| Bonus Resources.txt | 102.4 B | ||
| Get Bonus Downloads Here.url | 204.8 B | ||
| ~Get Your Files Here ! | |||
| 1 - Introduction to Quantum Firmware Engineering 100 RFSoC & QICK Labs | |||
| 1. Introduction.mp4 | 48.6 MB | ||
| 10 - Chapter 9 Production Security & Reliability | |||
| 100. Lab 90 Compliance Verification against Industrial Safety Standards.html | 19.4 KB | ||
| 11 - Chapter 10 Sovereign Deployment & Capstone | |||
| 101. Sovereign Deployment & Capstone.mp4 | 86 MB | ||
| 102. Lab 91 Containerizing Host Control Software for Reproducible Builds.html | 21.2 KB | ||
| 103. Lab 92 Setting Up Automated CI CD Pipelines for Firmware Testing.html | 24.4 KB | ||
| 104. Lab 93 Simulating Hardware Behaviors Using Software Testbenches.html | 22.9 KB | ||
| 105. Lab 94 Packaging Custom IP Cores for Distribution and Reuse.html | 24.5 KB | ||
| 106. Lab 95 Preparing Air-Gapped Environments for Secure Deployments.html | 25.8 KB | ||
| 107. Lab 96 Executing Full System Integration Tests on Target Hardware.html | 20.8 KB | ||
| 108. Lab 97 Documenting Hardware Interconnects and Calibration Schemas.html | 26.2 KB | ||
| 109. Lab 98 Conducting Performance Benchmarks and Reliability Stress Tests.html | 24.1 KB | ||
| 110. Lab 99 Finalizing Operational Runbooks for Production Handover.html | 28.2 KB | ||
| 111. Lab 100 Capstone Project Production-Grade Autonomous QEC Controller.html | 24.3 KB | ||
| 12 - Conclusion | |||
| 112. Conclusion.mp4 | 108 MB | ||
| 2 - Chapter 1 Foundations and RFSoC Setup | |||
| 10. Lab 08 Verifying Analog-to-Digital Converter (ADC) Loopback Channels.html | 23.5 KB | ||
| 11. Lab 09 Verifying Digital-to-Analog Converter (DAC) Output Waveforms.html | 18.2 KB | ||
| 12. Lab 10 Running Your Initial Success Milestone Sine Wave Generation Test.html | 17.2 KB | ||
| 2. Foundations and RFSoC Setup.mp4 | 49.1 MB | ||
| 3 - Chapter 2 Digital Signal Processing Fundamentals | |||
| 13. Digital Signal Processing Fundamentals.mp4 | 96.8 MB | ||
| 14. Lab 11 Designing Fixed-Point Arithmetic Pipelines in High-Level Synthesis.html | 21.1 KB | ||
| 15. Lab 12 Implementing Direct Digital Synthesis (DDS) for Carrier Waves.html | 20.8 KB | ||
| 16. Lab 13 Building Complex Mixers and Numerically Controlled Oscillators.html | 23.5 KB | ||
| 17. Lab 14 Constructing Finite Impulse Response (FIR) Filters for Noise.html | 21.1 KB | ||
| 18. Lab 15 Optimizing Infinite Impulse Response (IIR) Filters on FPGA Fabric.html | 22.1 KB | ||
| 19. Lab 16 Configuring Cascaded Integrator-Comb (CIC) Decimation Filters.html | 20.2 KB | ||
| 20. Lab 17 Implementing Fast Fourier Transform (FFT) Cores for Spectrum.html | 26.4 KB | ||
| 21. Lab 18 Windowing Functions and Spectral Leakage Reduction in Hardware.html | 22.2 KB | ||
| 22. Lab 19 Phase-Locked Loop (PLL) Tracking for Signal Synchronization.html | 24.6 KB | ||
| 23. Lab 20 Validating Complete Multi-Stage DSP Pipeline Performance.html | 22.6 KB | ||
| 4 - Chapter 3 QICK Framework Integration | |||
| 24. QICK Framework Integration.mp4 | 100 MB | ||
| 25. Lab 21 Cloning and Building the Open-Source QICK Repository Locally.html | 19.8 KB | ||
| 26. Lab 22 Compiling Custom Vivado Bitstreams for Target RFSoC Boards.html | 24 KB | ||
