Hardware Design Services

Our hardware design engineers have all the skills to cover your hardware needs. If you want to go incrementally, we can design electronic hardware, an enclosure, PCB, or offer FPGA design services. If you need to put together a full-scale electronic device, we will take you from conceptualization to trial manufacturing to mass production.

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Digital, analog and mix electronics systems from the ground up.

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To set the project up for success, we start with the basics – electronic system and circuit design. This lays the groundwork for the next critical implementation stages: PCB design and simulation, board sample production, trial production and mass-production.

Electronic system design

System requirements gathering and architecture design
Functional system design
Process design

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Electronic design

System-on-chip (SoC), System-on-module (SoM), and single-board-computer (SBC) development
SoC, SoM, and SBC-based electronics development
FPGA-based electronics
DSP-based electronics

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Full cycle PCB design services to help revamp an existing product or develop an electronic system from scratch.

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PCB design is an essential stage in the hardware design process. Our team of PCB design and layout engineers deliver reliable and cost-effective custom PCB and IPC-qualified embedded hardware solutions.

Stack-up/ build-up development
Transmission line configuration and arrangement
Multi-layer PCB design
High-speed PCB layout

Radio-frequency (RF) PCB design
High-density interconnect (HDI)
Flex and rigid-flex PCB design

Multiple design verification approaches for accurate simulations.

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At Softeq, we apply a comprehensive suite of PCB analysis and verification techniques starting in the design stage. This increases product performance, eliminates layout iterations, and gets your solution to market faster.

Signal integrity analysis (SI)
Power integrity analysis AC/DC (PI)

Thermal analysis (PCB)
Design for manufacturing (DFM), design for assembly (DFA)

The best technology choice for high-speed throughput and complex data processing.

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As part of our FPGA design services, we offer programmable architecture, microprocessors, and filters, as well as phase locked loops integrated into a high density single chip.

Video format conversion
Video interface interconversion
Advanced video quality improvement
Audio and video processing
DSP coprocessors

Internet and networking
Custom FPGA IP cores
RTL coding
Software Defined Radio (SDR)

Give your product an exceptional professional finish.

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We will create a 3D design and 3D model of the required enclosure, verify that the sample meets all the ergonomics, assemblability, durability, flexibility, shock and water resistance requirements, and coordinate the mass production.

Sketching
Model detailing
Inner structure design

Enclosure sample production
Mass production support

I think any start-up that is looking to build their first hardware product and doesn’t have all of the expertise in house, should consider working with Softeq. Because they bring experience from hundreds of projects to help make sure that as a start-up you don’t go through the mistakes that others have already made.

Jared Schrieber President, Revolution Robotics

Case study

Electronic Kit for Revolution Robotics

The client addressed Softeq to develop an electronic kit that would allow users to assemble, program, and control robots via a smartphone.

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When I came across Softeq, I was immediately impressed with their professionalism and their customer list. My sense from Softeq’s genuine level of interest and enthusiasm for the project is that they really got it.

Terry Anderton Serial Entrepreneur, WAGZ project

Case study

Smart Dog Collar: Precise Pet Activity Monitoring and Safety Control

The smart collar is a multi-sensor wearable device that leverages advanced technology to monitor dog's location, fitness activity and behavior, and helps prevent car accidents and stray.

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A wrist-worn device that runs a pet simulation game. To help the client turn the solution into a reality, our team developed the game logic and graphics, firmware, 3D enclosure model, circuit diagram, and printed circuit board.

Case study

Wearable Device with a Pet Simulation Game

A consumer electronics company turned to Softeq to design a wearable device with a pre-installed game that helps children learn how to take care of a virtual pet.

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A construction technology startup produced a robot prototype that marks construction sites according to schematic drawings and is powered by eight batteries. We delivered a PCB that manages the robot's power supply, monitors the boards' currents and voltages, and controls batteries' safety.

Case study

Hardware for Commercial Construction Robot Rovers

Softeq was employed to rearrange the system schematic and provide additional circuitry for a power switch of the client’s construction robot rover.

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We built a laser-powered device that tracks, records, and streams sports competitions. The laser remains accurate despite external interference. The device’s design, performance, and documentation meet specific industry standards.

