Networking Noob
Networking Noob
I understand what I’m learning about networking through some YouTube tutorials. Many people are building complex setups with Ethernet ports, patch panels, and powerful switches. I’m curious about the details and want to correct any misunderstandings. My current Wi-Fi speed is around 350 to 400 megabits per second. I’m familiar with basic networking terms like bits, bytes, and units of data, but I’m not sure how they relate to real-world devices. I know switches can provide more ports, but I’m unsure about the specifics of configuration. It seems some setups use routers that are similar to managed switches, while others might be designed for different purposes. For example, a Google Wi-Fi setup likely isn’t built for enterprise needs. If you’re starting out, focus on understanding core concepts and practical steps before diving into advanced configurations.
Managed switches are designed mainly for business or high-end home lab use. Those who set up overkill routers at home are not understanding the purpose. I have gigabit internet and my plan’s modem performs perfectly, delivering full 1000Mbps downloads. What are you curious about regarding networking? Are you focused on personal projects or SMB/enterprise environments?
Managed switches are useful for tasks such as port isolation, multiple subnets, and port management. Another area worth exploring is POE (Power over Ethernet), which is great for IoT devices. Managed switches differ significantly from standard Google Wi-Fi solutions. Essentially, a managed switch offers additional features beyond basic switching, making it suitable for businesses that need advanced configurations. Many organizations opt for enterprise-grade options like Ubiquiti Access Points or firewalls such as SonicWall with their own access point brands.
The device offers two choices: managed or unmanaged. Unmanaged switches simply expand port capacity—one for the router, others for other gadgets—and everything functions fine. Managed switches provide more features like VLANs and speed adjustments. The label "router" is only partially accurate; technically it combines a router and an access point. You often find a pro-grade router that looks like a switch but has fewer ports and no Wi-Fi. These units handle connections between switches and the broader network. Understanding the OSI model helps: switches operate at layer 2, routers at layer 3. Familiarize yourself with what each device does—routers, switches, firewalls, APs—and explore technologies like DNS, DHCP, NAT, port forwarding, among others.
I didn't think about control, personalization, improved wireless reach, ease of management, and sometimes stronger protection when it comes to basic options.
Overkill routers are quite basic. Something like that. https://www.amazon.ca/Linksys-AC5400-Wir...41&sr=8-27 That's what I meant.
Ah, so you mean like the "ultra 20 terabits per second with a trillion antennas that blast out ionizing radiation for GAMERZ!!!!!!1!! YOU'LL GAIN A MILLION FPS!!!!**" routers **In lab conditions on the moon while blinking and might not reflect real world performance
Yes, indeed. Everyone in their house supports more than 5 gigabits per second. Devices near the 100 to 150 Mbps range perform exceptionally well, covering speed and wireless reach. It’s not excessive.
Certainly, it makes sense to focus on devices with limited MIMO capabilities.
Overkill routers aren’t foolish. I think I share your view—expensive consumer routers claiming speeds impossible on Earth, exaggerated gaming performance claims (poor QoS), and many other unnecessary "features" are designed to drain consumer budgets. No router is overkill unless it includes built-in wireless. Do you really want to constantly upgrade your processor, memory, and cards just for new wireless tech? A router isn’t overkill unless it runs something like pfSense, and even then, it’s still a device that can be used differently later. I’m unsure what $400 routers will promise gamers in the future when gigabit speeds are common and QoS isn’t needed. My router supports trunked connections to my switch—that’s overkill—and it might soon be replaced by SFP+. A router with a phone processor, 512MB RAM, and 12 antennas isn’t overkill; it’s just poor spending.