The stack technology places two P/N junctions in series within one chip to achieve an optical output power increase of almost 180% compared to a single stack chip.

ams OSRAM's EVIYOS Shape redefines lighting with pixel-level precision, enabling dynamic projections, immersive entertainment, and enhanced machine vision while reducing energy use and light pollution.

ams OSRAM will demonstrate how its newest solutions are powering some of today’s most groundbreaking products at CES 2025.

ams OSRAM has introduced its new IR:6 infrared (IR) LED chip technology, which increases brightness by up to 35 % and efficiency by up to 42 % compared to the existing chip technology used in ams OSRAM IR LED emitters.

ams OSRAM has revealed the TMF8806 next-generation single-zone direct Time-of-Flight (dToF) sensor module for obstacle detection and collision avoidance in home and industrial robotics applications.

Learn all about ams OSRAM’s high-precision battery management product line, solutions and application scenarios for industrial energy storage, introduction to the high-precision AS8512 IVT sensor and more.

The OSCONIQ^® P 3737 high-power LED achieves industry-leading wall plug efficiency of 83.2 % in Hyper Red, enabling unique output levels and cost savings.

High current density, very low thermal resistance and low-profile mean that lighting equipment manufacturers can increase brightness while reducing system size.

ams OSRAM have unveiled the performance details of ams OSRAM’s OSCONIQ^® LEDs as part of a new field-of-play lighting system at the Armin-Wolf-Arena, a baseball stadium in Regensburg, Germany.

ams OSRAM, a global leader in optical solutions, today introduced the OSLON^® UV 3535 series of mid- power UV-C LEDs which meet customers’ requirements for longer lifetime, higher output power and easier system integration.