EQS-News: ams OSRAM joins Short-Reach Micro-Emitter Optics OCP standardization workstream led by Credo

ams OSRAM joins industry push for AI optical standards, aiming for 2027 specification approval.

What the company is saying

ams OSRAM is highlighting its entry into the Short-Reach Micro-Emitter Optics (SRMO) standardization workstream within the Open Compute Project, led by Credo. The company frames this as a strategic move to shape next-generation optical connectivity standards for AI infrastructure, emphasizing its microLED, microVCSEL, and microPhotodiode technologies as differentiated and scalable. The announcement stresses the importance of optical interconnects in its Digital Photonics strategy and positions participation as a targeted growth opportunity. At ECOC 2026, ams OSRAM introduced an 850 nm Thin-Film VCSEL platform and demonstrated a connectorized multi-core fiber solution with BizLink, reinforcing its technology leadership narrative. Executive Ashkan Seyedi, Vice President and General Manager of Optical Interconnects, claims the company's technology enables 20-30x reach over copper with comparable efficiency, though no supporting data is provided. The company also underscores its global scale, citing 19,000 employees, over 12,000 patents, and EUR 3.3 billion in 2025 revenues. The tone is confident, focusing on future potential and industry collaboration.

What the data suggests

The announcement confirms ams OSRAM's participation in the SRMO workstream, a collaborative industry effort to develop optical interconnect standards for AI data centers, with OCP specification approval targeted for 2027. The company reports 19,000 employees worldwide, over 12,000 patents granted or applied for, and EUR 3.3 billion in revenues for 2025. At ECOC 2026, it launched an 850 nm Thin-Film VCSEL platform and showcased a multi-core fiber solution with BizLink, but no commercial adoption or customer wins are disclosed. The claims of 20-30x reach versus copper and copper-like efficiency are not substantiated with comparative or benchmark data. The only financial figure is total revenue for 2025, with no segment breakdown or profitability metrics. The disclosure is specific about technology platforms and industry participation but lacks evidence of near-term financial impact or realized market share gains.

Analysis

The announcement is upbeat, emphasizing ams OSRAM's participation in a high-profile industry standardization initiative and the introduction of new optical interconnect technology. Several claims are forward-looking, such as the development of the SRMO specification (targeted for 2027) and the company's plans to leverage its technology portfolio for future growth in AI infrastructure. Realized facts include joining the SRMO workstream, launching a new VCSEL platform, and reporting 2025 revenues. However, the most ambitious claims—regarding technology differentiation, market leadership, and the transformative impact of optical interconnects—are not substantiated with comparative data, customer wins, or profitability metrics. The benefits described are long-term, with no immediate earnings impact or disclosed capital outlay. The tone is moderately inflated, positioning routine industry participation and product launches as major strategic advances without quantifying their financial or competitive impact.

Risk flags

• ●Execution risk is high, as the SRMO specification is not expected to be approved until 2027, and commercial adoption will depend on broad industry buy-in and successful standardization outcomes.
• ●The announcement lacks evidence of customer traction, signed contracts, or immediate revenue impact from the new optical platforms, making near-term financial benefits uncertain.
• ●Claims of technology differentiation and performance (20-30x reach, copper-like efficiency) are not supported by benchmark data or independent validation, raising questions about competitive positioning.
• ●Strategic reliance on industry standardization processes introduces risk, as competing standards or slow adoption could delay or dilute the commercial impact of ams OSRAM's technology.

Bottom line

ams OSRAM's participation in the SRMO workstream signals intent to influence future AI data center connectivity standards, but the timeline for tangible results is long, with OCP approval not expected until 2027. The company demonstrates scale with 19,000 employees, over 12,000 patents, and EUR 3.3 billion in 2025 revenues, but provides no evidence of immediate commercial wins or customer adoption for its new optical platforms. The most ambitious technology claims are not backed by comparative or benchmark data, and the financial disclosure is limited to topline revenue. Investors should treat this as a strategic positioning move rather than a catalyst for near-term earnings growth. The key takeaway is that while ams OSRAM is well-placed to shape industry standards, the financial impact will depend on successful standardization, broad adoption, and future commercialization—none of which are guaranteed at this stage.

Announcement summary

(LSE:0QWC) ams OSRAM announced its participation in the Short-Reach Micro-Emitter Optics (SRMO) standardization workstream within the Open Compute Project (OCP), led by Credo. This industry initiative brings together hyperscalers and optical ecosystem participants to advance low-latency, cost-efficient optical interconnects for AI scale-up and scale-out networks. ams OSRAM’s involvement positions the company within a leading industry ecosystem shaping optical connectivity standards for next-generation AI infrastructure. The company’s microLED, microVCSEL, and microPhotodiode capabilities provide a differentiated and scalable technology platform for next-generation optical interconnect solutions. Optical interconnects are a key pillar of ams OSRAM’s Digital Photonics strategy and represent a targeted growth opportunity in AI infrastructure. At ECOC 2026, ams OSRAM introduced a next-generation 850 nm Thin-Film VCSEL platform designed for wide-and-slow optical interconnects and showcased a connectorized multi-core fiber solution with ecosystem partner BizLink. The SRMO workstream aims to develop a common specification, targeted for OCP approval in 2027, addressing requirements for signaling, power efficiency, form factors, modules, and connector interfaces. Ashkan Seyedi, Vice President and General Manager of Optical Interconnects at ams OSRAM, stated that wide-and-slow micro-emitter and micro-receiver technology enables 20-30x reach compared to copper while maintaining bandwidth density and energy and cost efficiency. L.K. Bhupathi, Associate Vice President of Product at Credo, commented that the SRMO Workstream will help define specifications fostering a resilient supply chain, faster deployment, and continued innovation. ams OSRAM plans to contribute to the SRMO Framework by leveraging its portfolio, which includes 2D addressable microLED and microVCSEL emitter arrays, matching micro-photodiode receiver arrays, CMOS capabilities, and advanced 3D packaging. The 850 nm platform uses a cost-effective GaAs material system and is compatible with OM3 multimode fiber infrastructure, supporting both microLED-based short-reach and microVCSEL-based longer-reach links. The company’s Digital Photonics strategy also targets growth in automotive lighting, AR smart glasses, and advanced optical sensing. ams OSRAM employs around 19,000 people worldwide and holds over 12,000 patents granted and applied for. The group achieved EUR 3.3 billion in revenues in 2025. The company is headquartered in Premstaetten/Graz (Austria) with co-headquarters in Munich (Germany).

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