Hardware Design
We transform your ideas into reality with robust, high-performance hardware design. Our team covers the entire
spectrum from concept to manufacturable schematic, ensuring both reliability and innovation.
Our Hardware Design Capabilities
- Custom analog, digital, and mixed-signal circuit design
- High-speed and high-frequency hardware for critical applications
- Design for manufacturability and cost optimization
- Compliance with IPC, ISO, and RoHS standards
Process Flow
Concept & Feasibility
Schematic Design
POC
Compliance Check
Embedded Design
Integrate intelligence into your systems with our embedded design services. We cover microcontroller selection,
firmware, and real-time processing for smart, connected products.
Embedded Design Highlights
- Microcontroller/processor-based system architecture (ARM, STM32, ESP, etc.)
- RTOS and bare-metal firmware solutions
- Peripheral and communication protocol integration (I2C, SPI, UART, CAN, etc.)
- IoT enablement and sensor integration
Development Process
System Architecture
Firmware Development
Testing & Validation
IoT/Cloud Integration
BOM Optimization
Optimize your project's cost and supply-chain resilience with our expert Bill of Materials (BOM) services.
Our BOM Optimization Covers
- Component selection for availability, durability, and cost
- Cross-referencing and alternates for risk mitigation
- Obsolescence and lifecycle management
- Regulatory and environmental compliance (RoHS, REACH)
BOM Process
Initial BOM Draft
Component Analysis
Alternates & Sourcing
Final BOM Approval
PCB Layout & 3D Modeling
We design advanced PCB layouts using best-in-class EDA tools, ensuring manufacturability, performance, and
reliability.
PCB Layout Capabilities
- High-speed, high-density, HDI and RF PCB layout
- Impedance controlled routing and differential pair management
- Multi-layer stackup
- Comprehensive DRC/ERC and 3D verification
Layout Process
Netlist Import
Component Placement
Routing
3D Modeling & DRC
Firmware Development
We deliver efficient, secure firmware for embedded systems, enabling your products to be smart, connected, and
upgradeable.
Firmware Highlights
- Custom firmware for MCUs (ARM, STM32, ESP, etc.)
- RTOS and bare-metal programming
- Peripheral and protocol driver development (SPI, I2C, UART, CAN, USB, BLE, Wi-Fi)
- OTA updates, security, and cloud integration
Firmware Lifecycle
Requirements & Architecture
Development
Testing & Debug
Deployment/OTA
User Case
Use Case: Wearable Health Monitoring Device
Industry: Medical Electronics / IoT
Objective: Design a compact, low-power PCB for a wearable device that tracks heart rate, temperature, and motion.