Embedded Hardware Design

Precision-Driven Embedded Hardware Design for Robust, High-Performance Solutions

Overview

Embedded Hardware Design forms the physical backbone of today’s smart, connected, and automated systems. At ARi, we specialize in end-to-end embedded hardware design—supporting everything from concept and schematic design to prototyping, validation, and production. Our engineering teams work closely with OEMs, startups, and Tier-1s to develop industrial embedded hardware that meets the rigorous demands of real-world deployment.

From analog and digital circuit design to FPGA-based solutions, our team delivers custom hardware platforms that integrate seamlessly with embedded software stacks. And with in-house embedded hardware testing & validation, we ensure each design meets compliance, EMC/EMI, and functional safety standards before it hits the field.

Whether you’re scaling a legacy product or launching a next-gen platform, ARi provides hardware design expertise that’s fast, flexible, and future-proof.

Build reliable, high-performance embedded hardware—from prototype to production.

Services

Custom PCB Design & Development

  • Schematic Capture & PCB Layout (High-speed, RF, mixed-signal)
  • Multi-layer PCB design with EMI/EMC compliance
  • Component selection & sourcing (Class A for automotive/industrial)
  • Signal & power integrity analysis

Hardware Prototyping & Testing

  • Rapid prototyping for concept validation
  • Industrial embedded hardware stress testing
  • Environmental & reliability testing (thermal, vibration, shock)
  • Pre-compliance testing for certifications (ISO, IEC, AEC-Q100)

FPGA & Embedded System Design

  • FPGA-based hardware acceleration (Xilinx, Intel, Lattice)
  • RTL design & verification
  • High-speed interfacing (DDR, PCIe, Ethernet)
  • Low-power optimization for battery-operated devices

Production & Optimization Support

  • Design for Manufacturing (DFM) & Assembly (DFA)
  • BOM cost optimization & ROM estimation
  • Small batch to mass production support
  • Legacy hardware upgrades & lifecycle management

Benefits

  • End-to-End Expertise – ARi offers comprehensive embedded hardware design solutions, covering every phase from concept architecture and component selection to final production and field support. Our multidisciplinary team ensures each design aligns with system-level objectives and future scalability.
  • Industry-Compliant Designs – All designs are developed to comply with stringent standards across sectors. We adhere to automotive (AEC-Q), industrial (IEC 61508), and medical (ISO 13485) compliance guidelines, ensuring your hardware is reliable, certifiable, and ready for mission-critical applications.
  • Faster Time-to-Market –Our agile development methodology integrates rapid prototyping with parallel testing and validation, helping reduce development cycles. From custom PCB design to system-level verification, we streamline timelines without compromising quality.
  • Cost-Efficient Solutions – We focus on smart component selection, supply chain alignment, and BOM optimization to reduce costs without sacrificing performance or durability. This makes our solutions ideal for both high-volume production and Prototyping embedded hardware for startups.
  • Scalable and Industry-Ready – Whether you need compact boards for wearables or ruggedized modules for heavy vehicles, our team delivers industrial embedded hardware solutions that are scalable, future-proof, and production-ready.

Save cost and time

Easy tracking of errors

Optimal utilization of existing resources

Case Studies

Customer Success
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Frequently Asked Questions

Yes. Our engineers have deep expertise in both analog and digital embedded circuit design, enabling us to deliver mixed-signal systems for diverse applications like power management, sensor interfaces, and communication modules.

Absolutely. We offer flexible and fast hardware prototyping services tailored for startups. This includes board bring-up, iterative test cycles, and early-stage consulting to help product teams transition from concept to MVP efficiently.

We adhere to Class A component selection practices by evaluating parameters such as lifecycle availability, temperature range, precision, and certification standards. This ensures long-term reliability and sourcing stability for demanding applications.

Yes. Our embedded hardware testing & validation team ensures your product passes regulatory and functional standards. We support pre-certification for EMI/EMC, CE, FCC, RoHS, and AEC-Q100 testing, reducing time and cost during final certification.

Our team uses best-in-class EDA tools including Altium Designer, OrCAD, and Mentor Graphics for schematic capture and PCB layout. We also conduct thermal, SI/PI, and mechanical simulations to enhance design robustness.