A new 6-axis IMU delivers premium-grade optical image stabilization with higher precision, lower power use, and a compact form—making pro-quality photography possible on mainstream smartphones, tablets, and cameras.
TDK has introduced its latest SmartMotion ICM-536xx family of high-performance 6-axis inertial measurement units (IMUs), designed to bring premium-grade optical image stabilization (OIS) to a broader range of smartphones, tablets, and cameras. The new solution enables crisp, blur-free photography and videography—even in challenging low-light scenarios—by countering hand shake and motion during capture.
The key features are:
- Supports up to 6.4 kHz output data rate (ODR)
- Offers up to 20-bit data resolution for precise motion tracking
- Thin, power-efficient design for compact consumer devices
- Delivers premium stabilization quality while lowering cost and footprint
By addressing historical OIS adoption barriers such as sensor size, power consumption, and cost, it opens the door for mid-range and mainstream devices to feature advanced stabilization capabilities traditionally reserved for flagship models. The compact design and low power profile mean device makers can deliver professional-grade photo and video clarity without compromising form factor or battery life.
For consumers, this translates into sharper images and smoother videos across a variety of use cases—ranging from handheld low-light shots to high-zoom or long-exposure photography. Whether for casual users or professional content creators, it ensures consistent, high-quality results, enabling more creative freedom without the need for tripods or gimbals.
“OIS has been a premium feature historically reserved for high-end smartphones, due to the cost, size, and power consumption of the required sensor technology,” said Pankaj Aggarwal, VP and GM of Consumer and Industrial Motion Sensor Business at InvenSense, a TDK Group company. “TDK’s new ICM-536xx family addresses these challenges head-on, offering a thinner, power-efficient, and mainstream solution without compromising on performance.”
