FPGA Design services

Are you looking for a team of senior FPGA engineers, who offer advanced FPGA design and development services that you can trust?

Feel free to review our detailed capabilities below.

If you are searching for well-developed, innovative, custom FPGA solutions, you can trust our FPGA engineers to have the expertise and tools to support your software or hardware design needs.

We are also very skilled in working in various coding languages and development environments. We have extensive experience in Verilog coding, using multi IP designs and using standard and customized IP objects. We also are very skilled in C++ style of coding leveraging the Xilinx HLS development platform, allowing us very agile development.

FPGA Design Expertise

• DSP algorithm development in FPGAs for digital signal processing designs
• HD images and video processing dataflow methodology
• Low latency industrial automation applications with custom communications
• High frame rate imaging system with a Multi-FPGA approach
• Custom algorithm development using Vivado or Vitis-HLS workflows
• Embedded C/C++ design for microprocessor based design
• Development in various coding languages. Verilog and HLS.
• High-speed memory interface design such as DDR2, DDR3, DDR4, HBM
• Interfacing Ethernet-PHY with FPGA
• Compiling custom PetaLinux based projects

Algorithm Development Services

Get the right algorithm developed to meet your business and technical requirements. It’s among our core FPGA development services that we take a lot of pride in.

Do you need a custom algorithm built from scratch or extend an existing open-source solution?

Your algorithm intensive project will be delivered on time and on budget.

Recent algorithm portfolio

RTL Design of SHA3 512/256 (also known as Keccak algorithm)

• Designed to offer you a hash at every clock cycle running at speeds of 550MHz
• Tested on the Xilinx Virtex UltraScale+ FPGA BCU1525 Acceleration Development Kit
• Connected with PCIe Interface Host for sending/receiving data
• Designing custom mining software (multi-threaded) in Python to communicate to mining pool with Stratum protocol
• Benchmarked on mining pools with 17GH/s
• Optimized for throughput

RTL Design of SHA-256 (aka Bitcoin algorithm)

• Designed to give you a hash at every single clock cycle running at 350MHz
• Tested on the BCU1525 Acceleration Development Kit with PCIe Interface Host
• Connected with PCIe Interface Host for sending/receiving data
• Designing custom mining software (multi-threaded) in Python to communicate to mining pool with stratum protocol
• Optimized for throughput

RTL Design of Keccak 800 (aka Odocrypt algorithm)

• Designed to give you a hash at every single clock cycle running at 300MHz
• Tested on the BCU1525 Acceleration Development Kit
• Connected with PCIe Interface Host for sending/receiving data
• Designing custom mining software (multi-threaded) in Python to communicate to mining pool with stratum protocol
• Optimized for throughput

RTL Design of Ethereum algorithm

• Tested on FK33 board running at 400MHz
• Dag-Generation on FPGA
• Designed custom MAXI bus interface to communicate with HBM memory

FPGA Prototyping Services

Get an FPGA-based prototyping solution designed and deployed that will align with your specifications.

Avoid costly device re-spins and improve the time-to-market by testing your proof-of-concept applications on various development boards. This is why prototyping is one of the most important FPGA design services that we offer.

Your final hardware FPGA design will be a great fit for your project.

You can learn more about FPGA-based prototyping at Xilinx

IP-Core Design Services

Get an IP-core design that will make your product stand out. You can trust that our team will design a versatile IP core that fits on most FPGAs.

Our FPGA design team are experts in the AMBA AXI protocol, which ensures that your custom FPGA design will meet top industry standards.

List of protocols

• AXI4 master/slave full
• AXI4-lite
• AXI4 stream Master/slave

Embedded FPGA Design Services

Embedded Devices

• Working with low-level bare metal and embedded OS, e.g. PetaLinux, Free RTOS.
• Spanning a variety of Processor Families, like ST Micro STM32, Microchip PIC

Communication Protocols

• Versed in a diverse range of Network protocols: Modbus TCP/RTU, UDP, TCP/IP, DHCP
• Wireless protocols like Wi-Fi and Bluetooth wireless technology
• Experience with various Communication buses such as UART, SPI, I2C, CAN, MODBUS, PCIe, USB UVC

High Performance FPGAs

• Multiprocessor design approach for real-time applications on multi-threaded or multi-processor systems
• Low-latency and low voltage designs for video processing solutions

Technology Migration

You can trust our FPGA engineering expertise that we have around individual FPGA architectures and their technologies.

Providing you with a versatile range of Xilinx FPGA architectures, varying from the cost-optimized Spartan 7 to the acceleration platform Ultrascale+.

Discover the best migration solution suited to your every requirement. You can expect extensive support regardless of customizations and required updates.

In the end, the customized FPGA design services that you will receive will meet your unique project requirements. Success is inevitable.

Hardware-Specific FPGA Design Services

In addition to fully integrated FPGA based prototyping solutions, you will find that we offer specialized standalone FPGA based hardware design services, which include a multitude of interfaces and technologies.

Our FPGA design engineers will provide you with a partnership that offers flexible, well-structured and versatile solutions catered to your requirements. Our engineering and FPGA design services team will have your back!

We will create any additional custom interfaces, processes and architectures, without limits. Our structure allows us to focus on meeting your design needs in an adaptable, yet new manner, offering FPGA solutions that will match with your product development.

What is an FPGA?

FPGA means Field Programmable Gate Array. These are a type of semiconductor hardware chips that carry out logical operations and that can be programmed, customized and modified according to designers' and developers' needs of digital logic in a system or circuit.

FPGAs have been on the market since 1984 when Xilinx introduced them. They support thousands of gates and allow developers to design and create custom logic solutions at lower costs.

If you like to dig deeper into the basics of FPGAs, check out this blog post.

Applications of FPGA Designs

FPGAs can be used in a very wide range of applications thanks to their versatility while providing high-quality and cost-effective solutions, which makes it easy to understand their quick growth and acceptance over the last decade, and the increasing need of FPGA design services in various fields, applicable to almost all engineering, mechanical and electronic product design and development.

Here are some of the fields and applications of FPGAs:

• Digital Signal Processing (DSP)
• Communications
• Video Processing
• Data Processing
• Aerospace, Military and Defense
• Gaming and Computer devices
• Computing hardware
• Voice Recognition Software
• ASIC prototyping
• Broadcasting
• Medical image processing
• Wired and wireless communications
• Internet of Things (IoT)
• Device controllers
• Motor controllers
• Video Surveillance Services
• Consumer electronics
• Embedded systems
• Cryptography and Encoding