A Layer 3 managed switch can route traffic between VLANs while also handling the port controls and segmentation expected of a managed network. My leading choices serve very different setups: the Linksys LGS328C is the most balanced fit for a wired access network that needs 10G uplinks, the GoodTop GT-SWTXG8F3M offers the broadest stated routing-protocol support among the compact SFP+ models, and the Cisco Catalyst 3850 is the enterprise-oriented pick when 48 PoE+ ports matter more than a new-in-box condition.
The tradeoff is less about a single winner than matching the switch to your cabling and operating environment. Copper RJ45 ports simplify connections to ordinary devices, while SFP+ can suit fiber or direct-attach links but may require separately sourced modules. Fanless units keep noise down but have specific port-rate constraints; the Cisco brings PoE+ and a large port count, but it is renewed and carries a limited warranty. I rank these by how clearly each fits a real Layer 3 use case, not by treating every specification as equally useful.
Linksys LGS328C 24-Port Gigabi
MokerLink 8-Port 10G Managed E
SODOLA 8-Port 10GbE SFP+ Layer
Cisco Catalyst 3850 48-Port Po
Complete the kit
Key Takeaways
Choose the Linksys LGS328C for 24 Gigabit access ports, four 10G SFP+ uplinks, and stated static routing without committing every endpoint to 10G.Pick the MokerLink if you need eight copper ports that auto-adapt from 100 Mbps through 10 Gbps; account for its fan and hands-on configuration.Favor SODOLA for quiet SFP+ deployments when fanless operation matters and manually setting a port for some 1GbE devices is acceptable.The GoodTop lists the widest routing-protocol mix here, including static routing, RIP, and OSPF, but its global rate mode means all connected modules must match.The renewed Cisco is the PoE+ and port-count specialist with 48 RJ45 ports, but its condition and 90-day limited warranty make it a different kind of purchase.
Our Top Layer 3 Managed Switch Picks
Linksys LGS328C 24-Port Gigabit Managed Network Switch with 4 10G SFP+ Uplink PortsBest Overall for Mixed Access and 10G UplinksPorts: 24 Gigabit portsUplinks: 4 x 10G SFP+Switch type: Managed network switchVIEW ON AMAZONSee Our Full BreakdownMokerLink 8-Port 10G Managed Ethernet SwitchBest for Flexible Multi-Gig CopperPorts: 8 x RJ45Port speeds: 100 Mbps, 1G, 2.5G, 5G, and 10G auto-adaptiveManagement: Web, CLI, Telnet, SSH, SNMPVIEW ON AMAZONSee Our Full BreakdownSODOLA 8-Port 10GbE SFP+ Layer 3 Managed SwitchBest Quiet Switch for SFP+ LinksPorts: 8Port type: 10GbE SFP+Default port rate: 10G/2.5G adaptiveVIEW ON AMAZONSee Our Full BreakdownGoodTop 8-Port 10G SFP+ Layer 3 Managed SwitchBest for Listed Dynamic Routing ProtocolsPorts: 8 x SFP+Switching capacity: 160GbpsRouting protocols: Static routing, RIP v1/v2, OSPF v2VIEW ON AMAZONSee Our Full BreakdownCisco Catalyst 3850 48-Port PoE+ Layer 3 Managed Switch (Renewed)Best for High-Port-Count PoE+ NetworksModel: WS-C3850-48P-SPorts: 48 RJ45PoE: PoE+VIEW ON AMAZONSee Our Full Breakdown
More Details on Our Top Picks
Linksys LGS328C 24-Port Gigabit Managed Network Switch with 4 10G SFP+ Uplink Ports
The Linksys LGS328C takes the top spot because its layout is easier to fit into a mixed network than the other compact, 10G-focused switches here. It has 24 Gigabit ports for ordinary wired endpoints and four 10G SFP+ uplinks for higher-capacity links to a core switch, server, or compatible network equipment. That split makes it a practical choice when only the backbone needs 10G rather than every desktop or printer.
Its stated static routing, VLAN, QoS, and IGMP features cover useful managed-network tasks, and MAC-based port security adds a way to restrict access at the edge. Compared with the MokerLink, it offers more ports for standard copper access but does not provide the same listed multi-gig RJ45 flexibility. Compared with the GoodTop and SODOLA, its four SFP+ connections are uplinks paired with 24 access ports, not eight SFP+ ports intended for an all-fiber or direct-attach environment.
The main limitation is that PoE is not specified, so I would not choose it to power access points or cameras unless a separate power plan is already in place. It also lists static routing rather than the more detailed protocol set claimed for the GoodTop. Desktop or wall placement helps when a rack is not part of the installation, though buyers should confirm that the physical layout suits their cabling. For a general managed access switch with a faster uplink path, it has the clearest balance in this group.
Best for: Small offices or home labs that need many Gigabit copper connections, VLAN management, and several 10G SFP+ uplinks.
Not ideal for: Installations that need PoE from the switch, native 10G RJ45 access ports, or a listed dynamic routing protocol set.
Ports:24 Gigabit portsUplinks:4 x 10G SFP+Switch type:Managed network switchListed routing:Static routingOther features:QoS, VLAN, IGMP, MAC-based port securityData transfer rate:128 GbpsCase and mounting:Metal; desktop or wall mount
“I would choose the Linksys for a general managed access layer that needs numerous Gigabit ports and a handful of 10G uplinks.”
MokerLink 8-Port 10G Managed Ethernet Switch
When endpoints use RJ45 and their link speeds vary, the MokerLink 8-Port 10G is the most flexible match in this lineup. Each of its eight copper ports is listed as auto-adaptive from 100 Mbps up to 10 Gbps, including 2.5G and 5G. That removes the need to make the whole switch an SFP+ deployment just to connect a few faster workstations, NAS devices, or compatible access points.
Its feature list is also broad: Layer 2 and Layer 3 management, VLAN, routing, ACL, QoS, diagnostics, and access through a web interface, CLI, Telnet, SSH, or SNMP. Relative to the Linksys, it gives up port count and dedicated SFP+ uplinks but offers higher-speed copper access. Compared with the SODOLA and GoodTop, it avoids a separate transceiver requirement for RJ45 endpoints, although the details of its routing capabilities are less specific than GoodTop’s named static, RIP, and OSPF support.
The tradeoff is operational rather than just technical. This is a managed switch, so its routing and segmentation features require configuration; it is not the simplest plug-in replacement for an unmanaged desktop switch. The product description also flags a noisy fan, which makes it less attractive for a quiet office or living space than the fanless SFP+ alternatives. I would pick it when copper multi-gig connectivity is the key requirement, but not when silence or a large number of access ports takes priority.
Best for: Home labs and small networks with several copper devices operating at different speeds, including 2.5G, 5G, and 10G endpoints.
Not ideal for: Quiet rooms, larger access networks that need more than eight ports, or buyers who want minimal configuration.
Ports:8 x RJ45Port speeds:100 Mbps, 1G, 2.5G, 5G, and 10G auto-adaptiveManagement:Web, CLI, Telnet, SSH, SNMPLayer 3 features:IPv4/IPv6 management and routing, ARP, loopback interfaceLayer 2 features:VLAN, ACL, QoS, jumbo frames, DHCP, multicast, STP variantsCase:MetalMounting:Desktop or wall mountWarranty:1 year
“I would select the MokerLink when multi-gig RJ45 flexibility matters more than quiet operation, high port count, or SFP+ uplinks.”
SODOLA 8-Port 10GbE SFP+ Layer 3 Managed Switch
The SODOLA 8-Port SFP+ is the natural choice when quiet operation and a bank of high-speed SFP+ connections matter more than copper convenience. Its fanless metal design avoids the fan-noise issue called out for the MokerLink, and the chassis can be wall-mounted. Eight 10GbE SFP+ ports suit a network built around compatible fiber transceivers or direct-attach cables, such as a server and NAS segment.
For a managed network, its stated capabilities include IPv4/IPv6 routing, VLAN, QoS, LACP, IGMP, STP, and SNMP, with a web interface and console management. Compared with the GoodTop, SODOLA also lists a broad set of Layer 3 and switching features, but GoodTop explicitly names RIP and OSPF in addition to static routing. Compared with the Linksys, SODOLA dedicates all eight ports to SFP+ rather than combining numerous Gigabit access ports with four faster uplinks.
