6.7 mm Smaller Footprint e.MMC
Winning Reason
Introducing the world’s first 6.7mm ultra-thin e.MMC, a breakthrough storage solution meticulously engineered for the multi-billion dollar wearables market. Departing from the bulk and high energy demands of traditional e.MMC, this compact chip seamlessly integrates into ultra-slim frames, making it the ideal storage solution for space-constrained devices like smart glasses and AR eyewear. Featuring Auto Power-Saving technology, it reduces power consumption by up to 70% under real-world workloads, significantly extending battery life. Built with 3D TLC NAND and high-reliability firmware, it minimizes failure rates and electronic waste, setting a new standard for sustainable tech.
Product Feature
This product is the industry’s first and world’s smallest 6.7 mm e.MMC, with an ultra‑compact 6.7 x 7.2 x 0.65 mm 125‑ball FBGA package about 67% smaller than standard e.MMC, ideal for next‑generation smart wearables where every millimeter and milliwatt count. The ultra‑thin 0.65 mm z‑height is tailored for slim smart‑glasses frames, blending seamlessly with technical, ergonomic, and aesthetic requirements. It pairs with discrete LPDDR and major SoC platforms to create a highly integrated, space‑efficient memory subsystem. Power‑optimized firmware with Auto Power‑Saving Mode accelerates transitions from Active to Idle, delivering up to ~70% power savings to extend battery life in always‑on workloads.