Expertise across
hardware and software.
Bring a complete development program, a subsystem or a difficult integration problem. LEVCOM can work to a defined scope or alongside your engineering team.
System Architecture & Integration
Design the system around its requirements, interfaces and operating environment.
- Requirements and hardware/software architecture
- CPU, development-board and custom-logic selection
- Hardware/software partitioning and interface definition
- Subsystem integration and prototype development
CPU-Based Embedded Systems
Build processor-based systems using development boards and embedded platforms.
- ARM-based systems and embedded Linux
- Raspberry Pi and other single-board computer integration
- Sensor and peripheral integration over GPIO, I2C, SPI, UART, USB and Ethernet
- Board bring-up, device configuration and system validation
C/C++ Software & Firmware
Develop the software that operates the hardware and delivers application behavior.
- C/C++ application and firmware development
- Linux drivers, device interfaces and control software
- Data acquisition, processing and communication
- Python automation, diagnostics and test tools
PCB & Hardware Design
Develop the board-level hardware that connects compute, sensors and interfaces.
- Hardware architecture and component selection
- Schematic design and PCB layout
- Processor, FPGA and peripheral integration
- Board bring-up, debugging and hardware validation
MATLAB & Simulink Modeling
Evaluate algorithms and system behavior before implementation.
- System-level modeling and simulation
- MATLAB and Simulink algorithm development
- Floating-point and fixed-point modeling
- Communication and signal-processing models
- Model-to-software and model-to-RTL implementation
Communication & AI Systems
Design complete systems across algorithms, compute platforms and hardware interfaces.
- Communication system architecture and DSP pipelines
- Synchronization, filtering and data conversion
- AI inference and data-processing system integration
- CPU, GPU and FPGA workload partitioning
- System integration, validation and performance optimization
FPGA Architecture & RTL Development
System architecture, custom datapaths and ASIC-to-FPGA conversion.
- System architecture and microarchitecture
- Verilog, SystemVerilog and VHDL
- AXI4, AXI4-Stream and custom datapaths
- Pipelining, parallelization and latency optimization
- ASIC-to-FPGA porting
High-Speed Interfaces
Serial links and memory interfaces, from integration to debug.
- JESD204B/C
- Interlaken and Aurora
- PCIe and Ethernet
- High-speed SERDES integration
- DDR and memory interfaces
Verification & Design Assurance
Verification and design reviews that connect simulation with hardware behavior.
- SystemVerilog/UVM verification
- Simulation and coverage
- CDC/RDC analysis
- Protocol and subsystem verification
- Design review and timing-closure support
Hardware Bring-Up & Debug
Hands-on support to turn integrated logic into working hardware.
- Board bring-up
- Transceiver and link debugging
- IBERT/PRBS testing
- Register-level diagnostics
- Hardware/software integration
FPGA AI & Signal Processing
Model implementation and streaming pipelines tailored to FPGA resources.
- CNN and edge-AI acceleration
- Image and signal-processing pipelines
- Quantization and dataflow optimization
- FPGA/GPU heterogeneous architectures
- HLS and model-to-hardware implementation
Embedded Systems Integration
Processor, software, peripherals and custom logic integration across the complete system.
- FPGA–CPU–GPU partitioning
- Linux drivers and control software
- Python test and automation tools
- Sensor-to-compute integration
- Prototype-to-production transition
A clear scope.
A measurable outcome.
Define interfaces, deliverables and acceptance criteria at the start. Evaluate timing, resource use and system behavior against the requirements of your application.
Discuss your system project →