Deterministic Network Interfaces for a Medical Application
Medical Devices
Project details
Captured information from a wide range of diagnostic medical devices to meet the demands of modern medical applications.
Wireless solutions and complete electronic systems design and engineering
Vanteon Corporation is an electronic systems design and engineering specialist headquartered in Pittsford, New York, with a strong focus on wireless and RF solutions. With over 30 years of experience and more than 500 completed projects, Vanteon provides custom hardware design, embedded software, FPGA design, software-defined radio (SDR), and digital signal processing (DSP) services. Its clients range from startups to Fortune 500 enterprises in the telecom, aviation, medical, defense, and transportation markets. It is ITAR registered and COMSEC compliant, and holds a proprietary IP portfolio of licensable SDR-based platforms.
ITAR Registered · COMSEC Compliant
Custom RF hardware design including analog RF, IF, and antenna design; RF System-on-Chip (RFSoC); high-speed digital design; and complete SDR receiver and transmitter architectures.
Custom FPGA design and development using VHDL and Verilog for RF hardware, digital signal processing, and RFSoC-based systems. Applied across defense, aerospace, and commercial applications including radar, signal analyzers, and SDR platforms.
Complete SDR platform design including SDR receiver development, multi-standard support, waveform development, wide bandwidth and multi-channel operation, and field-upgradeable architectures. Includes proprietary SDR IP platforms.
Advanced digital signal processing system design across the full signal chain, converting complex RF, radar, and sensor inputs into production-ready solutions.
Embedded software development for RTOS (Linux, FreeRTOS), microcontrollers, mobile app development (iOS/Android), Board Support Packages, and Windows environments.
Full-cycle electronic product development from requirements and high-level architectural selection to circuit design, layout, and manufacturing readiness.
Comprehensive evaluation of hardware and firmware to verify design accuracy, operational safety, and full compliance with customer performance criteria.
Obsolescence management for long-life products including reverse engineering of undocumented obsolete products and recertifications.
Low-power wireless embedded system design for IoT applications, covering protocol selection through integration with existing infrastructure and cloud connectivity.
Telecommunications · Defense · Aviation · Medical Devices · Transportation · Industrial · Utilities
Medical Devices
Captured information from a wide range of diagnostic medical devices to meet the demands of modern medical applications.
Utilities
Developed smart-grid (AMI) products driving energy, material resources, and increased cost efficiencies for public utility applications.
Aviation
Implemented multilateration systems at international airports to provide air traffic control information.