Tag Archives: 24 port poe switch

24 Port PoE Switch Power Consumption: 400W vs 600W

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For buying gigabit PoE switch, we usually concern about port numbers. However, power consumption is often linked with port number to cater for different wattage requirement. Say small PoE switch 8 port may come with 130W or 250W for option. High port-density 48 port PoE switch may be available for up to 600W or even higher. A midsize 24 port PoE switch with appropriate power consumption will be a feasible solution for wide network applications. Since a power over Ethernet switch failing to provide enough power for Powered devices (PDs) leads to low performance or random drops. On the other hand, for cost-effective concern taking a 24 PoE switch with superfluous power budget will waste money. This article will introduce PoE switch power consumption and recommend 2 24 port PoE switch with different power consumption: 400W vs 600W for your reference.

24 Port PoE Switch Power Consumption Explanation
·24 Port PoE Switch Total Power Consumption

Power consumption of 24 port PoE managed switch refers to the max. total power the gigabit PoE switch enables to supply to all the PDs connected to it. That is, the total power wattage of all the connected PDs cannot exceed the power consumption of the 24 port PoE switch. So before deciding on how much a power consumption of PoE switch to buy, one must calculate the total power wattage of the PoE powered devices required to be used.

·24 Port PoE Switch Per Port Power Consumption

Another indispensable parameter of 24 PoE switch is the per PoE port power consumption, which is defined by PoE standard (IEEE802.3af) or PoE+ standard (IEEE802.3at). The PoE compliant switch supports up to 15.4W per port output power, while 12.95W input power is available for a PD due to transmission loss. Similarly the corresponding data of a PoE+ switch is 30W and 25.5W.

24 port PoE switch power consumption PoE standard

Figure 1: 24 port PoE switch power consumption PoE vs PoE+ standard comparison.

24 Port PoE Switch 400W vs 600W Power Consumption Comparison

24 port PoE switch 400W vs 600W power consumption apply to different level power wattage. Taking S1400-24T4F 400W and S1600-24T4F 600W PoE switch 24 port as example, let’s compare the scenario when fully load these two 24 port PoE gigabit switches with IP cameras. Divide 400W and 600W by 24 respectively, we get 16.67W and 25W per port power, which means the 600W over 400W power consumption 24 port PoE+ switch can support 24 higher-power IP cameras. The suggestion is: If you should use dozens of higher-power PDs, the 24 port PoE switch 600W would be a more secure and future-proofing choice.

S1400-24T4F 400W and S1600-24T4F 600W 24 port PoE switch power consumption

Figure 2: FS 24 port PoE switch power consumption 400W vs 600W model comparison.

24 Port PoE Switch 400W vs 600W Recommendation

Here we recommend the aforesaid advanced FS 24 PoE switches S1400-24T4F 400W and S1600-24T4F 600W for your reference. Compliant with IEEE 802.3af/at, these 24 port PoE gigabit switches can discern whether the PD is PoE or PoE+ standard for accurate power supply. This means FS 24 port PoE switch can supply up to 30W per port power, making it a natural fit for IP cameras, VoIP phones and wireless access points (APs).

In addition to high power consumption PoE capability, FS 24 port PoE managed switch features multiple port configuration to fit throughout different networks. The gigabit PoE switch centralizes 24 RJ45 auto-sensing 10/100/1000Mb PoE ports, 2 1Gb SFP ports and 2 SFP/RJ45 combo ports in a compact of 1RU form factor. The 24 PoE ports support up to 24 PDs simultaneously connected to the 24 port PoE switch within budget. The 2 SFP ports ensure optional fiber cabling and link aggregation of multiple switches, while the 2 SFP/RJ45 combo ports enhance network resiliency once again. In total one can enjoy a max. 1GbE density of 28 ports.

FS 24 port PoE switch application

Figure 3: Deploying 24 port PoE switch S1400-24T4F 400W and S1600-24T4F 600W for desktops, APs, IP cameras and IP phones in data center.

Conclusion

Power consumption is an important specification for choosing a good but cheap PoE switch. For choosing 400W vs 600W PoE switch 24 port, one should first figure out each PD’s rated wattage as well as all the devices’ total power budget. Then make sure a single IP phone won’t exceed the per port power consumption of the 24 port PoE switch, and the total wattage won’t exceed the max. power threshold of the 24 PoE switch. If S1400-24T4F 400W is not enough for current applications or future AP proliferation, then go for S1600-24T4F 600W model. All in all, whatever you choose, 24 port PoE switch price in FS.COM will always be competitive in the market.

