DevOps for FPGA - ShuraCore | FPGA Design Services

DevOps for FPGA

Our company uses advanced technologies DevOps for FPGA, which allow us to develop projects on time and optimize risks when designing FPGA.

  1. Improved deployment frequency
  2. Faster time to market
  3. Sometimes it can take several hours to create a project. We use DevOps so that our specialists always develop projects and do not wait until the project build is completed. After all, the server collects projects. So we save our time, your money.
  4. The lower failure rate of new releases
  5. Shortened lead time between fixes
  6. DevOps simplifies the integration of the verification process and automates the testing process.
  7. If the bitstream is generated on a development PC, local changes may not be saved in source control. For example, a source tree marked for release is different from the one used to create the desired artifact.
  8. Releases should be created in an environment where the OS, libraries, and tools are under control and the designed environment is easy to recreate. The development computer may crash, or new OS/libraries/tools will be installed, and the build tools may stop working. This is especially important with long-term support (3+ years).
  9. When not automated, the release process is error-prone (even if well documented) and makes it difficult for the development team to scale.
  10. If a bug has been flagged, it should be possible to recreate an environment where the bug can be run and debugged. At times, the “use the latest version” suggestion might seem to fix the problem, but it might just hide the pain.
  11. Releases are more frequent during the development phase as new features are added to the design. The support phase can last from a couple of years for a consumer product to three years or more for industrial development.
  12. It runs/builds on a server.
  13. The only engineer who can make a release is on vacation/business trip/left your company.
  14. It is impossible to reproduce the environment or obtain the source code used to build the specific version with the error.

Use DevOps for FPGA together with ShuraCore!

FPGA Design Services

RISC-V (Rocket, VexRiscv, PicoRV), PCIe, SATA, NVMe, USB, GbE, 10G, 40G, Communication controllers, VGA, HDMI, DVI, Video controllers, GPIO, I2C, I3C, SPI, QSPI, TileLink, AXI, AXIS, Avalon, Wishbone

FPGA Design Services

SystemVerilog/Verilog/VHDL, C/C++, Chisel, SpinalHDL, MyHDL, TCL, CI/CD for FPGA projects, Vivado/System Generator/Vitis/Vivado HLS, Quartus/Intel HLS Compiler
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Our team is an expert in FPGA design. We maintain our service at a high level, which allows us to provide comprehensive solutions for FPGA design for various systems. Our company keeps pace with the times, has extensive experience in existing FPGA technologies. Using multiple technologies, practical and theoretical knowledge, experience in developing individual solutions for FPGA, we create a unique customer solution. If you need our expertise in developing or creating a unique FPGA solution, we will be happy to help you.

When implementing a project using FPGA technologies, the device’s budget, time, development complexity, performance requirements, and business logic are considered. ShuraCore team has deep industry expertise and high technical qualifications in FPGA solution development, which allows us to participate in various projects, not being limited to any one area of development. Below is our experience with multiple technologies for FPGA:

IP Cores

Intellectual Property (IP) Core is a block of logic or data used

We use CI/CD for FPGA projects, Vivado/System Generator/Vitis/Vivado HLS, Quartus/Intel HLS Compiler, Matlab/Simulink.Tools.

Tools

Software development, like any other field of activity, requires specific tools. Our

DevOps for FPGA

Our company uses advanced technologies DevOps for FPGA, which allow us to

FPGA Verification

Verification is the verification of the device’s model being developed, designed by

HLS for FPGA

High-Level Synthesis (HLS) is used to create digital devices using high-level languages.

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