Slide 1 of 5
Slide 1 - System Understanding
System Architecture and Signal Flow Overview
Ramp-Up Plan: System Understanding
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System Architecture and Signal Flow Overview
Generated from prompt:
Update the existing presentation titled 'Ramp-Up Plan: System Understanding' to include a detailed real signal flow diagram. Add a new dedicated slide after the high-level architecture diagram: Slide Title: Real Signal Flow (RF → ADC → FPGA → Server) Content: - Visual end-to-end diagram showing: RF Signal (antenna) → RF Frontend → ADC → FPGA (with labeled internal blocks: sample buffers, AGC, clocking/sync, antenna control) → Network Interface → Server - Use arrows to clearly indicate direction of signal flow - Highlight data transformation stages (analog RF → digital samples → processed data → network packets) - Add small annotations for each stage (e.g., 'Analog RF capture', 'Digitization', 'Signal processing', 'Data transmission') Also enhance previous architecture diagram slide to align with this flow. Design: - Clean, modern, minimal text - Use icons for antenna, chip, server - Color-code stages (RF, digital, processing, network) - Make diagram the focal point of the slide Keep all previous slides intact and consistent.
This deck provides a comprehensive ramp-up on the RF signal processing system, covering high-level architecture, real-time signal flow from antenna to server, key transformation stages (RF frontend, ADC, FPGA), and next steps for integration and next
April 6, 20265 slides
Slide 2 of 5
Slide 2 - High-Level System Architecture
- Overall system architecture showing data acquisition from antenna to server processing.
- RF Frontend performs initial signal conditioning for ADC conversion.
- FPGA handles real-time processing, buffering, and synchronization.
- Network interface enables high-speed data transmission to central server.
Slide 3 of 5
Slide 3 - Real Signal Flow (RF → ADC → FPGA → Server)
- RF Signal capture via antenna and RF Frontend.
- ADC converts analog RF signal to digital samples.
- FPGA manages buffers, AGC, and system clocking.
- Data packets sent via network interface to server.
Slide 4 of 5
Slide 4 - System Signal Transformation Stages
- RF Frontend: Low-noise amplification and down-conversion.
- ADC: High-speed quantization to digital domain.
- FPGA: Processing engine including AGC, buffering, and synchronization for antenna control.
- Server: Network ingestion of processed data packets.
Slide 5 of 5
Slide 5 - Conclusion
End-to-End Signal Pipeline Successfully Implemented
Next steps in system integration and testing.
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