Components
Advancing Semiconductor Technology with Graphene-Based Components for Superior Performance.
Our Offerings
Graphene Transistors(CMOS Compatible)
At 9N Technologies, we develop CMOS-compatible graphene field-effect transistors for advanced semiconductor applications. These devices utilise graphene’s high electrical conductivity and carrier mobility, making them suitable for high-speed electronics, sensing, low-power systems, and next-generation computing platforms across a range of emerging technology sectors.
Non-Volitile Memory
We are advancing the development of graphene-based non-volatile memory technologies. By leveraging graphene’s unique electrical and structural properties, our approach supports high-speed data storage, energy efficiency, and long-term reliability, enabling new possibilities for advanced computing systems, AI infrastructure, and next-generation semiconductor devices.
Neuromorphic Components
We are developing graphene-based components designed for neuromorphic computing systems. By leveraging graphene’s electrical properties and nanoscale behaviour, our work supports the development of brain-inspired architectures capable of efficient signal processing, adaptive learning, and low-power operation for next-generation AI and advanced computing platforms.
Customer-Centric Approach
At 9N Technologies, we prioritise the customer experience, offering seamless integration of our graphene-based semiconductor solutions into your existing systems. Our customer-centric approach guarantees that our products and services align perfectly with your specific needs, driving innovation and performance in every solution.
Increased Efficiency, Lower Power Consumption & Faster Switching Speed
Seamless Integration for Advanced Semiconductor Solutions
We understand the importance of compatibility and efficiency in semiconductor technology. Our graphene-based materials and components are engineered for seamless integration into existing systems, ensuring a smooth transition and optimised performance across your operations.