Understanding Ports of Gigabit PoE Switch

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Since the introduce of Power over Ethernet (PoE) technology, PoE LAN switch has become popular among wide users. However, newbies are usually confused with the multiple port configuration on gigabit PoE switch. Since there are already regular PoE Ethernet ports for powered devices (PDs), what are the function of other ports like console port, SFP/SFP+ port and combo port on gigabit PoE switch? This article will take 8 port PoE switch, 24 port PoE switch and 48 port PoE switch as example to illustrate multiple port for your reference.

Console Port on Gigabit PoE Switch

Like regular Ethernet switch, gigabit PoE switch often has one built-in serial console port, say FS S1130-8T2F 8 port PoE switch. It is the port for controlling and managing switch since there are no display device for a switch. Usually console port on gigabit PoE switch is an RJ45 receptacle. To connect a computer directly to the 8 port PoE switch, one should use dedicated rollover cable rather than Ethernet cable for connection.To use console port, you need physical access to the appliance. Therefore for terminals without serial console port, one should attach a corresponding adapter to the devices before cabling.

console port of 8 port gigabit PoE switch

Figure 1: A display of one console port on FS S1130-8T2F 8 port PoE switch for control.

RJ45 Port vs SFP Port on Gigabit PoE Switch

RJ45 port on gigabit PoE switch is the regular PoE port to achieve data and DC power transmission for PDs. It is an auto-sensing 10/100/1000Mb copper port supporting only Ethernet cable (Cat5e/6/6a/7) for connection. Thus RJ45 port connection is limited to 1G speed and 100m (330ft) short distance transmission. Then how about longer distance transmission scenario?

Different from RJ45 port, SFP port on gigabit PoE switch has the opt of both short and long reach. Why? The mini GBIC port has inherited the compatibility of either copper or optical SFP connection. Provided you employ the corresponding SFP module and cable on power over Ethernet switch. For long distance transmission, you should use fiber SFP modules with fiber patch cable for optical link. For short distance, you can opt to use RJ45 SFP module with copper network cable on gigabit PoE RJ45 switch for electrical link. Gigabit PoE switch often provides 2 SFP port for optical connection or uplink aggregation requirement, which enhances network adaption resiliency of PoE powered switch. For instance, S1400-24T4F 24 port PoE switch has 2 SFP ports reserved, which caters for fiber uplink to upper layer switch.

RJ45 Port vs SFP Port on Gigabit PoE Switch

Figure 2: A display of RJ45 ports vs SFP ports on FS gigabit PoE switch.

SFP+ Port on Gigabit PoE Switch

To illustrate SFP+ port on PoE Ethernet switch, we’ll take S1600-48T4S 48 port PoE switch as example. This 48 port PoE gigabit switch comes with 1 console port, 48 PoE+ RJ45 ports and 4 SFP+ ports. The 48 RJ45 ports are PoE ready to power on dozens of VoIP phones, IP cameras and wireless APs. The 4 SFP+ ports on gigabit PoE switch serves as uplink to connect 10G SFP switch for uplink aggregation.

S1600-48T4S 48 port gigabit PoE switch SFP+ port application

Figure 3: Deploying S1600-48T4S 48 port PoE switch as gigabit access switch to link 10G SFP switch via SFP+ ports, and connect PDs.

Combo Port on Gigabit PoE Switch

Though manufactures often clearly label combo ports on gigabit PoE switch for identification, many people don’t know its function. Take S1400-24T4F 24 port PoE switch as example, 2 combo ports are reserved on this 24 port PoE managed switch. The combo port compounds RJ45 and SFP front ends in one single interface, thus it supports either copper or optical SFP link. However, you cannot use these two physical accesses on PoE network switch simultaneously. That is, once you activate combo SFP port on gigabit PoE switch, you also disable the opposite copper port.

S1400-24T4F 24 port gigabit PoE switch combo port

Figure 4: A demonstration of combo ports on gigabit PoE switch: S1400-24T4F 24 port PoE switch from FS.COM.

Conclusion

To sum up, multiple ports on gigabit PoE switch owns different functionality, which enhances switching resiliency for different network cabling. RJ45 port on PoE powered switch is an normal one for copper link to PDs. SFP port of gigabit PoE switch provides options of fiber cabling or copper cabling due to fiber SFP module and RJ45 SFP module compatibility. 10G SFP+ port on 48 port PoE switch serves as uplink port for link aggregation in network layer. Combo port compounds RJ45 and SFP interface in one single fabric on gigabit PoE switch. So it helps to extend flexibility of physical access through the network. For 8/24/48 port cheap PoE switch buying, you can find decent offer here with optimal port configuration.

