Anaren AIR CC2530 BoosterPack kit for ZigBee applications
What exactly is a CC2530 BoosterPack kit? The CC2530 AIR Module BoosterPack kit (Anaren part no: A2530x24A-xxx) is a development tool that enables design engineers to quickly develop wireless applications for ZigBee Standard applications -- using Texas Instruments popular MSP430 or Stellaris ® LaunchPad development kits. Retailing for approximately $99USD each, and ordinarily available through Anaren's authorized AIR module distributors (including Farnell), this BoosterPack kit features Anaren Integrated Radio (AIR) modules based on TI's CC2530 low-cost, low-power RF chip. Running a unique firmware solution (based on TI's Z-Stack), the kit allows the user to quickly set up a basic ZigBee network "out of the box" and then begin developing a custom application, using AIR-ZNP (simple API, 30+ commonly used code examples, etc.)
Contents of each of these 10, free CC2530 BoosterPack kits
Each CC2530 BoosterPack kit includes three A2530E24A AIR Module BoosterPacks, for connection to TI's MSP430 or Stellaris LaunchPad development kits (not included)
Each BoosterPack includes an on-board MSP430G2553IN20 Value Line microprocessor, pre-flashed with Anaren's AIR-ZNP firmware (based on TI's Z-Stack for the ZigBee Standard)
For Stellaris operation, simply remove the MSP430 MCUs, and load the Stellaris firmware via USB from the included CD
CD contains all the software, MSP430 & Stellaris drivers, application notes, Quick Start Guide, and more to get started
Includes one 2xAA Battery Holder for remote operation
Again, please note: The MSP430 or Stellaris LaunchPad kit needed for operation of this BoosterPack kit is not included and should be sourced via TI's e-store or one of TI's stocking distributors (including Farnell). More specifically, you will need 3 MSP430 LaunchPad boards or 3 Stellaris LaunchPad boards -- to operate the 3 BoosterPacks included in this kit.
What will you need to supply in order to operate your free CC2530 BoosterPack?
In order to use this kit, you will need three (3) of your own Texas Instruments MSP430 LaunchPad kits or Stellaris LaunchPad kits - either of which are available through TI's authorized distributors (including Farnell) or through TI's e-store. Additionally, you will need a PC and may want to have a soldering iron, solder, an x-jumper, and USB battery. In addition to the LaunchPad links above, more information on TI's LaunchPad development tools (including design resources, User Guides, videos and design files) all available at TI's LaunchPad wiki or LaunchPad portal.
If MSP430 is your MCU of choice, you will need three MSP430 LaunchPad kits (not included) to operate the 3 BoosterPacks included in this kit.
OR, if you prefer the Stellaris MCU -- you will need three Stellaris LaunchPad kits (not included) to operate the 3 BoosterPacks included in this kit.
To learn more about the CC2530 BoosterPack kit or the A2530x24x AIR module that this kit demonstrates - please use these reference links or contact AIR@anaren.com.
I had no idea I'd been selected for this until I got home from vacation and found an unexpected package. Thanks. I'll get onto the review as soon as I can.
Thank you all for applying. This RoadTest is now closed. We are pleased to announce the following members that have been selected to receive this Road Test:
Todd Hamilton
Goran Sander
David Sancho Cohen
David Murphy
Shobhit Kukreti
Tiit Ratsep
Zak Rasmussen
Randal Riedinger
Jose Antonio Noda
Cristina Harrison
Congratulations! Your product will be shipped to the address each of you provided when you applied for this RoadTest. As a reminder, element14 and our supplier partners send these products free-of-charge because we place high value upon your unbiased, detailed product review. Please post your review back here within 3-6 weeks of receiving your item.
For those who were not selected to win this product, we have new Road Tests open for applicants
Ah, I should have made myself clearer. The zigbee nodes would be for gathering and reporting small amounts of data / information. Then the Pi would be a controller and provide a gateway so that data can be viewed remotely. I'm thinking about home automation (to improve efficiency,) and also monitoring the effectivness of solar heating for the garage.
There is a section on the wiki http://www.anaren.com/air-wiki-zigbee/Main_Page covering the module interface and not using the supplied drivers, so with some effort I don't see why they can't run on any processor with enough resources.
I'd be tempted to get it running on an AVR, or maybe even a raspberry PI. I'd like to make a zigbee network with the PI as a controller for gollecting the data and providing web access.
Top Comments
Hi,
Is it possible to use a mix of MCU? For example, 2 MSP430 Launchapds and one Stellaris Launchpad?
Thanks