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  • How to Monitor Sensors/Devices via WebSocket

    How to Monitor Sensors/Devices via WebSocket

    Advantage of Monitoring via WebSocket
    • Useful to monitor states of sensors/devices in a long period of time without reloading webpage.
    • Data can be sent by server in real-time
    • Reduce network latency and overhead.

    How to Monitor via WebSocket

    This kind of method requires two kind of code:
    • Code run in system loop :
      • Acts as WebSocket server,
      • Reads state from sensors/devices,
      • Send it to WebSoket Client via Websocket.
    • Web App code: this code contains:
      • HTML and CSS code
    ...
    See more | Go to post
    Last edited by support; 02-09-2018, 09:09 AM.

  • Arduino - TCP IPv6 Chat Server

    Arduino - TCP IPv6 Chat Server

    What is TCP?

    TCP is abbreviation of Transmission Control Protocol. TCP is one of the popular protocols in Internet. To exchange data between two devices using TCP protocol, one device acts as TCP server, the other acts as TCP client. TCP server listens to wait for TCP connection request from TCP client. TCP Client actively make request for TCP connection to TCP server.

    IPv6 is abbreviation of Internet Protocol version 6, the most recent version of the Internet Protocol...
    See more | Go to post

  • PHPoC - Configuring Network Information via Web

    PHPoC - Configuring Network Information via Web

    This example show how to create an Web app that allows to check and config network information (e.g MAC address, IP addess, ...) remotely via Web browser.


    Hardware
    • PHPoC Blue (+ USB WLAN) or PHPoC Black (+ Ethernet cable)
    • Micro USB to USB Cable (to upload source code to PHPoC Device)


    Quick Steps

    Source code of this example is a part of PHPoC Support Packet (PSP). You need to:...
    See more | Go to post
    Last edited by support; 09-04-2018, 11:31 AM.

  • LED - Blinking LED

    LED - Blinking LED

    Tutorial Video



    Hardware

    About Built-in LED

    There are some LEDs are built-in on PHPoC board. This helps user quickly get started without wiring anything. These LED were already connected to IO pin of PHPoC device.

    How to control built-in LED:
    • These LEDs are turned ON by setting IO pin of PHPoC device to LOW (0 V).
    • These LEDs are turned
    ...
    See more | Go to post
    Last edited by support; 02-09-2018, 09:00 AM.

  • LED - Controlling LED from Webpage using Hypertext

    LED - Controlling LED from Webpage using Hypertext

    Tutorial Video



    Hardware
    • PHPoC Blue (+ USB WLAN) or PHPoC Black (+ Ethernet cable)
    • Micro USB to USB Cable (to upload source code to PHPoC Device)


    About Built-in LED

    There are some LEDs are built-in on PHPoC board. This helps user quickly get started without wiring anything. These LED were already connected to IO pin of PHPoC device.

    How to control built-in LED:
    • These LEDs are turned ON by setting IO pin of PHPoC device to LOW
    ...
    See more | Go to post
    Last edited by support; 02-09-2018, 08:59 AM.

  • LED - Controlling LED from Webpage with Image

    LED - Controlling LED from Webpage with Image

    Tutorial Video



    Hardware
    • PHPoC Blue (+ USB WLAN) or PHPoC Black (+ Ethernet cable)
    • Micro USB to USB Cable (to upload source code to PHPoC Device)


    About Built-in LED

    There are some LEDs are built-in on PHPoC board. This helps user quickly get started without wiring anything. These LED were already connected to IO pin of PHPoC device.

    How to control built-in LED:
    • These LEDs are turned ON by setting IO pin of PHPoC device to LOW
    ...
    See more | Go to post
    Last edited by support; 02-09-2018, 08:59 AM.

  • LED - Controlling LED via WebSocket

    LED - Controlling LED via WebSocket

    Tutorial Video



    Hardware
    • PHPoC Blue (+ USB WLAN) or PHPoC Black (+ Ethernet cable)
    • Micro USB to USB Cable (to upload source code to PHPoC Device)


    About Built-in LED

    There are some LEDs are built-in on PHPoC board. This helps user quickly get started without wiring anything. These LED were already connected to IO pin of PHPoC device.

    How to control built-in LED:
    • These LEDs are turned ON by setting IO pin of PHPoC device to LOW
    ...
    See more | Go to post
    Last edited by support; 02-09-2018, 08:59 AM.

  • Buzzer - How to Use Buzzer

    Buzzer - How to Use Buzzer

    Tutorial Video



    Hardware
    • PHPoC Blue or PHPoC Black
    • Micro USB to USB Cable (to upload source code to PHPoC Device)
    • Piezo Buzzer
    • Jumper Cable


    About Buzzer

    Buzzer is used to make sound, tone and alerts. The buzzer used in this example includes three pins:
    • VCC pin.
    • GND pin.
    • Signal pin (receives the control signal from controller).
    How the buzzer works:
    • If generating a square wave of the specified frequency (and 50% duty cycle) on signal
    ...
    See more | Go to post
    Last edited by support; 02-09-2018, 09:03 AM.

