Network Switch Help
Network Switch Help
Hello everyone, I just installed new Ethernet cables in several rooms of my house and now I have seven wired connections to the router. However, the router only has four Ethernet ports. I’m wondering if a switch can maintain a consistent 250 Mbps speed to each connection. I thought more connections would reduce the speed, so I want to know if there’s a solution that preserves that bandwidth. If you have any recommendations or product names, please share them.
When ethernet cables are installed correctly, 1gbps can be reached on any port. To understand what a switch can do, check its switching capacity. If this information isn’t available, I won’t include it in my buying list. Also, keep in mind that adding an 8 + 4 equals 12 ports, but due to the uplink between router and switch, you’ll only have 10 ports at the end. If you plan to place more devices near the router, consider a 16-port switch. Avoid purchasing 10/100 switches!
They produce eight port unmanaged switches tailored for that purpose. Well-managed models come in the thousands of dollars (I’m expecting two $9k units soon, for instance). The NetGEAR 16-Port switch supports 10/100/1000 Mbps Gigabit speeds and is a Blue GS116NA model sold at Best Buy. It serves as a solid example of a 16-port unmanaged device. You rarely require more than 1Gb unless you’re intentionally bridging between devices with higher bandwidth needs (such as connecting two 2.5Gb or 10Gb links). In most cases, 1Gb suffices. The need for a managed switch arises when you want to implement VLANs/subnetting with specific access controls. If your goal is simple communication and shared WAN access, a basic managed switch is more than enough. Technically, there are slightly managed options available, but they’re usually limited in use and often need careful configuration. Unmanaged switches are straightforward to install and use without any setup.
8 port gigabit switches are now affordable. Each port delivers 1g speeds. You’d get one uplink to your router and the remaining ports for your devices. It should be possible to locate several options under $20. Avoid chaining switches directly—meaning plugging a switch into another that’s already plugged in. This seems like the answer you’re after, assuming it fits your network setup. For even faster connections, 2.5g switches around $120 are available. The main reason I’d choose this path is if you need speeds beyond gigabit.
Networking concepts are being misunderstood. With a 250 mbps connection, you receive roughly 250 mbps for active devices, not divided per port. If one device uses 20 mbps for Netflix, others get about 230 mbps for other tasks. Consider upgrading your switch to expand the network capacity.
I get why, but with remote access to the network, even basic management can assist you in determining whether the device is active—without needing to enter the closet or ask someone else.
This setup could also suit your requirements. You’d likely need just one high-speed connection, and the current plan offers flexibility with up/down speeds for $50 a month. Adding a single gig would only cost an extra $20, making it a straightforward upgrade.