NETGEAR XS724EM 10GbE Network Switch Large Capacity Review
If you are building a serious home lab, business network, media workstation, or high-speed NAS environment, the network switch can become the backbone that determines how efficiently everything communicates. The NETGEAR 28-Port 10G/Multi-Gigabit Ethernet Easy Smart Managed Switch XS724EM is designed for users who need a large number of high-speed connections without jumping immediately into the complexity of enterprise-level networking equipment. With 24 multi-gigabit copper ports plus 4 dedicated 10G SFP+ ports, this 10GbE network switch Large Capacity solution offers plenty of room for high-bandwidth devices.
What makes the XS724EM particularly interesting is its flexibility. Its copper ports support multiple Ethernet speeds, while the SFP+ ports provide another path for 10GbE connectivity. That combination makes it suitable for connecting workstations, servers, NAS systems, wireless infrastructure, video-production equipment, and other bandwidth-hungry hardware. The rackmount or desktop installation options also make it adaptable to different network environments.
What Makes the NETGEAR XS724EM Different?
The biggest attraction here is capacity. Instead of purchasing several smaller switches and trying to connect them together, the XS724EM puts a substantial number of multi-gigabit ports into one chassis. For a growing network, that can simplify cabling and leave more ports available for future devices.
The switch combines 28 total ports, including 24 5-speed multi-gigabit copper connections and 4 x 10G SFP+ ports. The copper ports are designed to negotiate across supported Ethernet speeds, from 100Mbps through 10Gbps. This is useful when a network contains a mixture of older hardware and newer 2.5GbE, 5GbE, and 10GbE equipment.
Instead of forcing every device to operate at the same speed, a multi-gigabit design allows different clients to connect according to their capabilities. That makes the switch especially practical for environments that are upgrading gradually rather than replacing an entire network at once.
Key Features
28-Port Large-Capacity Design
The 28-port configuration is one of the strongest reasons to consider the XS724EM. It gives a network administrator a generous number of connections in a single device. For a business office, studio, lab, or advanced home network, having additional ports can be much more convenient than repeatedly adding small switches.
The extra capacity also matters for expansion. You can connect today’s essential devices while keeping ports available for tomorrow’s NAS, workstation, access point, server, camera system, or other network hardware.
24 Multi-Gigabit Copper Ports
The copper Ethernet section is built around five-speed connectivity, supporting 100M, 1G, 2.5G, 5G, and 10G Ethernet connections. This broad compatibility is valuable because network upgrades rarely happen all at once.
A mixed environment might include a 1GbE printer, 2.5GbE desktop, 5GbE workstation, and 10GbE NAS. A switch with flexible port speeds can accommodate those devices without requiring separate switches for each generation of networking technology.
Four 10G SFP+ Ports
The four SFP+ ports add another layer of flexibility. SFP+ connectivity is commonly used for high-speed network links and can be useful for fiber-based connections or compatible direct-attach configurations.
These ports can also be valuable when connecting network infrastructure over longer distances or when you want to reserve high-speed links for core equipment such as servers and storage systems.
Easy Smart Management
The XS724EM is not simply an unmanaged switch. Its Easy Smart management approach provides more control than a basic plug-and-play Ethernet switch while aiming to remain easier to operate than a fully enterprise-focused managed platform.
This middle ground can make sense for users who want additional network-management capabilities without building their entire network around advanced command-line configuration. Depending on the network design, smart-management features can help with monitoring, traffic organization, VLAN-related configuration, and other network-management tasks.
Rackmount or Desktop Installation
Installation flexibility is another practical advantage. The switch can be used in a rackmount environment or positioned as a desktop networking component. For a server rack, the rackmount format helps maintain an organized infrastructure. For smaller deployments, desktop placement provides a simpler installation option.
This flexibility is particularly useful for offices and home labs that may evolve over time. A device can begin as part of a desktop setup and later become part of a dedicated rack-based network environment.
Pros & Cons
| Pros | Cons |
|---|---|
| Large 28-port capacity | May be more switch than a small network needs |
| 24 multi-gigabit copper ports | Advanced features require some networking knowledge |
| Four 10G SFP+ ports | 10GbE equipment can increase overall network cost |
| Supports multiple Ethernet speeds | Rack-focused hardware can be substantial for casual users |
| Useful for NAS, workstation, and server networks | High-speed networking benefits depend on compatible client hardware |
| Rackmount or desktop deployment | May be unnecessary for basic 1GbE networks |
Performance and Real-World Networking
Performance is where a switch like this becomes interesting. The value of a 10GbE network is not simply having a large number printed on the specification sheet. The entire network path needs to support high-speed communication. That includes the client network adapter, cabling or transceiver, storage system, server hardware, and the switch itself.
When those components are appropriately matched, 10GbE can dramatically reduce transfer times compared with traditional 1GbE networking. This can be especially noticeable when moving large video files, working with network-attached storage, transferring backups, managing virtual machines, or accessing shared project files from a high-performance workstation.
For example, a creative workstation connected to a 10GbE NAS can potentially take advantage of much higher network throughput than a conventional gigabit connection. The actual result will depend on the storage devices, protocols, system configuration, and other bottlenecks, but the switch provides the high-speed network infrastructure needed for such an environment.
