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I will optimize your fpga design for timing performance and resources
FPGA and AI Developer with 8 Years Experience in Verilog VHDL HLS
I'm an FPGA & Digital Hardware Engineer with 8+ years of hands-on experience in RTL design, debugging, verification, optimization, and hardware acceleration.
I work with Verilog, VHDL, SystemVerilog,...
Level 1
Has met certain performance criteria and shows strong potential in the marketplace.
About this Gig
Is your FPGA design failing timing or running slower than expected?
I will analyze and optimize your FPGA design for timing closure, performance, and resource utilization.
I can help with:
- Setup & hold timing violations
- Critical-path analysis
- Timing constraint review
- RTL optimization
- Pipeline & latency optimization
- Logic-depth reduction
- High-fanout analysis
- LUT, FF, BRAM & DSP optimization
- Synthesis & implementation analysis
- Clocking and timing issues
- Vivado timing closure
- Before/after performance comparison
My approach focuses on finding the actual bottleneck rather than making random RTL changes. I analyze timing reports, utilization, critical paths and implementation results to determine where optimization will have the greatest impact.
Tools: Vivado, Vitis, Quartus and FPGA RTL development workflows.
I work with Xilinx/AMD and Intel FPGA designs depending on project requirements.
Have a timing violation or performance problem? Send your timing report, RTL/project files and target device before ordering.
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FAQ
Q1. My FPGA design has timing violations. Can you fix them?
Yes. I can analyze setup/hold violations, identify critical paths and modify the RTL or relevant constraints to improve timing.
Q2. Can you help achieve a higher clock frequency?
Yes. I can analyze critical paths and optimize RTL structure, pipelining, logic depth and other bottlenecks to improve achievable frequency.
Q3. Can you reduce FPGA resource utilization?
Yes. I can analyze LUT, FF, BRAM and DSP utilization and identify opportunities to reduce resource usage while maintaining required functionality.
Q4. Do you work with Vivado timing reports?
Yes. I can analyze Vivado synthesis, implementation and timing reports, including critical paths, slack and timing violations.
Q5. Can you optimize existing Verilog/SystemVerilog designs?
Yes. I can work with existing RTL and optimize it for timing, performance and resource utilization while preserving the intended functionality.
Q6. Can you optimize pipelining?
Yes. Pipeline structure can have a major impact on clock frequency, latency and throughput. I can analyze and optimize pipeline stages where appropriate.
Q7. Can you fix setup and hold violations?
Yes. I can investigate both setup and hold problems and determine whether the cause is related to RTL structure, constraints, clocking, routing or other implementation factors.
Q8. Do you work with AMD/Xilinx FPGAs?
Yes. I can work with devices such as Artix-7, Kintex-7, Virtex, Zynq and Zynq UltraScale+, depending on the project.
Q9. Do you work with Intel/Altera FPGAs?
Yes, depending on the project requirements and available design files.
Q10. What do you need to start?
Ideally, provide your RTL/project files, target FPGA/device, clock requirements and timing/resource reports. Existing constraints and implementation reports are also very helpful.
