8 Port 10/100M Unmanaged PoE+ Switch

Power over Ethernet (PoE) technology has revolutionized the way network devices are powered, allowing both power and data to be delivered over a single Ethernet cable. This has simplified installation and reduced costs across many industries. PoE standards have evolved over time to meet the growing demand for power-hungry devices, with PoE+ and PoE++ being two of the most important. Here, Benchu ​​Group walks you through the differences between PoE+ and PoE++, their applications, and considerations for choosing the right technology for your network.   1. Overview of PoE, PoE+, and PoE++ PoE (IEEE 802.3af): The original PoE standard, introduced in 2003, provided up to 15.4 watts of power per port, which was sufficient for devices like IP cameras, VoIP phones, and basic wireless access points (WAPs). PoE+ (IEEE 802.3at): Introduced in 2009, PoE+ increased the power output to 30 watts per port. This was a significant improvement, enabling support for more demanding devices such as pan-tilt-zoom (PTZ) cameras and dual-band WAPs. PoE++ (IEEE 802.3bt): The latest PoE standard, PoE++, was introduced to meet the power demands of even more advanced devices. PoE++ comes in two types: Type 3: Provides up to 60 watts per port. Type 4: Delivers up to 90 watts per port. This enhanced power capacity makes PoE++ suitable for powering devices such as high-definition PTZ cameras, large digital displays, and even some small networked appliances.   2. Key Differences Between PoE+ and PoE++ Power Output： The most significant difference between PoE+ and PoE++ is the amount of power each can deliver. PoE+ offers up to 30 watts per port, which is adequate for most standard network devices. However, as the demand for more powerful devices grew, PoE++ was developed to provide up to 60 watts (Type 3) or 90 watts (Type 4) per port. This makes PoE++ the better choice for environments with high-power needs. Pair Usage： PoE+ uses two pairs of wires within an Ethernet cable to deliver power, while PoE++ utilizes all four pairs. This difference allows PoE++ to transmit more power efficiently and support devices with higher power demands. Compatibility： Both PoE+ and PoE++ are designed to be backward compatible. PoE+ switches can power both PoE and PoE+ devices, while PoE++ switches can power PoE, PoE+, and PoE++ devices. However, the power provided will be limited to the maximum capacity of the device itself. This backward compatibility ensures a smooth transition when upgrading network infrastructure. 3. Applications of PoE+ and PoE++ PoE+ Applications PoE+ is widely used for devices that require moderate power levels. Some common applications include: Wireless Access Points (WAPs): PoE+ supports dual-band and tri-band WAPs that offer enhanced data transmission speeds. IP Cameras: High-definition cameras, particularly PTZ models, benefit from the additional power provided by PoE+. VoIP Phones: Advanced VoIP phones with color screens and video capabilities often require the extra power that PoE+ can provide. PoE++ Applications： PoE++ is essential for environments where devices have higher power requirements. Key applications include: LED Lighting Systems: PoE++ is increasingly used in smart building installations to power and control LED lighting systems. Digital Signage: Large, power-hungry digital displays, especially those used outdoors, require the high power output of PoE++. High-Power Wireless Access Points: As wireless networks evolve, the need for WAPs with multiple radios and higher data rates grows, making PoE++ a necessity. Building Automation Systems: PoE++ powers advanced building automation systems, including HVAC controls, security systems, and other IoT devices. 4. Choosing Between PoE+ and PoE++ Power Requirements The first factor to consider is the power requirement of your network devices. If your devices need more than 30 watts of power, PoE++ is the right choice. For most standard devices, PoE+ will be sufficient. Cable Infrastructure PoE++ requires all four pairs of wires in an Ethernet cable, meaning that your existing cabling infrastructure must support this. In many cases, upgrading to Cat6a or higher cabling may be necessary to fully leverage PoE++ capabilities. Cost Considerations PoE++ switches and infrastructure generally cost more than PoE+. Therefore, it's important to evaluate whether your network's power needs justify the additional expense. Future-Proofing If you anticipate the need for higher power devices in the future, investing in PoE++ can provide a degree of future-proofing. This ensures that your network infrastructure can handle new technologies without requiring a complete overhaul.   8 Port 10/100M Unmanaged PoE+ Switch and 16 Port Industrial POE++ Switch BT 90W represent significant advancements in Power over Ethernet technology, each addressing different network needs. PoE+ is ideal for powering standard network devices, while PoE++ provides the flexibility and power needed for more advanced applications. Understanding the differences between these standards will enable you to select the right PoE solution for your network's current and future power needs, ensuring optimal performance and scalability as your infrastructure evolves.

  The term 10/100 refers to the speed of the Ethernet connection supported by the switch. A 10/100 PoE switch can handle Ethernet speeds of up to 100 Mbps (megabits per second), which is more than sufficient for many home and small office applications. This speed is based on the Ethernet standard, with 10M representing 10 Mbps and 100M representing 100 Mbps.For most network setups that don't require gigabit speeds, 10/100 PoE switches provide an affordable and efficient solution. They're ideal for lower bandwidth applications, such as basic IP cameras, VoIP phones, or network printers, which do not demand the high-speed capabilities of gigabit switches.   What Are Unmanaged 10/100 PoE Switches?An unmanaged 10/100M 8 port PoE switch is a simple, plug-and-play networking solution. As the name suggests, Unmanaged 10/100 PoE Switches do not require any configuration or software management. They are easy to set up and are ideal for small to medium-sized networks. These switches automatically handle the task of distributing both power and data to connected devices, making them a convenient choice for non-technical users.A slightly more advanced version, the 8 Port 10/100M Unmanaged PoE+ Switch, offers PoE+ support. PoE+ delivers more power per port (up to 25.5 watts) compared to the standard PoE (up to 15.4 watts), making it suitable for more power-hungry devices such as high-definition cameras or access points with more demanding requirements. Some advantages of using this switch include:Cost-Effective: 10/100 PoE switches are more affordable than their gigabit counterparts.Easy Installation: No configuration is required, making it ideal for businesses or home networks that need a quick setup.Space-Efficient: Compact designs like the 8 port 10/100M Desktop Unmanaged PoE Switch are perfect for small spaces, providing up to 8 devices with power and data connections.Versatility: Whether it's a small office or home setup, this type of switch is versatile enough to power multiple devices without the complexity of managed solutions.   10/100 PoE switch is an excellent option for basic networking needs where speed and efficiency are important but not necessarily high-speed connectivity. Whether you choose an 8 port 10/100M Unmanaged PoE+ Switch for added power delivery or an unmanaged 10/100M 8 port PoE switch for simple plug-and-play use, these devices provide reliable performance and ease of use. They are especially useful for small-scale networks where power and data need to be transmitted over a single cable, making them a cost-effective solution for home and business setups.