Also you can enter your injector power volts and the current watts required by your POE device. So just POE will be fine. Make sure your power injector puts out 48 volts so that the line loss isn't that great. Standard utp cable is 24 AWG. You are 3x the standard length of m. I'm looking at a power loss calculator right now. Its all about the wire size and resistance per feet. STP actually has very slightly poorer performance. It is used only in outdoor applications where there might be a lightning strike near by like going to an outdoor access point or IP camera.
STP cable is primarily used in indoor applications where you have high electromagnetic interference. This extra shielding is required to absorb the EMI signals that would not be canceled out by the standard twisted pair methodology.
Improperly using grounding STP cable can make things worse by turning the shield into an antenna instead of a ground plane. For STP cables you want to ground the drain wire on one end with the most solid earth ground possible. I have seen the drain wire on some applications being grounded at the device end and not the switch end.
Access Points. Access Points Office access points, installed on a wall or ceiling where AC outlets are unreachable, are commonly PoE compatible to allow flexible deployment and, with relocation site surveys, best Wi-Fi coverage for employees stay connected. VoIP Phone. Others Other IP-enabled devices such as RFID readers, access controls, thin clients, alarms or sensors, are commonly PoE compatible for easy and cost saving installation even when away from AC outlets.
Edimax provides the solutions to overcome the PoE distance limitation with the following solutions:. PoE Contact Us The Edimax long range PoE solution is now available for flexible and cost-saving networking deployment. A PoE splitter supplies power to non-PoE-compatible devices by splitting power from data and feeding it to a separate input. Splitters are used on legacy and low-power devices like IP cameras to split PoE power from data signal and convert to lower-voltage requirements for the camera.
In addition, a splitter allows a non-compliant device to upgrade to PoE. A PoE extender is used to lengthen a network beyond the basic meter distance limit for a twisted-pair Ethernet cable.
Extenders unite networks that span large distances in hotels, shopping malls, business and academic campuses, and sporting venues. Industrial PoE equipment comes with stringent standards to ensure operation in extreme industrial conditions. PoE industrial equipment must have the capacity to protect against electrical decoupling, especially in electrically demanding environments, such as electrical substations.
Industrial PoE applications help developers stay competitive. For example, sensors and IP cameras allow managers to observe manufacturing floors to monitor automated equipment and employee behaviors. This watchdog capability is essential to obtaining lean manufacturing development.
PoE also facilitates large data transfer and power distribution to key areas. Following is a list of several Industrial PoE applications:. PoE lighting is a low-power, high-performance LED lighting network technology comprised of fixtures and sensors and is managed remotely using intelligent software. The control module communicates data signal and power over a twisted-pair cable. Network administrators use PoE to provide power to energy-efficient LED bulbs, using standard network cabling like Cat5e or Cat6 wiring.
LED lights have an average lifespan of about 50, hours and use only six to eight watts of power per bulb. In addition, standard networking cables are also a cost-effective alternative to the traditional electrical conduit used for wiring.
PoE lighting gives users access to smart lighting using a simple internet connection. Furthermore, it provides users the ability to remotely control their lighting systems via a mobile client device or a web browser. LED light installations will not require a professional electrical installer. IT personnel are positioned as the new electricians of the future. PoE lighting allows office users to customize their work environments with flexible lighting endlessly. Lighting controls allow end-users to mirror the features of daylight to promote health, productivity, and collaboration using a broad spectrum of optical frequencies.
With a PoE lighting system, data can be collected from motion sensors, allowing organizations to monitor better and control energy consumption. Individuals and organizations are leveraging these benefits in homes, work environments, academic settings, hospitality venues, and medical treatment facilities.
PoE is on its way to becoming THE source of electrical power in the workplace. These co-working spaces are often occupied by freelancers and independent contractors where office arrangements are never permanent.
As PoE adopts more applications beyond computer networking, it can potentially act as a shifting power source that new users can easily modify without the help of professional installers. PoE allows for flexible network designs that are simple to deploy. In addition, the practicality of PoE wiring leaves future application possibilities for PoE open for exploration.
As an increasing amount of objects and sensors connect to the internet, PoE has the potential of becoming as integral to infrastructure as electrical circuitry. This prospect seems more viable, especially with ratifying the PoE allows you to add a device in awkward or remote locations. It is suitable for IT network installations as well.
Cables for IP devices and small, out-of-the-way networks can be boosted for distances beyond m for a single device through the use of PoE injectors.
PoE can be used over existing copper telecom infrastructure. PoE is not recommended to send network data over long distances or extreme temperatures unless an industrial designation is present. PoE costs less than fiber and is delivering higher and higher data speeds. Thanks to the widespread adoption of IEEE The new IEEE High-definition streaming only requires Mbps. A network could easily stream a training video while others work and check email.
PoE has more than enough data speed to support devices in a small LAN. PoE does not require an additional power supply. The previously developed standard—IEEE The most recently developed standard—IEEE PoE can support a huge range of devices, and that list is expanding.
In fact, manufacturers are developing network devices with the convenience of PoE in mind. PoE technology works indoors and outdoors. In places where there are extreme temperatures, installers keep cables and devices in protected areas like under the eaves or in the shade. Even the latest standard, IEEE These are devices not manufactured to PoE standards. These devices may be added to a PoE network inexpensively through the use of a PoE splitter. Poe PoE PoE costs less to install than fiber cabling.
Since both the PoE networking equipment and compatible devices are also becoming plug-and-play, PoE is making network upgrades feasible from both a budgetary and IT resource perspective. And because power delivery is through the cable, there is no need to hire a contractor to install an electrical outlet for a remote device.
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