Introduction
Building a reliable wired network for security cameras, wireless access points, VoIP phones, and other powered devices becomes much easier when one switch can handle both data and power. The YuLinca 24 Port PoE Switch combines 24 PoE+ ports with two Gigabit uplinks, making it a practical option for expanding a business, office, workshop, retail location, or surveillance installation without adding separate power adapters for every compatible device.
This rack-mount fanless unmanaged Ethernet switch provides 100Mbps PoE+ ports and 1000Mbps uplinks, supports IEEE 802.3af/at standards, and offers a maximum 300W PoE budget. It also includes VLAN functionality and a PoE Extend mode designed for connections up to 250 meters when compatible cabling and devices are used. For anyone searching for an Advanced managed PoE network switch System, it is worth understanding that this model is an unmanaged switch with useful network functions rather than a fully configurable managed switch.
Features
24 PoE+ Ports for Larger Installations
The biggest attraction is the 24-port layout. Instead of filling a network cabinet with multiple smaller switches, this unit provides a centralized connection point for up to 24 PoE-capable devices. That can be especially useful for installations involving IP cameras, access points, VoIP equipment, and other compatible Ethernet-powered hardware.
The PoE ports support IEEE 802.3af and IEEE 802.3at standards, allowing the switch to supply power and network connectivity over Ethernet to compatible devices. With a stated maximum PoE budget of 300W, there is substantial capacity for a multi-device installation, although the actual available power per device depends on the total load and the requirements of the connected equipment.
Two Gigabit Uplink Ports
Another useful feature is the inclusion of two 1000Mbps uplink ports. The 24 PoE ports are rated at 100Mbps, while the uplinks provide Gigabit connectivity toward a router, core switch, server, NVR, or other network equipment. This arrangement can make the switch suitable for access-layer applications where many endpoints connect at 100Mbps while the upstream network benefits from faster links.
For surveillance installations, the uplink design can also simplify the connection between the PoE switch and an NVR or central network. For office deployments, the Gigabit uplinks provide additional bandwidth between this switch and the rest of the network.
VLAN and PoE Extend Functions
The VLAN function is useful when you want to isolate or organize network traffic in a compatible installation. VLAN functionality can help separate certain connected devices from other network traffic, although the precise behavior depends on the switch’s implementation and operating mode.
The PoE Extend feature is another notable addition. It is designed to support longer-distance PoE connections, with the product specification advertising distances of up to 250 meters. This can be helpful for outdoor cameras, remote access points, warehouses, large properties, and other installations where a conventional Ethernet run may not be sufficient.
Fanless Rack-Mount Design
The fanless construction is appealing for environments where reduced mechanical noise is important. Unlike a switch that relies on a continuously running cooling fan, a fanless design eliminates fan noise as a consideration. This can be particularly convenient in an office, control room, recording area, or other space where network equipment is installed near people.
The rack-mount format also makes the switch easier to incorporate into a structured network cabinet. Centralizing the connections can improve cable organization and make future troubleshooting more straightforward.
Performance
In practical use, the most important consideration is how the switch matches the network design. The 24 PoE+ ports provide a convenient way to connect numerous compatible devices, while the two Gigabit uplinks provide faster paths toward upstream network hardware.
For a surveillance system, the switch can serve as a central PoE point for multiple IP cameras. Cameras receive power and data through their Ethernet connections, reducing the number of individual power supplies and electrical connections required at the camera locations. The 300W maximum PoE budget gives installers room to build a sizable system, but it is still important to calculate the combined power requirements of all connected devices before deployment.
For wireless networking, the switch can similarly connect multiple PoE-compatible access points. In a larger office or commercial property, having 24 PoE ports can provide plenty of connection capacity without requiring a collection of smaller switches.
The 100Mbps speed of the PoE ports is worth considering before purchase. It is perfectly suitable for many IP cameras, VoIP phones, access points, and ordinary Ethernet endpoints, but users requiring multi-Gigabit speeds directly to endpoint devices should look for a switch with faster access ports. The Gigabit uplinks are designed to provide faster upstream connectivity rather than turning the 24 PoE ports into Gigabit ports.
PoE Extend for Long Cable Runs
The advertised 250-meter PoE Extend capability can be particularly interesting for installations spread across a large building or property. Standard Ethernet deployments generally have distance limitations, so a dedicated long-distance mode can offer an additional option when compatible devices and cabling are used.
However, long-distance performance depends on installation conditions, cable quality, connected hardware, environmental factors, and the selected operating mode. The advertised distance should therefore be treated as an installation capability rather than a guarantee that every device will deliver identical performance at exactly 250 meters.
Pros & Cons
| Pros | Cons |
|---|---|
| 24 PoE+ ports provide substantial connection capacity | PoE access ports are limited to 100Mbps |
| 300W maximum PoE budget supports multiple powered devices | It is unmanaged, so advanced configuration is limited |
| Two Gigabit uplink ports improve upstream connectivity | Actual PoE consumption depends on connected devices |
| Supports IEEE 802.3af/at compatible equipment | 250m PoE Extend performance depends on installation conditions |
| VLAN and PoE Extend functions add useful flexibility | Users needing extensive Layer 2/Layer 3 controls may need a fully managed switch |
| Fanless design can reduce operating noise | Not intended as a high-speed multi-Gigabit access switch |
| Rack-mount format suits centralized installations | Power budget should be calculated before connecting many devices |
Installation and Everyday Usability
One of the advantages of an unmanaged PoE switch is simplicity. For a compatible setup, the basic process is straightforward: connect the switch to the network, connect PoE devices to the appropriate ports, and connect the uplinks to the rest of the network. This makes the unit approachable for installations where extensive switch configuration is unnecessary.
