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38 DESIGN007 MAGAZINE I FEBRUARY 2025 Miniaturized Implantable Devices UHDI technology plays a transforma- tive role in the development of miniaturized implantable devices by addressing the chal- lenges of size, functionality, and performance in biomedical applications. Its ability to enable high-performance electronics in com- pact, biocompatible designs opens new pos- sibilities in healthcare. • Compact form factor: UHDI allows the creation of ultra-compact, implantable BCIs that are less invasive and more com- fortable for patients. • Lightweight designs: e miniaturization reduces the physical burden on users, par- ticularly in wearable or implantable neuro- tech devices. • Applications: › Implantable BCIs for restoring motor functions in paralyzed patients › Neuromodulation devices for treating conditions like epilepsy, Parkinson's dis- ease, and chronic pain Advanced Signal Processing UHDI technology is pivotal in advancing sig- nal processing capabilities within miniaturized and high-performance devices. By enabling the integration of dense, efficient, and high-speed interconnects, UHDI supports real-time, accu- rate signal acquisition, filtering, and analysis in applications ranging from medical implants to industrial systems. • Integrated electronics: UHDI supports the integration of powerful signal process- ing units directly into the neural interface, reducing latency and improving real-time performance. • Edge computing capabilities: Localized processing of neural signals allows BCIs to operate efficiently without relying on external computing resources. • Applications: › Closed-loop systems for adaptive stimu- lation based on real-time feedback › Cognitive augmentation and enhance- ment technologies Flexible and Biocompatible Designs UHDI technology is revolutionizing flexible and biocompatible designs, enabling advanced applications in medical implants, wearable devices, and other systems requiring seam- less interaction with biological environments. UHDI combines high-density interconnect capabilities with flexible and biocompatible materials, overcoming challenges of miniatur- ization, adaptability, and long-term safety.