IPC announced the release of IPC-8981, a standard that establishes the first global benchmarks for the quality and reliability of e-textile wearables. This pioneering standard addresses critical challenges in product reliability, performance, and quality assurance, providing a common framework for evaluating wearables that integrate electronics directly into textile materials.
Developed by the IPC E-Textiles Wearables Standard Task Group, led by Vladan Koncar of ENSAIT GEMTEX Lab – University of Lille and Sigrid Rotzler of Fraunhofer-Institut für Zuverlässigkeit und Mikrointegration, IPC-8981 brings together international experts from both the textile and electronics industries. This multidisciplinary collaboration has resulted in a comprehensive set of guidelines that will help developers create more reliable and high-quality e-textile products.
“As the first standard of this kind, IPC-8981 provides a solid basis for e-textile developers to make their products more reliable, set quality targets, and choose relevant testing methods,” said Sigrid Rotzler.
Vladan Koncar added, “Our IPC-8981 standard and the associated test methods are essential: They help companies from both the textile and electronics sectors collaborate more effectively to develop high-quality products that are ready for market adoption.”
IPC-8981 is supported by 14 newly published IPC-TM-650 Test Methods, covering environmental and mechanical durability factors such as abrasion, perspiration, UV exposure, and washing. The standard also offers guidance on part classification, testing thresholds, and how to reduce unnecessary testing steps to streamline development.
The release of IPC-8981 marks a pivotal step forward for the e-textiles wearables industry, providing the tools needed to transform wearable electronics from promising prototypes into reliable, market-ready solutions.
For more information, please visit https://www.ipc.org
