Qualcomm-affiliated authors publish RFChipAgent for LNA topology selection, schematic assembly and verification
Awani Khodkumbhe and Qualcomm-affiliated coauthors publish RFChipAgent, a human-supervised LLM-agent flow for analog/RF design. It connects document retrieval, topology selection, schematic and testbench assembly, simulation-guided optimization, and operating-point and stability checks. The reported case is a GF22FDSOI 60 GHz wideband LNA. The paper is a preprint submitted for possible publication, not a product release, measured-silicon result or evidence of company-wide adoption. Khodkumbhe also lists UC Berkeley affiliation.
Evidence
RFChipAgent: arXiv submission record ↗
The record dates v1 to October 7, 2026 and lists the authors, LNA scope and preprint status.
RFChipAgent v1: author affiliations and design flow ↗
The HTML manuscript identifies Qualcomm Technologies affiliations and Khodkumbhe's UC Berkeley affiliation; topology and schematic generation qualify beyond fixed-topology sizing.