Oscilloscope by using STM32F407 and FPGA (Spatan 6)
About this service
This project presents a high-performance digital oscilloscope developed with the STM32F407 microcontroller and Xilinx Spartan-6 FPGA.
It was designed to achieve precise multi-channel signal acquisition, advanced filtering, and smooth real-time display within a compact embedded system.
Technical Specifications
Power Supply: 220 V AC
Input Channels: 4-channel analog input
Sampling Rate: 1 MSPS (1 Mega Sample Per Second) per channel
ADC Resolution: 24-bit high-precision conversion
Signal Filtering: Kalman filter for real-time noise reduction (implemented in FPGA)
Memory Architecture: Dual-Port RAM for high-speed data transfer
Display Memory: External SDRAM for LCD management
Display Unit: 7-inch LCD with high-resolution waveform rendering
FPGA Interface: FMC (Flexible Memory Controller) for fast data exchange between MCU and FPGA
Main Controller: STM32F407 ARM Cortex-M4
FPGA Device: Xilinx Spartan-6
This system integrates high-speed digital design, signal processing, and embedded control to deliver reliable and precise waveform analysis.
It provides a powerful, efficient, and cost-effective platform suitable for research, industrial applications, and advanced instrumentation development.
It was designed to achieve precise multi-channel signal acquisition, advanced filtering, and smooth real-time display within a compact embedded system.
Technical Specifications
Power Supply: 220 V AC
Input Channels: 4-channel analog input
Sampling Rate: 1 MSPS (1 Mega Sample Per Second) per channel
ADC Resolution: 24-bit high-precision conversion
Signal Filtering: Kalman filter for real-time noise reduction (implemented in FPGA)
Memory Architecture: Dual-Port RAM for high-speed data transfer
Display Memory: External SDRAM for LCD management
Display Unit: 7-inch LCD with high-resolution waveform rendering
FPGA Interface: FMC (Flexible Memory Controller) for fast data exchange between MCU and FPGA
Main Controller: STM32F407 ARM Cortex-M4
FPGA Device: Xilinx Spartan-6
This system integrates high-speed digital design, signal processing, and embedded control to deliver reliable and precise waveform analysis.
It provides a powerful, efficient, and cost-effective platform suitable for research, industrial applications, and advanced instrumentation development.
This project presents a high-performance digital oscilloscope developed with the STM32F407 microcontroller and Xilinx Spartan-6 FPGA.
It was designed to achieve precise multi-channel signal acquisition, advanced filtering, and smooth real-time display within a compact embedded system.
Technical Specifications
Power Supply: 220 V AC
Input Channels: 4-channel analog input
Sampling Rate: 1 MSPS (1 Mega Sample Per Second) per channel
ADC Resolution: 24-bit high-precision conversion
Signal Filtering: Kalman filter for real-time noise reduction (implemented in FPGA)
Memory Architecture: Dual-Port RAM for high-speed data transfer
Display Memory: External SDRAM for LCD management
Display Unit: 7-inch LCD with high-resolution waveform rendering
FPGA Interface: FMC (Flexible Memory Controller) for fast data exchange between MCU and FPGA
Main Controller: STM32F407 ARM Cortex-M4
FPGA Device: Xilinx Spartan-6
This system integrates high-speed digital design, signal processing, and embedded control to deliver reliable and precise waveform analysis.
It provides a powerful, efficient, and cost-effective platform suitable for research, industrial applications, and advanced instrumentation development.
It was designed to achieve precise multi-channel signal acquisition, advanced filtering, and smooth real-time display within a compact embedded system.
Technical Specifications
Power Supply: 220 V AC
Input Channels: 4-channel analog input
Sampling Rate: 1 MSPS (1 Mega Sample Per Second) per channel
ADC Resolution: 24-bit high-precision conversion
Signal Filtering: Kalman filter for real-time noise reduction (implemented in FPGA)
Memory Architecture: Dual-Port RAM for high-speed data transfer
Display Memory: External SDRAM for LCD management
Display Unit: 7-inch LCD with high-resolution waveform rendering
FPGA Interface: FMC (Flexible Memory Controller) for fast data exchange between MCU and FPGA
Main Controller: STM32F407 ARM Cortex-M4
FPGA Device: Xilinx Spartan-6
This system integrates high-speed digital design, signal processing, and embedded control to deliver reliable and precise waveform analysis.
