Electronics Design

Electronics Design

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Do you have an idea of a product? Would you like to understand the electronics involved, the challenges you may face with an existing design, like a second opinion? Are you trying to manufacture your product and have no idea where to begin? Ready with our expertise in electrical and software engineering, mobile application, computer science and wired protocols, we are ready to guide you.

Find Practical Solutions With A Professional Design Firm

Involving a professional design firm provides practical solutions for your concept, helping you determine your goals, design and production needs. It is important to select a desing firm carefully, as the wrong collaboration could damage your project and professional credibility.

Design and Test for Security

With security in mind from Phase One of our process, our team conducts electronics research to provide you with an architectural, software and electrical report projecting the specifications, scope, and challenges of the project. As a blueprint and feasibility study of the concept, the customized report is strategic for entrepreneurs seeking to secure investment or build a crowdfunding campaign. We also use evaluation kits and reference designs to create better prototypes in fewer iterations before committing to final layouts. Reference designs also allow the engineer to create next generation products with less time in development.

Minimize Risk With Design for Manufacturability 

Our design approach is called Design for Manufacturability (DFM). By keeping manufacturing in mind during the whole process, we may diagnose and remedy flaws before production begins. This thorough, proactive approach gives us and our clients the greatest chance of creating an electrical product on schedule and on budget.  

Electronics Design Services include:
  • Electronic Circuit Design
  • Printed Circuit Board (PCB) Layout
  • CAD Layout 
  • Software and Firmware Testing
  • Rigid, Rigid-Flex, Flex Designs
  • Backplane and Daughter Cards
Our Electronic Design Engineers can Develop the Following:
  • PC peripheral interfaces (PCI bus, USB, and Ethernet), Serial (HDLC, I2C, SPI, JTAG, RS-232, RS-485, RS-422, Modbus, etc.)
  • Wireless (BlueTooth, Zigbee, RFID, CDMA, GPRS, GSM, and GPS)
  • Sensors (temperature, pressure, flow, vibration, force, strain, distance, and machine vision)
  • Signal conditioning and analog-to-digital converters (ADCs and DACs)
  • Analog circuit design (low current (picoamps) and high speed (to 100 MHz) )
  • Power supplies
  • Data acquisition systems
  • Motion control systems
  • Test equipment

Our Electronics Design Services

Wearable Technology

Let’s entertain a fantasy for a moment. Imagine you’re coming home from work; you unlock your car and drive home, open the front door, move through different rooms, turn the lights on and off, heck, let’s play some music in the kitchen – all without saying a word, turning a key or flipping a switch. That’s the power of wearable tech!

Risk Reduction in Electrical Design

With a goal of security in mind from Phase One of our process, our team conducts preliminary electronics research to provide you with an architectural, software and electrical report projecting the specifications, scope, and challenges of the project.

RFID Design

Radio-frequency identification (RFID) is a technology that uses communication via electronic waves to exchange data between a reader and an electronic tag for the purposes of identification and tracking.

Wireless Boards and Antennas

A wireless board is designed for a product with low installation costs, installation and deployment flexibility, and short or long range non-wired product needs. In order to first select the proper wireless frequency or technology, you must first look at power, speed, amount of data transferred, and costs goals.

Motherboard & Daughtercard Design

A motherboard is the central printed circuit board (PCB) of a system and holds the crucial components and connectors for other peripherals. It is also known as a main board, system board, logic board or shortened to MOBO. A daughtercard or daughterboard is added to a system to expand the functionality of an electronic device. It is also known as riser board, riser and mezzanine card.

Reference Design

Reference Design is a design for others to copy that contains essential elements of a system. The design is often copied as part of a larger system, and the circuit is laid out to fit a specific mechanical footprint. These reference designs allow hardware design engineers to quickly create next-generation products using the latest technologies.

Breadboard Design

A breadboard design is the first electronic circuit or prototype of a new design. Focus Hardware Design Engineers can design and test your breadboard or protoboard quickly, so you can get your product to market while demand is high.

Firmware Design

Focus Product Design can integrate software on your new product to make your vision a reality for customers. Our seasoned team of software engineers and designers have expertise in all types of software development.