Seeking guidance on router performance details.
Seeking guidance on router performance details.
I previously narrowed down some router options earlier this week, and now I’m closer to finishing. I’m thinking about buying a Linksys EA9500 mainly for its 8 LAN ports and wide Wi-Fi range. But I can only find versions from v1/v1.1. There’s a v2 available on eBay occasionally at very high prices, but I haven’t been successful in acquiring one yet. The model I’m eyeing is a 1.4GHz dual-core processor with 256MB of RAM. The v2 I can find is a more powerful 1.8GHz quad-core with 512MB of RAM. Many reviews warn against the older version because its hardware feels insufficient. On the other hand, regular home users who don’t understand technical specs often praise this unit. My current setup includes three smart TVs, seven phones, one tablet, three PCs, two game consoles, and gigabit fiber internet. I also want it to stay relevant for a while, so upgrading later isn’t ideal—just not too soon. Would a Tri-band 4x4 MU-MIMO router with 1.4GHz dual-core and 256MB RAM be sufficient? Could it handle everything smoothly without bottlenecks? I’ve tried much stronger routers before, but they didn’t work for us. Most of my devices use 802.11ac standards. I could go down to a more capable Linksys EA9300—tri-band, 1.8GHz quad-core, 512MB RAM. That would give me extra LAN ports, let me add more switches, and even include a max-stream extender. It would reduce from 4x4 MU-MIMO to 3x3 MU-MIMO. How noticeable would the difference be in our home when everyone streams at night with either configuration? What do you all think? I’ve been researching, buying, returning, and reading a lot, and I’m feeling really tired!
Hello Jynx More typically more antennas mean faster connections. An adapter with two antennas delivers 300 Mbps. A wireless adapter featuring three antennas can reach up to 600 Mbps on the 2.4GHz band, while 3x3 antenna tech can push speeds to 1300Mbps in the 5GHz 802.11ac range. 4x4 802.11ac offers a top speed of 5334Mbps and covers up to 5,000 square feet—quite impressive! In some cases you can confidently say "the more is better," but factors like data usage matter. When devices connect to the router, data transfers occur, so it’s essential to test if the router can handle the load. For instance, trying to stream video on multiple devices at once or run video apps can reveal limitations. If you notice issues like failed streams or missing content, it indicates the device isn’t up to the task. I suggest using a router and stress-testing it—video streaming or gaming are ideal because they demand significant bandwidth. Routers process these tasks and use resources, so evaluating their performance helps determine if an upgrade is needed. In short, simply try one and see how it performs; that will show you its true limits.
I understand your perspective and agreed on some aspects. I thought we had sufficient information—such as connection speeds, wireless performance, device capabilities, and more—to determine which option might be superior. We were considering premium gear to test it out, aiming for a practical evaluation. Honestly, I was focusing on the devices listed, each priced around a few hundred dollars, hoping that shared knowledge and real-world insights could guide our decision between them.
The 4x4 configuration suits you better since you're aiming for improved wireless speeds. These routers also include Gigabit Ethernet ports, allowing them to send Ethernet frames at gigabit speeds, which enhances data management. LAN capabilities remain unaffected by Wi-Fi, even as wireless technology has advanced significantly over the years. Combining both options works well in scenarios where devices need consistent placement, such as gaming consoles, computers, and TVs.
It seems like you're questioning whether the issue is related to data usage or network speed. Gaming typically requires minimal bandwidth, around kbps. Trying to run high-quality videos on 4K across multiple devices might cause buffering and provide a more realistic experience. It appears your router isn't the main concern—around $100 should suffice. What exactly are you experiencing? I don’t think the routers themselves are the problem. Modern routers handle most tasks well, with CPU and RAM playing a smaller role. Also, what type of internet connection do you have—fiber, cable, DSL?