Embedded Computing Solutions | Industrial Embedded Computing

Embedded Computing Solutions

Reliable embedded computers for the edge. Explore compact embedded PCs, modular compute, and rugged displays designed for easy integration.

WHAT WE DO

Industry Insight. Embedded Know-how.

Embedded computers sit at the heart of many industrial and OEM products. They provide the computing platform that quietly runs control software, collects data and connects equipment to wider networks, often in environments where failure is not an option. At Impulse Embedded, we help customers choose and implement embedded systems that are appropriate for their application, environment and lifecycle. That can mean standard embedded platforms, tailored configurations or fully custom designs working alongside our engineering team.

If you already know you want to review hardware options, you can jump straight to our embedded computing product range. If you are at the project definition stage, this page outlines how we approach embedded systems and how we can support you.

Custom Design

We offer Turnkey Design services, including CAD creation, so every order is the perfect fit for your requirements.

In-House Build

Our team of Production Technicians work to construct our systems from our fully kitted in-house workshop.

Thorough Testing

We test every device in our workshop, including EMC testing, safety testing, thermal testing, and more.

VIEW OUR RANGE OF EMBEDDED COMPUTERS

Embedded Systems For Your Application: Where Our Solutions Work

Traffic Management Solutions

Embedded systems are widely used in traffic management and control, from rail signalling support to roadside cabinets and tunnel monitoring. These systems collect data from sensors, manage communications and run control logic in locations that are often exposed to temperature extremes, vibration and electrical noise.

VIEW OUR RAIL SOLUTIONS

Passenger Information & Security

On public transport networks, embedded systems sit behind passenger information displays, infotainment services, CCTV, on-board communications and control equipment. These platforms need to handle data from multiple subsystems, interface with vehicle networks and operate reliably in a moving, often harsh environment.

VIEW OUR RAIL SOLUTIONS

Autonomous Vehicles

Autonomous and semi-autonomous vehicles depend on embedded computing platforms to process sensor data, run perception and control algorithms, and manage communications. These systems must cope with constant vibration, wide temperature ranges and strict safety or compliance requirements.

VIEW OUR IN-VEHICLE SOLUTIONS

Manufacturing & Automation

In manufacturing and automated factories, embedded systems power machine controllers, inspection systems, robotics, AGVs and operator interfaces. They are often installed close to the process, where dust, vibration and electrical noise are part of day-to-day operation.

VIEW OUR MANUFACTURING SOLUTIONS

Explore Our Embedded Computing Ranges

Embedded Box PCs

Compact industrial PCs built for dependable edge performance in tight spaces. Ideal for automation, vision, and data capture with flexible I/O options.

VIEW RANGE

SBCs & Motherboards

Space-efficient computing platforms for easy integration into custom systems. Choose the right performance and interfaces for your application.

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System-on-Modules

Modular compute building blocks that speed up product development and simplify long-term lifecycle management. Ideal when you need custom carrier I/O.

VIEW RANGE

Embedded Displays

Rugged display solutions for HMIs, dashboards, and operator terminals in demanding environments. Designed for reliable touch performance and clarity.

VIEW RANGE

Latest Embedded Computing Insights

Explore our recent product highlights, case studies and technical articles.

VIEW ALL NEWS & INSIGHTS

Ready For a Custom System?

At Impulse, we have:

Long experience with industrial and embedded computing in harsh and regulated environments.
Access to a wide range of embedded PCs, panel PCs, SBCs and related hardware from established manufacturers.
In-house engineering resource for OS image work, configuration, testing and system build.
Processes for managing product lifecycles, revisions and controlled changes across long-running projects.

Find out more information about our computing services to see how we can support you with a custom embedded system, or contact us straight away using the form below.

OUR TURNKEY DESIGN SERVICES

How We Work on Embedded Projects

Our work on embedded projects usually follows a defined process. We start by understanding the environment and application in detail, then agree a suitable hardware platform, build and validate systems in the UK, and finally manage changes and lifecycle.

Requirements Capture & Context

Projects typically start with a requirements capture phase. This covers environmental conditions such as temperature range, dust levels, vibration and cleaning regime; electrical considerations such as supply, earthing and panel layout; performance requirements; I/O and expansion needs; relevant standards or approvals; and expectations around lifecycle, volume and support.

Platform Selection & Design

Based on this information, suitable hardware platforms are shortlisted and reviewed. CPU class, memory, storage, I/O, expansion options and mounting arrangements are agreed, along with any specific BIOS or firmware requirements. For repeat deployments, a small number of standard builds are usually defined to simplify stocking, rollout and support.

System Build & Validation

Systems are then assembled and validated in the UK. This includes physical assembly, OS installation and configuration, loading of customer images where required, and burn-in and functional tests defined for the project. The goal is that systems arrive on site ready to be integrated with minimal additional work.

Lifecycle & Change Management

Once deployed, attention shifts to lifecycle support. Agreed configurations are documented and controlled as a bill of materials. Changes announced by manufacturers are monitored, and when they occur, suitable replacement options are identified and discussed. Where appropriate, last-time-buy planning and controlled transitions are used to minimise disruption to machines and production lines.

Ready to find out how we can help you?

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Want to learn how our embedded systems can help your next project?

Frequently Asked Questions

What is the difference between an embedded computer and an industrial PC?

An industrial PC is a general term for a ruggedised computer designed for industrial use. An embedded computer, or an embedded system, is usually more application-specific: a compact platform designed into a machine, cabinet, vehicle or OEM product, often with fixed I/O and long-term availability. Many embedded systems are built using industrial PC technology, but with tighter constraints on size, power, interfaces and lifecycle.

How do I know if I need a standard embedded platform or a custom design?

A standard embedded platform is usually suitable if you can work within its mechanical, electrical and I/O constraints. If the project has strict space limits, unusual interfaces, specific certifications or a requirement for a unique enclosure or layout, a more tailored or fully custom design may be appropriate. We typically start by assessing requirements against standard platforms and only move towards custom design if there is a clear need.

What information do you need to advise on an embedded system?

The most useful starting points are: Application and main functions Required interfaces (e.g. serial, digital I/O, Ethernet, fieldbus, wireless) Operating system and software dependencies Environmental conditions (temperature, shock/vibration, ingress, EMC) