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Embedded Hardware Design

HomeEmbedded Hardware Design

Overview

There are Two Parts in Electronics Product Engineering:

1. Embedded Hardware Design
2. Embedded Software Design.

Embedded Hardware Design Systems Components

  • The Power Supply is a Crucial Part of several Embedded Systems Circuits.
  • Inside any Embedded System a mainframe is the leading brain.
  • Memory.
  • Timers-Counters.
  • Communication Ports.
  • Input and Output.
  • Application Specific Circuits.
  • Assembler.
  • Emulator.
  • Debugger.
  • Compiler.

We at Arya possess trained and proficient hardware engineering team that enables us to deliver high speed PCB Design and embedded product design, Embedded Hardware Design rapidly. 

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Our Process

  • Determine the Requirements.
  • Design the System Architecture.
  • Select the OS.
  • Choose the Processor and Peripherals.
  • Choose the Development Platform.
  • Code the Applications and Optimize.
  • Verify the Software on the Host System.
  • Verify the Software on the Target System.
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Embedded Hardware Design Challenges in IOT Product Development

  • Design Key Design – Optimize various design metrics.
  • Design metric – A measurable feature of an embedded system’s implementation.
  • Common metrics – Unit Cost, NRE Cost, Size, performance, power, flexibility, time to prototype, time to market, maintainability.
  • Unit Cost – Monetary cost of manufacturing each copy of the system, excluding NRE Cost.
  • NRE Cost – NRE cost means non recurring engineering cost one-time monetary cost of designing the system.
  • Size – Physical space required by the system.
  • Performance – Execution time or throughput of the system.
  • Power – Amount of power consumed by the system.
  • Flexibility – Ability to change the functionality of the system without incurring heavy NRE cost.
  • Time to prototype – Time required to build a working version of the system.
  • Time to market – Time required to to develop a system to the point that it can be released and sold to customers.
  • Maintainability – Ability to modify the system after its initial release, correctness, safety etc.

Key Features / Benefits with Arya:

  • Architecture and Design.
  • Component Bench marking and Selection.
  • Multi core, multiprocessor based HW designs.
  • Multi layer PCB design.
  • Functional Test, Stress Test and DVPNR.
  • Hardware Prototype Development and Testing
  • Product Certification and Compliance.
  • Enclosures and mold / tools designs.
  • Low volume manufacturing.
  • Value Engineering / BoM Optimisation.
  • Component Obsolescence Management.
  • Testing Fixture / Simulator Development for products.
  • Easy embedded system design process