have gone with the ODROID-XU4, it has fare better support. However, the Renegade board has been a learning experience that’s taught me far more about Linux than a well-supported board would. Setting it up = This was an interesting experience with several hiccups. I’m still learning the ins and outs of this computer. Essentially it’s the same as setting up Raspberry Pi. I burned an OS to an SD card. For the Renegade board, I had the option of using Ubuntu 18.04, Debian 9, or Armbian (Debian 9). I decided to use Armbian. It seemed to have the most support. After my first boot, I set up everything like I normally would.
Issues Setting up Computer Libre Renegade =
There was one problem that took me forever to figure out. This machine was not being issued an IPv4 address, only IPv6. After much tinkering, I discovered that the /etc/network/interfaces file kept being overwritten on reboot. Here’s what I did to fix it.
First I went into /etc/NetworkManager/NetworkManager.conf and made the following changes:
managed=false To managed=true
And added the following lines =
auto eth0 allow-hotplug eth0 # iface eth0 inet manual iface eth0 inet dhcp
I rebooted and everything worked!
More equipment will be added over time, but for now here’s a list of what I have running =
- Linksys WRT 1900ACS
- TP-Link 5 Port Gigabit Ethernet Network Switch
- TP-Link 8-Port Gigabit Ethernet Easy Smart Switch | Unmanaged
- TP-Link AV600 Powerline Ethernet Adapter
- Libre Computer Board ROC-RK3328-CC
- x3 Raspberry Pi 3 Model B+
- x2 Raspberry Pi Zero
- Ubuntu PC (Homebuilt)– Currently, I’m running Ubuntu 18.10