| 27. Lab 23 Loading QICK Bitstreams via PYNQ Runtime Environment.html | 17.7 KB | ||
| 28. Lab 24 Initializing the QICK Driver Classes within Jupyter Notebooks.html | 19.6 KB | ||
| 29. Lab 25 Generating Shaped Microwave Pulses Using QICK Pulse Generators.html | 22.7 KB | ||
| 30. Lab 26 Configuring Readout Resonator Multiplexing Across Frequencies.html | 19.1 KB | ||
| 31. Lab 27 Executing Single-Tone Spectroscopy Sweeps on Test Inputs.html | 20.8 KB | ||
| 32. Lab 28 Implementing Amplitude and Phase Modulation for Qubit Control.html | 23.2 KB | ||
| 33. Lab 29 Capturing Raw ADC Streaming Data During Experiment Shots.html | 23.9 KB | ||
| 34. Lab 30 Calibrating System Latency and Time-of-Flight Delays.html | 23.6 KB | ||
| 5 - Chapter 4 Real-Time Pulse Sequencing | |||
| 35. Real-Time Pulse Sequencing.mp4 | 92.8 MB | ||
| 36. Lab 31 Designing Deterministic Pulse Schedules with Microsecond Precision.html | 19.9 KB | ||
| 37. Lab 32 Managing Multi-Channel Synchronization Without Phase Drift.html | 24.3 KB | ||
| 38. Lab 33 Implementing Conditional Branching inside FPGA Sequencers.html | 21.6 KB | ||
| 39. Lab 34 Utilizing Real-Time Registers for Dynamic Parameter Updates.html | 21.5 KB | ||
| 40. Lab 35 Handling Pulse Interleaving for Complex Rabi Oscillations.html | 23.1 KB | ||
| 41. Lab 36 Executing Ramsey Fringe Experiments via Automated Scripts.html | 20.2 KB | ||
| 42. Lab 37 Running Echo Sequences to Measure Dephasing Times.html | 22.1 KB | ||
| 43. Lab 38 Optimizing Sequencer Memory Allocation for Long Programs.html | 19.2 KB | ||
| 44. Lab 39 Debugging Timing Violations Using Hardware Performance Counters.html | 20.5 KB | ||
| 45. Lab 40 Validating End-to-End Pulse Fidelity Under Heavy Load.html | 19.6 KB | ||
| 6 - Chapter 5 Low-Latency Feedback Loops | |||
| 46. Low-Latency Feedback Loops.mp4 | 84.8 MB | ||
| 47. Lab 41 Architecting Sub-Microsecond Classical Feedback Pipelines.html | 25.6 KB | ||
| 48. Lab 42 Implementing Threshold Discriminators for State Readout.html | 21.3 KB | ||
| 49. Lab 43 Routing Real-Time Decision Signals Between FPGA Logic Blocks.html | 21.5 KB | ||
| 50. Lab 44 Building Real-Time Readout State Classification Logic.html | 22.6 KB | ||
| 51. Lab 45 Triggering Adaptive Pulses Based on Measured Qubit States.html | 18.6 KB | ||
| 52. Lab 46 Minimizing Latency Jitter in Closed-Loop Execution Paths.html | 23 KB | ||
| 53. Lab 47 Benchmarking Feedback Latency Using High-Speed Oscillroscopes.html | 23.9 KB | ||
| 54. Lab 48 Handling Multi-Qubit Correlated Readout Outputs Simultaneously.html | 19.8 KB | ||
| 55. Lab 49 Stress-Testing Feedback Loop Stability Under High Repetition Rates.html | 26 KB | ||
| 56. Lab 50 Deploying Closed-Loop Error Mitigation Logic on Hardware.html | 19.5 KB | ||
| 7 - Chapter 6 Quantum Error Correction Firmware | |||
| 57. Quantum Error Correction Firmware.mp4 | 98.8 MB | ||
| 58. Lab 51 Introduction to Syndrome Measurement and Error Syndromes.html | 19.6 KB | ||
| 59. Lab 52 Implementing Parity Check Matrix Multiplication in Hardware.html | 20 KB | ||
| 60. Lab 53 Constructing Repetition Code Decoders inside FPGA Fabric.html | 20.8 KB | ||
| 61. Lab 54 Integrating Real-Time Bit-Flip Correction Logic Paths.html | 20.2 KB | ||