  • Buzzer - Controlling Buzzer from Webpage using Hypertext

    Buzzer - Controlling Buzzer from Webpage using Hypertext

    Tutorial Video



    Hardware
    • PHPoC Blue (+ USB WLAN) or PHPoC Black (+ Ethernet cable)
    • Micro USB to USB Cable (to upload source code to PHPoC Device)
    • Piezo Buzzer
    • Jumper Cable


    About Buzzer

    Buzzer is used to make sound, tone and alerts. The buzzer used in this example includes three pins:
    • VCC pin.
    • GND pin.
    • Signal pin (receives the control signal from controller).
    How the buzzer works:
    • If generating a square wave of the specified frequency
    ...
    See more | Go to post
    Last edited by support; 02-09-2018, 09:02 AM.

  • Buzzer - Controlling Buzzer from Webpage with Image

    Buzzer - Controlling Buzzer from Webpage with Image

    Tutorial Video



    Hardware
    • PHPoC Blue (+ USB WLAN) or PHPoC Black (+ Ethernet cable)
    • Micro USB to USB Cable (to upload source code to PHPoC Device)
    • Piezo Buzzer
    • Jumper Cable


    About Buzzer

    Buzzer is used to make sound, tone and alerts. The buzzer used in this example includes three pins:
    • VCC pin.
    • GND pin.
    • Signal pin (receives the control signal from controller).
    How the buzzer works:
    • If generating a square wave of the specified frequency
    ...
    See more | Go to post
    Last edited by support; 02-09-2018, 09:02 AM.
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  • Arduino - RS-485 Expansion Board
    by support
    PES-2607 is an easy-to-use RS422/RS485 Expansion Board for Arduino Uno and Mega, which allows Arduino to exchange data with serial device via RS422 or RS485.
    Especially, Arduino does NOT use UART pins to communicate with RS422/RS485 expansion board. Therefore, users can use Arduino UART pins for other purposes.
    Moreover, A single Arduino Uno/Mega can communicate with multiple RS422/RS485 expansion boards (up to 14) without using Arduino UART pins.

    Library and examples for...
    11-13-2018, 02:45 PM
  • Arduino - RS-422 Expansion Board
    by support
    PES-2607 is an easy-to-use RS422/RS485 Expansion Board for Arduino Uno and Mega, which allows Arduino to exchange data with serial device via RS422 or RS485.
    Especially, Arduino does NOT use UART pins to communicate with RS422/RS485 expansion board. Therefore, users can use Arduino UART pins for other purposes.
    Moreover, A single Arduino Uno/Mega can communicate with multiple RS422/RS485 expansion boards (up to 14) without using Arduino UART pins.

    Library and examples for...
    11-13-2018, 02:44 PM
  • Arduino - RS-232 Expansion Board
    by support
    PES-2606 is an easy-to-use RS-232 Expansion Board for Arduino Uno and Mega, which allows Arduino to exchange data with serial device via RS-232.
    Especially, Arduino does NOT use UART pins to communicate with RS-232 expansion board. Therefore, users can use Arduino UART pins for other purposes.
    Moreover, A single Arduino Uno/Mega can communicate with multiple RS-232 expansion boards (up to 14) without using Arduino UART pins.

    Library and example for the RS-232 expansion board...
    11-13-2018, 02:43 PM
  • Arduino - Stepper Motor Controller
    by support
    PES-2605 is an easy-to-use stepper motor controller for Arduino Uno and Mega, which uses micro-stepping method to precisely control stepper motor.
    Library and example for the stepper motor controller are part of of PhpocExpansion library for Arduino. The library reference is available here.

    This tutorial shows how to use the step motor controller with an example of PhpocExpansion library for Arduino.


    Hardware Required...
    11-13-2018, 02:41 PM
  • Arduino - DC Motor Controller
    by support
    PES-2604 is an easy-to-use DC motor controller for Arduino Uno and Mega.
    Library and example for the DC motor controller are part of of PhpocExpansion library for Arduino. The library reference is available here.

    This tutorial shows how to use the DC motor controller with an example of PhpocExpansion library for Arduino.


    Hardware Required...
    11-13-2018, 02:40 PM
  • Arduino - Digital Input Board
    by support
    PES-2602 is an easy-to-use 4-port Input Expansion Board for Arduino Uno and Mega, which allows Arduino to monitor state of DC electric device. In addition, it can monitor NPN, PNP and dry contact(relay).
    Library and example for the 4-port input expansion board are part of of PhpocExpansion library for Arduino. The library reference is available here.

    This tutorial shows how to use 4-port input expansion board with an example of PhpocExpansion library for Arduino.

    ...
    11-13-2018, 02:39 PM
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