This learning project from Adafruit describes how to make your own point-and-shoot digital camera using the Raspberry Pi board. In addition, you will also need the Raspberry Pi Camera Board, a TFT touchscreen, a battery pack and a Wifi adapter to automatically transfer pictures to another PC for editing.
Make your own digital camera using Raspberry Pi - [Link]
Murata SN8200 Wireless Development Kit+ is a self-contained, Broadcom-based, 802.11 b/g/n Wi-Fi network controller module that provides serial-to-Wi-Fi connectivity to the Internet. It provides the necessary protocols for devices communicating with the Internet. In a compact size, SN8200 integrates an ARM Cortex M3-based controller, Wi-Fi BB/MAC/RF IC, RF front end, flash memory, clocks, and on-board antenna in one small form factor. The device has everything you need in setting up your own wireless network, making it ideal for applications such as stand-alone webservers, smart medical and fitness devices, and even for home automation or industrial control monitoring.
Setting up the module is fast and easy. Included on the software CD is the EZ Web Wizzard™, a custom software by Murata that supports easy web-based control. There is also a Quickstart Guide pdf for your reference. Going through theEZ Web Wizzard™ will help you process and install the Simple Network Interface Controller (SNIC) and after that you can install the drivers and start connecting to the device. Read the rest of this entry »
The Arduino compatible board to take your projects beyond your home and garden. Anywhere your imagination takes you.
Prototyping should be rapid. Putting projects together should be as easy as clicking together lego-like building blocks. SODAQ makes it so. SODAQ is a multi-feature microprocessor board that lets you connect sensors and devices to the internet, quickly and with no fuss. It’s designed for connecting things efficiently, running off-grid with built-in, ready-to-go solar power:
Getting data off a device is only half the story – it needs to go somewhere. We designed the SODAQ system to be able to communicate from anywhere, with a GPRS module and all the control code for it included from the start.
It takes the Arduino prototyping concept, makes it simpler, and extends it. No breadboarding or soldering required, but with plenty of memory, sockets, solar panel and battery control, and extra features, all on one board.
The board has built in sockets for Grove modules; a realtime clock; extended flash memory; USB on-board; and the Bee socket can take any WiFi/RF/XBee or other compatible plugin for communications instead of our GPRS module.
SODAQ: a lego-like, plug-in, rapid prototyping board - [Link]
A multifunction WiFi Shield that will boost your Arduino systems.
Have you ever wanted to include WiFi functionality into your Arduino system but been scared away by the shear cost and complexity of it. Not to mention that you normally want to have a few other things in there such as maybe an SD card to be able to give those web pages some flare, a real time clock maybe and what about some non volatile SRAM memory to store all that real time sensor data that you have to take good care of.
Arduino compatible WiFi Shield with multiple functions - [Link]
Lantronix xPico WiFi module enables to directly configure a target device via a software access point – without a need to access a client´s network.
Lantronix xPico WiFi is a new module with a dual serial port (+USB 2.0, + SPI) enabling to connect target devices into WiFi network with several features making it user very friendly. xPico WiFi is of the same miniature size like its near familiar – xPico (ethernet), which was introduced to you in the article „Do you need a chip-sized Ethernet ?” and it also has the same pinout, offering an unusual flexibility at the device designing.
As we´re already used to at products from company Lantronix – for a real usage it isn´t necessary to write a single row of code neither load any drivers. Perhaps the biggest advantage of the new module is, that it provides a simultaneous software AP (Access Point) with a DHCP server and Client mode, what means, that besides operation in WiFi as a “usual” client, it also enables a direct access – communication with other WiFi device, e,g, tablet or smartphone. It provides a huge advantage to producers regarding configuration or servicing of devices in a form of a direct access ONLY to a given device, without a need to access into a customer´s network. Safety is cared by 256 bit AES encryption and a reliable operation is guaranteed in a wide industrial operating range -40…+85°C. The module is supplied by 3.3V and serial ports are 5V tolerant. Thanks to a low power consumption can be the xPico WiFi operated even from batteries (6uA standby).
