Complete hardware and software kit helps LED lighting manufacturers add control with remote or cloud connectivity

Oct. 16, 2013 (DALLAS) – Texas Instruments (TI) announced the availability of a ZigBee Light Link development kit that simplifies the development and control of wirelessly connected LED lighting products. The new kit includes a remote control and supports smartphone and tablet connectivity through gateways including Ninja Blocks, cloud-enabled computers based on the BeagleBone open-source computer platform powered by TI’s Sitara AM335x ARM processors. Through simplified control, users are able to dynamically configure colors, groups and scenes. With a simple connection to a cloud gateway, the new kit makes it easier to connect LED bulbs and other lighting products to the Internet of Things (IoT) using ZigBee networking.

For consumers, a ZigBee wirelessly connected lighting system delivers richer user interfaces and more flexible control on top of the basic on, off and dim operations. There is absolute flexibility to place and move switches and other controls anywhere in the home versus wire-controlled products. This enables the design of lighting systems for home and office environments that allow individual task lighting for desk, table or countertop to be placed anywhere. Additionally, through use of a gateway, users can control lighting from anywhere using a smartphone or tablet app.

TI’s ZigBee Light Link development kit includes everything designers need to get new lighting products to market quickly:

• Three Zlights programmed as ZigBee Light Link color lights. The Zlights are based on the SimpleLink CC2530 wireless MCU and also include TI’s TPS62730 DC/DC converter.
• One ZigBee Light Link color scene remote control. The remote is based on the SimpleLink CC2531 wireless MCU and also includes TI’s TPS76933 LDO and TPS62290 DC/DC converter.
• Optional CCdebugger to program and debug the system.
• TI Z-Stack ZigBee software that supports the latest ZigBee stack and is ZigBee Light Link 1.0-ready.

For more information, visit www.ti.com.