Case study

Laser Measuring Device for Precise Sports Activity Tracking, Video Recording & Streaming

The Softeq team carried out a comprehensive R&D session and manufactured a sample of a new laser-powered device for tracking, monitoring, video recording and streaming sports activities.

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Consumer Electronics

We help create and test-proof IoT solutions and unconventional electronic devices, including sensor-rich performance tracking devices, pet activity tracking solutions complete with data visualization and analysis.

Industrial Automation

We help electronics manufacturers remotely control technical processes, monitor equipment, automate production lines using HMI units, motion control systems, M2M and service process automation solutions.

Transportation

Our transportation solutions span embedded systems, and IoT solutions. They track vehicle’s maintenance and downtime, ensure driver’s security, track cargo within logistic centres and warehouses or cater to better customer experience.

Media and Entertainment

Our hardware development team creates numerous devices to enhance user experience: navigating around venues, authenticating visitors, remotely configuring stage equipment, using assistive tech when visiting public venues, connecting and networking with friends.

Automotive

With our hardware engineering services, we help automotive tech companies create HMI/multimedia units, advanced driver assistance systems (ADAS), and hardware for electric trucks and vans.

Sports

Our sports solutions portfolio features athlete performance trackers, smart sportswear and sports equipment development, as well as player performance and rehabilitation tracking devices.

Requirements Gathering

Assessing expectations of the product, its use cases, manufacturing and logistics options.

Functional Design

Defining key functional features: technology, methods, vendors, ballpark design and production cost.

Component Library Development

Eliminating the time-consuming process of manually entering parts with symbols, footprints and their pin mapping.

Schematic Design

Elaborating circuit design with actual electronic connections based on functional diagram and selecting relevant electronic components based on required functions.

PCB Design

Components placement and PCB layout.
Verifying PCB’s signal, and power integrity, thermal conditions as well as electromagnetic interference and electromagnetic compatibility through various types of modeling.
DFM/DFA checking.

Board and Samples Production, Tests and Bring-up

Assisting customers in selecting a manufacturer.
Supervising the production process with the manufacturer selected by a client.
Identifying bugs and elaborating solutions for bug-fixing

Enclosure Modeling

Ensuring full compatibility of the casing and PCB.

Pilot Batch Trial Production

We can supervise the mass production preparation process which includes: optimization of the BOM, components’ logistics, and mass production process.

Mass Production

Once the board layout is optimized and verified for correct operation, Softeq can provide support in supervising the production process with the manufacturer of your choice.

Transparent and Supervised Processes

We make sure the implementation process is transparent so you have a complete view of the development team’s progress. Our managers value on-time product delivery and process efficiency.

Development from Scratch

Every project starts with an R&D and PoC implementation to mitigate unforeseen bottlenecks and confirm our initial project estimations.

Smooth Integration

We select and apply only relevant technologies which are compatible with the client’s current tech stack. This practice is the most cost-efficient to integrate and maintain as the newly built solution smoothly integrates with the existing system landscape.

Expert Engineers

We are a strong team with years of hands-on experience in hardware development, ensuring only highly skilled engineers will work on your projects.

Comprehensive Approach

We pay close attention to every detail of hardware products, making sure all system components are seamlessly interconnected and the system architecture is coherently optimized.

Questions?

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Elias Account Manager

Full Cycle of Hardware Design

Softeq has deep expertise in hardware design and creation of complex hi-end solutions and gadgets, bringing them from concept and requirements through to field trials and production. Our advanced hardware is the result of a collaborative effort between our hardware design firm’s engineers and our software and firmware specialists. Together they develop and integrate hardware, software and firmware components, optimizing their performance and reliability.

Our hardware board design engineers deliver all necessary documentation to support our hardware design and development processes at each phase: functional diagrams, component libraries, a Bill of Materials (BOM), CAD and Gerbers, as well as specs for enclosure designs.

Hardware Design Services

Digital, analog and mix electronics systems from the ground up.

Full cycle PCB design services to help revamp an existing product or develop an electronic system from scratch.

Multiple design verification approaches for accurate simulations.

The best technology choice for high-speed throughput and complex data processing.

Give your product an exceptional professional finish.