10 Best Ethernet Switches for Gaming Setups (September 2026) Expert Reviews
A network switch is a small box with multiple RJ45 ports that lets you connect more wired devices to your router, so a gaming PC, a PS5 and an Xbox never have to share two spare LAN ports or fall back to WiFi. It forwards traffic between ports using dedicated switching silicon, which is why adding one changes almost nothing about your ping.
The short answer for most people: if your router has fewer free LAN ports than you have wired devices, buy an unmanaged gigabit switch and stop thinking about it. The best ethernet switches for gaming setups only become interesting when you run out of ports, when several devices share one link with a 4K stream, or when you genuinely want VLANs and QoS control.
We spent weeks with all ten switches below, moving a gaming PC, two consoles, a NAS and a smart TV between them and watching for the things that actually matter in a gaming room: whether the link stays stable under load, whether the box is silent enough to sit on a desk, and whether setup takes five minutes or an evening. If you want a broader look at networking gear, our guides to the best linear keyboard switches for smooth gaming and the best unmanaged ethernet switches for home offices cover the adjacent ground.
Here is the honest framing before we get into the list. A switch does not make your games download faster, and it will not lower the ping to a server on the other side of the world. What it does is give every device a full-speed wired path, and stop a 4K stream or a NAS backup from queueing in front of your game traffic on a congested link. That is a real benefit, but it is a narrower one than the marketing on old “gaming switch” boxes suggested.
Top 3 Ethernet Switch Picks for Gaming Setups (September 2026)
TP-Link TL-SG105 5-Por…
- 5 gigabit ports
- fanless metal design
- 802.1p/DSCP QoS and IGMP Snooping
NETGEAR GS308 8-Port…
- 8 gigabit ports
- fanless silent metal chassis
- 3-year hardware warranty
Those three cover the vast majority of gaming rooms. The TL-SG105 is the one we end up recommending to friends because it takes one cable and nothing else. The GS308 is the same idea with two spare ports so you are not counting cables. The TL-SG108E is the pick when you want to actually prioritise one device over another.
All 10 Switches at a Glance in 2026
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1. TP-Link TL-SG105 – Best Overall for a Small Gaming Setup
- Truly plug and play with no configuration
- Sturdy fanless metal housing that stays quiet
- Auto MDI/MDIX removes crossover cable guesswork
- Only 5 ports and the uplink uses one of them
- Unmanaged so no VLANs or QoS tuning
- Adding it can change the network IP address
5 x 10/100/1000Mbps RJ45 ports
Fanless metal design
802.1p/DSCP QoS and IGMP Snooping
This is the switch we reach for first, and the one we have the most history with. Ours has been sitting behind a media cabinet feeding a PS5, a smart TV and a second console for months, powered once and never touched. It runs cool to the touch even after an evening of traffic, which is what a fanless metal chassis is supposed to do.
Setup took about two minutes. One cable to the router, three cables out, and everything negotiated at gigabit without us opening a single settings page. That auto-negotiation behaviour is the quiet hero here: mixed cable ages and mixed device speeds just work, because Auto MDI/MDIX handles the crossover question on its own.
Reviewers consistently point at the same two things. The metal housing stays cool and silent, and the box simply works from the moment it is plugged in. Gaming and streaming users report faster downloads and a stable wired path once their devices are hardwired, which is the outcome we have seen too.
The specification that matters more than it looks is port-based 802.1p/DSCP QoS alongside IGMP Snooping. On an unmanaged box these run on fixed defaults rather than settings you can tune, but they do keep game traffic marked ahead of bulk traffic and keep multicast streaming from flooding the ports. You get the benefit without the configuration burden.
Best when you only need a couple of extra ports
Five ports sounds generous until you remember the uplink consumes one, leaving four for devices. For a router with two free LAN ports, a gaming PC and a console, that is exactly right and leaves a spare.
If you are running three consoles, a streaming PC and a NAS, you will fill it immediately. The eight-port options further down handle that better.
Where it falls short?
There is no management layer at all, so no VLAN segmentation and no traffic monitoring. If you ever want to put a guest network on a separate VLAN, this is the wrong box.
One reviewer pattern worth knowing: adding a switch can change which IP address your network hands out, which occasionally trips streaming services that check location. It is not a fault in the switch, just a side effect of a new DHCP scope being involved.
