network switch Archives - Page 3 of 11 - Fiber Optical Networking

Ways to Manage Your PoE Switch Power Consumption

The power consumption of PoE switches has been a significant concern for buyers. It refers to the amount of energy used per unit of time by a PoE switch. Some may question whether the benefits provided by the PoE switch outweigh the cost of electricity. This article aims to elucidate all aspects of the power consumption of PoE switches and strategies to mitigate it.

Factors Affecting Power Consumption of PoE Switches

PoE Standard

The PoE standard plays a crucial role in determining power consumption. PoE, PoE+, and PoE++ are distinct standards, each delivering varying power levels to Powered Devices (PDs). It is advisable to ensure that your PoE switch can support the power requirements of your PDs.The following table shows the specifications of different PoE standards. For more information, please refer to PoE vs PoE+ vs PoE++ Switch: How to Choose.

Name	IEEE Standard	Power to Powered Device (PD)	Max. Power per Port	Supported Devices
PoE	IEEE 802.3af	12.95 W	15.4 W	Static surveillance cameras, VoIP phones, wireless access points
PoE+	IEEE 802.3at	25.5 W	30 W	PTZ cameras, video IP phones, alarm systems
PoE++	IEEE 802.3bt (Type 3)	51 W	60 W	Video conferencing equipment, multi-radio wireless access points
PoE++	IEEE 802.3bt (Type 4)	71.3 W	100 W	Laptops, flat screens

Connected Numbers of PDs

The number of PDs connected to a PoE switch is another factor influencing its power consumption. The more PDs connected to a single PoE Ethernet switch, the greater the power consumption generated. For instance, if 10× PoE IP cameras with a power consumption of 7W each are connected to a 24-port PoE switch with a 200W power budget, the total power consumption of the 10× cameras would be approximately 70W. Similarly, connecting 20× PoE IP cameras would result in around 140W of power consumption. Additionally, in large data centres, the PDs generate heat during operation, necessitating the use of additional devices such as fans and air conditioners to cool them down, thereby consuming extra energy.

PoE Switch Power Budget

The power budget of the PoE switch is another critical factor affecting its power consumption. Managed PoE network switches used in large enterprise environments may have power budgets of up to 400W, whereas for home networks, it is advisable to use basic unmanaged PoE switches with power budgets as low as 60W.

Port Number

The power consumption of PoE switches is also correlated with the number of ports to accommodate varying wattage requirements. For instance, small PoE switches with 8 ports may offer options of 130W or 250W, while high port-density 48-port PoE switches may provide power budgets of up to 600W or even higher.

How Can I Reduce the Power Consumption of PoE Switch?

Energy Efficient Ethernet (EEE)

Energy Efficient Ethernet (EEE), defined as IEEE 802.3az, is a technology aimed at reducing switch power consumption during periods of low network traffic, with the goal of cutting power usage by over 50 percent while maintaining compatibility with existing devices. It’s also referred to as Green Ethernet. In addition to the link load power savings of Energy-Efficient Ethernet, Green Ethernet operates in one of two ways. Firstly, it detects link status, allowing each port on the switch to enter a standby state when a connected device is inactive. Secondly, it detects cable length and adjusts the power used for transmission accordingly. It’s important to ensure that both the device port and connecting device support 802.3az EEE when selecting a PoE switch.

Use Intelligent PoE

Using intelligent PoE is another effective method to reduce switch energy consumption, providing better ROI for businesses. Intelligent PoE can automatically detect the power consumption status of each Powered Device (PD) and supply the necessary power accordingly. Additionally, if the connected device is non-PoE, the intelligent PoE switch will not supply power, thus protecting the non-PoE device. By minimizing the waste of unused power, enterprises can save significantly on electricity costs.

Do PoE Switches Consume More Electricity?

