A Field-Programmable Gate Array (FPGA) is an integrated circuit designed to be configured by a customer or a designer after manufacturing. FPGA are composed of logic blocks, interconnects, random access memory blocks and I/O elements, giving designers the flexibility to create custom circuits based on the latest technologies. An FPGA expert can create custom integrated circuits in a shorter timeframe and with fewer resources than traditional chip designs.
By hiring an FPGA expert on Freelancer.com, you can develop an optimized solution for your application that will offer greater speed, lower power consumption, higher reliability and flexibility. Moreover, you have the opportunity to acquire better tools and support specialized engineers to develop your design needs quickly.
Here's some projects that our Field-Programmable Gate Array Experts made real:
- Developing video processing pipelines
- Designing face recognition in Verilog or gate level model
- Creating digital signature schemes for FPGA design suites
- Developing a First-In-First-Out (FIFO) buffer in VHDL
- Constructing GCN module in Verilog code
- Translating Matlab code into synthesizable VHDL code
- Troubleshooting and implementing EdDSA algorithms in Vivado design suites
- Designing I2C master testbenches for communicating with slaves
- Performing timing analyses for RTOS multithreaded hardware/software systems
- Creating RISC-V pipelined processors and eliminating hazards
An FPGA expert provides the highest caliber of expertise required to implement advanced designs quickly and efficiently. By hiring one of our experts on Freelancer.com you can be sure to get the best results for your project need. So don't wait any longer; post your own project today and hire one of our skilled Field-Programmable Gate Array Experts.A partir das avaliações de 7,124, os clientes avaliam nosso Field-Programmable Gate Array Experts 4.76 de 5 estrelas.
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Requirements: 1) Mini Spectrum Analyzer with UI on a PC display 2) FPGA. 3) Integrate ADC with high sample rate. 4) Insert an analog signal (how? With probe?). 5) Real time plotting (continuous sampling). 6) Due to 2 -->> be able to insert a high frequency signal. 7) Which ADC? -->> Which type? (See figure 1) I need to buy it. 8) FFT algorithm. 9) Using sample window Blackman-Harris. 10) Voltage level of the input signal -->> the highest (±3.3v or 0 - 3.3v? can we do it higher?). 11) Using UI to change parameters like: a) Start and stop frequency that we see on the screen. b) Change the span. c) The resolution of the sampling -->> we need to talk with the FPGA to change the N samples (See figure 2). d) Put markers on the screen and mark the maximum and...
I am looking for a developer to create a special mark reader sensor for industrial applications. The sensor will be reading custom print marks and I have specific requirements for its accuracy and speed. The ideal candidate will have experience in FPGA development and be able to create a solution that can read these custom marks quickly and accurately. The Technical Details are attached herewith for reference.