Quilter announced that it designed a Linux computer consisting of 843 components and 2 PCBs in 1 weeks and successfully achieved its first boot. According to a report by VentureBeat, human labor during this design process totaled 38 hours. This represents a significant reduction in time compared to the estimated 428 hours expected if professional PCB (Printed Circuit Board) designers were to perform the work.
Quilter successfully designs Linux computer with 843 components in 1 weeks using AI, achieving first-boot success
This article is a translation. Read the Japanese original
In the design process, AI generated candidate wiring layouts, while humans were responsible for setting constraints, verifying outputs, making corrections, and preparing for manufacturing.
According to Quilter's explanation, this design achieved approximately 98% wiring coverage (the ratio of intended connections being made), and no design rule violations were identified. However, current limitations include a pin count of approximately 10,000 and an operating frequency of up to approximately 10GHz. These details are based on reports from Quilter and are not results of independent third-party verification.
Sources
- Quilter's AI just designed an 843-part Linux computer that booted on the first try （Editorial Select: AI-driven PCB Design (2026-09-16), 2025-12-10）