Satellite terminal hardware and antenna control software for next-generation satcom
Farcast designs and manufactures satcom user terminals—the physical hardware that connects ground stations to satellites. Their stack is deeply embedded: Rust and C/C++ for control software, Yocto for OS-level work, mixed-signal design tools (Orcad, Allegro), and mechanical CAD (SolidWorks, Altium). The hiring pattern (5 engineers, mostly senior/mid-level) focused on phased-array antenna control and PCBA production suggests they're scaling from prototype to production, with active work on IEC-compliant test automation and HDI board builds—typical of a hardware company transitioning to manufacturing maturity.
Farcast builds advanced satcom user terminals—the ground-based hardware and software stack that enables satellite connectivity. Founded in 2019 and based in San Francisco, the company focuses on next-generation phased-array antenna systems and their control electronics. Current projects span antenna control software (ACU design), RF mixed-signal circuit design, high-density interconnect (HDI) PCBA manufacturing, and test automation workflows. The company is actively transitioning designs from engineering to production, with emphasis on IEC compliance and manufacturing repeatability. Their stated challenge is balancing device quality and affordability at scale.
Farcast's stack spans embedded systems (Rust, C/C++, Yocto), hardware design (Orcad, Allegro, Altium, SolidWorks), RF/antenna measurement (Vector Network Analyzer), and low-level protocols (I2C, UART, RS-232, RS-485, GNSS/INS). CI/CD and Ethernet round out the tooling.
Current projects include phased-array antenna control software, RF mixed-signal circuit design, HDI PCBA manufacturing, IEC-compliant test automation, and production transition of ACU PCBAs.
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