By CDimension
At the heart of CDimension’s innovation is a groundbreaking, low-temperature, wafer-scale process for synthesizing atomically thin semiconductor materials. This proprietary technology, initially focused on MoS₂ (molybdenum disulfide), enables the creation of atomically-thin chiplets, deposited onto silicon (Si CMOS) wafers. Crucially, our process maintains the integrity of the underlying circuitry, ensuring high-quality integration without damage. This advanced material synthesis unlocks a host of powerful benefits: - Dramatic performance and efficiency gains: Our atomically-thin MoS₂-based transistors can deliver up to 1000x improvements in energy efficiency compared to conventional silicon at similar scale - Unmatched density and compactness: Higher transistor density enables the creation of devices that are both more compact and incredibly powerful - Cost-effective innovation: By utilizing a back-end-of-line (BEOL) process, we integrate new material layers onto wafers after conventional silicon circuitry is complete, avoiding the prohibitive costs of cutting-edge lithography - Future-proof for 3D integration: This same BEOL process is perfectly suited for seamless 3D chip integration, paving the way for the next generation of computing