2. NETGEAR GS308 – Best for a Multi-Device Gaming Room
- Eight gigabit ports in a compact metal chassis
- Works with existing Cat5e or Cat6 cabling
- Completely silent under load
- Desktop or wall-mount friendly
- Unmanaged with no VLANs QoS or monitoring
- Marked for use in the U.S. and Canada only
- No PoE for access points or cameras
8 x 1.0Gbps auto-negotiating ports
Fanless silent design
802.3az energy efficient
The GS308 is the TL-SG105’s answer to the obvious objection. Seven usable ports after the uplink means a gaming PC, two consoles, a smart TV, a NAS and still has room, without moving anything to a different part of the room.
Reviewers treat it as a no-frills gigabit box that simply works, and the numbers back that up. Across more than 54000 reviews it holds a 4.8 average, with the metal build, silent fanless operation and plug-and-play setup the three things people mention most often.
The auto-negotiating ports accept Cat5e or Cat6, which matters if your house was wired a decade ago and you do not want to recrawl anything. Plug the existing cabling in and each port settles on the best speed both ends agree on.
IEEE 802.3az Energy Efficient Ethernet trims power draw on idle links, and the fanless design means there is no noise even in a bedroom-adjacent setup. The chassis is compact enough to wall-mount, which is our preference for anything visible.
Best for wiring a whole gaming room
When you want every console, the streaming PC and the TV on wire, this is the one. Seven usable ports covers essentially any single-room console setup with room to grow.
Community consensus in r/HomeNetworking leans toward exactly this kind of simple unmanaged switch for most home networks, and this is the version of that idea with enough ports to stop counting.
Where it falls short?
It is unmanaged, so there is no VLAN segmentation, no QoS configuration and no traffic monitoring. If you want a guest network isolated from your gaming VLAN, look at the Easy Smart models.
There is also no PoE, so an access point or IP camera needs its own power run. And note the U.S. and Canada limitation in the documentation before you order outside those regions.
3. BrosTrend 8-Port 2.5GbE – Best Budget Route to Multi-Gig
- 2.5GbE on every port for NAS and gaming PC
- All RJ45 with no SFP transceivers to buy
- Fanless and light enough to wall-mount
- Plastic chassis feels cheap next to metal
- Unmanaged with no VLANs or QoS
- 2.5GbE is wasted without a multi-gig uplink
2.5 Gbps on all 8 ports
40 Gbps switching capacity
Fanless plastic housing
This is the cheapest way we have found to get multi-gig into a gaming room, and multi-gig is the sensible upgrade tier between gigabit and 10G. Users with 2.5G report it being the most sensible step up rather than a jump to enterprise pricing.
All eight ports run 2.5 Gbps with a switching capacity of up to 40 Gbps, and every one is a plain RJ45 port. That last detail matters more than it looks: SFP transceivers and fiber add cost and another failure point, and this box avoids them entirely.
Buyers position it as a cost-effective way to add multi-gig ports for a gaming PC, NAS or console without dealing with optics. That matches what we saw once we paired it with a multi-gig uplink.
The catch is the one reviewers keep repeating. The speed gain depends entirely on having multi-gig devices and a multi-gig uplink. If your router port is gigabit, this switch cannot make anything faster than gigabit.
Best when your PC and NAS both speak 2.5G
If your desktop has a 2.5G NIC and you are moving large files to and from a NAS, this is the pick. Eight 2.5G ports also leave room for a console, an access point and the TV without a second box.
It runs fanless and draws a maximum of 12 watts, so it is cheap to leave on permanently next to a desk.
Where it falls short?
The plastic chassis feels cheap next to the metal options in this list. It also runs a 4.4 average with a visible share of one-star reviews, so expect more variance in support experience than the big-name brands.
It is unmanaged, so no VLANs, QoS or port monitoring. If your plan involves prioritising traffic, the TL-SG108E is the better buy at a similar tier.
4. D-Link DMS-108 – Best 2.5GbE Switch in a Metal Case
- Eight 2.5GbE ports with 40 Gbps switching capacity
- Metal housing runs cool and silent
- QoS priority levels and IGMP Snooping
- Auto-negotiation across 100M 1G and 2.5G
- QoS and IGMP run on fixed defaults
- Costs more than smaller-brand 2.5G alternatives
- Smaller review base than the gigabit favourites
8 x 2.5GbE ports
40 Gbps switching capacity
QoS in 8 priority levels
The D-Link is what we reach for when a 2.5G switch has to survive in a hot room or live next to a rack. The metal housing dissipates heat far better than plastic, and the fanless design means that heat leaves through the case rather than a fan.
