Droid Technologies designed and developed a high-speed data acquisition and analog signal processing system optimized for precise measurements and minimal processing latency.
The platform combines an Altera Cyclone IV FPGA for deterministic, low-latency real-time processing with an NXP Cortex-M7 controller and SDRAM for system control, data management, and communication. High-precision 16-bit ADCs are used for analog signal acquisition, followed by digital filtering and FPGA-based processing.
The device supports Ethernet and USB interfaces for high-speed data transfer, configuration, and external system control.
Droid Technologies delivered hardware design, PCB development, FPGA development, embedded firmware, ADC integration, digital signal processing, communication interfaces, and complete system testing.
Key features and engineering scope:
• Altera Cyclone IV FPGA
• NXP Cortex-M7 microcontroller
• SDRAM memory
• High-precision 16-bit ADC acquisition
• Low-latency FPGA signal processing
• Real-time digital filtering
• Analog signal measurement and processing
• Ethernet communication
• USB connectivity
• High-speed data transfer
• Custom PCB and hardware design
• FPGA firmware / HDL development
• Embedded firmware development
• Hardware and software integration and validation
This project demonstrates Droid Technologies’ expertise in FPGA development, high-speed data acquisition systems, low-latency signal processing, DSP, precision ADC design, analog electronics, NXP embedded systems, Ethernet/USB devices, and custom measurement equipment.
Droid Technologies provides hardware design services, firmware development services, FPGA development services, PCB design, embedded systems development, analog and mixed-signal design, prototyping, and full-cycle electronic product development.