Vivado HDMI FPGA Design

@Mahihassi

As an Electrical Engineer with an extensive background in FPGA development using Verilog and VHDL, I'm poised to tackle your Vivado HDMI FPGA Design project with precision and efficiency. My proficiency in microcontrollers, embedded systems, and firmware development makes me a strong contender for synthesizable coding. Additionally, my capability to design high-speed PCBs will greatly assist in achieving the timing-clean 148.5 MHz pixel clock domain you desire for your 1080p@60Hz operation. I'm highly committed to delivering robust embedded solutions within the constraints of budget and timeline while ensuring the end product functions optimally. Given my experience extends from concept generation through to delivering market-ready products, I believe I can develop a comprehensive Vivado project that captures 1080p video from both ADV7611 receivers, performs the desired in-FPGA signal processing, and drives the SiI9134 for proper display on an external monitor.

@ahmedmohamed85

Dear Sir I have the Nexys Video board which contains the exact fpga chip, I can use it to capture in hdmi data and perform processing and even video encryption on it and send it to output display system, please message me if you are interested

@markoa7

As a highly skilled and experienced electronic hardware and firmware engineer, I bring a plethora of expertise to the table that make me a perfect fit for your FPGA project. My mastery of languages such as Verilog and VHDL, combined with my deep knowledge in video processing and FPGA development using Vivado tool-flow, allow me to confidently assure you that I'll be able to build for you the comprehensive Vivado project you need to realize your video pipeline on the Artix-7 XC7A200T board. In addition, my proficiency in signal processing will come in handy when engaging in activities such as frame buffering and color space conversion required for this project. And unlike other profiles, I'm comfortable with both AXI or native video interfaces which are essential for keeping compatibility with Xilinx Video Processing IP. Most importantly, I've had considerable experience working with HDMI signals. This is significant as it prepares me adequately to work efficiently with the two ADV7611 HDMI inputs and one SiL9134 HDMI transmitter equipment needed for this project. My job is not complete until every detail like the "top-level RTL" connections between these parts are meticulously taken care of, all XDC constraints adhered to, and most importantly a stable processed 1080P image generated from FPGA back to HDMI for at least 30 minutes without any noticeable frame drops.

@mykolalus

⭐⭐⭐⭐⭐ Senior FPgA Engineer Here! ⭐⭐⭐⭐⭐ Hello! I have checked out your project details and I am confident that I can finish your project perfectly. I can deliver a complete, buildable Vivado project for your Artix-7 XC7A200T platform that demonstrates a reliable dual-HDMI capture → processing → HDMI transmit pipeline at 1080p60. I have direct experience with ADV7611 receiver integration, SiI9134/9135 transmitters, and timing-clean video designs at 148.5 MHz on 7-series devices. The solution will use fully synthesizable Verilog (or VHDL if preferred), free WebPACK-compatible IP only, and clean native or AXI4-Stream video interfaces so the design can later scale with Xilinx Video Processing IP. I’ll implement robust clocking, CDC via FIFOs, a minimal but clear real-time processing block (e.g., RGB inversion or overlay), full XDC constraints, and deterministic I²C bring-up for both HDMI receivers and the transmitter. You’ll receive the full Vivado project, simulation testbench for a 1080p frame, UART status reporting, and a concise README covering build steps, hardware setup, and extension points for future video features. I am ready to start your project now and I will do my best. Looking forward to discussing more details. Regards, Mykola

@electronicsdone

Best Vivado HDMI Artix-7 Video Pipeline Expert ⭐⭐⭐⭐⭐ Hi, Thanks for sharing your requirements so clearly. I’ve worked on FPGA video pipelines with HDMI RX/TX, frame buffers and simple in-FPGA processing, so your project looks very doable. The goal is simple: build a clean 1080p@60 pipeline on XC7A200T that takes HDMI in from both ADV7611s, processes it, and drives the SiI9134 reliably. ✅ **How I’ll Help You Succeed** 1. Create a complete Vivado project (latest flow) with synthesizable Verilog/VHDL top-level wiring ADV7611 I²C, video and clocks through the Artix-7 to the SiI9134 output. 2. Implement timing-clean 148.5 MHz pixel-clock domain with required FIFOs/gearboxes for 1080p@60, plus reset/clocking structure and XDC constraints. 3. Add a minimal but clear processing block (e.g. color inversion or simple filter) to demonstrate real-time manipulation that you can later extend. ✅ I’ve worked on FPGA designs combining HDMI, high-speed video clocks, FIFOs and simple image processing, with a focus on clean timing and bring-up. I can share related examples once you message me. ✅ Before I start, one quick thing: Are you using a custom XC7A200T board or a specific eval board, and do you already have the exact pinout for the ADV7611/SiI9134 connections? If you share those details, I can review them and suggest the best project structure. Best, Prat PCB Must Innovations

