Wearable technology — or “wearables” — represents one of the fastest-growing sectors in the global Internet of Things (IoT) ecosystem. From smartwatches and fitness trackers to smart glasses and intelligent apparel, these connected devices are redefining how people interact with technology, AI, and their environment.

Driven by advancements in flexible electronics, miniaturized sensors, and data analytics, wearables are increasingly integrated into healthcare, sports, logistics, education, entertainment, and enterprise productivity. The global wearables market, valued at approximately $63 billion in 2024, is projected to exceed $111 billion by 2027, propelled by demand for real-time health data, personalization, and immersive digital experiences.

As mobile and portable computing evolves, so does the demand for faster, more efficient storage solutions. That’s why universal flash storage (UFS) was pioneered. Created by JEDEC as a new standard, UFS was built in the pursuit of similar performance levels of embedded storage options. However, every memory technology has its benefits and limitations. In this article, we’ll compare UFS against eMMC, as well as traditional secure digital (SD), microSD and microSD Express cards, highlighting its key performance niches and providing something of a benchmarking standard for the technology.

When correctly configured for embedded applications, LPDDR4 designs provide an attractive alternative to traditional DRAM designs. Signal integrity, power delivery, routing, and decoupling are all major concerns, and LPDDR4 can be used to optimize performance and reduce power consumption in embedded applications.

In this design guide, you’ll get a complete step-by-step walkthrough to properly design and validate high-end LPDDR4 applications for superior stability and functionality.

As mobile phones, tablets, and wearable devices become more sophisticated, so do their memory and power requirements. The real challenge lies in designing a layout that makes the most of the available resources, while minimizing the physical space required. This design guide provides a detailed explanation of how you can configure Lexar Enterprise eMMC memory with exceptional performance for next-generation devices.