That focused port design brings two practical constraints. Transceivers are not included, so the link plan must account for compatible modules or cables, and the description says 1GbE devices may require manual port configuration. Its listed default port rate is 10G/2.5G adaptive, which is not the same promise as the MokerLink’s auto-adaptive RJ45 range. This is a strong fit for a quiet SFP+ aggregation point, but a less convenient choice for a network made up mostly of ordinary copper devices.
Best for: Quiet home labs or small server networks built around SFP+ fiber or direct-attach connections and Layer 3 VLAN routing.
Not ideal for: Buyers who need built-in RJ45 ports, included transceivers, or simple connections to 1GbE equipment without configuration.
Ports:8Port type:10GbE SFP+Default port rate:10G/2.5G adaptiveManagement:Web interface and consoleRouting and switching:IPv4/IPv6 routing, DHCP, LACP, VLAN, QoS, IGMP, STP, SNMPCooling:FanlessMounting:Wall-mountableTransceivers:Not included
“I would choose SODOLA for silent SFP+ aggregation when its module needs and manual 1GbE setup are acceptable.”
GoodTop 8-Port 10G SFP+ Layer 3 Managed Switch
Among the compact SFP+ models, the GoodTop GT-SWTXG8F3M makes the strongest case for buyers who are comparing routing protocols rather than just port speed. Its stated Layer 3 feature set includes static routing, RIP v1/v2, and OSPF v2, alongside VLAN, QoS, and LACP. The eight SFP+ ports and 160Gbps switching capacity suit a small server, storage, or network-core segment where compatible high-speed links are already part of the plan.
Like the SODOLA, it is fanless and supports desktop or wall mounting, so it can fit a quiet work area without the MokerLink’s listed fan concern. Unlike SODOLA’s more general routing description, GoodTop names RIP and OSPF; that distinction may matter for buyers with a specific routing design, though feature labels alone do not establish every deployment detail. Compared with the Linksys, it offers eight SFP+ ports but far fewer ordinary access connections, and it does not list PoE.
The main drawback is a constraint that affects the whole installation: its rate mode applies to all ports, with choices listed as 10G/1G or 10G/2.5G. Modules must match the selected mode, so a mixed-speed setup needs planning before equipment is connected. That shared setting makes it less forgiving than a switch with individually adaptive RJ45 ports. I rank it ahead of SODOLA for named protocol breadth, but buyers who want straightforward mixed-speed SFP+ operation should compare the port-mode requirements carefully.
Best for: Network builders using SFP+ links who specifically want listed static routing, RIP, and OSPF support in a fanless compact switch.
Not ideal for: Mixed-rate installations that need each port configured independently, or networks needing copper access ports or PoE.
Ports:8 x SFP+Switching capacity:160GbpsRouting protocols:Static routing, RIP v1/v2, OSPF v2Other features:VLAN, QoS, LACP, ERPS loop recoveryManagement:Web UI and consoleRate modes:10G/1G or 10G/2.5G; applies to all portsCooling:FanlessMaximum power:13.8WMounting:Desktop or wall mount
“I would favor GoodTop over SODOLA when its named routing protocols are the priority and a single shared port-rate mode fits the links.”
Cisco Catalyst 3850 48-Port PoE+ Layer 3 Managed Switch (Renewed)
The Cisco Catalyst 3850 is the outlier in this roundup: it is a renewed, rack-mount enterprise switch rather than a compact, fanless 8-port SFP+ option. Its defining advantage is 48 RJ45 ports with PoE+, which can power supported devices such as access points and phones over Ethernet. If a network needs many powered connections in one switch, that capacity changes the deployment more than a small difference in uplink speed.
It also offers Layer 3 managed switching from an established enterprise product family, but the supplied details do not specify particular routing protocols or uplink configuration. For that reason, I would not rank it above the Linksys for a clearly described mix of Gigabit access and 10G SFP+ uplinks, or above GoodTop for explicitly named routing protocols. Its role is narrower and stronger: high port density and PoE+ in a rack-based network where the buyer can confirm the software features and hardware condition needed.
The considerable tradeoff is its renewed condition. It has been professionally inspected and tested, but that is not the same as buying a new switch, and the listing states a 90-day limited warranty. Its rack-mount format and 17.42-pound weight also make it less suitable for a desk or small, quiet room than the fanless SODOLA or GoodTop. I would shortlist it only when the PoE+ port count is central and the buyer is comfortable validating a renewed enterprise unit before putting it into service.