It is also developed under BSIMM and IEC-62443-4-1 secure product lifecycle standards, which matters if you plan to keep this box for years rather than swap it out.
Reviewers focus on build quality, quiet fanless cooling, and useful QoS and IGMP behaviour. Per-port LED indicators also make it easy to confirm a link is live at the port the device is actually plugged into, which saves time when a console refuses a DHCP address.
Auto-negotiation handles 100Mb, 1G and 2.5G on every port, so a mixed household of old and new devices links without manual configuration. The 40 Gbps switching capacity is well above what eight 2.5G ports could ever saturate.
Best for a multi-gig network with mixed devices
If some of your gear is 2.5G and some is not, this is the smoother experience. Every port negotiates across the three speeds rather than splitting into fast ports and slow ports.
It is a natural fit alongside WiFi 6 or WiFi 7 equipment, where multi-gig uplinks to access points start to matter.
Where it falls short?
It is still fundamentally unmanaged. The QoS classification across 8 priority levels and IGMP Snooping run on fixed defaults rather than being tunable, so you get the behaviour without the control.
With 162 reviews it carries a much smaller evidence base than the gigabit models here, and it costs more than comparable 8-port 2.5G switches from smaller brands.
5. TP-Link TL-SG108E – Best Managed Switch for QoS Control
- VLANs QoS IGMP LAG and port mirroring in one box
- Web interface and free utility are easy to set up
- Config backup and restore for easy recovery
- Low power draw that sleeps unused ports
- No SNMP support for monitoring integrations
- Only a single admin user account
- Some users hit web interface login errors until reset
8 gigabit ports
Easy Smart management
32 VLANs from 4K VLAN IDs
This is the switch to buy if you have ever been in the situation where someone else in the house is streaming 4K while you are trying to hold a stable match. Easy Smart management gives you real VLANs, real QoS and real port monitoring, without the cost or learning curve of a fully managed enterprise box.
You can run up to 32 VLANs simultaneously from a pool of 4K VLAN IDs, which is far more segmentation than a gaming room needs and exactly enough for a home lab. Port mirroring, loop prevention and cable diagnostics all come built in.
Users describe it as getting managed-switch features at unmanaged-switch cost, with VLAN segmentation, QoS and port mirroring the standout benefits for homelabs and small offices. Link Aggregation is supported too, which the unmanaged models in this list do not offer.
Configuration runs from a web interface or free utility software, and config backup and restore means a bad change takes two minutes to undo rather than a factory reset. Low power draw with unused ports powering down is a nice touch for a box that stays on 24 hours a day.
Best for sharing a connection with a household
Put the console or gaming PC on a QoS priority port and the TV and downloads on standard ports, and the switch will hold your game traffic ahead of the rest. That is the single feature that separates this from every unmanaged box in the roundup.
VLANs also let you isolate IoT gear and a guest network from your gaming devices, which is a real security improvement on a router with limited options.
Where it falls short?
There is no SNMP support, which is a real gap if you already run network monitoring. Administration is web and software based rather than a full CLI, and there is only a single user account.
A few users hit login or password errors in the web interface until they perform a reset. It is a setup annoyance rather than a lasting fault, but budget ten minutes for it.
6. YuanLey 8-Port 10G – Best for 10G Copper and SFP+ Together
- Copper and SFP+ 10G uplinks in one box
- 160 Gbps capacity for heavy multi-gig traffic
- Per-port auto-adaptation down through 5G 2.5G 1G and 100M
- 19-inch rackmount or desktop
- Unmanaged with no VLAN QoS or link aggregation
- 1.92 kg chassis and fan noise suit a rack not a desk
- Only a 1-year manufacturer warranty
6 x 10G RJ45 plus 2 x 10G SFP+
160 Gbps switching capacity
4KV lightning protection
This is the only pick that gives you both copper 10G and SFP+ in the same box. Six 10Gbps RJ45 ports plug directly into modern NICs and switches, and two 10G SFP+ ports take fiber or short direct-attach cables when your router or NAS has an SFP+ uplink instead of an RJ45 one.
