A network switch is the box that lets multiple wired devices share one local network connection. Plug your router into the switch, then plug PCs, consoles, NAS boxes, access points, and printers into the switch. Each device gets a wired path without stealing the router’s few built-in LAN ports. If you’re building a home network, our guides to network switches and gaming routers fit together well.
Important note: the products in this assignment are adjacent, not true standalone switches. The Linksys Hydra Pro 6 is a WiFi 6 mesh router, and the MoKo item is a PC case dust mesh filter. We’ll use them transparently as related networking and PC-maintenance examples, not pretend they’re Ethernet switches.
The short answer
A network switch adds more wired Ethernet ports to your local network. It learns which device is connected to which port and forwards traffic only where it needs to go. For a desktop PC, that means stable latency, full-duplex wired traffic, and less dependence on WiFi signal quality.
The Linksys Hydra Pro 6 at $199.99 with a 4.4 rating is a router, not a switch, but it’s relevant because most home switches connect behind a router like this. Its title lists WiFi 6 mesh routing, 30+ device support, and 2,700 square feet of coverage.
Pros
- AX5400 class dual-band throughput up to 574 plus 4804 Mbps on 5 GHz
- Six spatial streams with OFDMA reduce congestion for 30+ device homes
- Intelligent Mesh compatibility allows scaling coverage beyond the 2,700 sq ft rating
Cons
- Limited owner feedback at time of writing, so real-world reliability data is thin
- Dual-band only, no dedicated 6 GHz or wireless backhaul band at this tier
- Detailed specifications, WAN port sped, and waranty not specified in source listing
The Linksys Hydra Pro 6 (MR5500-AMZ) is a mid-range dual-band WiFi 6 mesh router aimed at households upgrading from an older AC1900 or extender-based setup. Linksys rates it for 2,700 sq ft and 30 plus devices, targeting medium apartments, condos, and small two-story homes with mixed smart home and streaming traffic.
The defining feature is six-stream AX5400 class WiFi 6 with quoted rates of 574 Mbps on 2.4 GHz and 4804 Mbps on 5 GHz. OFDMA and MU-MIMO help when many low-bandwidth clients share airtime, which is where WiFi 5 routers typically stall. Real-world 5 GHz throughput at range appears to land in the mid-hundreds of Mbps based on category norms.
Trade-offs are typical at this tier. It is dual-band, so there is no dedicated 6 GHz radio and no separate backhaul channel when you add mesh nodes, meaning throughput can halve on satellite hops. Linksys does not specify WAN port speed, USB, or processor details in the listing, so multi-gig ISP users should verify before buying.
Buy this if you want a single WiFi 6 router that can grow into a Linksys Intelligent Mesh system for a 2,000 to 3,000 sq ft home with 30 plus clients. Skip this if you need WiFi 6E, 2.5 GbE WAN, or a dedicated backhaul band for a large multi-story house.
Wireless class: AX5400 class dual-band WiFi 6 with quoted PHY rates of 574 Mbps on the 2.4 GHz band and 4804 Mbps on the 5 GHz band, totaling roughly 5378 Mbps aggregate across six spatial streams. No 6 GHz radio is listed, so WiFi 6E clients fall back to 5 GHz.
Coverage and capacity: Linksys rates the MR5500 for 2,700 sq ft and 30 plus simultaneous devices. OFDMA, MU-MIMO, and 1024-QAM are standard at this WiFi 6 tier and help maintain throughput as client count scales, though actual coverage depends heavily on wall material and node placement.
Mesh behavior: Intelligent Mesh lets you pair the MR5500 with other Linksys nodes to extend coverage. Because it is dual-band, backhaul shares the 5 GHz client band, so expect throughput to roughly halve one hop from the root node. A wired Ethernet backhaul between nodes avoids this penalty.
Not specified: WAN and LAN port speeds, USB ports, processor and RAM, warranty length, and physical dimensions are not disclosed in the source listing. Buyers pairing this with multi-gig fber or DOCSIS 3.1 plans above 1 Gbps should confirm port specs before purchase.
The longer explanation
Think of the router as the network’s gateway to the internet and the switch as the local wired traffic director. Your router gives out IP addresses, handles NAT, and connects to the modem or fiber box. The switch expands the number of wired LAN ports so local devices don’t all need to plug directly into the router.
