Ethernet unavailable during relocation. Other options exist.
Ethernet unavailable during relocation. Other options exist.
Keep in mind that a slender cable, when handled gently and thoughtfully, can significantly improve performance and stability. https://www.monoprice.com/product?p_id=34211 You can also distribute an Ethernet cable or port among several devices using a network switch.
I understand, but right now it isn't feasible... I'll likely test several alternatives and compare their performance, but I'll remember this advice. Thanks.
My suggestion is to verify your Wi-Fi connection using your phone and possibly a WiFi analyzer app. If the signal strength and speeds are satisfactory, investing in a WiFi card could be feasible. I recommend examining the router’s specifications to understand its supported WiFi standards. For optimal performance, especially with faster data needs, focus on testing in the 5GHz band. Intel-based chipsets remain the preferred choice. It may be beneficial to purchase a WiFi card with a wired antenna connection rather than one that connects directly to the card’s back, ensuring stronger reception. As long as your space isn’t right under the router, you should experience solid speeds and stability. I noticed you checked Moca; it’s worth noting that installation can be somewhat complex. You’ll also need at least RG6 coaxial cable to reach each device. Make sure the distance between adapters doesn’t exceed 300 feet. If your coax is used for cable TV or internet, a Moca filter on the main line is necessary. Also, while you can support up to 16 Moca devices, increasing the number of devices tends to reduce overall speed.
A simple method often falls short. Many Wi-Fi systems depend on one router or a mesh network, spreading the workload across several devices. It's similar to having one server handling many tables—more tables mean longer wait times and less optimal performance. Still, you can still set your preferred channel. What works? Choosing high-end APs that act as wireless bridges. Connect via Ethernet on both ends to reach the router and your device. The downsides are a more complicated setup, higher cost (doubling the price of one AP), and added clutter.
Working at 5GHz through walls is challenging; you might end up settling for 2.4GHz. It's unlikely you'll benefit from Wi-Fi 6 or 6E unless walls provide good shielding. Benefits include routing traffic through the router on Ethernet, limiting wireless hopping to just AP-to-AP, which can be fine-tuned for better speed and ping. In a custom setup, all your wireless data stays under one dedicated AP, reducing interference from other clients and improving timing. Wireless negotiation between two APs can be optimized by their placement.
Is it suitable for everyone? Probably not. It goes against common sense.