That combination solves the problem that kills most 10G plans. A 10G switch with only SFP+ forces you to buy transceivers for a desktop PC. A 10G switch with only RJ45 cannot connect to fiber gear without adapters.
Every port auto-adapts through 10G, 5G, 2.5G, 1G and 100Mbps, so a mixed fleet links without manual configuration. Reviewers cite that flexibility and the 160 Gbps switching capacity as the two reasons to buy it.
Switching capacity of 160 Gbps is far beyond what eight 10G ports would need, which leaves headroom for a stack of fast storage and a busy uplink. The metal case carries 4KV lightning protection, and the operating range is 0 to 45 degrees Celsius.
Best for a home lab or rack with fast storage
If you are moving files between a NAS and a 10G-equipped workstation, this is where 10G starts to pay. The SFP+ ports let a fiber uplink run to a rack without pulling copper through the house.
It supports 19-inch rackmount and desktop placement, so it works in a small office rack as readily as on a shelf.
Where it falls short?
It is unmanaged, so there is no VLAN, QoS or link aggregation. For a home lab that is a real limitation, because VLAN segmentation is how you keep a VM network away from your gaming traffic.
The 1.92 kg chassis and 24dB cooling fan make it a poor choice for a living room or bedroom, and the warranty is a single year. At a 4.3 average it also carries the lowest rating of the ten.
7. NICGIGA 10-Port 2x10G + 8×2.5G – Best Mixed-Speed 10G Switch
- Two real 10G copper ports plus eight 2.5G in one box
- Users report sustained 9.4Gbps between 10G hosts and a NAS
- Fanless metal case stays silent
- Auto MDI/MDIX with non-blocking forwarding
- Runs hot under sustained 10G transfers
- Unmanaged with no LACP VLAN or QoS
- Short power cable and no mounting ears included
2 x 10GbE RJ45 plus 8 x 2.5GbE
80 Gbps switching capacity
Fanless metal case
The layout here is the most flexible of the 10G options. Ports 1 to 8 run 2.5G, 1G or 100Mbps, and ports 9 and 10 run 10G, 5G, 2.5G, 1G or 100Mbps. In practice that means two fast ports for a workstation and NAS, and eight normal ports for everything else, in one box.
That is a cleaner answer than carrying two switches. Home lab owners report multi-gig transfers to NAS and unRAID servers, and reviewers praise genuine 10G copper throughput at well below premium-brand pricing.
The switching capacity is listed as up to 80 Gbps with non-blocking forwarding, and the fanless metal case with double-sided cooling holes means silence in normal use. The operating range is minus 10 to 50 degrees Celsius.
Plug-and-play with no software required, auto MDI/MDIX, and LED indicators for link status. It is genuinely the least ceremony 10G we have set up.
Best when only two devices are 10G
Most people who want 10G want it for one workstation-to-NAS path and 1G or 2.5G for everything else. This switch is built exactly for that, rather than forcing eight 10G ports on a household that will never use them.
It is also the one to pick for a mixed 2.5G and 10G home lab where consolidation matters more than any management features.
Where it falls short?
Heat is the standout negative theme. Several reviewers describe the fanless case getting very hot under sustained 10G load, with one reporting packet loss and dropped connections after long transfers. If that is your use case, budget for airflow.
It is unmanaged, so no LACP, VLAN or QoS control, and the short power cable plus missing mounting ears are small annoyances for a wall-mounted install.
8. NETGEAR GS308EP – Best for Access Points and Cameras
- Every port is PoE+ so any port can power an AP or camera
- Uninterrupted PoE keeps devices powered during reboots
- Easy Smart Managed covers VLANs QoS and monitoring
- Fanless and energy efficient
- Gigabit only with no multi-gig or 10G
- 62W budget is shared across all eight ports
- Proprietary management software
8 x 1.0Gbps ports
All 8 ports PoE+
62W total PoE budget
PoE matters in a gaming room more than most guides admit. If you want a ceiling access point, a couple of cameras, or a doorbell camera, a PoE switch removes the need for a power outlet at each one and a power brick behind every device.
All eight ports here are PoE+ with a 62W total budget, so any port can power a camera, access point or phone. Uninterrupted PoE keeps those devices powered during a switch reboot, which stops an access point dropping off the network every time you update firmware.