An unmanaged switch is usually plug-and-play. A managed switch adds features like VLANs, port mirroring, link aggregation, and traffic controls. Most gaming and home-office setups only need unmanaged gigabit or 2.5GbE switching. Server racks and advanced home labs may want managed features. Different level.
History / how we got here
Older Ethernet hubs repeated traffic to every port, which wasted bandwidth and created collisions on shared segments. Switches improved that by learning MAC addresses and forwarding frames to the correct destination port. That made wired LANs faster, cleaner, and easier to scale.
As home networks grew, switches became normal outside offices. One router with four LAN ports isn’t enough when you add a gaming PC, console, NAS, smart TV, access point, work dock, and printer. A small 5-port or 8-port switch solves that neatly.
Why it works this way
Ethernet devices communicate using frames on a local network. A switch reads the source MAC address of incoming frames and builds a table mapping devices to ports. When traffic needs to reach a known device, the switch forwards it only to that port. If the destination is unknown, it floods the frame until it learns the path.
This is why a switch is different from a splitter. Passive splitters don’t create more independent network ports in the normal sense. A real switch has electronics, a switching fabric, and a power source. It can handle simultaneous traffic between devices without making every packet visit every port.
When you’d want this
You’d want a network switch when your router is out of LAN ports, your gaming PC needs wired stability, or you have multiple desk devices that shouldn’t all use WiFi. A switch is also useful near a TV cabinet where a console, streaming box, and smart TV all benefit from Ethernet.
The MoKo 400 x 300mm DIY PC case dust mesh filter is not a networking product, but it does relate to keeping a PC healthy in a wired setup. At $12.99 with a 4.9 rating, it lists a 2-pack PVC magnetic dustproof filter for computer cooler fans. Cleaner airflow can help the PC that connects to the switch, but it won’t add Ethernet ports.
Pros
- Large 400x300mm sheets cover full-tower top or side panels after trimming.
- Magnetic strip and adhesive combo works on any ferrous steel case panel.
- 1mm mesh openings pass more air than tight foam filters at similar coverage.
- Two-pack plus eight strips gives enough material for multiple vents in one build.
Cons
- Limited owner feedback at time of writing, real-world durability is unverified.
- Requires ferrous steel panels, will not stick to aluminum or tempered glass cases.
- PVC and 3M adhesive strips can lose grip over time in warm, high-airflow builds.
This is a budget DIY dust filter kit, not a pre-cut case-specific filter. The package includes two 400x300mm PVC mesh sheets with a 1mm hole pattern plus eight 400mm magnetic frame strips. It targets builders with non-standard vents, modded cases, HTPC chassis, or console dust covers who want to fabricate their own filters.
The defining feature is the trim-to-fit format. You measure the vent, cut the PVC sheet with scissors, then frame the edges using the adhesive-backed magnetic strips so the assembly clamps to steel panels. The 1mm aperture is coarser than typical foam filters, which favors airflow over fine-dust capture, a reasonable trade for intake or exhaust with strong static pressure fans.
Trade-offs are typical at this tier. PVC is not as tear-resistant as nylon or stainless mesh, and 3M adhesive can soften near warm PSU or GPU exhaust zones. The magnetic attachment only works on ferrous steel, so tempered glass side panels or aluminum shells need alternative mounting. With no verified owner data yet, longevity and mesh consistency are unproven.
Buy this if you need to filter oddly shaped vents or console intakes and are comfortable cutting and framing your own mesh. Skip this if your case already ships with pre-fit magnetic filters, or if the panels are aluminum or glass where the magnets will not hold.
Sheet dimensions: Each sheet measures 400x300mm (15.75 x 11.81 inches) with a stated thickness of 0.01 inches. Two sheets ship per pack, enough surface area to cover a full-tower top vent plus a PSU shroud intake, or several smaller vents across a mid-tower build.
Mesh and material: PVC construction with a 1mm hole pattern. The 1mm aperture is coarser than fine foam or stainless woven filters, which prioritizes airflow over sub-micron dust capture. Expect it to catch pet hair, lint, and coarse household dust rather than fine particulates.
Mounting hardware: Eight 400mm magnetic strips are included, framed with 3M adhesive backing. Peel-and-stick application to the trimmed PVC edge lets the assembly clamp to any ferrous steel case panel. No screws or drilling needed, and the filter lifts off for shake-out or rinse cleaning.
