Custom Design and Manufacturing
Accelerate Product Innovation with Custom Embedded Design, Rapid Prototyping, and End-to-End Manufacturing Execution
At iWave, we specialize in transforming product ideas into fully engineered and production-ready embedded systems. Whether you need a custom System-on-Module, FPGA-based compute platform, RF design, or a complete end-product with enclosure and certifications — we take ownership of the entire engineering and manufacturing lifecycle.
Custom ARM SoM Development
Scalable ARM compute modules designed on the latest industry-leading processor platforms:
- Support for NXP i.MX, TI Sitara, ST MPUs, MediaTek, Renesas
- High-speed DDR, PCIe, USB, Ethernet & camera interfaces
- Industrial-grade thermal & power-efficient architectures
- Compact multilayer PCB design with high-speed DDR/MIPI routing and EMI/EMC-compliant layout
Applications: Industrial automation | Medical | Smart mobility | IoT | HMI solutions
Custom FPGA SoM Development
High-performance FPGA SoMs engineered for deterministic & compute-intensive workloads:
- AMD/Xilinx | Intel/Altera | Achronix FPGA-based solutions
- Custom IP development, DSP, and high-speed SerDes integration
- Real-time data acquisition & mixed-signal processing
- Multi-gigabit PCB design validated for SI/PI and low-latency performance
Applications: 5G telecom | Radar | Defense | Robotics | Machine vision | Medical imaging
We specialize in designing custom carrier boards that integrate seamlessly with ARM and FPGA System-on-Modules (SoMs), ensuring perfect alignment with your product’s mechanical, electrical, and certification requirements.
Most off-the-shelf carrier boards are built with multiple interfaces and features.
A custom carrier board ensures:
- Custom-defined I/O, connectors, and expansion interfaces based on application needs
- Support for multi-display, multi-camera, and high-speed peripheral interfaces
- Rugged and space-optimized designs suited for harsh environmental conditions
- Signal and power integrity optimization, along with EMI/EMC-compliant PCB routing
- Compliance support: CE, FCC, UL, and industrial standards
Applications: Industrial automation | Medical equipment | IoT gateways | Smart mobility | Vision systems
We design FPGA platforms customized to your application’s performance, I/O, and mechanical requirements, managing the complete lifecycle from architecture and design through prototyping and production.
Our FPGA Capabilities are,
- Custom FPGA Hardware & PCB Design
- High-Performance Data Processing & DSP Acceleration
- Firmware & IP Development
- PCIe, Ethernet, JESD204, MIPI, LVDS & multi-protocol support
- Custom FPGA boards, FMC/VPX modules & IP development
- Multi-gigabit SerDes routing with SI/PI-validated clock/power design
- Compliance & Certification Support
Platforms: AMD: Versal™, Zynq™ UltraScale+™, RFSoC™ | Altera: Agilex™, Stratix®, Arria®
Applications: Telecom & Wireless | SDR | Radar & EW | Industrial Automation | Vision & Edge AI | Test & Measurement
We design custom RF hardware that is tailored to your exact performance needs. From the RF front-end and multi-channel ADC/DAC integration to calibration, validation, and compliance, we take care of the complete RF design process. Our systems are engineered for low noise, optimized power, excellent linearity, and clean spectral performance—while integrating seamlessly with FPGA and SoC platforms.
RF Design Capabilities are,
- RF front-end design up to mmWave with optimized linearity & noise performance
- Multi-channel high-speed ADC/DAC integration
- SDR-based, beamforming & phased-array architectures
- Precision synchronization, clocking & timing circuitry
- RF calibration, validation & compliance testing
Platforms: RFSoC™, Agilex™ RF & modular RF development boards
Applications: 5G/LTE | Satellite Communication | Radar | EW | Telemetry | Test & Measurement
We design custom carrier boards and complete embedded systems built around your choice of system on module. From product concept to commercial deployment, we take full ownership of hardware, firmware, mechanical, validation, and production enablement.
RF Design Capabilities are,
- System architecture & Custom Carrier Board Design
- BSP and driver development with middleware and cloud/edge application integration
- Industrial design and enclosure engineering for rugged, production-ready devices
- Compliance-ready validation and certification support (EMI/EMC, CE/FCC/UL)
- Lifecycle management ensuring long-term product availability
Proven End-Product Deployments
- Medical corridor displays systems with high-reliability UI frameworks
- Smart coffee & beverage vending machine electronics for automated retail
- Industrial HMI consoles & validator systems for mobility and ticketing infrastructure