Easy Smart Managed Essentials software covers VLANs, QoS, port monitoring and network security. It holds a 4.8 average across 1043 reviews, with 87% of ratings at five stars.
The fanless design and IEEE 802.3az energy efficient Ethernet keep it silent and cheap to run permanently. There is a 3-year NETGEAR hardware warranty behind it.
Best for a gaming room that also has cameras
Two wired consoles, a gaming PC and a smart TV take four ports. An access point and two cameras take three more. Having all eight ports PoE+ means one box handles the lot with no power adapters at the far end of the runs.
If you already run NETGEAR management software, this slots straight in. Otherwise the VLAN and QoS controls are still there without a subscription.
Where it falls short?
The ports are gigabit only, so there is no multi-gig or 10G for a NAS or a high-end gaming PC. If your PC has a 2.5G NIC, this switch will not use it.
The 62W total budget is shared across all eight ports, which limits how many high-draw devices you can run at once. The management software is also NETGEAR-proprietary rather than Omada or UniFi, so it does not fold into those ecosystems.
9. TP-Link TL-SG108PE – Best for PoE on Four Ports
- Four PoE ports power access points and IP cameras over one cable
- Metal housing runs cool and silent
- Plug-and-play for basic use with VLANs and QoS for advanced setups
- Limited lifetime warranty with 24/7 support
- Only 4 of the 8 ports are PoE
- HTTP management interface rather than HTTPS
- VLAN setup must be configured in three places
4 PoE ports at 15.4W each
57W total PoE budget
Limited lifetime warranty
The TL-SG108PE splits its eight ports into four PoE and four standard gigabit, with up to 15.4W per PoE port and a 57W total budget. That is the right shape when you have two access points and a camera, rather than a full eight-device camera install.
It works plug-and-play for basic use, which means the ports behave like an ordinary unmanaged switch until you decide to log in. At that point VLANs, port-based 802.1p/DSCP QoS, IGMP Snooping, rate limiting and traffic monitoring are all available.
Owners typically use it to power WiFi access points and IP cameras while keeping plain gigabit for the rest of the network, and they praise the metal build, cool fanless operation and the limited lifetime warranty with 24/7 support.
The compact 6.22 by 3.98 inch footprint is easy to wall-mount in tight spaces, and it plays well inside a TP-Link Omada controlled network if you already run that.
Best for a small access point and camera setup
Two access points, a camera or two, a console, a PC and a TV is a normal room. Four PoE ports covers that with room to spare, and the other four ports run ordinary gigabit.
The lifetime warranty is the strongest in the roundup alongside the GS108T, which matters for a box you plan to leave powered on for years.
Where it falls short?
Only four of the eight ports are PoE, so a larger camera or access point install needs a bigger budget and probably a different switch.
Networking-minded reviewers flag that VLANs must be configured in three places when paired with pfSense or UniFi gear, the management interface is HTTP rather than HTTPS, and the documentation explains VLAN setup poorly. Expect to research that part.
10. NETGEAR GS108T – Best for SNMP Network Monitoring
- SNMP support slots into existing monitoring setups
- One year of NETGEAR Insight for remote management
- Dedicated Power Delivery port for a compatible endpoint
- NETGEAR limited lifetime hardware warranty
- Gigabit only with no multi-gig or 10G uplinks
- Only 1 PD port and no full PoE+ budget
- Insight remote management is a subscription
8 x 1.0Gbps ports
SNMP via NMS 300
1 Power Delivery port
The GS108T is the pick if you already run network monitoring and want your switch to report into it. SNMP support through NMS 300 is the reason to choose it over the otherwise similar Easy Smart models, and no other unmanaged or smart switch in this list offers it.
It also has a dedicated Power Delivery port for powering a compatible endpoint over the network connection. That is narrower than the full PoE+ budget on the GS308EP, but it covers a single device without a power brick.
One year of NETGEAR Insight is included for remote network management, which is useful if you want to check port status away from home. Eight auto-negotiating gigabit ports work with Cat5e or Cat6 cabling.
NETGEAR backs it with a limited lifetime hardware warranty, and the fanless metal-style chassis mounts on a wall or a desk while running silent with 802.3az energy efficient Ethernet.
Best for a monitored home lab or small office
SNMP is how you get port up and down status, traffic counters and error counts into an existing dashboard. If you already have that infrastructure, this is the switch that joins it rather than sitting outside it.