@julianm260

✅ Hello Chouaib, ✨ I’ve carefully reviewed your project description for the Vivado HDMI FPGA design, and I believe I can deliver exactly what you need. I have extensive experience working with FPGA design, HDMI interfacing, and video signal processing, including implementing complex designs in Xilinx Vivado. My previous projects involved real-time video data handling and display pipelines, which aligns closely with your requirements. ⚡Here’s how I would approach your project: -Review your current design specifications and constraints. -Develop or refine the HDMI interface -Implement and test the FPGA -Verify the design on actual hardware -Provide thorough documentation and support for integration or future updates. ❓A couple of questions to clarify your needs: -What resolution and frame rate are you targeting for the HDMI output? -Do you have existing HDL code that you want me to work from, or is this a full design from scratch? ✅ I aim to provide high-quality work with clear communication throughout the project. Looking forward to your response and excited to help bring your project to life!

@yaroslavmark

✅Okay, I got what you want exactly. ❤️I am a professional engineer Embedded Engineer with over 10 years of experience, providing FPGA design, Vivado workflow, HDMI video pipelines, AXI interfaces, and high-speed digital signal processing. In my opinion, the key to this project is building a clean, timing-safe HDMI design in Vivado with a well-structured video pipeline. I would focus on stable clocking, proper TMDS handling, and modular HDL so the design is easy to verify, debug, and extend later. This project is very similar to my previous works. I previously worked on HDMI and video FPGA designs in San Diego, CA, where I implemented Vivado-based HDMI TX/RX modules, video timing controllers, and AXI-Stream pipelines on Xilinx devices. I was responsible for RTL design, simulation, timing closure, and on-board validation using real displays. The most important skill for this project is HDMI video signal integrity and timing closure in Vivado. I solve this by carefully managing clock domains, constraints (XDC), and validating the video stream with simulation and hardware testing. Via private chatting or meeting, I will provide the creative idea and good tech solution for your project and i want to discuss about the budget and timeline in detail.

@syedfahadahmad33

Hello I just read out your description and am interested in your project. I am an Expert in FPGA Signal Processing and also did in the past. If you need Quality Work, then feel free to contact me Thanks

@centaurusagency

Hello Chouaib C., I've reviewed your project and understand that you're looking for a skilled designer for Vivado HDMI FPGA Design. I’ll create original, eye-catching designs tailored exactly to your requirements and I’ll gladly make revisions until you’re fully satisfied. Here’s what you get when working with me: ⭐ Unlimited Revisions – until you're 100% happy ⭐ Money-Back Guarantee – complete peace of mind ⭐ Clean, Professional & Custom Designs – no templates ⭐ Fast Turnaround – always on schedule ⭐ Print-Ready & Web-Optimized Files – in AI, PSD, PDF, JPEG, and PNG ⭐ Clear Communication – prompt responses and updates ⭐ Full Ownership of Final Designs – you own the rights Let’s connect and bring your vision to life, I’m confident we can create something exceptional together. Looking forward to hearing from you. Best regards, Komal Shaikh

@sufyanasmat38

As a highly skilled software engineer and AI developer, I bring a unique perspective to FPGA design that centers on innovative problem-solving and the ability to create adaptable and high-performing solutions. My in-depth knowledge of Verilog and Vivado, coupled with my expertise in NLP, image processing, OCR, and text-to-image generation makes me stand out from other freelancers. Having worked on a wide range of projects from software development to digital marketing I understand the importance of delivering high-quality work on time and within budget. My understanding of both software and hardware design ensures that I can create not just a functional interface but also one that is user-friendly for future modifications.