| 62. Lab 55 Scaling Syndrome Extraction Across Multi-Qubit Registers.html | 24.3 KB | ||
| 63. Lab 56 Pipeline Optimization for High-Throughput Syndrome Decoding.html | 19.3 KB | ||
| 64. Lab 57 Handling Fault-Tolerant Reset Operations in Real Time.html | 23.3 KB | ||
| 65. Lab 58 Simulating Depolarizing Noise Channels on Test Vectors.html | 20.1 KB | ||
| 66. Lab 59 Measuring Error Correction Thresholds Experimentally.html | 18.1 KB | ||
| 67. Lab 60 Validating Logical Qubit Lifetime Extensions via Hardware Logs.html | 24.8 KB | ||
| 8 - Chapter 7 Hybrid GPU-FPGA Interfacing | |||
| 68. Hybrid GPU-FPGA Interfacing.mp4 | 83 MB | ||
| 69. Lab 61 Overview of Heterogeneous Quantum-Classical Architectures.html | 25.3 KB | ||
| 70. Lab 62 Configuring High-Speed RDMA Links Between FPGA and GPUs.html | 24.2 KB | ||
| 71. Lab 63 Integrating NVIDIA CUDA-Q Real-Time Extension Frameworks.html | 22.9 KB | ||
| 72. Lab 64 Establishing Ring Buffers for Asynchronous Data Transfer.html | 23.8 KB | ||
| 73. Lab 65 Dispatching Hybrid Kernels Across FPGA and GPU Boundaries.html | 24.3 KB | ||
| 74. Lab 66 Implementing Transport-Only Forwarding for Baseline Tests.html | 18.8 KB | ||
| 75. Lab 67 Offloading Heavy Classical Decoding Tasks to External GPUs.html | 26 KB | ||
| 76. Lab 68 Synchronizing Clocks Across Networked Accelerators.html | 26.6 KB | ||
| 77. Lab 69 Measuring Round-Trip Latency Over High-Speed Interconnects.html | 20.2 KB | ||
| 78. Lab 70 Running Hybrid-Accelerated Quantum Algorithms End-to-End.html | 24.9 KB | ||
| 9 - Chapter 8 Timing Synchronization & Networking | |||
| 79. Timing Synchronization & Networking.mp4 | 94.2 MB | ||
| 80. Lab 71 Principles of Sub-Nanosecond Time Synchronization.html | 23.8 KB | ||
| 81. Lab 72 Integrating White Rabbit Protocol Stacks with RFSoC Boards.html | 25.1 KB | ||
| 82. Lab 73 Configuring Master-Slave Clock Trees Across Multiple Chassis.html | 21.9 KB | ||
| 83. Lab 74 Calibrating Fiber Optic Delay Compensation Lines.html | 21.3 KB | ||
| 84. Lab 75 Time-Tagging Multi-Channel Detector Events Precisely.html | 22.3 KB | ||
| 85. Lab 76 Synchronizing Distributed QICK Units for Large Arrays.html | 24.2 KB | ||
| 86. Lab 77 Managing Phase Coherence Across Network Boundaries.html | 22 KB | ||
| 87. Lab 78 Auditing Timing Drift and Jitter Metrics Automatically.html | 28.4 KB | ||
| 88. Lab 79 Stress-Testing Distributed Node Resilience to Link Drops.html | 23.4 KB | ||
| 89. Lab 80 Validating Coordinated Multi-Node Quantum Operations.html | 19.1 KB | ||
| 3. Lab 01 Introduction to RFSoC Architecture and ZCU216 Board Layout.html | 21.7 KB | ||
| 4. Lab 02 Flashing PYNQ Linux Image to MicroSD for Board Bootstrapping.html | 22.4 KB | ||
| 5. Lab 03 Establishing Serial and SSH Terminal Access Over Ethernet.html | 22.7 KB | ||
| 6. Lab 04 Validating Clock Tree Generation and External Reference Inputs.html | 20.8 KB | ||
| 7. Lab 05 Exploring the Python Jupyter Environment on the RFSoC Target.html | 21.3 KB | ||
| 8. Lab 06 Writing Your First Python Script to Read Board Temperature.html | 18.4 KB | ||
| 9. Lab 07 Configuring Network Interfaces for Host-to-Target Streaming.html | 21.8 KB | ||
| 90. Production Security & Reliability.mp4 | 101.7 MB | ||
