Hardware Design Services

At EDS-INDIA, we specialize in designing electronic hardware from concept to working PCBs. Our services include:

High-Frequency Multi-Layer PCBs

We have extensive experience in designing high-frequency multi-layer PCBs, accommodating up to 8 layers. Our designs include advanced features such as BGA (Ball Grid Array) components and dual-sided high-density placements. Our meticulous design process ensures that even the most complex PCBs meet stringent performance criteria. Leveraging our advanced resources, we are capable of delivering working PCBs within a week, minimizing downtime and accelerating project timelines.

Top-Quality PCB Designs

Quality is at the forefront of our PCB design services. Our team, armed with vast experience, excels in creating robust and reliable PCB designs. We pride ourselves on our ability to deliver PCBs with exceptional precision and efficiency. Our portfolio includes successful designs of up to 8-layer PCBs, each crafted to meet specific client needs and industry standards. Additionally, we offer comprehensive support for prototype PCB assembly and testing, ensuring that the prototypes function flawlessly and align with project requirements.

Complete Hardware Solutions

• Block-Level Realization: We start with the foundational design, translating abstract concepts into detailed block-level schematics that serve as the blueprint for the entire hardware system.
• Component Selection: We meticulously select components, ensuring optimal performance, compatibility, and cost-effectiveness. Our expertise in component selection guarantees that the hardware meets the desired specifications and performance metrics.
• Endurance Testing: We conduct rigorous endurance testing to ensure that the hardware can withstand real-world conditions. This involves stress testing, thermal analysis, and other reliability assessments to identify and mitigate potential issues.
• Relevant Testing: Our comprehensive testing protocols cover all aspects of the hardware cycle. This includes functional testing, signal integrity analysis, power distribution network analysis, and compliance testing. Each test is designed to validate the performance and reliability of the hardware, ensuring it meets all necessary standards and requirements.