ASM Launches Breakthrough Flowable Carbon Technology for the Next Era of Semiconductor Scaling

semiconductor-digest.com Sep 23, 2026

ASM Launches Breakthrough Flowable Carbon Technology for the Next Era of Semiconductor Scaling

Curated by Shubham · TechCapsules · Sep 23, 2026

AI-summarised brief · reviewed before publication

ASM announced the XP8® Vertos™ Flowable Carbon, the first plasma‑enhanced chemical vapor deposition (PECVD) flowable carbon film that merges gap fill and planarization into a single process. The technology promises reduced complexity, improved topography control, and supports 3D scaling for both logic and memory devices. Early deployment targets high‑volume manufacturing, positioning ASM to meet future patterning challenges as semiconductor architectures grow more complex. The material’s engineered flowability, thermal stability, and area‑selective properties distinguish it from conventional carbon films.

💡 Why It Matters

· By consolidating multiple patterning steps, Vertos™ Flowable Carbon cuts cycle counts and yields risks, directly addressing the bottlenecks that threaten continued device scaling.

Capsules Semiconductors

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Cognex Launches New Wafer Reader to Help Semiconductor Manufacturers Scale Production

Cognex Corporation unveiled the In‑Sight 1750 Series, a wafer and panel identification system that uses AI, advanced imaging, and specialized illumination to read degraded marks and challenging substrates. Designed for semiconductor fabs expanding AI and advanced computing capacity, the system aims to reduce disruptions, enhance traceability, and preserve throughput. It offers reliable reads, fewer operator interventions, quicker upgrades from older models, and higher equipment utilization, all while integrating smoothly into existing production lines. The launch underscores Cognex’s continued leadership in semiconductor inspection technology.

💡 The new reader equips chipmakers to scale production faster without compromising quality, addressing the critical need for precise wafer tracking in high‑volume, high‑complexity environments.

semiconductor-digest.com · Sep 23

IC-Link by imec Expands Collaboration With TSMC

IC-Link by imec and TSMC announced an expanded partnership that adds IC-Link to TSMC’s Open Innovation Platform Cloud Alliance. The move makes IC-Link the first managed‑cloud service to support mixed‑partner EDA flows for silicon design, offering secure cloud infrastructure, advanced‑node process design kits, and expert support. The collaboration aims to simplify complex chip development for AI, automotive, communications, and industrial markets, enabling customers to focus on innovation while accessing scalable compute resources and TSMC’s leading technology.

💡 By merging cloud‑based design tools with TSMC’s cutting‑edge process access, the alliance lowers entry barriers for emerging semiconductor firms, accelerating time‑to‑market for high‑growth applications.

semiconductor-digest.com · Sep 23

Valens Semiconductor to Collaborate with onsemi

Valens Semiconductor announced a partnership with onsemi to develop a cost‑optimized integrated sensor for high‑volume 3‑megapixel automotive cameras. The collaboration aims to accelerate OEM and Tier‑1 access to MIPI A‑PHY, enabling a streamlined camera architecture that reduces component count while maintaining performance. Valens will embed its A‑PHY connectivity into onsemi’s image sensors, expanding the standard’s reach into mainstream vehicles. Both companies highlighted the growing demand for simplified, high‑speed sensor solutions in automotive imaging.

💡 The joint effort unlocks a scalable, low‑cost A‑PHY pathway that could lower development timelines for next‑generation automotive vision systems.

dharmakshethra.com · Sep 23

Addverb Expands Beyond Warehouses as Indian Semiconductor Fabs Open New Market for…

Addverb, an Indian robotics firm known for warehouse automation, announced at SEMICON India 2026 that it is entering the semiconductor manufacturing market. The company will develop specialised robotic systems for precision material handling, automated storage, and component movement inside semiconductor and advanced‑electronics fabs. Leveraging its portfolio of autonomous mobile robots, ASRS, robotic arms and AI‑enabled tracking, Addverb aims to meet cleanroom requirements such as contamination control, vibration mitigation and electrostatic discharge protection. The move also extends to solar, battery and electric‑vehicle production lines. Founded in 2016, Addverb now produces up to 100,000 robots annually, providing a manufacturing base for the new applications. The initiative aligns with India’s push to build a domestic semiconductor ecosystem and strengthen its global competitiveness significantly.

💡 By supplying cleanroom‑grade robotics, Addverb gives Indian fabs a home‑grown alternative to imported automation, accelerating self‑reliance in a sector critical to national tech strategy.

openpr.com · Sep 23

Edge Artificial Intelligence Accelerator Market Insights Highlight Segment Expansion And Market Leadership

The edge artificial intelligence accelerator market is projected to surge from $11.1 billion in 2025 to $14.85 billion in 2026, a 33.8 % CAGR, and to reach $47.2 billion by 2030 with a 33.5 % CAGR. Growth is driven by expanding IoT deployments, smart manufacturing, autonomous systems, and the need for low‑latency, on‑device AI processing. Key trends include energy‑efficient chips, real‑time vision workloads, and compact hardware designs for edge use cases. Major players such as Apple, Intel, NVIDIA, Qualcomm, AMD, Arm, and IBM dominate the sector. In December 2024, Virtium LLC acquired Swedish firm Embedded Artists AB to add system‑on‑module solutions with integrated edge AI accelerators, broadening its product portfolio and strengthening its position in the fast‑growing market.

💡 The acquisition gives Virtium a foothold in the rapidly expanding edge‑AI hardware space, positioning it to capture rising demand for integrated, low‑power AI modules across industries.

semiconductor-digest.com · Sep 23

Apple Executive Chair Tim Cook to Receive Semiconductor Industry’s Top Honor

The Semiconductor Industry Association announced that Apple Executive Chair Tim Cook will receive the 2026 Robert N. Noyce Award, the industry’s highest honor. The award recognizes Cook’s advocacy for U.S. semiconductor leadership and his role in driving growth and advanced manufacturing. Cook will accept the award at the SIA Awards Dinner on Nov. 19, 2026, in San Jose, California. The announcement highlights Cook’s influence on Apple’s semiconductor-enabled products and his broader impact on the global technology landscape.

💡 Cook’s recognition underscores the critical link between corporate leadership and national semiconductor competitiveness, spotlighting the strategic importance of domestic innovation.