| 91. Lab 81 Implementing Secure Boot and Bitstream Encryption on FPGA.html | 32.5 KB | ||
| 92. Lab 82 Hardening Remote Management Interfaces Against Unauthorized Access.html | 22.3 KB | ||
| 93. Lab 83 Establishing Role-Based Access Control for Laboratory Equipment.html | 22.6 KB | ||
| 94. Lab 84 Configuring Audit Logging for All Firmware Modifications.html | 21.8 KB | ||
| 95. Lab 85 Implementing Hardware Watchdog Timers for Automatic Recovery.html | 22.6 KB | ||
| 96. Lab 86 Managing Thermal Throttling and Power Rail Protections.html | 21.6 KB | ||
| 97. Lab 87 Designing Automated Self-Test Diagnostics for Startup Routines.html | 21.5 KB | ||
| 98. Lab 88 Performing Static Timing Analysis under Worst-Case Conditions.html | 25.1 KB | ||
| 99. Lab 89 Establishing Redundant Control Pathways for Fail-Safe Operation.html | 22.1 KB |
Quantum Firmware Engineering: 100 RFSoC & QICK Labs
https://WebToolTip.com
Published 8/2026
Created by Dar Al Taqniya
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 112 Lectures ( 13h 3m ) | Size: 1.1 GB
From quantum control theory to production-grade real-time QEC firmware using RFSoC, FPGA DSP, QICK & CUDA-Q.
What you'll learn
⚡ Architect production-grade RFSoC-based quantum control systems using modern FPGA design methodologies.
⚡ Build deterministic digital signal processing (DSP) pipelines including DDS, FFT, FIR, CIC, PLL, and high-speed ADC/DAC data paths.
⚡ Deploy and customize the open-source QICK framework for real-time quantum control on AMD/Xilinx RFSoC platforms.
⚡ Design ultra-low-latency feedback systems capable of sub-microsecond closed-loop quantum measurement and correction.
⚡ Implement hardware-accelerated quantum error correction (QEC) firmware, including syndrome extraction, parity decoding, and real-time correction logic.
⚡ Integrate heterogeneous GPU-FPGA architectures using NVIDIA CUDA-Q and high-speed data movement techniques.
⚡ Engineer synchronized multi-node quantum control systems using White Rabbit timing and deterministic networking.
⚡ Secure production FPGA deployments with encrypted bitstreams, watchdog recovery, audit logging, and industrial reliability practices.
⚡ Build automated CI/CD pipelines, reproducible firmware environments, and hardware-in-the-loop testing infrastructures.
⚡ Complete a production-scale autonomous Quantum Error Correction Controller that integrates every engineering discipline covered throughout the course.
Requirements
❗ Recommended prerequisites include
❗ 1. Basic Python programming
❗ 2. Fundamental Linux command-line usage
❗ 3. General understanding of digital electronics is helpful but not mandatory
❗ 4. Basic algebra and introductory linear algebra concepts
❗ 5.Curiosity about hardware acceleration and modern computing systems
❗ Software
❗ 1. Python 3.12+
❗ 2. Docker Desktop
❗ 3. Visual Studio Code
❗ 4. Git
❗ Hardware
❗ 1. Compatible RFSoC development platform
❗ 2. AMD RFSoC4x2
❗ 3. AMD/Xilinx ZCU216 RFSoC
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Udemy - Qiskit v2.X Quick Start in 60 Min Hands-On Quantum Computing Posted by
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Udemy - Quantum Computing - From Basics to Business and AI Applications Posted by
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