While PoE switches may initially appear more expensive due to increased equipment and power costs, the enhanced productivity they offer outweighs the increased power expenses. PoE network switches simplify installation and maintenance costs as users don’t need to purchase and install additional electrical wiring and outlets. Moreover, good PoE switches often support Simple Network Management Protocol (SNMP), providing a simpler way to monitor and manage the switch.Therefore, solely focusing on the increased power costs when choosing the right PoE switch is short-sighted. Considering the benefits of better application integration, enhanced productivity, and freeing up IT resources, opting for the right PoE switch can help mitigate the impact of a higher energy bill.

FS PoE Switch: A Good Choice for A Cost-Effective Network

FS introduces various PoE switches, including PoE+, PoE++, and 8 port/10 port/24 port/48 port network switches. The following lists popular FS PoE switches that cater to various scenarios.

PoE Switch	S3410-10TF-P	S3410-24TS-P	S3410-48TS-P	S5810-48TS-P	S5860-24XB-U
RJ45 Ports	10x 100/1000M	24x 100/1000M	48x 100/1000M	48x 100/1000M	24x 100M/1000M/2.5G/5G/10G-T
PoE Ports	8x PoE/4 PoE+	24x PoE+	48x PoE/24x PoE+	48x PoE/24x PoE+	24 PoE+/8 PoE++
PoE Standard	IEEE 802.3af/at	IEEE 802.3af/at	IEEE 802.3af/at	IEEE 802.3af/at	IEEE 802.3af/at/bt
PoE Budget	125W	740W	740W	740W	740W
Max. Power Consumption	165W	880W	880W	880W	860W
Management Layer	L2+	L2+	L2+	L3	L3
Energy Efficient Ethernet	√	√	√	√	√
Intelligent PoE	√	√	√	√	√
AC/DC Power Supply	AC	AC/DC	AC/DC	AC	AC

Related Articles：

Do You Need an Unmanaged Switch for SMB?

Home/Small Office Switch Getting Started Guide

FS S3410-48TS-P PoE Series Switches Overview

Whether in a small office, a large enterprise, or a data center, PoE switches are essential. FS has a range of PoE series switches designed to meet various network needs. This section will compare the S3410-48TS-P switch to other FS PoE switches and provide an in-depth look at the various options available in the FS PoE series switches.

Comprehensive Introduction to FS S3410-48TS-P Switch

The FS S3410-48TS-P switch is a versatile networking device featuring 48×10/100/1000BASE-T ports, 2x1Gb RJ45/SFP combo ports, and 2×1/10Gb SFP+ uplinks. Notably, its Ethernet ports are compliant with IEEE 802.3af PoE and IEEE 802.3at PoE+, delivering the capability to power various standards-compliant PoE and PoE+ end network devices, including IP phones and wireless access points. With a formidable 176 Gbps switching capacity and a forwarding rate of 132 Mpps, this managed enterprise switch ensures robust and efficient network performance.

As for the hardware, the switch is fortified with dual redundant hot-swappable power supplies and dual smart fans, guaranteeing exceptional processing prowess and network reliability. Furthermore, when integrated with the FS Airware Cloud management platform, it augments security and facilitates simplified user and Internet of Things access. Primarily employed at the access layer, this switch serves as a compact and cost-effective solution tailored for deployment in campus, SMB, and enterprise networks.

Comparison of FS S3410-48TS-P Switch and Other Switches

The FS PoE series switches are designed to cater to the diverse requirements of various network architectures. These switches are available in a broad spectrum of configurations, spanning from 8 to 48 ports, accommodating both Ethernet and fiber optic ports. They exhibit robust performance parameters, supporting features such as MLAG, Stacking, QoS, SSH, and more, ensuring the establishment of high-performance networks. In comparison, what distinguishes the S3410-48TS-P switches? The subsequent section outlines some comparative features.

Performance

Comparing the existing three well-selling switches S3150-8T2FP, S3400-24T4FP, and S3410-48TS-P, they have different performance parameters, and the main difference is the port.

