However, in the past year or so, Ubiquiti has seemed to have some issues with what direction they want to take as a company: In fact, most of Ubiquiti’s offerings are a very good value for the money. For about $100, you’re not going to find a router with more features. Ubiquiti UniFi controller setup on Raspberry Pi 3įor years, I’ve been using and loving my Ubiquiti EdgeRouter Lite. Ubiquiti EdgeRouter serial console settings Migrating away from the Ubiquiti EdgeRouter Lite

Would a pfsense box or Edgerouter be more appropriate for this situation and what are the pros and cons of each?Īlso, to be clear, im dont neccisarily need to upgrade because im shaping large amounts of traffic, rather than a more powerful router i really need a more precise router to shape extremely small amounts of traffic.Hey! Listen! This post is part of a series on the Ubiquiti EdgeRouter Lite. What would the proper hardware setup to acheive this be? This is also essentially a project to learn more about segmentation and vlan in general, I'm aware that this may be overkill for a home network but would like to do it regardless.ĮDIT: After further research, it seems like this topic has changed into an Ubiquity Edgerouter vs Pfsense box so i have changed the topic accordingly.

I really need to make sure that my lab never dips below that 30% so my 'home' devices have to fight over the other 70% of the bandwidth through software QoS without ever effecting the lab environment. i was wanting to use a smart switch for the lab and plug my current router into that as an AP for the rest of the house, but i'm not sure thats the correct solution.

What I want to do is split my incoming internet connection into two separate networks, one for everyone else in the house, and one for my lab so that i can take say 30% of my total bandwidth and reserve it exclusively for my lab environment through hardware instead of using the QoS settings on my router. So here's my problem, I'll try to articulate this as well as I can.

Pfsense edgerouter