Automotive lighting is transitioning from mild bulbs to LEDs. In a latest submit on the ams OSRAM Innovation Portal, Dr. Jorg Strauss, who will lead the corporate’s LED, IRED and laser enterprise from August 2026, argues that the actual worth of optical expertise in automobiles comes from methods that mix emitters, sensors, information processing and software program. The LED knowledgeable summarizes his argument under.
The submit, revealed on October 15, 2026 and titled “Clever Lights Rework the Driving Expertise,” ties ams OSRAM’s product roadmap to software-defined autos (SDV) and what the corporate calls digital photonics. That is extra of a strategic article than a product announcement, but it surely lists the applied sciences the corporate is betting on: EVIYOS microLED, ALIYOS LED-on-foil, RGB-i inside LEDs, and infrared emitters for cabin monitoring, and explains the place every suits into next-generation car architectures.
For the SSL trade, this submit is price studying for 2 causes. First, it exhibits how main LED producers are at present framing their automotive companies as system suppliers anticipating use circumstances, somewhat than part distributors assembly OEM specs. Second, it particulars how the corporate views its aggressive foundations, from manufacturing capabilities and provide chain to mental property (together with a patent change with Nichia). The unique textual content is obtainable at ams-osram.com;The construction of posts is defined within the following sections.
From LED modification to system modifications
For roughly the primary twenty years of this century, the primary wave of optical innovation in vehicles was a narrative of alternative. Incandescent lamps within the headlamps and rear lamps have been changed with LEDs, offering longer life and decrease energy consumption, enhancing comfort and gas effectivity. Strauss is cautious to name this an evolution somewhat than a revolution. Though the elements modified, their position in illuminating the street and sending indicators remained the identical.
The present wave is of a special type, he argues. The purpose is now not only a brighter LED or one other optical sensor bolted onto an digital management unit (ECU). As a substitute, the emitters, sensors, processing, and software program are designed to work as a single system that modifications the car’s relationship with the motive force and its surrounding surroundings. ams OSRAM’s innovation efforts on this space are centered on safety-related options corresponding to evening imaginative and prescient, ADAS, and driver and passenger monitoring.
Strauss highlights three product households that embody this method.
- Adaptive microLED-based ahead lighting
- LED-on-foil (ALIYOS) and self-calibrating RGB-i LEDs for exterior and inside functions
- Infrared emitter for driver and occupant monitoring methods
It additionally notes that these applied sciences might be tailor-made to completely different regulatory regimes in Europe, North America, China, Japan, and South Korea, which is of sensible significance for Tier 1s or OEMs working throughout areas.
Clever mild and SDV
The potential of clever lighting methods is tied to modifications in car computing. Software program-defined autos change lots of of distributed ECUs with a robust central computing platform. The platform permits the sensors, community hyperlinks, person interfaces and movement controllers behind ADAS and freeway autonomous driving to be adjusted and up to date over the air, enhancing performance and security options after the car leaves the manufacturing facility.
For lighting suppliers, that is vital. Pixel-level headlamps and segment-addressable foils are solely helpful if one thing clever is controlling them. SDV has that management. ams OSRAM responded by increasing its strategic attain from LEDs to what the corporate calls digital photonics, which integrates mild sensing, mild emission, and digital management into one subject.
Infrared inside sensing: Invisible IR lights permit cameras to observe drivers and passengers at evening (Picture: ams OSRAM)
Sensible results vary from headlamps that illuminate the street and talk with different street customers to inside lighting that modifications shade to set the temper contained in the automotive. Strauss added that a few of these use circumstances weren’t on the automakers’ personal want lists. These are born from the provider’s understanding of what the mix of sunshine and intelligence can do.
Optical expertise for security and luxury
The obvious instance on this submit is EVIYOS, ams OSRAM’s micro-LED mild supply for headlamps. The gadget integrates 25,600 emitters and LED drivers right into a single chip-scale bundle, permitting all of those factors to be addressed as particular person pixels. The primary software is an adaptive driving beam (ADB). Together with object detection, the headlamps dim solely the segments that dazzle oncoming drivers and pedestrians, leaving the remainder of the street absolutely illuminated.