Best for: Rack-based offices or enterprise-style networks that need many RJ45 ports and PoE+ power for compatible devices.
Not ideal for: Buyers who require a new unit, a longer stated warranty, a compact quiet switch, or clearly specified 10G uplinks and routing protocols.
Model:WS-C3850-48P-SPorts:48 RJ45PoE:PoE+Switch type:Managed, Layer 3Mounting:Rack mountCondition:RenewedWeight:17.42 lbsWarranty:90-day limited warranty
“I would choose the renewed Catalyst 3850 only when 48 PoE+ ports outweigh the condition, warranty, and specification-verification tradeoffs.”
How We Picked
I compared these switches by how well their stated features serve the central job: managing a network while routing traffic at Layer 3. A switch listing can advertise many ports or a high data rate without making clear whether it fits a particular deployment, so my ranking gives weight to practical differences: copper versus SFP+, access-port count, routing features, PoE, cooling, management methods, and setup constraints.
Routing depth matters, but so does fit. Static routing is enough for some VLAN and small-network designs, while the GoodTop specifically lists RIP and OSPF as well. I have not treated broader protocol claims as a promise of simpler configuration or suitability for every network; buyers should check the exact feature behavior they need before deployment. The Cisco is positioned differently, with 48 PoE+ ports and an enterprise product line, while its renewed condition and shorter stated warranty factor into its ranking.
I also gave practical costs and limitations weight without making unsupported claims. The SFP+ switches do not include transceivers, the GoodTop uses a rate mode shared across all ports, and the MokerLink may be noisy in a quiet room. The Linksys has no PoE support specified, so I do not treat it as a powered-device switch. Rankings favor a clear match between features and likely buyers, rather than a claim that one model is universally superior.
Factors to Consider When Choosing Layer 3 Managed Switch
I would start with the network design rather than the label “Layer 3.” The useful choice depends on which devices need connections, how traffic should move between VLANs, and what cabling and power are already available. These five switches differ sharply across those needs.
Decide between RJ45 and SFP+ first
RJ45 copper ports connect directly to common Ethernet devices using copper cabling. That favors the Linksys for many Gigabit endpoints and the MokerLink for a smaller set of devices at mixed multi-gig speeds. SFP+ is a different fit: the SODOLA and GoodTop are built around eight SFP+ ports, but compatible transceivers or direct-attach cables may be required. The SODOLA listing explicitly says transceivers are not included.
Do not treat a 10G label as proof that every port uses the same connector or supports the same speed choices. Linksys offers four 10G SFP+ uplinks beside its 24 Gigabit ports; MokerLink lists multi-speed RJ45 connections; the two fanless SFP+ models have their own port-mode conditions. Check the devices at both ends of every planned link.
Match Layer 3 features to the routing job
Layer 3 routing can move traffic between subnets or VLANs at the switch, but the feature name alone does not tell you whether a model supports the routing method your network requires. Linksys states static routing. GoodTop lists static routing, RIP v1/v2, and OSPF v2. SODOLA and MokerLink describe routing features, but the supplied product details do not name the same protocol set. If a particular protocol, IPv6 behavior, or routing scale is a requirement, verify that exact function in the manufacturer’s documentation before choosing.
For a small segmented network, VLAN support and a routing method that fits the design may be enough. A buyer with a larger routed network should compare protocol support, management access, and interoperability rather than assuming that every Layer 3 switch behaves alike. The Cisco listing gives its Layer 3 classification but does not specify the protocols in the supplied details.
Plan port count and PoE together
Count wired endpoints, not just computers: access points, cameras, phones, printers, and servers all use ports. The Linksys has 24 Gigabit ports, while the Cisco has 48 RJ45 ports with PoE+. Those are better starting points for a larger access layer than the eight-port MokerLink, SODOLA, and GoodTop. The smaller models make more sense when a limited number of high-speed links is the goal.
PoE can reduce the need for separate power at compatible devices, but support must be explicit. The Cisco lists PoE+, while the Linksys does not specify PoE and the other compact models are not described as PoE switches. If powered endpoints are part of the plan, confirm power standards and available power capacity for the full connected load instead of relying on port count alone.
