With the widespread use of smart electronic devices, our demands for their power supply and network connectivity are increasing. Most chargers can only transmit power within a 3-meter range, and longer-distance power requirements can raise the cost of cable infrastructure. On the other hand, while Wi-Fi allows devices to connect to the network at any time, in specific scenarios, unstable network transmission can lead to significant losses. Is there a solution that can address both of these issues and enable stable, long-distance power supply and network connectivity for devices like smartphones and tablets?

Indeed, you may have already considered Power over Ethernet (PoE) technology. It can deliver power and data transmission to PoE-supported devices through a single Ethernet cable. Considering that most smartphones and tablets now use the standard USB-C interface, we can significantly reduce the cost of adopting USB-C by using PoE for power and data transmission, as there's no need for new power infrastructure. So, is there a product that can achieve this goal?

We have developed and manufactured such a converter. It can connect Power Over Ethernet and USB Type C, facilitating both power and data communication seamlessly. Using this converter, you can directly connect your tablet to an existing 802.3af/at PoE switch infrastructure, without the need for configuration or programming. It's very convenient and plug-and-play.

For iPad models that only support the Lightning interface, we have also developed corresponding converters.

By using PoE converters, you can install your tablet in any location, whether in a home or a commercial environment, such as for digital signage, point of sale systems, and conference room scheduling applications. Furthermore, PoE converters are of great assistance in projects like those in schools or hospitals!

Connecting PoE switches or non-PoE switches (with PSE power injectors) to PoE LED fixtures and other accessories, such as wireless access points (AP) and IoT sensors, can establish a PoE lighting system. Users can control the entire LED lighting system through a mobile terminal or server cloud equipped with corresponding software.

The PoE lighting system consists of five basic components: a gateway, a user interface, PoE switches (non-PoE switches + PSE power injectors), PoE node fixtures, and auxiliary devices such as sensors or switches.

Data and power reception for LED fixtures are achieved by adding a "node" inside the LED fixture casing and connecting it to the LED power and dimming input.

The PoE (Power over Ethernet) technology has reached an advanced level of maturity in the surveillance camera sector, making the deployment of surveillance systems more convenient and cost-effective. When it comes to installation, PoE eliminates the need for traditional power lines, simplifying the setup of cameras. This allows for greater flexibility in camera placement, without being constrained by the location of power outlets. In terms of cost, utilizing PoE technology can significantly reduce expenses associated with cable wiring and equipment purchases.

Our PoE Solutions
As a leading PoE solution provider, we offer PoE midspan injectors that are compatible with various network switches, providing you with a swift and convenient option for upgrading non-PoE network infrastructures to efficient PoE systems. Additionally, we provide a range of PoE splitters and converters, enabling you to power cameras of different standards within the same network infrastructure. These diverse solutions not only enhance flexibility but also result in cost savings during installation.

For PTZ (Pan-Tilt-Zoom) cameras with high power requirements, we also offer PoE devices that are designed to match these demands, offering a maximum output of up to 90W.

Advantages of Using Power over Ethernet (PoE) for Wireless Access Points (APs) ,
Easy Installation: PoE lets you power APs through the same cable used for data, making setup easier.
Central Control: You can manage power to APs from a central point, simplifying monitoring.
Reliability: PoE reduces power interruptions and makes APs more dependable.
Flexibility: It's simple to add or move APs, and no power outlets are needed.
Remote Management: You can troubleshoot and maintain APs from a distance.
Safety: PoE is low-voltage and safe.
Energy Efficiency: PoE switches save energy.

It's important to note that not all Wireless APs support PoE, so you'll need PoE-compatible APs, switches, or injectors to take advantage of these benefits. Additionally, you should ensure that the PoE switch or injector provides the necessary power requirements for your Wireless APs to operate efficiently. PoE standards like 802.3af, 802.3at, and 802.3bt have different power delivery capabilities, so choose the one that meets your device's requirements.

As the PoE solution provider, we have vary PoE products to meet the needs of different types of Wireless APs, 802.3af, 802.3at and 802.3bt POE injector, even for 24V Passive PoE we also have 24V Passvie PoE Injector and PoE Converter which support 802.3af/at convert to 24V Passive POE, in this case, now you can using the 48V and 24V POE in the same network!

PoE technology plays a pivotal role in the VoIP (Voice over Internet Protocol) telephone industry. By delivering power to phones through Ethernet cables while simultaneously transmitting data, it eliminates the need for additional power lines, offering the following advantages:
1. Convenient Deployment: PoE allows for more flexible placement of phones, unconstrained by the availability of power outlets.
2. Cost-Efficiency: It reduces the costs associated with cable wiring and power adapters, making it well-suited for large-scale deployments.
3. Stability: PoE provides a stable power source, ensuring consistent call quality.
4. Scalability: It supports the connection of multiple phones, catering to enterprises of varying sizes.

As a PoE solution provider, our PoE midspan injectors are compatible with various network switches, offering you a swift upgrade option for transitioning non-PoE network infrastructures to efficient PoE systems.

Most devices available in the market now typically support the standard 802.3af/at PoE for power, including many popular network devices and cameras. Such devices can usually be directly connected to PoE switches that adhere to these standards, allowing for convenient power supply and data transmission.

However, some devices, such as specific devices from brands like Mikrotik and UBNT, use the 24V passive PoE power standard, which is not compatible with the common 802.3af/at standards.

For these special devices, we offer a variety of products that can meet the power requirements of 24V passive PoE. These products enable you to provide the necessary power and data transmission for these devices reliably, without the need for complex power socket installations or equipment replacements. This flexibility means you can use a wider range of devices from different brands and types without worrying about power compatibility issues. Regardless of the devices you use, we provide solutions to ensure that your network and equipment remain efficient and reliable at all times.