The FS S3150-8T2FP operates as a layer 2 switch featuring 8 PoE ports and 2x1G uplink optical ports. Leveraging high-performance hardware and the FSOS platform, it boasts support for essential functionalities such as ACL, QinQ, and QoS. Additionally, it incorporates the ERPS protocol, enabling failover protection with a swift transition time of 50 milliseconds.

Similarly categorized as a Layer 2 PoE switch, the S3400-24T4FP extends its capabilities with 24 ports and a maximum power output of 370W. Its uplink port utilizes a Combo port configuration, housing four 1G Pluggable (SFP) ports. Mirroring the feature set of the S3150 switch, it supports ACL, QinQ, QoS, and ERPS.

Diverging from the aforementioned switches, the S3410-48TS-P switch distinguishes itself with an augmented PoE port count, accommodating a greater number of terminal devices. Notably, it achieves a PoE power delivery of 740W, incorporating two 10G SFP uplink ports and two Combo SFP Ports. Facilitating deployment efficiency, this switch supports stacking and can be seamlessly integrated with a cloud management network platform, offering remote online optimization, configuration, and debugging capabilities.

Appearance Design

From the overall design point of view, the FS S3410-48TS-P PoE switch incorporates a 1+1 hot-swappable power supply configuration and is equipped with two integrated intelligent fans, thereby ensuring the steadfastness of equipment operation. The S3400-24T4FP switch features a built-in power supply and three fans, markedly augmenting its thermal dissipation capabilities. As for the S3150-8T2FP switch, it adopts a fanless design, making it well-suited for office environments where noise reduction is imperative.

Application Scenarios

Switches with these ports are common types of switches in networks, and they are suitable for network environments of different sizes and needs. An exemplar of an 8-port switch, such as the S3150-8T2FP, proves optimal for smaller network setups, including small offices or home networks, connecting a limited number of devices. Primarily designed for personal use, these switches facilitate the interconnection of personal computers, printers, network storage, and other related devices.

The S3400-24T4FP switch is well-suited for the networking demands of small and medium-sized enterprise office environments, accommodating the connection of numerous devices. In scenarios like schools, universities, or other educational institutions, this switch is adept at meeting the network requirements of classrooms, laboratories, and office spaces.

The S3410-48TS-P 48-port switch is fitting for deployment in the core network or data center. It possesses the capability to support a substantial number of devices while upholding high-performance standards. In expansive data center setups, 48-port switches offer ample port capacity to address the connectivity needs of servers, storage devices, and other mission-critical equipment.

Switch	S3150-8T2FP	S3400-24T4FP	S3410-48TS-P
RJ45 Ports	8x 100/1000BASE-T	24x 100/1000BASE-T	48x 100/1000M
Fiber Ports	2x 1G SFP	4x 1G SFP (4 Combo)	2x 1G SFP(2 Combo)2x 10G SFP+
PoE Ports	8x PoE+	24x PoE+	48 PoE/24 PoE+
PoE Budget	130W	370W	740W
Management Layer	L2+	L2+	L2+
Stacking	/	/	Up to 4 Units
Power Supply	1 Built-in	1 Built-in	1+1 Redundant Hot-swappable
Fan	Fanless	3 Built-in Fans	2 Built-in Smart Fans
QoS, IGMP Snooping, Link Aggregation, IPv6, L3 Static Routing, RIP, OSPF	Yes	Yes	Yes

Conclusion

In general, the selection of switch ports should be contingent upon the scale of one’s network, the quantity of connected devices, and the requisite bandwidth. Smaller networks commonly find utility in 8-port or 24-port switches, whereas larger or densely populated networks may necessitate a 48-port switch. Furthermore, considerations such as switch performance, management functionalities, and reliability must be taken into account.

Related Articles：

Do You Need an Unmanaged Switch for SMB?

Home/Small Office Switch Getting Started Guide

How to Select the Right PoE Switches for Building an SMB Network?

Currently, SMB networks tend to choose PoE switches to build LAN networks to achieve efficient network transmission and management. Based on this, various PoE switches have appeared on the market. If you are wondering how to choose the right PoE switch for your enterprise, please read this article. We will give you the answer.

