What is Ethernet Arduino®?
Ethernet Arduino® is any pairing of the Arduino® board with the Ethernet port. This pairing is usually done using a microcontroller with an integrated Ethernet port or adding an Ethernet shield to another board. Arduino® is a platform with an open source code designed for fans and professionals to be used to quickly create electronic devices. Ethernet Arduino® adds a high -speed network function to this platform. Adding a network connection allows these devices to transmit data at a much higher speed than possible. WebDuino is a software package that allows the microcontroller to start the web server using the Ethernet connection. This webserver hosts the site on a microcontroller that can be used to record data from the device, remotely control or both. Webduino with Ethernet is particularly useful for the remotely accessible NSOR sepole.
In addition to the exi web hostingStains several other uses for high -speed connected Ethernet Arduino®. For example, webcams are easy to manage through Ethernet support, but impossible using many slower connections. Other devices use bandwidths to transmit or relax other transmissions; For example, the Ethernet Arduino®, which was also equipped with a wireless receiver, could monitor wireless activity in the area inaccessible to the computer or the basic station to which it was connected. The device would differ from a simple repeater in that the comprehensive processing of the signals it monitored and to determine what actions to take a case from a case.
Along with these benefits comes Ethernet Arduino® with some significant restrictions. In order to transmit these rates, the device must be connected by the network cable. The cable is relatively stiff, so the platform is unsuitable for most mobile applications. Robotic remote control projects are almost impossible. InEthernet Arduino® is only desirable when the machine needs a high -speed connection if it is not in motion.
Other Arduino® options include serial and USB connections as well as wireless protocols such as WiFi® and Xbee®. USB and serial connections are most commonly used with devices that need connection only for occasional reprogramming. Devices that require constant connection, but also need to maintain mobility, are generally equipped with wireless interfaces. This interface is also used in cases where cable connection is impractical or impossible, such as an outdoor weather station that must report data back to an indoor computer or other device. Although they have less restrictions than Ethernet, inventors sometimes avoid wireless touring because of their higher cost and energy consumption.