Diamic Semiconductors
Diamond-Based Wafer Solutions for High-Performance Power Electronics
Company Overview
Snapshot
Founded in July 2023 by Anatoli Gudelsky, Diamic Semiconductors operates with 1–10 employees. The company has secured $500K across three funding rounds, focusing on developing single-crystal diamond wafers. In October 2024, the company received a grant from SOSA, highlighting its ongoing development in advanced semiconductor materials.
Business overview
Diamic Semiconductors develops single-crystal diamond wafers using proprietary manufacturing technology to create cost-effective and scalable solutions for the semiconductor industry. Its process is designed for scalability up to 4-inch wafer sizes, aiming to provide high-performance solutions for power electronics and other high-powered applications. The company's technology leverages diamond’s high thermal conductivity to address heat dissipation challenges, improving thermal management and reliability in devices like RF components and power electronics. Diamic collaborates with leading semiconductor and defense companies and maintains a growing intellectual property portfolio, contributing to the Microelectronics & Photonics Solutions sector within Industrial Technologies.
Log in to access full profile ›Company Intelligence Q&A
- When was Diamic Semiconductors founded?
- Diamic Semiconductors was founded in July 2023.
- Who are the founders of Diamic Semiconductors?
- Anatoli Gudelsky is a co-founder of Diamic Semiconductors.
- What is Diamic Semiconductors' primary focus?
- Diamic Semiconductors focuses on developing single-crystal diamond wafers using proprietary manufacturing technology for high-performance power electronics and other high-powered applications.
- What was a recent funding event for Diamic Semiconductors?
- In October 2024, Diamic Semiconductors received a grant from SOSA, amounting to $50,000.
- How does Diamic Semiconductors contribute to Climate Tech?
- Diamic Semiconductors contributes to Climate Tech by enhancing the energy efficiency of semiconductor devices through diamond’s superior thermal conductivity, which allows for efficient heat dissipation in high-power electronics, reducing energy loss and carbon footprints in applications like electric vehicles and data centers.