@omarf148

Hi, good day! I’d like to apply for your project. I can deliver a complete Vivado project for the Artix-7 XC7A200T that captures dual 1080p streams from ADV7611 receivers, performs clean in-FPGA video processing, and drives the SiI9134 HDMI transmitter. The design will be fully synthesizable in Verilog or VHDL, timing-clean at 148.5 MHz, WebPACK-compatible, and include I²C configuration, XDC constraints, UART status output, and a self-contained simulation testbench. I’ll provide the full project directory and a clear README for build and customization. I look forward to working on this project. Thank you.

@peconsultation

Thank you for sharing this opportunity, I can deliver a complete, hardware-verified Vivado project for your Artix-7 XC7A200T platform that captures dual 1080p HDMI streams from ADV7611 receivers, processes video fully in FPGA, and outputs a stable, processed signal through the SiI9134 transmitter. I have strong experience with HDMI interfaces, 148.5 MHz video clocking, frame buffering, CDC/FIFOs, and clean synthesizable Verilog or VHDL designs compatible with Vivado WebPACK. I’ll provide timing-clean RTL, I²C configuration, UART status reporting, full XDC constraints, a self-contained simulation testbench, and a ready-to-build project directory with clear documentation, ensuring long-duration stability and zero frame drops on real hardware.

@poovarasal7

Need complete Vivado project for Artix-7 HDMI in→FPGA→HDMI out 1080p, Verilog, XDC, TB, HW-ready demo.

@davids983

Hello, I can deliver a full Vivado project for your Artix-7 XC7A200T board that captures dual ADV7611 HDMI inputs, performs basic real-time processing, and outputs to the SiI9134 HDMI transmitter. The design will be fully synthesizable in Verilog/VHDL and compatible with Vivado WebPACK, with no license-locked IP cores. The pipeline will include: timing-clean 148.5 MHz pixel clocks, frame buffering FIFOs, minimal video-processing blocks (color inversion or overlay), and AXI/native video interfaces. I²C sequences for both HDMI devices will be implemented, along with UART status reporting for lock detection. All XDC constraints, simulation testbenches, and a complete README with build instructions, jumper settings, and processing tweaks will be included. The design will be tested to sustain 1080p@60 Hz output without frame drops.

@angelob62

Hi, I have experience building FPGA video pipelines on Artix-7 devices and can create a self-contained Vivado project matching your requirements. Your ADV7611 inputs will be captured, minimally processed in-FPGA (color conversion or filter), and sent to the SiI9134 with proper timing and synchronization. The design will include clean pixel clocks, FIFOs for buffering, I²C initialization for HDMI devices, and a UART status interface for input lock verification. Everything will be WebPACK-compatible, fully synthesizable, and supported by a simple simulation testbench demonstrating 1080p frame flow. I will provide the complete Vivado directory, bitstream, and a README explaining how to adjust processing modules and board connections.

@sophies51

Hi, I specialize in real-time FPGA video pipelines and can provide a robust Artix-7 solution capturing dual ADV7611 inputs, performing lightweight video processing, and outputting to SiI9134. The design will feature: Timing-clean 148.5 MHz pixel clocks Frame buffering FIFOs for both inputs Minimal but extensible processing blocks (color filters or overlays) AXI or native video interfaces compatible with Xilinx Video IP I²C initialization and UART lock status reporting Everything will be fully synthesizable in Vivado WebPACK with no proprietary cores. I’ll supply XDC constraints, a simulation testbench, and a README for bitstream generation, jumper settings, and processing module tweaks. The output will sustain 1080p@60 Hz reliably.

@ayanj26

Hello, I can deliver a complete Vivado project for your Artix-7 XC7A200T that handles dual HDMI inputs from ADV7611s, applies a clean in-FPGA video-processing stage, and drives the SiI9134 transmitter. The solution will be fully synthesizable in Verilog or VHDL using Vivado WebPACK, with no locked IP cores. The project includes: pixel clock generation, FIFOs for smooth 1080p@60 Hz handling, minimal processing (color inversion or overlay), full I²C configuration sequences for HDMI devices, and a UART status monitor. A self-contained simulation testbench will demonstrate the 1080p video flow. I’ll provide the full Vivado directory, bitstream, and a README with build instructions, jumper settings, and notes on extending the processing block. The design will be verified for stable, drop-free HDMI output over extended runtime.