10Gb service, 500Mb equipment... Need assistance with an upgrade?
10Gb service, 500Mb equipment... Need assistance with an upgrade?
I’m dealing with a situation where the ISP advertises speeds that sound impressive but don’t quite match reality. The router they gave me (Eero 6) only reaches about 500 Mb/s, while my new modem supports 10 Gb/s—but the Eero 6 can’t handle it. Plus, the router has just one Ethernet port for direct connections, which is already taken up by the modem. It’s all marketing fluff if I’m not using those capabilities. My motherboard has a built-in 2.5 Gb/s Ethernet, and I’ve confirmed it delivers those speeds directly.
I’m looking for a more affordable PCIe card that could push the maximum speed to 10 Gb/s. If anyone knows a budget-friendly option that actually delivers on its promises, I’d love to test it out. I also noticed WiFi routers can be reasonably priced for higher network speeds, but Ethernet ports are usually limited to 1 Gb/s, so any claims beyond that will be limited by the connection type.
Since I work remotely with two computers, a NAS, and occasional large file transfers, I’d appreciate a router that supports 10 Gb/s for my modem and can handle multiple devices on my local network at around 2.5 Gb/s each. A separate WiFi router would be nice too. Any suggestions or recommendations would be greatly appreciated.
The available consumer equipment doesn’t reach 10 gigabit speeds. As mentioned, you’d be paying a high price for such performance. A typical hard drive handles around 150 MBps, which is roughly 1.2 gigabits per second. A SATA SSD can manage about 500 MBps in sequence, not the full 10 gigabit. To match 10 gigabit, you’d need NVMe drives or a large RAID setup. Around 2.5 gigabit is now considered a common benchmark for consumer devices, more suited for multiple gadgets connecting at high speeds rather than one device handling it all.
You're expecting a solid performance boost with your current setup. The 5,650 MB/s NVMe drives should definitely help. If Steam allows, downloading that speed test file could be a fun way to verify your connection. Running a 10 Gb network card for the test is also a great idea. I'm focusing on practical needs here—checking ISP claims makes sense even if it doesn't seem immediately useful. Your router choice should meet your requirements without needing a mesh system for coverage.
Typically eBay or used markets offer affordable options for second-hand enterprise 10 GbE PCIe cards at reasonable prices. For routers or switches, the UDM Pro is worth considering. It includes two SFP+ slots—one for a 10 Gb RJ45 module to link to your modem or WAN, and another for LAN connections. This setup gives you one high-speed device or a downline switch with two 10 Gb ports and two 2.5 Gb ports for additional devices. For Wi-Fi, an access point is necessary, which can add up in cost but isn’t prohibitively expensive. The UDM Pro costs around €400 from my location, plus a basic 10 Gb switch and a decent AP, bringing the total to roughly €900. Adding your PCIe cards and cabling like Cat 6A or 7 would increase the expense. Testing it could be costly, but if you have a specific use case or business need, it might be worthwhile.
Current HDDs are capable of higher speeds than commonly advertised, though they remain accurate about 2.5Gbit. It's worth noting that some services can exceed Gigabit rates. I've experienced downloads at 180MB/s using a mix of Fibre and 5G, and I think even more is possible. While 10Gbit isn't meant for a single user to push to its limit, the result is smoother performance—no bufferbloat or latency problems, even during intense uploads or downloads.
I checked this again. I bought the TP-Link AX3000 router, which advertises 2402 Mb/s on the 5 Ghz band and a 2.5 Gb/s WAN port. At the time, I was expecting around 700 down and 200 up, using my MSI Z690-A WiFi board with WiFi 6E. But I ended up getting speeds well below what it promised. With my old ISP router, I could reliably achieve about 1 Gb/s over WiFi. I tested the wired connection directly to the modem and managed to get at least 2 Gb/s up/down (using a 10 Gb/s network card). I’m really frustrated. Is this due to a configuration problem or is it just that such speeds aren’t possible on one device? I’m used to Gb/s, so I’d like to see those numbers consistently. What should I look for in terms of specs to ensure the performance I want?
The 2.4Gbit claim applies only to WiFi operation in optimal conditions, using a client that perfectly aligns with or surpasses the router’s MIMO configurations, channel width, and supported WiFi version. Internet performance through NAT is distinct and seldom disclosed. It seems the eero Pro 6E targets around 2.3Gbit, while the eero 6 aims nearer Gigabit.
It's frustrating that NAT throughput isn't advertised, as this is what most buyers of consumer WiFi routers focus on. My ISP offered the EeRO 6, promising up to 500 Mb/s, so I’m confident the Pro 6E can deliver the claimed 1.3 Gb/s speed. I discovered a good price on Ebay and plan to test the 6E. If it meets expectations, I might stop relying on my ISP. I was considering avoiding Eero because I don’t need another Amazon service, but other options in my budget seem to face similar problems. Thanks. In the future, I might explore Sjaakie’s idea and set up a UniFi network, though I doubt I’ll be ready yet.
So, I found a used Asus PEB 10G/57811 card, and popped it in my computer and installed drivers. Connected the PC directly to the modem with a 15' (according to amazon) Cat7 cable. I had to poke around a lot of different test servers, but this was the best I was able to get: I'm sure there's probably more I could do to get the speeds up, but at the end of the day it doesn't really matter. I'm a little disappointed that I wasn't able to reach near the 10Gb/s speeds my ISP advertises, but oh well.
The speed test is limited by the server’s capabilities, with most offering only about 10Gbit total. This means only a few users can achieve peak performance simultaneously. Streaming from Steam could provide the best opportunity to gauge actual speeds, though results may vary depending on the game. Keep in mind that most 10Gbit fiber connections are shared across many homes—potentially dozens or hundreds—depending on how the service provider deployed it. This setup is necessary to deliver such low latency pricing.