Silicon Labs (NASDAQ: SLAB) has announced the release of a conforming Thread mesh networking stack that has successfully passed testing based on the Thread 1.1 technical specification. Developers using the new Thread 1.1-conforming stack running on Silicon Labs' wireless SoCs and wireless modules can submit their Thread-enabled products for conformance testing using Thread test resources to ensure conformance based on the 1.1 standard. Originally released in July 2015, the Thread specification has undergone significant enhancements including the addition of new capabilities such as channel agility and master key change. All Thread-enabled products will be evaluated against the new Thread 1.1 hardware test bed and test harness to ensure conformance. The Thread Group's test program is managed by the independent UL test lab, which provides rigorous testing for Thread-based products to ensure they work together seamlessly and securely. As a founding member of the Thread Group and holding the chair of the Group's technical committee, Silicon Labs has been instrumental in defining and developing the Thread specification. Silicon Labs introduced its Thread protocol stack to the market in July 2015. Hundreds of customers are now evaluating Silicon Labs' Thread stack and extensive development tools, and several key customers are actively developing connected home products they plan to launch when the certification program opens. "Thread technology continues to gain traction as the leading IP-based mesh networking solution for the IoT," said Skip Ashton, Vice President of Software at Silicon Labs and Vice President of Technology for the Thread Group. "The release of Thread stacks conforming to the Thread 1.1 specification is welcome news for the connected home market and for hundreds of companies seeking to develop and certify Thread-enabled products. As the market leader in mesh networking silicon and software, Silicon Labs has more than a decade of experience in helping customers and ecosystem partners develop and certify their mesh networking products."