FS 24-Port PoE Switch for High-density PoE Installations

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Due to the increased requirements for IP surveillance networks, the appearance of PoE switches give you an easy way to add PoE devices to the network. They are ideal for small business networks that need to inexpensively use PoE to deploy wireless access points, VoIP phones and IP cameras. The PoE switch models are available with 4, 8, 16, 24 or 48 ports, although other variants are also available. 24 port PoE switch is the most prevalent variant on the market. So why your network needs a 24-port PoE switch and how can network benefit from deploying it? This article explains it in detail.

24 port poe switch

Why Your Network Needs A 24-Port PoE Switch?

When choosing an Ethernet switch, the most important is to check whether the numbers of ports on the switch are enough to connect all your devices. The same is true when choosing PoE switch. PoE ports are flexible to connect with Cat5e cable without additional settings. Generally, the PoE switch has the uplink ports, which allow long distance data transmission between switches. Switches without uplink ports can still be linked together but you may experience bandwidth issues with switch to switch data flow. A 24-port PoE switch fully complies to the the IEEE 802.3af standard for PoE up to 15.4W per port and the latest IEEE 802.3at standard for PoE+ up to 30W per port. On the whole, the 24-port PoE switch can greatly reduce the associated cost with smaller PoE installations in a home or small business environment. At the same time, it will allow you to expand your network to areas with no power lines. Essentially, the plug-and-play PoE switch will automatically detect whether connected devices are PoE and send power accordingly. For a 24-Port Gigabit PoE managed switch with a power budget of 360W, you need a total power per port of 30W to power an IP camera network. And you can continue to add IP cameras until you reach your budget. If you have 2 SFP ports, you can also connect to multiple switches. Keep in mind, if you exceed the power threshold and the devices aren’t getting sufficient power, they may not boot up properly. Finally, please ensure you check the power requirement for your PoE enabled device, the standard it complies to and the overall PoE budget of your installation before purchasing a 24-Port PoE switch.

poe-switch

FS S1400-24T4F 24-Port Gigabit PoE Managed Switch – 4 SFP, 400W

FS S1400-24T4F managed PoE switch comes with 24 10/100/1000Base-T RJ45 Ethernet ports, 1 console port, 2 combo port and 2 dedicated SFP ports for fiber uplinks. It offers network managers the advantage of connecting up to 24 power-hungry wireless access points, IP security cameras, LED lighting or VoIP endpoints to the network with a single wire for power and connectivity. With its robust PoE power budget of 400W, the S1400-24T4F switch supports denser deployment of PoE devices. This switch has 52Gbps switching capacity with 8K MAC address table, 9KB Jumbo Frame and 4MB Buffer Memory. Power supply is supportive as well, which is about 100-240V. This is a solidly built excellent switch from the firm with a data transfer rate of 1,000 Mb/s. What’s more, it offers configurable Layer 2+ network switching features like VLANs and fast Ring Protection Protocol(RSTP), which achieved real ring loop redundancy protection. It represents an ideal switching solution for even advanced SMBs or entry-level enterprise which demands industrial, surveillance, IP Phone, IP Camera or Wireless applications. All in all, the PoE switch provides security, performance, quality of services, central managed and other network control capabilities.

24-Port PoE Switch

Key Features:
  • 400W PoE budget available across 24 Gigabit PoE ports
  • 4 Gigabit SFP fiber ports for aggregation to the network core
  • Support various advanced management, such as WEB, CLI, TELNET, SNMP
  • Support Port-based VLAN, IEEE 802.1Q VLAN and GVRP, simplify the network planning
  • Support PoE intelligent management system, timing of PoE power supply, power online configuration, voltage and current online monitoring etc.
  • Switching capacity with 52Gbps line rate fabric for maximum throughput across all 24 ports of Gigabit Ethernet

Conclusion

PoE switch is a cost-effective solution to increase the reliability and security of networks by providing centralized backup power to all connected IP surveillance devices. Before purchasing PoE switches, try to know as more details about the switch specifications as possible and also your own needs. FS S1400-24T4F managed PoE switch is an affordable switch to support SMB switching needs for wireless converged networks and IP surveillance. If you prepare for growth and buy infrastructure for the long-term, you will find this 400W PoE power budget provides headroom for future expansion.

Related Article: Deploying 48-Port Gigabit PoE Managed Switch in Different Networks