Wi-Fi (3.3V) EZ Web Lynx Development Kit

EZ Web Lynx development kits help get your products to market fast.

The EZ Web Lynx-WiFi development kit includes all hardware, software and documentation needed to speed integration of EZ Web Lynx-WiFi modules into your design. Monitor and control analog and digital I/O on the docking station using custom HTML tags. Use the IDE to develop custom dynamic web pages and send alarm/status emails simply by programming in HTML. Complete documentation includes design examples for temperature monitoring, using conditional HTML tags and controlling pin I/O.

Price: $179.00
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Adds wireless monitoring and control capability to your products

  • 802.11 b radio compatible with g/n provides access to data gathered by EZ Web Lynx
  • Higher performance MCU than previous EZ Web Lynx with additional PWM channels for more demanding applications
  • Serves custom HTML dynamic web pages for displaying data
  • Sends email notifications of event driven alarms and/or daily status

Interfaces to analog and digital sensors, switches, relay drivers, motor drives and controls

  • 17 total pins for digital I/O, analog inputs, I2C interface, serial communication, PWM and timer channels
  • All pins can be used for digital I/O, 6 for analog inputs, 2 for I2C interface, 2 for serial communication, 4 for PWM and 4 for timers
  • Analog inputs have a range from Vdd to GND and a resolution of (Vdd-GND)/256
  • I2C pins communicate with Dallas sensors to monitor temperature in Fahrenheit to Celsius
  • Configurable serial capture buffer allows EZ Web Lynx to automatically capture a specific frame of serial data based on user specified start and stop conditions
  • 256 8-bit volatile and non-volatile registers are provided for data storage

Reduces development time and cost to get your products online

  • Integrated web server and 802.11 transceiver bridges I/O to wireless router, reducing hardware and software development time
  • Uses custom HTML tags to access and control all device I/O, PWM and timer channels, etc
  • Serial AT command interface allows user to configure and operate the device without the need of a network connection
  • UDP server interface included with EZ Web Lynx to accept AT commands and works with the EZ Web Lynx IDE to configure the device
  • HTTP CGI interface commands can be issued to the EZ Web Lynx using HTTP CGI GET and POST commands

Easily integrated into networks

  • EZ Web Lynx permits full modification of its networking settings, allowing it to be used in a variety of network environments

Device configuration protected from unauthorized modification

  • Device Lock password protects EZ Web Lynx from changing the configuration of the device
  • Pin Lock allows I/O pins to be individually locked in their current state to prevent mode configurations from being modified

Features IEEE 802.11b radio compatible with g/n

  • 1 and 2 Mbps data rate
  • Channels individually selectable or domain restricted

Access point detection and connection

  • Operates in infrastructure mode
  • Scan for available access points and return SSID, security type and signal strength
  • Connect by specifying an SSID with security options
  • Supports automatic connection to open access point with strongest signal
  • Auto reconnection if signal is lost

WLAN encryption options

  • WEP 64 and 128-bit encryption (WPA)
  • AES-CCMP hardware implementation as part of the 802.11i security standard (WPA2)
  • Open

Development Kit Includes:

  • One EZ Web Lynx WiFi module
  • Docking Station - Hardware platform for programming and development *
  • 9V Power Supply
  • Host Ribbon Cable
  • Serial to PC Cable
  • RF Antenna Cable
  • Antenna
  • EZ Web Lynx Integrated Development Environment (IDE) Software
  • User Manual

* Docking Station Features:

  • 20-pin connector for EZ Web Lynx WiFi module
  • Terminal block for user access to module I/O pins
  • Connector for 2 x 16 character LCD module (LCD module not included)
  • RS232 level converter and serial connector with isolator DIP switch for communication to PC
  • Potentiometer for emulation of analog inputs
  • Pushbuttons for emulation of digital inputs
  • Dallas DS1631 temperature sensor with isolator DIP switch
  • Indicator LEDs to monitor module I/O
  • Two octal DIP switches for isolation and steering of on-board analog and digital inputs to module pins
  • Connector for In-Circuit Debugger/Programmer used for firmware updates or custom firmware development (ICD-U64 In-Circuit Debugger/Programmer sold separately)

Board Layout