Compiler Design Services
ShuraCore specializes in implementing new and modern ports: GCC, GDB, GNU libraries,
FPGA Design Services
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 up 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.
Expertise in FPGA Design
ShuraCore company specializes in software development for CPLD, FPGA, SoC, MPSoC, RFSoC. Our development team programs, designs, integrates, and develops IP cores, data interface controllers, data processing algorithms, data compression algorithms, processors, interface, and communication modules.
When implementing a project using FPGA technologies, the budget, time, development complexity, performance requirements, and business logic of the device are considered. The ShuraCore team has the deep industry expertise and high technical qualifications in developing FPGA solutions, which allows us to participate in various projects, not 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 to create FPGA or particular purpose integrated circuit solutions. As a critical element of design reuse, IP cores are part of a growing trend in the Electronic Design Automation (EDA) industry.
- PCIe, SATA, NVMe, USB
- GbE, 10G, 40G, Communication controllers
- VGA, HDMI, DVI, Video controllers
- GPIO, I2C, I3C, SPI, QSPI
- TileLink, AXI, AXIS, Avalon, Wishbone
- Math and Cryptographic IP Cores, DSP
- I2S, PCM, TDM
Our engineering team successfully applies FPGA solutions for neural networks, artificial intelligence, and deep learning. If you need a neural network, artificial intelligence, or FPGA deep learning, please contact us. We will help your product become smarter.
Software Processors
When designing embedded systems, FPGA often requires some form of a controller in the system. This controller can be a simple microcontroller or a full-fledged microprocessor running a Linux or RTOS operating system. Solutions with a software processor and software core are fully implemented in logical FPGA primitives. Our development team uses the following software processors in FPGA design:
- RISC-V (Rocket, VexRiscv, PicoRV)
- MicroBlaze
- NIOS II
- OpenRisc
- LEON3
- ARM Cortex M1, M3
We develop embedded software for your software processors. Embedded software is the life of your software processor. With the help of the developed software, we will help bring your equipment to life. Our company develops software processors from scratch and uses HLS and HDL languages to create unique processors. Our specialists can grow a processor core, write embedded software for it, and develop an SDK.
Programming Languages
The programming language for FPGA is commonly referred to as hardware description language because it is used to describe or design hardware. For FPGA programming, we use classic HDL languages and high-level languages.
- SystemVerilog/Verilog/VHDL
- C/C++
- Chisel, SpinalHDL, MyHDL
- TCL
Very often, our customers need to develop accompanying software along with the development of embedded software. The accompanying software’s task is to transfer data to the server, display information from devices, configure FPGA, create programs for updating and equipping devices, and other functions. Our company develops Front-end and Back-end software and also sets user interface design.
A related point in the development and design of FPGA software is user interface development (UI). UI development aims to create a graphical user interface for working with the developed embedded software for FPGA. ShuraCore specialists develop interface designs of any complexity, observing all the functionality and business solution’s quality requirements. At the same time, we consider the client’s wishes, the budget, and other essential factors.
Compiler Design
We are ready to develop a specialized compiler for your IP core and software processor. We will create unique designs for your FPGA projects using our knowledge. Together we will take your project to the next level of success.
ShuraCore specializes in implementing new and modern ports: GCC, GDB, GNU libraries, Binutils, LLDB, LLVM utilities, and libraries. We are engaged in the optimization and adaptation of existing compilers for any hardware platform. The ShuraCore team provides a full range of services for the development of compilers and interpreters of the following types:
We also work in the following areas: development of SDK, virtual machines, obfuscators, and code deobfuscators for our clients. We port debuggers and simulators to new hardware platforms, write high-speed optimizations. We also develop compilers for neural and tensor processors. We create developer tools based on the LLVM framework.
Tools
- CI/CD for FPGA projects
- Vivado/System Generator/Vitis/Vivado HLS
- Quartus/Intel HLS Compiler
- Matlab/Simulink
IP Cores
Intellectual Property (IP) Core is a block of logic or data used
Software Processors
When designing embedded systems, FPGA often requires some form of a controller
Programming Languages
The programming language for FPGA is commonly referred to as hardware description
Tools
Software development, like any other field of activity, requires specific tools. Our
FPGAs for Artificial Intelligence (AI)
With the growing popularity of using machine learning algorithms to extract and
FPGA with Nvidia Jetson
NVIDIA Jetson is the leading Edge AI computing platform used by over a
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.