Excellent Fit for NAS Systems
NAS users are among the most obvious candidates for a switch in this class. Modern NAS appliances can support multiple network connections and increasingly offer multi-gigabit or 10GbE interfaces. Connecting a NAS directly into a high-speed switching environment can help make shared storage more practical for multiple computers.
Imagine a workstation used for photo editing, another system handling video production, and a third computer performing backups. A high-capacity multi-gigabit switch gives each device its own network connection while providing high-speed paths between network resources.
For users comparing storage accessories and workstation infrastructure, it can also be useful to think about the complete setup rather than a single component. For example, a workstation’s physical comfort matters during long sessions too. A Related Guide can be considered separately when planning equipment around a workspace.
Useful for Creative Workflows
Video editors, photographers, 3D artists, and other creators can benefit from high-speed network infrastructure when their workflow involves large files. A multi-gigabit connection can make copying source footage, project assets, rendered files, and backups considerably more efficient than relying exclusively on 1GbE.
The large port count is also useful in shared production environments. Instead of giving one high-speed connection to a single workstation, an installation can connect multiple capable systems to the same switching infrastructure.
Business and Office Applications
For a business environment, scalability is an important consideration. A 28-port switch can accommodate a mixture of computers, servers, storage devices, wireless networking equipment, and other Ethernet-connected hardware.
The ability to support several generations of Ethernet speeds also makes the XS724EM suitable for gradual upgrades. Older devices do not necessarily need to be replaced simply because newer computers require faster connections.
Installation and Network Planning
Before installing a high-speed switch, it is worth mapping out the network. Identify which devices actually require 10GbE, which ones need 5GbE or 2.5GbE, and which devices can remain on 1GbE. This prevents unnecessary spending on high-speed adapters and cabling where they will not provide a meaningful benefit.
Cabling is another important consideration. Ethernet performance depends on the quality and specification of the cabling and connected hardware. A switch can provide a high-speed port, but the connected devices and physical network infrastructure must also be capable of operating at the desired speed.
For rack installations, planning cable paths and labeling connections can make maintenance significantly easier. With 28 ports available, a well-organized setup becomes increasingly important as more devices are added.
Who Should Consider the XS724EM?
The NETGEAR XS724EM is particularly relevant for users building a 10GbE network switch Large Capacity environment rather than a basic home network. It can make sense for small and medium businesses, advanced home labs, media-production environments, NAS-heavy networks, server rooms, and workspaces with multiple multi-gigabit clients.
For someone with only a few 1GbE devices, however, a 28-port multi-gigabit switch may provide substantially more capacity than necessary. The advantage becomes clearer as the number of connected devices and the demand for network bandwidth increase.
Frequently Asked Questions
Is the NETGEAR XS724EM a 10GbE switch?
Yes. The XS724EM is designed for multi-gigabit Ethernet networking and includes four 10G SFP+ ports along with 24 multi-gigabit copper ports capable of supporting multiple Ethernet speeds.
How many ports does the XS724EM have?
The switch has 28 network ports in total: 24 multi-gigabit copper ports and four 10G SFP+ ports.
Can it connect to 1GbE devices?
Yes. Its multi-speed Ethernet design allows compatible devices operating at lower supported Ethernet speeds to connect alongside faster 2.5GbE, 5GbE, and 10GbE hardware.
Is the XS724EM suitable for a NAS?
Yes. It can be a useful choice for NAS environments, particularly when the NAS and client computers support multi-gigabit or 10GbE connectivity. Actual file-transfer performance depends on the complete network and storage configuration.
Can I use the switch on a desktop?
Yes. The XS724EM supports desktop use as well as rackmount installation, making it adaptable to different network layouts.
What are the SFP+ ports useful for?
The four SFP+ ports provide 10GbE connectivity using compatible SFP+ networking hardware. They can be useful for high-speed infrastructure links, compatible network devices, fiber connections, or direct-attach configurations depending on the chosen transceivers or cables.
Is this switch appropriate for a small home network?
It can be used in a home network, but its large port count and multi-gigabit capabilities are most relevant when there are many connected devices or significant bandwidth requirements. A smaller switch may be more appropriate for a simple network.
Does buying a 10GbE switch automatically make every device 10GbE?
No. The connected device, network adapter, cabling, and other infrastructure also need to support the desired speed. A high-speed switch provides the networking foundation, but it cannot upgrade a device’s Ethernet hardware by itself.
Is the XS724EM useful for video production?
It can be. High-speed networking can be particularly useful for large video files, shared storage, backups, and collaborative workflows. The benefits depend on the capabilities of the computers, storage systems, network adapters, and other components.
Final Thoughts
The NETGEAR XS724EM stands out primarily because it combines large network capacity, multi-gigabit copper connectivity, and 10G SFP+ ports in a single switch. For users planning a serious high-speed network, that combination can reduce the need for multiple smaller switches while leaving plenty of room for expansion.
Its strongest appeal is not simply the 10GbE label. It is the combination of 28 ports and multiple supported Ethernet speeds. That makes it easier to build a mixed network where older devices can coexist with modern multi-gigabit workstations, NAS systems, and servers.
If your goal is to create a scalable network infrastructure for demanding data transfers, storage, business connectivity, or a growing home lab, the XS724EM provides a substantial foundation to build around. As always, the final performance will depend on the capabilities of every component in the network, but the switch itself is designed for environments where ordinary gigabit connectivity is no longer enough.