Account for noise, setup, and rate limits
Fanless construction makes SODOLA and GoodTop more appropriate for noise-sensitive spaces than the MokerLink, whose product description warns that its fan may be noisy. That does not make cooling the only environmental question: consider placement, airflow, cabling, and the switch’s operating limits. A rack-mounted enterprise switch such as the renewed Cisco serves a different physical setting from a small desktop or wall-mounted model.
Managed features take configuration. The MokerLink offers several management methods, while the SODOLA and GoodTop list web and console access. GoodTop has a specific shared rate-mode constraint across all ports, and SODOLA notes possible manual setup for 1GbE devices. These details can determine whether a switch fits an existing mix of modules and endpoints without extra troubleshooting.
Treat renewed hardware as a separate decision
The Cisco Catalyst 3850 is renewed, and the listing states a 90-day limited warranty. Its 48 PoE+ ports may make sense for a buyer who needs that capacity and has a rack-based deployment, but its condition changes the purchase risk compared with the other choices. Confirm hardware condition, required software features, compatibility, and support arrangements before relying on it for a business network.
For any model, create a short checklist before selection: required port types and speeds, endpoint count, VLAN and routing functions, PoE needs, noise tolerance, mounting, management method, and warranty expectations. This avoids paying attention to headline bandwidth while missing a constraint that affects the actual network.
Frequently Asked Questions
What does a Layer 3 managed switch do?
A Layer 3 managed switch combines managed switching functions, such as VLAN configuration and traffic controls, with routing capabilities that can pass traffic between IP networks or VLANs. Exact functions vary by model. In this lineup, Linksys states static routing, GoodTop names static routing, RIP, and OSPF, and other listings provide broader routing descriptions without the same protocol detail. I would confirm the required routing features in the product documentation before planning a deployment.
Which switch in this group is best for a network with mostly copper devices?
I would compare the Linksys and MokerLink first. Linksys gives you 24 Gigabit ports and four 10G SFP+ uplinks, which suits many standard wired devices with faster backbone connections. MokerLink has eight RJ45 ports that adapt from 100 Mbps through 10 Gbps, making it a better fit when a smaller number of endpoints need multi-gig copper. Neither listing specifies PoE, so powered devices need separate consideration.
Do the SODOLA and GoodTop switches include SFP+ transceivers?
The SODOLA listing explicitly says transceivers are not included. The GoodTop details supplied here do not state that transceivers are included, so I would verify what comes in the box rather than assume modules are provided. For either SFP+ model, check that modules or direct-attach cables match the devices at both ends, the required link speed, and the switch’s port-rate settings.
Which option should I choose for PoE+?
The renewed Cisco Catalyst 3850 is the only model in this comparison that explicitly lists PoE+, with 48 RJ45 ports. That makes it the clear match if you need a large set of powered Ethernet connections, subject to checking device compatibility and power requirements. Its renewed condition and 90-day limited warranty are meaningful tradeoffs. PoE support is not specified for the Linksys, and the other listings do not identify PoE capability.
Are these switches suitable for a quiet home office?
The fanless SODOLA and GoodTop are the clearest choices when low operating noise is a priority. MokerLink’s description warns that its fan may be noisy, so I would be cautious about placing it within earshot. The Linksys listing does not specify fanless operation, and the Cisco is a rack-mount enterprise model rather than a compact quiet-room pick. I would verify the cooling and noise details for the actual installation before purchase.
Conclusion
For most buyers seeking a balanced managed access switch, I would start with the Linksys LGS328C: 24 Gigabit ports and four 10G SFP+ uplinks cover a useful mix, though PoE is not specified. If your priority is multi-gig copper, choose the MokerLink and accept its fan and configuration demands. For a quiet SFP+ build, SODOLA is the more straightforward fanless fit when separately sourcing modules is fine; choose GoodTop instead when its named routing protocols matter and its shared port-rate mode suits every link.
For a rack-based network that needs 48 PoE+ ports, the renewed Cisco Catalyst 3850 may be the right fit, provided you are comfortable with the unit’s condition and 90-day limited warranty and verify the needed routing details. I would not treat any one of these models as a universal winner: choose by port type, power needs, routing requirements, noise tolerance, and how much configuration your network can accommodate.