SDV can do extra than simply keep away from glare with the identical pixel array. Strauss offers two examples. One is to shine a beam precisely as huge because the width of the automotive, permitting drivers to find out whether or not they can cross by means of slim gaps, and the opposite is to unfold the beam to 1 facet throughout lane modifications to sign the motive force’s intentions to surrounding visitors. His level is that these options usually are not specified by the shopper. These had been offered by the provider in anticipation of the use case.
ALIYOS, the corporate’s LED-on-foil expertise, takes a special path. The paper-thin module generates one thing referred to as mild out of nowhere. That includes individually controllable segments that show data, seize the motive force’s consideration, and customise the looks of the car, this module might be embedded into exterior physique panels or dashboards. Gentle turns into an lively interface between the car, its occupants, and the surroundings.
For the cabin, RGB-i LEDs deal with a extra mundane however expensive engineering downside. Ambient lighting assemblies can comprise lots of of level mild sources, and sustaining their shade consistency generally is a daunting process. RGB-i emitters are self-adjusting, permitting you to hold lots of of emitters on a single microcontroller and alter shade on demand, opening the door to interiors that use accent lighting to match the music, time of day, or temper of the occupants. Strauss positions each ALIYOS and RGB-i as beginning factors for OEM design groups and new interpretations of brand name id.
Occupant monitoring scans your complete cabin, for instance to adapt airbag deployment to the place an individual is sitting (Picture: ams OSRAM)
The fourth strand is infrared. In Driver Monitoring Methods (DMS) and Occupant Monitoring Methods (OMS), IR emitters invisibly illuminate the cabin as seen by IR cameras. DMS checks whether or not the motive force is being attentive to the street, detects disturbances corresponding to drowsiness, and points visible and acoustic warnings. It is usually central to the secure handover between handbook and automatic driving. The OMS scans your complete cabin to find the occupants. That data can be utilized to regulate the deployment of airbags, for instance for rear-facing youngster seats within the entrance passenger seat. Right here, ams OSRAM’s position is each provide and advisory, serving to OEMs choose and deploy the suitable emitters.
The way forward for optical intelligence
This submit ends with what ams OSRAM considers to be the inspiration for bringing digital photonics into mass manufacturing. Strauss lists 5 options:
- Excessive-volume manufacturing throughout LEDs, microLEDs, VCSELs, lasers, on-wafer optical filters, and superior packaging
- Many years of OEM relationships. He believes that is important for areas corresponding to ADAS, the place lighting and software program have to be co-developed early somewhat than being handed off as a traditional necessities specification.
- Geographically various provide chain constructed to maintain manufacturing operating for purchasers
- Safe IP positions protecting merchandise, software program and information fashions. Powered by patent change with Nichia, additionally gives a second supply for purchasers
- Manufacturing and design high quality helps long-term software reliability
Behind these he places cultural components, particularly the assumption in steady innovation as the corporate’s contribution to the expansion of the automotive trade.
From an trade perspective, two issues stand out: The emphasis on early co-development over specification-driven procurement indicators a shift in the way in which lighting is built-in into automobiles, one that can are likely to favor suppliers with system know-how over pure part producers. Moreover, the specific point out of Nichia’s patent change as a measure of market credibility exhibits how vital IP safety is now in automotive procurement choices for microLED and associated applied sciences.
Concerning the creator of the unique submit
Dr. Jörg Strauss, Head of Laser Enterprise, ams OSRAM, LED, IRED (Picture: ams OSRAM)
Dr. Jörg Strauss is an government supervisor at ams OSRAM with over 20 years of expertise within the fields of lighting, sensing, and photonics. He joined OSRAM in Regensburg in 2002 and moved from expertise roles to senior administration positions in Germany and the USA. After main the visualization and laser enterprise, he joined the ams OSRAM administration workforce in 2023 as government vice chairman of company high quality and analysis and growth. Since August 2026, he has led the LED, IRED and Laser enterprise. He holds a PhD in natural chemistry from the College of Regensburg.
sauce: Intelligent lights change your driving experienceams OSRAM Innovation, revealed October 15, 2026. This text is an editorial abstract by LED Professionals.