A Brief Intro ——PoE Switch and SMB Network

Compared with other switches, a PoE switch is a network switch that supports Power over Ethernet (PoE) technology and can provide power to PoE devices connected to it. PoE switches allow data and power to be transmitted on the same Ethernet cable without the need for additional power lines. This is very convenient for intelligent systems in SMB networks, such as IP cameras, wireless access points, Internet phones, etc.

Types of PoE Switch

Here are several PoE switch types and their applications in SMB networks:

Unmanaged PoE Switches: Unmanaged PoE switches offer fixed network management configurations and are ideal for small businesses that only require a basic PoE network.

Smart Managed PoE Switches: Smart managed PoE switches, also known as hybrid PoE switches, are a type of intermediary that provides simple configuration through a web browser management interface.

Managed PoE Switch: It is the best-in-class type and they are generally designed to provide you with complete management of your network for great performance and increased security.

SMB Network Challenges

SMB networks are generally less complex than large enterprise networks, and they may include one or more servers, switches, routers, firewalls, and endpoint devices. SMB enterprises have limited IT resources and personnel, which can lead to challenges in managing and maintaining the network. In addition, enterprises are relatively small and network needs may be elastic and need to be able to adapt to rapid changes in the business.Therefore, SMBs usually face some of the following challenges:Network Performance Issues: When the number of end devices increases, you may face network congestion and performance issues.Security Challenges: Lack of professional security measures can leave the network vulnerable to malicious attacks.Device Compatibility: Devices from different manufacturers may need to work together in the network, and ensuring device compatibility and stability can be a challenge.Network Management Complexity: Even with relatively simple networks, managing end devices, user permissions, and network policies can still become complex.Technical Support: SMBs typically do not have a dedicated IT team, so they may need to rely on outside technical support.

Key Factors to Consider in PoE Switches Purchasing

Transmission Rates

The data rate of the PoE switch determines the speed of data transmission from the edge device. Matched network speeds resolve latency issues and increase work productivity and efficiency. PoE switches typically serve Fast Ethernet 10/100Mbps and Gigabit networks. Although 10/100Mbps PoE switches are suitable for SMB networks, as application performance improves, such as IP HD cameras, WiFi 6 access points, and Internet of Things (IoT) devices, the demand for high bandwidth increases. For enterprises with higher bandwidth requirements, it is wise to choose a PoE switch that supports Gigabit networks, and even consider super-10 Gigabit models.

Business Demands

Due to the different sizes of SMB, PoE switches are designed with different numbers of ports. It depends on the size of the business, so it’s important to know how many wired devices are connected using Ethernet. These devices include computers, printers, access points, and other devices that need to be connected to a PoE switch. Typically, the number of ports supported by a PoE switch varies between 5 and 48.

Power Consumption

Ensuring seamless data transfer in SMBs without worrying about power or signal loss is crucial. Connecting power supply network devices and performing complex total power budget calculations are critical steps.Standard PoE switches follow the IEEE802.3 standard and provide different output powers: IEEE802.3at is 15.4W, IEEE802.3af has a maximum output power of 30W, and IEEE802.3bt can output up to 100W. Device power consumption specifications make it easy to determine the required standard, basically choosing based on the device’s maximum power requirements.In addition, PoE switches have different total power budgets, and carefully calculating all connected devices is the most direct and effective way to determine the required power budget.

Devices Compatibility

PoE compatibility issues in SMB networks are a key consideration. Generally speaking, PoE switches function when connected to other PoE devices. The specifics may vary. For those considering using a PoE switch to connect non-PoE devices or wishing to integrate an existing non-PoE switch with a PoE switch, they must pay attention to the PoE compatibility of the PoE switch.Surely, there are many other factors that will affect the choice of PoE switches, such as deployment, future expansion, etc., which all need to be considered when building a network.

