Commercial Infrastructure Systems
Commercial
Development of solutions across commercial sectors including networking, Wi-Fi, routers, water treatment controllers, and silicon wafer fabrication systems.
Public engineering firm profile
Westford, MA
Embedded systems, custom hardware, and software design engineering
LSF Design is an electronic product design specialist based in Westford, Massachusetts, founded in 2008. It develops custom hardware and software for embedded systems, FPGA and SoC platforms, and compute-intensive scientific applications. Serving clients across defense, medical, aerospace, robotics, and industrial markets, it has designed over five hundred products ranging from compact PCBs to large blade-class boards. Since 2015, LSF Design has served as the designated U.S. technical and design support partner for Enclustra GmbH, a Swiss manufacturer of FPGA/SoC modules.
A dedicated team brings broad FPGA engineering expertise to projects in areas including high-performance interfaces, embedded systems, SoC integration, TDM, and scientific applications. The practice is a Certified Design Partner with Xilinx and a Design Services Network partner with Altera.
Builds RTL simulation and test environments to establish lab confidence before physical silicon layout.
Develops market-ready electronic products and hardware solutions for startups, small businesses, corporations, and government agencies.
Creates low-level code that seamlessly interfaces with hardware, optimized for performance and reliability.
Coordinates parts procurement, custom board building, and assembly to streamline the transition from design to hardware.
Serves as the authorized U.S. technical support, sales, and custom engineering partner for Swiss-based Enclustra GmbH.
Commercial
Development of solutions across commercial sectors including networking, Wi-Fi, routers, water treatment controllers, and silicon wafer fabrication systems.
Defense
Hardware and software engineering contributions for aircraft vision and stabilization systems, encrypted networking, radio, and data center access protection.
Aerospace
Engineering of inertial instruments, including single-axis gyroscopes, inertial measurement units (IMUs), attitude and heading reference systems (AHRS), and navigation systems.
Electronics
Design of infrared sensor processing, satellite camera interfaces, operating room video solutions, and laser-driven video projectors.
Electronics
Design of professional digital audio interfaces supporting time-division multiplexing (TDM) routing, Dante, MADI, and MIDI, as well as analog audio amplification.
Industrial
Engineering contributions to multiple CT baggage scanning systems and millimeter-wave detection systems.
Medical Devices
Design of complex medical diagnostic and recording instruments, including ultrasound systems, optical coherence tomography (OCT) tools, and specialized video recorders.
Robotics
Development of micro-location tracking systems and advanced industrial robotic controls to enable automated monitoring.