The rack-mount form factor is especially useful when building a dedicated network cabinet. Keeping cameras, access points, and other Ethernet devices connected to one centralized switch can make the installation easier to document and maintain.
The fanless approach is another practical benefit. Network equipment is often installed in offices, small server rooms, classrooms, reception areas, or control spaces. Eliminating fan noise can make the switch less noticeable during everyday operation.
Who Is This PoE Switch For?
This switch makes the most sense for users who need a high port count and PoE capability without necessarily requiring the configuration complexity of a fully managed enterprise switch. It can be considered for IP surveillance deployments, small and medium business networks, wireless access point installations, VoIP environments, warehouses, retail locations, and other Ethernet-based projects.
It may also appeal to installers who want a centralized 24-port PoE platform with Gigabit uplinks. The combination of PoE+, VLAN functionality, PoE Extend, rack mounting, and a 300W power budget gives the switch a broad range of potential applications.
On the other hand, buyers should look elsewhere if every endpoint requires Gigabit or faster access speeds, or if they specifically need extensive managed features such as detailed traffic monitoring, advanced VLAN configuration, sophisticated QoS controls, link aggregation management, or comprehensive Layer 3 routing.
Network Planning Considerations
Before installation, it is worth making a simple device list. Record each camera, access point, phone, or other PoE device, then check its maximum power requirement. Compare the combined requirement with the switch’s 300W maximum PoE budget. This is particularly important when many high-power PoE+ devices are connected simultaneously.
Cable selection also matters. Long-distance PoE deployments should use appropriate Ethernet cabling and should account for the installation environment. When using the PoE Extend feature, verify that the connected devices are compatible with the required operating mode and that the distance and cable configuration are appropriate for the project.
For readers researching other home or office equipment, you can also explore this Related Guide.
FAQ
Is this a managed PoE switch?
No. The product is described as an unmanaged Ethernet switch. It includes useful functions such as VLAN and PoE Extend, but buyers looking for a fully managed switch with extensive software-based configuration should carefully compare the required features before purchasing.
How many PoE devices can it connect?
There are 24 PoE-capable ports, so the switch can physically connect up to 24 compatible PoE devices through those ports. The practical number of simultaneously powered devices depends on their individual power requirements and the overall 300W PoE budget.
Does it support PoE+?
Yes. The listed IEEE 802.3af/at support means it is designed for compatible PoE and PoE+ equipment.
Are all 24 ports Gigabit?
No. The product specifications identify the 24 PoE ports as 100Mbps ports. The two uplink ports provide 1000Mbps Gigabit connectivity.
What is the purpose of the Gigabit uplinks?
The Gigabit uplinks provide faster connections between the PoE switch and upstream equipment such as a router, core switch, NVR, server, or another network device. They are particularly useful when many endpoints share the upstream network connection.
Can it be used with security cameras?
It is suitable for compatible PoE IP cameras that operate within the switch’s supported PoE standards and network specifications. Before deployment, confirm each camera’s power requirement, Ethernet speed, and any manufacturer-specific requirements.
Does the 250-meter PoE Extend mode work with every device?
The advertised 250-meter capability is dependent on compatible equipment, cabling, configuration, and installation conditions. It should not be assumed that every PoE device will perform identically at that distance.
Is the fanless design useful?
Yes, particularly in locations where reducing mechanical noise is desirable. A fanless design can also remove fan-related mechanical noise from the normal operating environment.
Is the 300W PoE budget enough for a large camera system?
It can be enough for many multi-camera installations, but the answer depends on the cameras’ individual power requirements. Add the maximum expected power consumption of all connected PoE devices and compare that total with the available 300W budget before installation.
Who should consider this switch?
It is worth considering for users who need many PoE ports, Gigabit uplinks, rack-mount installation, and straightforward operation. It is particularly relevant to surveillance, office networking, wireless access point, VoIP, and commercial Ethernet deployments where 100Mbps access ports are adequate.
Final Thoughts
The YuLinca 24 Port PoE Switch focuses on practical network expansion: 24 PoE+ ports, two Gigabit uplinks, a 300W maximum PoE budget, VLAN functionality, PoE Extend capability, and a fanless rack-mount design. Those specifications make it a potentially useful foundation for installations with numerous PoE endpoints.
The key buying consideration is understanding what it is—and what it is not. It offers several useful network functions, but it remains an unmanaged switch, while its 24 PoE access ports operate at 100Mbps. For installations where those specifications match the network requirements, the combination of centralized PoE power, multiple ports, Gigabit uplinks, and long-distance PoE functionality can make network deployment considerably more organized.
As with any PoE installation, check device compatibility, calculate the total power requirement, select appropriate cabling, and verify the required network speeds before deployment. Doing that planning upfront helps ensure the switch is properly matched to the intended cameras, access points, phones, or other Ethernet devices.