Finding the Suitable PoE Switch for SMB Network

If you are choosing a PoE switch for your IP surveillance system, go for a PoE switch equipped with 8 ports or 24 ports. 10/100Mbps PoE switches can be well adapted to IP surveillance video data transmission. Because the network speed consumption of high-definition cameras is about 25Mbps, even super-type 4K cameras only require network speeds of about 10Mbps.For PoE wireless access points, larger bandwidth is required to ensure smooth WiFi access. WiFi 6 allows business owners to achieve 1G/2.5G ultra-high-speed WiFi. To ensure this functionality is achieved, it is critical to select a PoE switch capable of delivering 1G/10G or faster network speeds.Today, businesses rely more on the Internet to hold meetings locally or globally. VoIP conferences often have higher requirements for network bandwidth, management and security. You’re better off choosing PoE switches that offer gigabit and faster network speeds while supporting QoS performance.

Switches	S2805S-8TF-P	S3150-8T2FP	S3400-24T4FP	S3410-48TS-P
Ports	8x 10/100/1000BASE-T RJ45\|2x 1G SFP	8x 10/100/1000BASE-T RJ45 \| 2x 1G SFP	24x 10/100/1000BASE-T RJ45 \| 4x 1G RJ45/SFP Combo	48x 10/100/1000BASE-T RJ45, 2x 1G RJ45/SFP Combo \| 2x 1G/10G SFP+
PoE Budget	140W	130W	370W	740W
PoE Standard	IEEE 802.3af/at	IEEE 802.3af/at	IEEE 802.3af/at	IEEE 802.3af/at
Design	1 Built-in Fan	Fanless	3 Built-in Fan	2 Built-in Fan
Protocal	VLAN, QoS, IGMP, LACP	ACL, QinQ, QoS, ERPS	ACL, QinQ, QoS, ERPS	ERPS, QoS, OSPF, LACP

Conclusion

There are many types of PoE switches in SMB networks, and understanding these can help you choose the appropriate equipment for your business. A variety of PoE switches may be needed to meet actual needs, and selection should not be made hastily to avoid unnecessary downtime costs. FS provides PoE switches that adapt to business needs and support advanced functions such as QoS/LACP/ERPS. If you have questions about purchasing a PoE switch, please visit FS.com for more information.

Harnessing PoE Networks for Increased Efficiency in the Modern Office

The development trend of smart offices is irreversible, and the application of PoE networks in the office environment is particularly noteworthy. PoE technology enables the transmission of both power and data through network cables, providing a more flexible and efficient solution for offices. This article will explore the application of PoE networks in office environments and their impact on office efficiency and intelligence.

Why Enterprises Need PoE Networks?

Traditional enterprise network architecture has big problems in cable deployment and equipment efficiency. Therefore, enterprises will give priority to choosing appropriate PoE switches to build PoE networks when upgrading their networks. Here are some of the challenges faced by traditional enterprise network architectures.

Complex Power Management

In traditional enterprise networks, the need to provide power to various devices results in complex cable wiring, appearing extremely disorganized. This complexity increases the difficulty of maintenance and may also affect the cleanliness of the office environment. PoE networks reduce cable usage by transmitting both power and data over a single network cable, which simplifies the cabling structure and enhances overall maintainability.

Inconvenient Device Powering

For some smart devices such as security cameras, IP phones, wireless access points, traditional power supply methods may not be convenient. PoE networks offer a more flexible and convenient power supply method for these devices, eliminating the need for additional power adapters. Additionally, they support remote power management to improve device controllability and flexibility.

Decentralized Device Management

Unified configuration and monitoring are critical for decentralized device management. While PoE switches achieve integrated management through centralized power supply and data transmission. It is more convenient for IT administrators to remotely monitor device status, power consumption and other information, thereby improving device reliability.

Low Office Efficiency

Traditional equipment management also has certain complexities in power supply, which may affect office efficiency. The application of PoE networks can simplify the maintenance process through centralized management and convenient power supply.

How Does PoE Network Realize Smart Offices?