Detailed information will provide you the xPico WiFi brochure, xPico WiFi user guide and xPico integration guide. For development support there´s also available the xPico WiFi development kit.
xPico WiFi will be on stock within a few days. In case of interest, please contact us at firstname.lastname@example.org.
xPico WiFi is a dream come true for producers and customers – [Link]
Make a WiFi Weather Station With Arduino and Adafruit’s CC3000 breakout.
As open-source hardware users and makers, we love playing with new chips, boards and tools. And there is one chip which is quite popular these days: the CC3000 WiFi chip from TI. This chip comes with many promises: cheap (around $10), easy to use, low-power … It was featured in many articles around the web, but somehow it was quite hard to use with Arduino as there was no breakout board or library available. Luckily, Adafruit solved that for us with a nice breakout board and a working library for Arduino. In this article, I will show you how to use this chip for home automation purposes. Remember that weather station project? We are going to do the same: measure the temperature and the humidity. But this time we won’t display the information on an LCD screen. Instead, we will transmit the data wirelessly via WiFi to your computer and display it there. Excited ? Let’s get started!
Make a WiFi Weather Station With Arduino and Adafruit’s CC3000 breakout - [Link]
Let’s explore Arduino Yún’s unique features – Hardware review. [via]
The Yún is unique in the Arduino lineup, as it has a lightweight Linux distribution to complement the traditional microcontroller interface. It also has WiFi and Ethernet connections on board, enabling it to communicate with networks out of the box. The Yún’s Linux and Arduino processors communicate through the Bridge library, allowing Arduino sketches to send commands to the command line interface of Linux.
Let’s explore Arduino Yún’s unique features – Hardware review - [Link]
soldersplash.co.uk have just built their first prototype of Wifi DipCortex. Which is a Cortex M3 LPC1347 + TI CC3000 WiFi radio in a tiny 40 Pin dip format for easy breadboarding or adding to your product.
WiFi is something we have wanted to do for a long time, but there are a lot of technical and regulatory challenges around it. If you’re running an OS on an embedded PC like the Raspberry PI, WiFi is simple, you buy a cheap dongle and the intelligence is in the driver.For a low power embedded project where you’re not running an OS it gets a lot harder and that means it’s expensive. So the only real option is to use a WiFi module and these are normally expensive.A few months ago, whilst designing the DipCortex, we identified a module that is low cost and comes with FCC, IC & ETSI certification, saving huge costs assocaited with getting radio equipment through testing. The goal was to squeeze this module, the TI CC3000MOD, on to a board the same size as the DipCortex which was a massive challenge, as the DipCortex is sized to replace a 40pin DIP package.
WiFi DipCortex – An embedded WiFi module to power your next product - [Link]
RK-1 is a wifi enabled mobile robot that you control using your iOS or Android tablet or phone that makes your Arduino projects mobile.
The RK-1 is a fun mobile robot, that uses an ad hoc wifi connection, which is controlled using your iOS or Android device.
The control board on the robot is built on the Arduino hardware/software architecture, which is open source, and the controller software and hardware will also be available open source. The idea is to give the community the ability to make Arduino projects mobile. There is no end to what you can do- you can add sensors and actuators to this fun little device and control it remotely.
RK-1 – a wifi Arduino mobile robot for iOS & Android devices - [Link]
Compact embedded module WizFi630 enables to connect any serial RS232 device to a TCP/IP network.
However it´s not all. By supporting 3 Ethernet ports, it offers a wide variability to connect another devices to a Wi-Fi network, in various operation modes.
Novelty from company Wiznet WizFi630 module provides, besides the RS232/ Wi-Fi interface, even many other functions, which place it to a category of routers. Via 2 UART and 3 Ethernet ports it is possible connect several devices in various modes of operation: AP (Access point), Client , AP client and Gateway. These modes are best illustrated in attached picturs. For a development support, we offer you a novelty - WizFi630EVB evaluation board with complete accessories.
WizFi630 – the immediately available WiFi - [Link]