Difference between revisions of "Microduino Enc Wired network experiment -302KIT"

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(Created page with "{| style="width: 800px;" |- | ==Outline== Project：Microduino Enc Wire Network Experiment Objective：Use the Microduino Enc module to connect the Microduino RJ45 and Microd...")
 
 
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{{Language|Microduino_Enc有线网络实验-302KIT}}
 
{| style="width: 800px;"
 
{| style="width: 800px;"
 
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==Outline==
 
==Outline==
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Project：Microduino Enc Wire Network Experiment
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Project: Microduino-Enc Wired Networking Experiment
  
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Objective：Use the Microduino Enc module to connect the Microduino RJ45 and Microduino core. In local network to control 4 LEDs and achive network control.
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Objective：Enable Microduihno-Core to connect with the network via Microduino-Enc and Microduino-RJ45, control four LED lights inside the LAN and achieve network control.
  
 
Difficulty：Elementary
 
Difficulty：Elementary
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==Bill of Materials==
 
==Bill of Materials==
 
*Microduino equipment：
 
*Microduino equipment：
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|Module||Number||Function
 
|Module||Number||Function
 
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|Microduino-Core(Microduino Core+)||1||Slave, receive control signal
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|Microduino-Core(Microduino Core+)||1||Served as the slave machine,receiving and controlling signal
 
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|Microduino FT232R ||1||Download program
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|Microduino-USBTTL(FT232R) ||1||For program download
 
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|Microduino Enc(Microduino Rj45)||2||Wireless communication  
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|Microduino Enc(Microduino Rj45)||2||For wireless communication
 
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|}
 
*Other equipment：
 
*Other equipment：
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|Network cable||one
 
|Network cable||one
 
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|micro usb data cable||one
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|micro USB cable||one
 
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|LED||Four
 
|LED||Four
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==Document==
 
==Document==
  
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Step 1：Set up router network
 
Step 1：Set up router network
  
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Power on router, and connect the PC to network.
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Power the router and connect the PC to network.  
  
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Step 2：Set up hardware
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Step 2： Build the hardware
  
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Install all Microduino module, use the extension board Microduino Duo-V for easy debugging.
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Install all Microduino modules needed and adopt the extension board Microduino Duo-V for easy debugging.
 
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Step 3：Downlaod program
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Step 3： Download program
  
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Start Arduino IED, open the Microduino example program, board type choose "Microduino Core (Atmega328P@16M,5V)", download directly.
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Start Arduino IED, open the Microduino example program and choose the board "Microduino Core (Atmega328P@16M,5V)", then download directly.
  
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Step 4：Connect the network cable
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Step 4：Connect the network  
  
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Connect the microduino RJ45 to LAN port of router.
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Connect Microduino-RJ45 to the LAN port of router.
  
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Step 5：Control the LED in loacal network
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Step 5：Wired control of the LED lights inside the LAN
  
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Open a new web page, enter into the address "myip". Microduiono networking success can enter the control interface, or can not be opened.
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Open a new page and enter the "myip" address in the program.You can only enter the control interface when Microduino connects the internet successfully. Otherwise, it can not be opened.  
 
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==Result==
 
==Result==
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Connect the Microduino core to network, control the LED by the button on web page. Press button, LED light, then press again, LED off.
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After connecting the Microduino core to the internet, you can control the switch of the LED through the graphical button on the Gateway Control Interface, achieving the network control via the button.  
  
 
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==Note==
 
==Note==
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*Microduino Enc must be used with Microduino RJ45 together.
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*Microduino-Enc must be stacked with Microduino-RJ45 for use, forming networked devices;
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*Need configure the MAC address and ip address in local network.
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*Device network connection needs to configure MAC address and IP address with Ethernet interface inside the LAN.
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==Video==
 
==Video==
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http://v.youku.com/v_show/id_XNjY1Njg5Nzcy.html
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|}
 
|}

Latest revision as of 09:18, 15 June 2016

Language: English  • 中文

Outline

Project: Microduino-Enc Wired Networking Experiment

Objective：Enable Microduihno-Core to connect with the network via Microduino-Enc and Microduino-RJ45, control four LED lights inside the LAN and achieve network control.

Difficulty：Elementary

Time-consuming：One hour

Maker：Microduino Studio-YLB

Bill of Materials

  • Microduino equipment：
Module Number Function
Microduino-Core(Microduino Core+) 1 Served as the slave machine,receiving and controlling signal
Microduino-USBTTL(FT232R) 1 For program download
Microduino Enc(Microduino Rj45) 2 For wireless communication
  • Other equipment：
Router one
Network cable one
micro USB cable one
LED Four
Bread board one
Breadboard jumper one box
302KIT-module

Document

Debugging

Step 1：Set up router network

Power the router and connect the PC to network.

Step 2： Build the hardware

Install all Microduino modules needed and adopt the extension board Microduino Duo-V for easy debugging.

302KIT-module
302KIT-system

Step 3： Download program

Start Arduino IED, open the Microduino example program and choose the board "Microduino Core (Atmega328P@16M,5V)", then download directly.

Step 4：Connect the network

Connect Microduino-RJ45 to the LAN port of router.

Step 5：Wired control of the LED lights inside the LAN

Open a new page and enter the "myip" address in the program.You can only enter the control interface when Microduino connects the internet successfully. Otherwise, it can not be opened.

Myip

Result

After connecting the Microduino core to the internet, you can control the switch of the LED through the graphical button on the Gateway Control Interface, achieving the network control via the button.

Note

  • Microduino-Enc must be stacked with Microduino-RJ45 for use, forming networked devices;
  • Device network connection needs to configure MAC address and IP address with Ethernet interface inside the LAN.

Video

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