The PoE network plays a crucial role in the intelligent office networks of small and medium-sized enterprises, offering convenient, flexible, and efficient solutions. The following are the advantages.

Smart Lighting Systems

Small and medium-sized enterprises can leverage PoE networks to implement smart lighting systems. Smart lighting devices powered by PoE can be interconnected with other office equipment to achieve automatic dimming and adaptive lighting. This allows for intelligent adjustments based on ambient light and human traffic, enhancing energy efficiency.

Security Monitoring Systems

Security cameras are a key component of security in small and medium-sized enterprises. PoE switches provide power and data transmission channels for these cameras, which can simplify the installation process of the equipment. These cameras, in turn, can be integrated with other security systems in the network to increase overall security. As shown in the figure below, the PoE security monitoring system solution connects monitoring devices through 1G PoE switches. The uplink port is connected to 10G Ethernet to realize enterprise 10G office network while easily managing smart devices.

IP Phone Systems

PoE switches achieve convenient deployment of intelligent IP telephone systems by providing simultaneous data and power transmission to IP phones. IP phones connect to PoE switch ports via Ethernet interface, and the switch delivers both power and data through a single network cable. This eliminates the need for additional power adapters for IP phones, streamlining device installation and maintenance. Additionally, remote power management is enabled, supporting the efficient operation of the intelligent IP telephone system.

Flexible Office Layout

Smart office flexibility is enhanced. Enterprise employees can move around different areas without worrying about the location of electrical outlets. By supporting both power and data transmission through a single network cable, a more flexible office layout is achieved, leading to increased efficiency for employees.

Remote Management and Monitoring

Small and medium-sized enterprises may face challenges due to insufficient IT resources. The network allows administrators to implement remote management and monitoring by deploying an operation and management platform with PoE devices, which facilitates real-time access to information such as device status and power consumption. This improves device controllability and simplifies the IT management process.

Explore PoE Network Solution for Smart Offices

Nowadays, the fast Internet development and business growth are driving the existing network to face increasing challenges such as bandwidth bottlenecks, network instability, low security, inconsistent management, etc. In office networks, smart devices are an essential infrastructure. Based on this, there is also a need for PoE network upgrade solutions in the market. For example, FS SMB office network solution uses S5860-20SQ switch as the core switch, and the access layer uses S3410-24TS-P switch to connect an AC224P to support the power input of AP equipment. Secondly, this network solution is mainly based on the 10G network and connects other access devices through PoE ports to realize smart office networks.

To sum up, PoE network solutions can realize intelligent office networks and provide enterprises with sustainable development intelligent solutions.

Related Articles：

Do You Need an Unmanaged Switch for SMB?

Home/Small Office Switch Getting Started Guide

Fanless PoE Switches and Optimal Usage Scenarios

Unlike traditional fan-cooled PoE switch designs, fanless PoE switches discard the conventional air-cooling system in favor of a quieter and more efficient fanless design. This type of switch achieves silent operation through clever passive cooling, maintaining performance without impacting noise levels. If you need to deploy a switch in a quiet and low-dust environment, consider exploring fanless PoE switches.

What is Fanless PoE Switch?

A fanless PoE switch, as the name suggests, is a PoE switch designed without internal fans. It relies on passive cooling through ventilation holes, resulting in a more compact structure compared to fan-equipped switches. The absence of internal fans not only ensures silent operation but also leads to a significant reduction in power consumption. This design minimizes the risk of mechanical failures, enhancing the overall reliability and durability of the equipment. Additionally, it effectively reduces maintenance requirements and operational costs associated with network devices.

The fanless design, characterized by its noise-free, low-power, and environmentally friendly attributes, finds versatile applications in industrial and commercial settings globally. This is particularly true for sensitive environments such as healthcare systems, educational institutions, and commercial offices, where a silent design is paramount.

