Good news comes frequently! ams-OSRAM wins multiple industry awards

Winning product: Mira 220 global shutter image sensor

Demand for VR and augmented reality devices is growing in emerging markets as manufacturers design products such as smart glasses to be smaller, lighter and more comfortable to wear. Mira220 brings new momentum to the market. With extremely low power consumption and high sensitivity at the 940nm wavelength, it not only reduces the size of the sensor itself, but also allows manufacturers to shrink the battery.

Mira220 uses advanced backside illumination (BSI) technology, giving it very high sensitivity and quantum efficiency, with a pixel size of 2.79μm. The sensor has an effective resolution of 1600px x 1400px, a maximum bit depth of 12 bits, and an optical format of 1/2.7”.

The sensor supports on-chip operations such as external triggering, windowing, and horizontal or vertical mirroring. The MIPI CSI-2 interface can be easily connected to the processor or FPGA, and on-chip registers can be accessed through the I2C interface to easily configure the sensor. Digital Correlated Double Sampling (CDS) and line noise correction deliver excellent noise reduction performance.

This sensor combines excellent optical performance with low-power operation. Through 3D sensing technologies such as structured light or active stereo vision, it can realize functions such as eye movement and gesture tracking, object detection, depth mapping, etc. Mira220 will promote the application of 2D or 3D sensing in augmented reality and virtual reality products, drones, robots and Industrial applications such as self-driving cars and in consumer devices such as smart door locks.

At the same time, Mira220 has high quantum efficiency, which enables device manufacturers to reduce the output power of near-infrared illuminators used with image sensors in 2D and 3D sensing systems, thereby reducing overall power consumption. As a result, manufacturers of wearable and portable devices can specify smaller batteries to save space or extend the use time after charging.

Award-winning product: TMF882x series multi-zone dToF module

ams-Osram's multi-zone dToF modules TMF8820, TMF8821 and TMF8828 can divide the detection range into multiple zones to capture more quantity and higher quality information. As a result, the “sense” of autonomous robots is greatly improved, allowing early detection of potential obstacles. In addition, the new modules are designed to be compact and easy to integrate, providing system manufacturers with greater design flexibility. Used for multi-area and multi-target detection, with wider field of view (FoV) and wider detection range.

Award-winning product: ams OSRAM Smart Wear-intelligent vital signs and blood oxygen saturation monitoring solution

Thanks to the rapid development of LED technology, equipment components such as optical sensors have repeatedly reached new heights in the field of monitoring, making health monitoring functions popular in wearable smart devices. Moreover, due to their compact size, easy portability, and health benefits Advantages such as monitoring efficacy are recognized by more and more people. ams-OSRAM equips wearable devices with professional-grade optical components to help companies create high-precision, high-quality smart wearable devices that meet the threshold of medical applications.

SFH 7016, a 3-in-1 emitter with high luminous efficiency specially developed for life status monitoring:

The ams OSRAM Multi CHIPLED® family SFH 7016 products are widely used in health monitoring applications, continuously collecting data and issuing timely alarms, and providing accurate non-invasive measurements over a long period of time. Multi CHIPLED®, SFH 7016 uses a transparent epoxy resin STM package and provides matching tape and reel packaging for easy assembly; it has three versions of red (655nm), green (530nm) and infrared (940nm) emitters. The emitters support independent control and are easy to match with products; the compact shape of 1.85mm X 1.65mm X 0.6mm also adds more flexibility to product design.

At the same time, ams-OSRAM has developed a highly competitive blood oxygen saturation monitoring solution. In 2020, the COVID-19 global pandemic has made the need for vital signs and blood oxygen monitoring more urgent. Blood oxygen saturation refers to the oxygen content in human blood, which is normally above 95%. In the early stages of reduced blood oxygen saturation, symptoms such as drowsiness, lack of energy, and memory loss will appear. Continued low blood oxygenation will lead to insufficient oxygen supply to the body and damage human health. Low blood oxygen is also an early symptom before some high-risk COVID-19 patients develop difficulty breathing. Continuous monitoring of blood oxygen and prompt warnings can help users or medical staff respond quickly to protect life and health.

AS7038RB: Ultra-thin blood oxygen saturation measurement sensor

In vital sign monitoring applications, ams-OSRAM’s wide range of innovative technologies can now support: