RAMSCHIP provides custom design services for RF, analog, and mixed‑signal semiconductor chips, targeting high‑speed SERDES, automotive, and connectivity applications. Their platform combines a process‑portable analog generator with AI‑assisted circuit optimization to accelerate design cycles and improve performance. By integrating machine‑learning‑based digital filters and expert RTL/layout capabilities, they help customers bring complex ASICs to market faster and with higher reliability.
Funding
Funding not disclosed
Founders
Product
Problem
Designing RF, analog, and mixed-signal semiconductor chips often requires multiple specialized tools and expertise, leading to fragmented workflows, long development cycles, and difficulty porting designs across different process nodes.
Solution
Ramschip offers an integrated design service that combines a process‑portable analog generator with AI‑assisted circuit optimization to streamline the end‑to‑end design flow. The service covers high‑speed SERDES, ADC‑based SERDES, and machine‑learning digital filters tailored for automotive applications, as well as analog, RF, and mixed‑signal blocks. By leveraging AI to explore design trade‑offs and generate process‑agnostic schematics, Ramschip reduces iteration time and improves first‑pass success rates. The company also provides RTL, layout, and back‑end expertise, delivering complete design packages that can be handed off to foundries with minimal rework.
Target Audience
Primary customers are semiconductor fabless companies and in‑house design teams that need accelerated development of RF, analog, mixed‑signal, or high‑speed SERDES IP for automotive and other high‑performance applications.
Features
- Process‑portable analog generator that produces schematics adaptable to multiple semiconductor process technologies
- AI‑driven circuit optimization engine that automates sizing, biasing, and performance trade‑off analysis
- High‑speed SERDES solutions incorporating ADC‑based transceivers and machine‑learning digital filters for automotive use cases
- Dedicated expertise in RF, analog, mixed‑signal, RTL, and layout/back‑end design to deliver full‑stack IC solutions
- Customizable design services that can be scoped for specific blocks or complete chip projects