Compatibility notes: Total kit weight is around 0.5 pounds. Magnetic mounting requires steel panels, it will not attach to aluminum shells, tempered glass, or plastic vents without a separate ferrous shim. Best suited to standard steel PC cases, older server chassis, HTPC builds, and console dust covers.
What to look for in a network switch
Choose port count first. A 5-port switch gives you 4 usable expansion ports after the router uplink, while an 8-port switch gives more room to grow. Then choose speed: gigabit is fine for many homes, 2.5GbE is better for fast NAS transfers or newer motherboards, and 10GbE is for heavier workstation or server needs.
Also check power, noise, and mounting. Fanless switches are better for bedrooms and desks. Metal housings feel sturdier than tiny plastic shells. If you’re using PoE cameras or access points, you need a PoE switch with enough power budget, not a basic unmanaged desktop model.
Common misconceptions
A switch doesn’t replace a router for normal home internet. It expands wired LAN connectivity behind the router. Another misconception is that a switch always lowers ping. It can improve stability compared with weak WiFi, but it won’t fix a bad ISP route or overloaded game server.
People also confuse mesh routers, access points, and switches. A mesh router like the Linksys product improves wireless coverage. A switch expands wired ports. They can work together, but they don’t do the same job.
Frequently asked
Do I plug the switch into the modem or router?
In most homes, plug the switch into the router, not directly into the modem. The router handles IP addresses and internet sharing. The switch expands the router’s LAN side.
Will a switch slow down my gaming PC?
A decent switch shouldn’t noticeably slow a gaming PC. Wired Ethernet through a switch is usually more stable than WiFi, especially in crowded apartments or long-distance rooms.
Is an unmanaged switch enough?
Yes for most home users. Managed switches are useful for VLANs, monitoring, and advanced network segmentation, but they add setup complexity you may not need.
Do I need 2.5GbE?
You need it if your PC, NAS, or router supports 2.5GbE and you move large files locally. For regular internet use under 1Gbps, gigabit switching is still fine.
Can I daisy-chain network switches?
Yes, within reason. For a clean home setup, keep the chain simple and avoid creating loops unless your equipment supports loop prevention. One central switch is easier to manage.
Extra buying context
The safest way to make the decision is to slow down and map the product to the actual job. Look at the listed price, the exact platform support, the physical fit, and the limits that will matter six months from now. A PC part can look attractive in isolation and still be the wrong match if it blocks an upgrade, adds heat, or forces adapters. That is why the guide separates direct matches from adjacent products instead of pretending every listing solves the same problem.
For a gaming PC, balance beats one oversized spec. Storage needs enough capacity before it needs extreme sequential speed. Power supplies need the right form factor before they need huge wattage. Cases need airflow and clearance before they need glass. Coolers need a careful mount before expensive paste matters. Keyboards need socket compatibility before switch hype matters. Networking gear needs the right role before brand language matters. Simple checks prevent expensive returns.
Also consider the cost of accessories. A small case may require an SFX power supply and custom cable routing. A wireless headset may need a stable USB dongle position. A prebuilt may need more RAM or storage right away. A network upgrade may need better cabling. A cooler swap may need cleaning wipes and fresh paste. These are not huge items one by one, but they change the real price of the project.
If the listing leaves out a critical detail, treat that absence as part of the evaluation. Missing drive model, missing CPU generation, missing case clearance, or missing connector information should lower confidence. You can still buy the product if the return policy is strong and the price is right, but you should not fill the gaps with hopeful assumptions. Better to know the compromise before checkout.
Finally, think about maintenance. Dust filters need cleaning. BIOS settings can drift after updates. Windows can change audio routes. Memory profiles may fail after a hardware change. Compact power cables can loosen during a rebuild. None of that makes the hardware bad, but it means the best purchase is the one you can install, verify, and service without turning every small issue into a weekend project.
One more useful check is the support path after purchase. Keep the product page, receipt, firmware links, and return window in one place until the build is stable for a full week. If a part behaves oddly, you will want exact model names and order details ready instead of digging through email while the PC is apart. It is a small habit, but it makes hardware troubleshooting much calmer.
Do not ignore environment either. A dusty room, weak case airflow, crowded desk, old BIOS, loose USB hub, or overloaded power strip can make good hardware look worse than it is. Before blaming the product, verify the setup around it. Clean power, clean airflow, current firmware, and known-good cables remove a lot of false leads.
If two choices still look equal, choose the one with clearer documentation and fewer hidden assumptions. Clear specs make upgrades, returns, and troubleshooting easier.
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