Adisyn Reports A$6M Cash, Advances Graphene Interconnect Development with Dual ALD Systems
Adisyn Ltd has strengthened its position in semiconductor innovation by commissioning a cutting-edge Atomic Layer Deposition system, accelerating its graphene interconnect development while maintaining a robust cash reserve.
- Installed and commissioned Beneq TFS 200 ALD system at 2DG’s Israeli facility
- Dual ALD systems operational at 2DG and Tel Aviv University for accelerated R&D
- Graphene interconnect development progressing through precursor testing and optimisation
- Strong balance sheet with A$6.0 million cash and no debt
- Adisyn Services unit achieves cashflow break-even amid SME IT and cybersecurity growth
Strategic Infrastructure Upgrade
Adisyn Ltd (ASX, AI1) has marked a significant milestone in its quest to revolutionise semiconductor technology with the successful installation and commissioning of a Beneq TFS 200 Atomic Layer Deposition (ALD) system at its subsidiary 2D Generation’s (2DG) research facility in Israel. This upgrade follows a comprehensive infrastructure enhancement, including environmental controls and electrical systems, designed to meet the precision demands of advanced graphene research.
The Beneq TFS 200 system, customised with plasma options and a semi-automatic load lock, offers enhanced process control and throughput, enabling Adisyn to push the boundaries of low-temperature graphene deposition; a critical step toward overcoming the limitations of traditional copper interconnects in semiconductor chips.
Accelerating Graphene R&D with Dual Systems
Adisyn’s strategy leverages dual ALD systems operating in tandem at 2DG’s Yakum Industrial Park facility and Tel Aviv University’s Jan Koum Center for Nanoscience and Nanotechnology. This parallel setup allows simultaneous testing and validation of graphene films across various substrates and conditions, accelerating the iterative optimisation process essential for commercial viability.
The current phase focuses on precursor development and graphene growth, involving a meticulous sequence of plasma pre-cleaning, deposition, annealing, and rigorous characterisation. This cycle is repeated to refine growth parameters and validate repeatability, with the goal of establishing a scalable, low-temperature graphene growth process compatible with semiconductor manufacturing.
Financial Health and Business Diversification
Adisyn reported a strong financial position as of 30 September 2025, holding A$6.0 million in cash and remaining debt-free. The company generated total revenue of approximately A$1.012 million for the quarter, with net cash used in operating activities at A$732,000. Notably, the Adisyn Services business unit, which provides managed IT and cybersecurity solutions to Australian SMEs, achieved cashflow break-even, positioning it well to capitalize on growing demand in the defence sector.
This financial stability underpins Adisyn’s continued investment in R&D and infrastructure, supporting its ambition to deliver a new generation of semiconductor interconnects that promise faster processing, lower power consumption, and enhanced miniaturisation.
Implications for the Semiconductor Industry
Graphene’s exceptional electronic and thermal properties make it a compelling alternative to copper interconnects, which face significant performance challenges at the nanoscale. Adisyn’s proprietary low-temperature ALD process aims to enable direct graphene growth on wafers without damaging delicate semiconductor components, potentially unlocking new performance thresholds for integrated circuits.
If successful, this technology could accelerate the semiconductor industry's evolution, enabling chips that are smaller, more energy-efficient, and capable of higher computational power; a critical advantage as the demand for advanced computing continues to surge globally.
Bottom Line?
Adisyn’s progress with its ALD graphene technology and solid financial footing set the stage for pivotal developments in semiconductor innovation over the coming quarters.
Questions in the middle?
- How soon can Adisyn demonstrate scalable, repeatable graphene interconnect production at wafer scale?
- What partnerships or industry collaborations will Adisyn pursue to commercialise its graphene technology?
- How will the evolving semiconductor market dynamics impact the adoption of graphene interconnects?