FPGA Development Engineering Services

Over 100 FPGA-based solutions delivered.

End-to-end design from white board concepts to rapid prototypes to full production.

FPGA-based solutions

Problems We’ve Solved

  • Still image and video – capture and processing (including DSNU and PRNU corrections)
  • Real-time, industry-standard Image file format generation within fabric
  • Motion control – motor speed and position monitoring
  • Precision timing –image sensor control, ADC sampling, system-level synchronization, etc.
  • Sensor interfacing – control & data capture for CMOS and CCD image sensors, high-speed DACs and ADCs including JESD204B, MIPI-CSI, etc.
  • Digital signal processing – data buffering, data re-assembly, FIR filters, FFTs, DDC, DDS
  • High performance DDRx memory implementations including DDR4 @ 1.2 GHz

FPGA Design Capabilities

  • Languages: VHDL, Verilog
  • Dev Tools: Quartus, Vivado, ISE, ModelSim, Riveria-PRO, Active-HDL, MATLAB HDL Coder / Simulink
  • Constraints-based design – clock distribution, clock domain crossing, and timing constraints
  • Multi-gigabit high-speed serial transceivers (e.g. PCIe, Aurora, SFP, QSFP, custom)
  • SERDES Channel verification with S-Parameter extraction and IBIS-AMI based margin analysis
  • Remote updates via In-field re-programmability
  • MicroBlaze and NIOS-II soft processor core applications
  • Comm interfaces – SPI, I2C, Ethernet, I2S, PCIe, Aurora, inter-FPGA, AMBA AXI4, AMBA AXI4-Lite, AMBA AXI4-Stream, MIPI, CSI, LVDS, CML
  • ADC & DAC interfacing

Supporting FPGA Development

Embedded Systems Capabilities

  • Seamless integration with the hardwaresoftware, and mechanical elements of your design
  • Integration with Operating Systems: Embedded Linux, FreeRTOS, SafeRTOS, QNX, PetaLinux
  • Signal Integrity analysis – drive strength, slew rate, and termination values tuning
  • Power Distribution Network (PDN) analysis and optimization
  • Design for Manufacturing, Test, & Assembly

FPGA and CPLD Devices Families We've Designed-In

Xilinx:
  • Zynq-7000
  • Artix
  • Kintex
  • Kintex UltraScale
  • Kintex UltraScale+
  • MPSoC
  • Spartan
  • Virtex
Intel/Altera:
  • Cyclone
  • Arria
  • Stratix
"As for our Gen 3 controller it has been a great success to date. We received our UL certification without any issues. We added custom functional features and it’s pretty exciting."
- VP of Engineering, Home Automation Company
"It’s been a whirlwind to get this Controller fab’d, assembled, etc…thank you all for a job well done AND to hit the target schedule. On day 2 we had Linux and Uboot up and running, the FPGA DDR3 memory interfaces both came up and fully calibrated with no issues!"
- Engineering Team Leader, Medical Device Company
"AppliedLogix commitment to quality and robustness has been a significant contributor to the success of our project."
- Director, Medical Imaging Program
Previous slide
Next slide
FPGA Embedded Systems

Case Studies

Our client manufactures industrial instrumentation equipment that plays a key role within the semiconductor fabrication process. During their product roadmap planning, they identified an expanded set of features and functionality including the need to share data between separate pieces of equipment on the factory floor.

Read More >>

Our client had started a design upgrade of their video image capture subsystem. They were on a path to eliminate their custom PCIe host adapter card installed inside the main control computer and replace it with a USB 3.0 based control interface when the effort was put on hold. Several months later, Re:Build AppliedLogix was brought on board to restart and complete the upgrade.

Read More >>

The client was experiencing backplane-based serial communication problems within their early/initial production units. The Design Services provider that had completed the subsystem hardware design had become progressively less responsive. They were unable to provide the necessary level of engineering support to diagnose the root cause issues.

Read More >>

The client’s existing Vital Controller design had become quite dated. Manufacturing was becoming less predictable (and with high overhead) due to a steady stream of parts availability issues driven by parts obsolescence. In addition, the client’s application software team needed more compute power and access to modern external interfaces. Perhaps the most challenging requirement for the new controller was to retain 100% backwards compatibility with the existing passive backplane and suite of custom IO Boards while rolling in new features and capabilities.

Read More >>

Let's Chat

Let’s talk about your unique challenges and how Re:Build AppliedLogix can help you.