Services/Digital hardware design & integration

Digital hardware design & integration

Design the hardware.
Connect the system.

Digital hardware design, FPGA development, electronic design review, and hardware/software integration.

Engineering scope

Design digital hardware, programmable logic, interfaces, and data paths as parts of a complete system. Coordinate hardware and software decisions from early architecture through integration, measurement, and troubleshooting.

FPGA / RTLEthernet / CANPCIe / DMAMixed-signal

Digital hardware design, FPGA, and RTL

Design digital logic, processor interfaces, and high-rate data paths, and integrate programmable logic with embedded processing.

How we help

  • Design and review Verilog and VHDL implementations
  • Develop processor-to-FPGA drivers and interfaces
  • Automate combined RTL, software, and platform-image builds
  • Use RTL simulation and software tests for verification

Potential deliverables

  • RTL modules or design changes
  • FPGA interface drivers
  • Build automation
  • Simulation and verification assets

Electronic design and mixed-signal system review

Support schematic, PCB, and mixed-signal design with system-level implementation and troubleshooting.

How we help

  • Review schematic and PCB designs
  • Investigate power, clocks, digital communication, and signal-integrity issues
  • Support mixed-signal, electro-optical, RF-connected, and high-EMI equipment
  • Coordinate hardware changes with firmware and system architecture

Potential deliverables

  • Design review findings
  • Schematic or layout contributions as scoped
  • Measurement plan and lab findings
  • Corrective design recommendations

Embedded networking and high-bandwidth data paths

Implement communication stacks and debug data movement between processors, peripherals, and networked systems.

How we help

  • Develop Ethernet, PHY, CAN, PCIe, and custom communication support
  • Integrate networking stacks and application-facing interfaces
  • Investigate DMA, interrupt, synchronization, and throughput issues
  • Develop networked embedded middleware and protocol integrations

Potential deliverables

  • Protocol and driver implementation
  • Link and data-path diagnostic tools
  • Throughput and synchronization measurements
  • Integration documentation

Specialized storage, display, and semiconductor firmware

Provide low-level engineering for storage devices, display systems, and semiconductor platforms.

How we help

  • Develop multicore embedded storage firmware
  • Implement display drivers, controller integration, and power management
  • Build post-silicon validation software
  • Optimize resource use and hardware/software data paths

Potential deliverables

  • Device firmware or driver components
  • Platform integration patches
  • Validation software
  • Performance and power-behavior analysis

Specific deliverables, verification requirements, and availability are agreed for each engagement. Acceptance criteria connect the work to your system’s needs.

Engagement processIndustry applications

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