The Advantages of Utilizing Fanless PoE Switches

Silent Operation for Serene Workspaces

One of the most prominent features of fanless PoE switches is their silent operation. These switches incorporate a fanless design, guaranteeing noise-free performance and fostering a serene network environment in the workplace. This quality proves especially advantageous in settings where maintaining a peaceful atmosphere is crucial. Be it in offices, educational institutions, or other noise-sensitive locations, fanless PoE switches provide a distinct benefit by sustaining network functionality without causing unnecessary disturbances.

Energy-Efficient Contribution to Sustainability

Fanless PoE switches contribute to environmental conservation and sustainability through their energy-efficient features. Utilizing natural convection for cooling and with the absence of internal fans, silent operation is ensured while energy consumption is significantly reduced, resulting in a minimal impact on power costs. The pivotal role of this energy efficiency lies in diminishing the environmental footprint, presenting businesses with an economically viable option as they actively pursue sustainable development.

High-Power Output for Device Support

Fanless PoE switches provide robust power output, ensuring reliable power supply for various devices. Each port can deliver a high power output of up to 30W, making it an ideal choice for high-power devices such as IP cameras, wireless access points, and IP phones. For instance, the FS S3150-8T2FP fanless PoE switch has a total PoE power budget of 130W, allowing the connection of up to 4 PoE+ devices.

Enhanced Stability through Fanless Design

In addition to reducing noise, fanless design in PoE switches enhances stability by minimizing mechanical components. With no mechanical movement, these switches exhibit lower failure rates, ensuring a more stable and reliable operation. In critical network environments requiring prolonged stability, fanless PoE switches provide a robust solution, maintaining network continuity and minimizing potential failure risks.

How to Choose a Fanless Switch?

When selecting a fanless switch, consider the following aspects:

Noise Requirements: If the working environment demands low noise levels, such as in offices, healthcare facilities, or quiet industrial settings, opting for a fanless switch design is a prudent choice to ensure silent operation.

Reliability: Fanless designs typically reduce mechanical movement, lowering failure rates and enhancing equipment reliability. This is crucial for critical networks that require stable operation.

Environmental Suitability: Consider the placement environment of the switch. In industrial settings with higher dust levels, a fanless design can reduce the risk of dust entering the equipment, thereby improving durability.

Power Consumption: Fanless designs usually result in lower power consumption, contributing to energy efficiency. This can be a significant consideration for enterprises aiming for eco-friendly practices.

FS has a variety of fanless PoE switches that meet the above characteristics, such as the FS S3150-8T2FP. This fanless PoE switch operates silently, ensuring a calm network environment. It features 8 RJ45 ports supporting 802.3af/at and automatic PD device detection, delivering up to 30W per port. With PoE capabilities, the S3150-8T2FP efficiently powers PD devices like IP phones, wireless access points, and conference cameras. And it incorporates features such as ACL, QinQ, and QoS. This fanless PoE switch offers a straightforward management interface and flexible installation, with a compact and cost-effective solution.

Switches	S3150-8T2FP	S3410-10TF-P	S1900-16TP
Ports	8x 10/100/1000BASE-T RJ45 \| 2x 1G SFP	10x 10/100/1000BASE-T RJ45 \| 2x 1G SFP	16x 10/100/1000BASE-T RJ45
PoE Standard	IEEE 802.3af/at	IEEE 802.3af/at	IEEE 802.3, IEEE 802.3u, IEEE 802.3ab, IEEE 802.3x
PoE Budget	130W	125W	135W
Protocol	ACL, QinQ, QoS, QoS	ERPS, LACP, QoS,	Auto MDI/MDIX

Summary

In conclusion, the distinctive design of the fanless PoE switch addresses the issues of noise and mechanical movement associated with traditional fans, showcasing outstanding performance and reliability in diverse environments. The adoption of this technology provides more flexible options for offices, industrial settings, and other network deployments, delivering a quieter and more reliable network experience for users. If you need a PoE switch with good performance and quiet operation, FS fanless PoE switch will give you an excellent user experience.

Related Articles：

FS Unleashes Open Network Switches, Powering Intelligent Networks Forward

Do You Need an Unmanaged Switch for SMB?