Renesin
Renesin develops advanced resin and laminate systems engineered for AI printed circuit boards and semiconductor substrates, addressing signal integrity and thermal bottlenecks in high-performance computing. The materials deliver ultra-low dielectric loss and high thermal stability while simplifying manufacturing and reducing supply chain risks for PCB producers and OEMs.
- New Materials
- Chemical Technology
- Semiconductor
Funding
Founders
Founder details are not available yet.
Product
Problem
As AI chips reach unprecedented speeds, they push more data, more power, and more heat through surrounding hardware, requiring every layer of the system to evolve. The resin inside printed circuit boards and semiconductor substrates has become a fundamental bottleneck, unable to keep pace with today's transmission speeds, thermal demands, and signal integrity requirements.
Solution
Renesin provides advanced resin and laminate systems engineered specifically for AI electronics, with industry-leading electrical, thermal, and processing performance. The materials offer high thermal stability and ultra-low dielectric losses, enabling faster, farther data transmission without signal degradation. Beyond raw performance, the resins deliver manufacturing benefits including reduced costs, simplified processing, regulatory compliance, and minimized supply chain risks to enable production scaling. These materials stem from more than a decade of patented research originally developed for rugged use in combat vehicles, where exceptional electrical properties were coincidentally discovered.
Target Audience
Primary customers are PCB and substrate manufacturers, as well as OEMs designing AI hardware for data centers, networking equipment, and high-performance computing systems.
Features
- Ultra-low dielectric loss (Df) and low dielectric constant (Dk) resins designed for high-speed signal integrity in AI PCBs and substrates
- High thermal stability for reliable operation under extreme heat loads generated by advanced AI processors
- Compatible with standard PCB manufacturing processes to simplify production and reduce fabrication costs
- Materials developed to meet regulatory requirements and reduce reliance on constrained or single-source supply chains
- Formulations resulting from patented research with pedigree from US Department of War collaborations