s about switches and DNS configurations
s about switches and DNS configurations
You only need one Ethernet port to operate a DHCP server. It handles IP assignments, not routing, so your main router still manages traffic. It looks like you're not fully grasping networking concepts, which is why I suggest swapping in a better router instead of diving into complex setup like Linux commands. If you chose an RPi, you'd need to learn Linux and configure the server from the command line, which adds significant complexity.
I’m still getting familiar with Raspberry Pi and would love to try one for experiments. Right now, I need a more solid plan for my network security. Linksys’ smart internet system was recently compromised, letting attackers change DNS settings and push malware. It seems risky to rely on them given the security concerns and basic issues. I’m considering upgrading to a Motorola MR1700 ($60) or MR2600 ($100). Would that be a wise move, or should I explore other options?
I prefer devices with broader coverage than fast data rates. While some models claim very high speeds, their reach often drops quickly, causing disconnections or extremely slow performance (about 1–2 MBPS) over longer distances. I’ve learned that Motorola routers provide solid range. Are there other options under $100 that deliver good coverage?
I examined the customer feedback and noticed others experienced strong signals in their homes. The MR1700 and MR2600 models are highlighted for offering extended range. The FCC limits power output, so adding repeaters may reduce bandwidth and speeds—something I’d prefer to avoid. If you plan to stream HD content using a Roku on your TVs, consider this limitation carefully.
FCC wants your Wi-Fi not visible or used by others nearby, and they don’t want it acting like a microwave. They prefer a mesh network over standard repeaters for better speed. Do you currently have wiring in your house?
Wi-Fi signals typically rely on encryption to keep data secure from unauthorized access (such as WEP, WPA, and WPA2, listed from least to most secure). Also, Wi-Fi routers only produce non-ionizing radiation, which is harmless to DNA and cells—cellular signals are far stronger and permitted for safety. Thank you for your guidance on setting up a mesh network; your building’s older infrastructure with only phone lines makes it a good fit for this approach.
WiFi can disrupt other devices like air traffic controllers and similar equipment. They prefer not to have strong WiFi signals that interfere with others. Mesh networks don’t need Ethernet; they rely on wireless connections to send data between nodes.