Extended Range Devices
Extended Range Devices
So i have this Router - With Comcast internet https://www.amazon.com/NETGEAR-Certified...B00IF0JAYE and i was wondering if there would be a way to extend the range so i have a better connection from across the house with a wifi extender or repeater. the router has 2.4Ghz and 5Ghz bands. I use the 5Ghz, while the rest of my family uses the 2.4Ghz (their laptops dont support 5Ghz, and the apple TV only sees the 2.4Ghz) i was looking at these https://www.amazon.com/dp/B07C93BJ6K/ref...il_1?psc=1 https://www.amazon.com/dp/B073RFR7JX/ref...il_4?psc=1 https://www.amazon.com/Extender-ELEGIANT...DY7QPVCA8M but im not sure if any of these would be compatible with the router. and i can put a cable to my room because it would be about 35-40 feet of cord to my room. the router is in the room directly above me, and winds around the house and what not. Parents said i cant drill a hole, or add an access point to the wall in my room so i can have a direct cable. so extending wifi, or getting a repeater with shorter cable so its closer to my room would be the best option i think. Any thoughts?
They work with most routers but aren’t the best. They rely on existing electrical wiring to send signals, which can be slower than a direct connection. If you need a solution without drilling, this option is solid—just ensure your setup supports it. These devices are reliable and often provide faster performance compared to Wi-Fi boosters.
Yes, there can be potential issues. The copper wiring might experience interference from electrical currents, which could affect performance or safety.
Consider systems that perform reliably, like MESH networking or Ubiquiti Access Points. In networking, quality matters—often more than price. Even budget name brands can cause more interference than their range suggests, leading to poorer wireless performance compared to a proper setup. The same applies to off-brand options you mentioned. Powerline AV adapters offer another solution for adding Ethernet access where none existed before. Purchase from a trusted seller with solid returns so you can try them out with your home wiring, since not all setups work well with this method.
According to kirashi, interference can occur due to inadequate wiring, though the actual power supply usually doesn't affect data transmission. Compared to a Wi-Fi extender, the problem will be minimal. Many business networking switches use Ethernet power to run connected devices such as cameras or IP phones. The main drawback might be slightly reduced speed when linking directly to the router via Ethernet.
PowerLine may affect DSL but doesn’t seem to cause problems with Cable. It appears to be a solid choice if running Ethernet cables isn’t feasible. You might still opt for a repeater, but connect it through the PowerLine adapter or employ a PowerLine WiFi repeater. Place it on another channel from your primary WiFi to avoid interference and you should notice a big boost in coverage. I personally rely on multiple fully functional routers operating in Access Point mode, as their range usually outperforms most repeaters.
The power supply is often not the problem. The devices drawing electricity can be the cause. Items such as hair dryers might disrupt the signal, provided they share the same circuit. Moca adapters that rely on coaxial cables are another possibility. If you have coax in both areas, these adapters can link your router. The best advantage is compatibility with the same lines used by Comcast—Comcast operates between 5 MHz and 950 MHz, while Moca works from 1 GHz to 1.5 GHz. You should support up to 16 Moca devices on a network, and for speed, expect at least 400 Mbps, potentially higher with bonded adapters.