Adaptive Network Solutions GmbH and Perytons Ltd. Introduce the First IEEE 802.15.4/ZigBee/6LoWPAN Protocol Analyzer for Sub-1 GHz ISM Bands

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Adaptive Network Solutions GmbH and Perytons Ltd. announced today the launch of the IEEE802.15.4 / ZigBee / 6LoWPAN Protocol Analyzer for both US and European Sub-1 GHz ISM bands (902-928 MHz and 863-870 MHz respectively).

Dresden, Germany and Tel-Aviv, Israel Adaptive Network Solutions GmbH, a leading system design house, specializing in concept-to-market wireless solutions, and Perytons Ltd., a leading provider of analyzers for standard and proprietary communication protocols, announced today the launch of the IEEE802.15.4 / ZigBee / 6LoWPAN Sub-1 GHz Protocol Analyzer. Covering both US and European Sub-1 GHz ISM bands (902-928 MHz and 863-870 MHz respectively), this easy-to-use, flexible tool combines both companies' expertise and is essential for developers of mesh networking solutions.

"Working close with our customers, we saw a continued demand for a flexible, comprehensive and easy-to-use analysis tool to simplify the development of wireless sensor network solutions,” said Thomas Lerm, CEO of Adaptive Network Solutions GmbH. “By teaming up with Perytons, a leading industry specialist, we were able to deliver just the right solution. The tool allows our customers to both cut development costs and reduce time to market. The new tool fits perfectly in Adaptive Network Solutions’ offering of both Sub-1 GHz and 2.4 GHz products and services.”

"Covering new technologies, protocols and frequency bands have been always among the objectives of Perytons," said Yaron Soffer – CEO and founder of Perytons Ltd. "We are excited to work with AN Solution and to tackle together the demand for a professional analysis solution for the Sub-1 GHz sensor network's market. We are confident on the immediate benefit for companies that develop, manufacture and integrate 802.15.4, ZigBee and 6LoWPAN Sub-1 GHz products by having a reliable and professional Protocol Analyzer supporting these frequency bands,” explained Yaron.

The Sub-1 GHz Protocol Analysis 30 days free evaluation version is available for download at For perpetual license pricing and other queries please contact sales(at)perytons(dot)com. The Sub-1 GHz Protocol Analyzer is designed to work on the Adaptive Network Solutions’ hardware platform and included into the newly released @ANY DESIGN Sub-1 GHz development kit. For more information, please visit:

About Adaptive Network Solutions (A.N. Solutions):
A.N. Solutions is a versatile system design house specializing in concept-to-market wireless networking solutions for energy management, building automation, and other application areas demanding intelligent wireless connectivity. A.N. Solutions help OEMs and system integrators to roll out new products on time and on budget with no in-house RF expertise by offering easy-to-use hardware and software components. Ultra-sensitive IEEE 802.15.4/ZigBee RF modules, embedded software and development tools for Sub-1-GHz and 2.4GHz license-free ISM bands enable quick and seamless technology implementation and customization. Headquartered in Dresden, Germany, the A.N. Solutions team boasts years of wireless experience, adhering to the spirit of innovation and “Made in Germany” quality. For more information, please visit

Adaptive Network Solutions GmbH
Tel.: +49 351 8134 228
Email: press(at)an-solutions(dot)de

About Perytons:
Perytons is a leading provider of analyzers for standard and proprietary communication protocols. For wireless and wire-line networks, 'Network Visibility™' is critical for quicker time to market, higher product quality, less post release expensive support and higher customer satisfaction. Perytons professional solution provides developers, implementers and field engineers with the best analysis and operation networks monitoring tools, combining advanced feature sets with rich and yet intuitive interfaces. Its offering is built for customization, allowing the support of proprietary protocols. For more information, please visit


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