As plug-and-play solutions, TI’s 6LoWPAN devices require little RF expertise and can be set up using standard IP socket programming to quickly add wireless and internet connectivity to networks. They support hundreds of hops, enabling the development of wireless mesh networks with large network depth using only one gateway. For example, light poles on a city street could be wirelessly connected and managed using one gateway, based on TI’s 6LoWPAN sub-1 GHz solutions. The 6LoWPAN system would enable city planners to monitor bulb replacements or outages and ensure proper lighting for drivers if weather conditions change. Self-healing capabilities of TI’s solutions would also assist in efficient monitoring of the network – if a node went out, other nodes would find another way through the network to maintain the connectivity.
“Adding wireless capabilities to network security systems, smart meters, street lights and other applications can be expensive and can require extensive RF knowledge,” said Mark Grazier, product marketing, Low-Power RF, TI. “Our plug-and-play 6LoWPAN sub-1 GHz solutions help developers overcome these potential roadblocks and add wireless capabilities with standard IP socket programming. This enables quick set up of 6LoWPAN networks that provide low-power, reliable wireless Internet connectivity for the management and monitoring of various services and system.”
“With top-notch functionality that requires minimal development effort, TI’s new solutions make it easy to add 6LoWPAN functionality to new or existing products,” said Adam Gould, Chief Executive Officer, Sensinode. “We are proud to work with the TI team to integrate Sensinode’s mature and proven 6LoWPAN NanoStack 2.0 Lite onto TI’s market-leading sub-1 GHz RF ICs. Together, we now provide a compact software solution with flexibility and ease of use in customer-developed environments or deployed using our NanoService Platform for M2M and Embedded Web applications.”