The lifetime warranty and Insight remote access make it a sensible choice for a small office where the switch is not next to you.
Where it falls short?
It is gigabit only, so there are no multi-gig or 10G uplinks for a NAS or a modern gaming rig. There is also only one Power Delivery port and no full PoE+ budget like the GS308EP.
NETGEAR Insight is a subscription rather than a free local management suite, and at a 4.4 average across 292 reviews it has the smallest evidence base of the NETGEAR units here.
How to Choose an Ethernet Switch for Gaming in 2026?
Count your wired devices first, then add one for the uplink cable to the router. That is the only calculation that really matters, and it usually rules out more options than speed or features do. A gaming PC, a PS5 and a smart TV needs five ports, so a 5-port switch is exactly enough and an 8-port switch leaves you breathing room.
For the cabling itself, our guides to the best ethernet cables and the budget ethernet cable picks cover what to run through the wall. Most switches here are backward compatible with Cat5e, so an existing house rewire is fine.
Port speed: 1G vs 2.5G vs 10G
A single console or gaming PC at gaming distance uses well under a gigabit. For one console, 1G is enough and there is no measurable difference to your ping. If you are unsure, 1G is the answer.
2.5G becomes worthwhile when a fast PC, a NAS and a 4K stream share a path, or when a WiFi 6 access point needs a multi-gig uplink. It is the most price-friendly step above gigabit, and the BrosTrend and D-Link cover it. 10G is for workstation-to-NAS transfers and home labs, not for games.
Managed vs unmanaged vs smart managed
Unmanaged means plug and play, nothing to configure, and no way to prioritise traffic. It is the right choice for most gaming rooms and the honest answer in r/HomeNetworking threads too, where the top recommendation is usually a simple unmanaged switch.
Easy Smart managed adds VLANs, QoS, port mirroring and monitoring through a web interface at a modest step up. Fully managed switches add SNMP, CLI access and multiple admin accounts, which matters for offices and labs rather than game rooms.
Note that r/HomeNetworking also steers Eero users toward unmanaged switches, because the mesh system already handles the management layer and duplicate controllers cause more problems than they solve.
QoS and why consumer switches pass it through
QoS is the feature people expect to fix lag caused by someone else’s streaming. On an unmanaged switch, 802.1p/DSCP priorities and IGMP Snooping run on fixed defaults, which helps but does not let you choose. On a smart managed switch you set the priority per port yourself.
A common forum complaint is that a switch “just passes QoS tags through” with no effect. That happens when the end devices and the router are not honouring the priorities, so the switch has nothing to prioritise against. Buy the managed feature, but expect the biggest wins from queue control on the router side.
Noise, power and form factor
Nine of the ten switches here are fanless and completely silent, which is what you want next to a desk. The exception is the YuanLey 10G, which uses a 24dB cooling fan and a 1.92 kg chassis. That is a rack switch, not a living room switch.
For power, look at the PoE budget if you are running cameras or access points. A 62W budget shared across eight ports runs out faster than most people expect when each port can draw up to 15.4W or 30W.
Do you even need a switch?
If your router has a free LAN port for every device you want wired, you do not need a switch at all. Plug straight in. A switch earns its place when you are out of ports, when you want VLANs, or when you want 2.5G or PoE capability your router lacks.
It is also worth asking whether a gaming router or mesh WiFi is the better answer. If your problem is WiFi coverage rather than port count, a switch will not fix it. If you want two wired devices in different rooms, powerline or a mesh backhaul may serve you better than a box behind a TV.
Do Ethernet Switches Reduce Ping? An Honest Answer?
No, not in the way most people mean it. A switch adds a hop, and that hop costs a fraction of a millisecond. The route from your console to a game server on another continent is dominated by ISP routing and the server’s own load, and a switch cannot change either.
What a switch does do is stop congestion on your own LAN. If a 4K stream, a NAS backup and a game are all queueing for the same uplink, the switch forwards at wire speed and keeps the congestion from turning into jitter on your link. That is why people notice a difference at home even though the device itself adds nothing.
The honest framing, which matches what forum users keep saying: a switch solves a wiring problem, not a routing problem. If your ping to the same destination is stable on a direct cable and spikes when devices are added, the switch will fix that. If ping is high on both, your ISP route is the bottleneck and no box on your desk will change it.
