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FPGA Design

Faststream Technologies software-interpreted FPGA Design Services are assigned to bring end-to-end system incorporation from design, research, and development to testing for any kind of design specifications. Faststream Technologies has worked on various projects on all major FPGA platforms which entail millions of multi-clock domains, gate designs, and hybrid design applications.


Our expert design team delivers wide FPGA design and development competence to various projects in the domain of High-speed Memory and network interfaces, advanced algorithm development, and embedded software services. As a turnkey product design firm, we design custom FPGA boards and also integrate our FPGA designs with existing client hardware.


Faststream Technologies proposes FPGA-based design & built-up SoC-based design services which add a stack of technologies and interfaces. Our previous designs incorporated soft core processors like Nios II, Microblaze, OpenRISC, etc, and hard processors like multi-core ARM Cortex, PowerPC, etc. Our embedded software development team has supported in bringing up operating systems like Linux and developing drivers for these custom devices. We have even developed applications on the top to manage like OpenGL, QT, Android Apps, etc. Some designs include custom PCIe cards, Optical projectors, EOFCS systems, video acquisition, and video processing cards, data encryption cards, etc.


We also have a large network of external partners to augment manpower specialized in creating reliable FPGA hardware designs. Our FPGA design services team will be your ally and make your journey a cakewalk.

  • DSP algorithm development and digital signal processing in FPGAs
  • High definition image and video processing pipelines
  • PCIe Gen 1/2/3/4, GbE, Fiber Channel, HDMI, SATA, XAUI, RapidIO, InfiniBand, SerialLite, HD-SDI, Aurora
  • High-speed memory interface designs, including DDR2, DDR3, DDR4, QDR II, RLDRAM, Hybrid Memory Cube, and High Bandwidth Memory (HBM)
  • Custom communications and controls for very low latency industrial automation
  • Multi-FPGA parallel processing for very high frame rate imaging system
  • High-speed computing interconnection fabric targeting state-of-art FPGA devices
  • System and Unit level verification testbed design using Universal Verification Methodology (UVM) and Open Verification Methodology (OVM)

Faststream used the following tools for FPGA Design


  • Intel Quartus Prime and Intel Quartus II (Qsys, DSP Builder, SignalTap)
  • Xilinx Vivado and ISE (Platform Studio, System Generator, IP Integrator, ChipScopePro)
  • LatticeIspLEVER and Lattice Diamond
  • Microsemi Libero
  • Synplify Pro
  • Mentor ModelSim and Mentor Questa
  • Aldec Riviera-PRO and Active-HDL
  • MATLAB/Simulink