It provides a powerful, efficient, and cost-effective platform suitable for research, industrial applications, and advanced instrumentation development.
This project presents a high-performance digital oscilloscope developed with the STM32F407 microcontroller and Xilinx Spartan-6 FPGA.
It was designed to achieve precise multi-channel signal acquisition, advanced filtering, and smooth real-time display within a compact embedded system.
Technical Specifications
Power Supply: 220 V AC
Input Channels: 4-channel analog input
Sa... read more
It was designed to achieve precise multi-channel signal acquisition, advanced filtering, and smooth real-time display within a compact embedded system.
Technical Specifications
Power Supply: 220 V AC
Input Channels: 4-channel analog input
Sa... read more
This project presents a high-performance digital oscilloscope developed with the STM32F407 microcontroller and Xilinx Spartan-6 FPGA.
It was designed to achieve precise multi-channel signal acquisition, advanced filtering, and smooth real-time display within a compact embedded system.
Technical Specifications
Power Supply: 220 V AC
Input Channels: 4-channel analog input
Sampling Rate: 1 MSPS (1 Mega Sample Per Second) per channel
ADC Resolution: 24-bit high-precision conversion
Signal Filtering: Kalman filter for real-time noise reduction (implemented in FPGA)
Memory Architecture: Dual-Port RAM for high-speed data transfer
Display Memory: External SDRAM for LCD management
Display Unit: 7-inch LCD with high-resolution waveform rendering
FPGA Interface: FMC (Flexible Memory Controller) for fast data exchange between MCU and FPGA
Main Controller: STM32F407 ARM Cortex-M4
FPGA Device: Xilinx Spartan-6
This system integrates high-speed digital design, signal processing, and embedded control to deliver reliable and precise waveform analysis.
It provides a powerful, efficient, and cost-effective platform suitable for research, industrial applications, and advanced instrumentation development. read less
It was designed to achieve precise multi-channel signal acquisition, advanced filtering, and smooth real-time display within a compact embedded system.
Technical Specifications
Power Supply: 220 V AC
Input Channels: 4-channel analog input
Sampling Rate: 1 MSPS (1 Mega Sample Per Second) per channel
ADC Resolution: 24-bit high-precision conversion
Signal Filtering: Kalman filter for real-time noise reduction (implemented in FPGA)
Memory Architecture: Dual-Port RAM for high-speed data transfer
Display Memory: External SDRAM for LCD management
Display Unit: 7-inch LCD with high-resolution waveform rendering
FPGA Interface: FMC (Flexible Memory Controller) for fast data exchange between MCU and FPGA
Main Controller: STM32F407 ARM Cortex-M4
FPGA Device: Xilinx Spartan-6
This system integrates high-speed digital design, signal processing, and embedded control to deliver reliable and precise waveform analysis.
It provides a powerful, efficient, and cost-effective platform suitable for research, industrial applications, and advanced instrumentation development. read less
Service offer categories
PCB Design Services
Electrical Engineering
Software & skills
AMD Xilinx Vivado
ARM Keil MDK
Altium Designer
Analog Electronics Design
Circuit Schematic Design
Digital Engineering
FPGA Design
InTOUCH
MATLAB
Proteus Design Suite
+7 more
★ 5.0 (1)
Los Angeles, California, United States – 7:35 a.m. local time
Member since
November 2025
Languages
English,
Japanese,
Chinese (Simplified)
Avg. response time
1 hour
Embedded Hardware Developer with expertise in PCB, ARM, ESP32, STM32, FPGA and Firmware(Altium, Viva
I am an experienced embedded hardware and firmware engineer specializing in high-performance, low-power and compact device development with over 10+ years.
My expertise covers a wide range of embedded processors and communication interfaces, as well as advanced signal and sensor integration.
Key Skills:
- Embedded processors: STM32, ESP32, TMS32, DM3730, DA14583, LoRa, nRF52, Arduino, Atmega, PIC... read more
My expertise covers a wide range of embedded processors and communication interfaces, as well as advanced signal and sensor integration.
Key Skills:
- Embedded processors: STM32, ESP32, TMS32, DM3730, DA14583, LoRa, nRF52, Arduino, Atmega, PIC... read more
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