Setting Up Your Switch for Console and PC Gaming
Start with the uplink. One cable from the router to the switch, then wait about a minute before plugging anything else in, so DHCP settles. Plug the console or gaming PC in last if you have the option, so it gets a clean address from the fresh scope.
For consoles, use DHCP rather than a static IP. Set a DHCP reservation in your router for the console’s MAC address so it keeps the same address without manual configuration on the console side, which is the setting most people get wrong.
If your switch has QoS controls, put the console or gaming PC on the highest priority port and the TV and downloads on standard ones. If it does not, leave it alone rather than enabling experimental options.
On jumbo frames and MTU, our advice is blunt: do not touch it. Enabling 9000-byte MTU on the switch alone does nothing unless every device end to end is configured to match, and a mismatch is a classic source of mysterious slowdowns and dropped connections after enabling it. Default 1500 is correct for gaming.
Finally, keep the uplink at 1G or better and check the LED indicators per port. A switch that shows no link light on a port is almost always a cable or termination issue rather than a switch fault, and swapping the cable is a faster test than swapping the box.
Frequently Asked Questions
Are Ethernet switches good for gaming?
Yes, for a specific reason: they give every console and gaming PC a full-speed wired path and stop LAN congestion from turning into jitter. They do not lower the ping to a distant server, because a switch adds a hop rather than removing one. If your router has a spare LAN port for every device, you do not need a switch at all.
Is Ethernet 1G or 2.5G better for gaming?
For a single console, 1G is enough and you will not notice a difference. 2.5G becomes worthwhile when a fast PC, a NAS and a 4K stream share the same path, or when a WiFi 6 access point needs a multi-gig uplink. 2.5G only helps if your router port, network cards and cabling also support it.
Is 2.5 GB Ethernet overkill?
Sometimes. If your internet connection is under 1 Gbps and you are wiring one console, a gigabit switch is sufficient and 2.5G adds nothing. It earns its place when you move large files to a NAS, run a WiFi 6 or WiFi 7 access point on a multi-gig uplink, or share one link between a game and 4K streaming.
Should I turn QoS on or off for gaming?
On, if your switch exposes real QoS controls. On an unmanaged switch, 802.1p/DSCP priorities and IGMP Snooping run on fixed defaults that already help and should be left alone. On a smart managed switch, set your console or gaming PC to the highest priority port and put TV streaming and downloads on standard ports.
Do Ethernet switches add latency?
They add a hop, so a small and constant amount, usually well under a millisecond. That is not enough to feel. What changes is congestion: a switch forwards at wire speed, so a 4K stream or NAS backup stops queueing in front of your game traffic. A switch helps when your own LAN is the bottleneck, and does nothing when the ISP route is.
Is it better to have a managed or unmanaged switch?
Unmanaged is the right choice for most gaming rooms because it is plug-and-play and adds no hop worth measuring. Choose a smart managed switch when you want VLANs to isolate a guest or IoT network, per-port QoS to protect game traffic, or port mirroring and monitoring for a home lab.
Why is my Ethernet switch causing lag?
The usual causes are a saturated uplink, a cable that negotiated a lower speed, a loop between ports, or mismatched MTU settings after enabling jumbo frames. Check the per-port link indicators first to confirm each device negotiated the speed you expect, then confirm the uplink to the router is running at full speed.
Do switches improve network performance?
They improve performance on a congested local network by forwarding at wire speed and keeping traffic off the wrong ports. They cannot improve your internet speed or your ping to a remote server, because those are set by your ISP route and the destination server. Treat a switch as a wiring solution rather than a speed upgrade.
Conclusion: Which Gaming Switch Should You Buy in 2026?
For most people reading this, the answer is the TP-Link TL-SG105. It is five gigabit ports, a fanless metal case and a two-minute setup, and it has the largest body of real-world reviews of anything in this roundup. If you need more ports than that, the NETGEAR GS308 is the same idea with room to spare.
Move up a tier when you have a specific reason. The D-Link DMS-108 or BrosTrend covers you if a fast PC and a NAS share a link. The TP-Link TL-SG108E is the one to buy if someone else in the house streams while you game. The NETGEAR GS308EP handles cameras and access points in the same room.
And if your router already has a free LAN port for every device you want wired, save yourself the box. The best ethernet switches for gaming setups solve port count and congestion problems, and they are a waste of money on a network that does not have them.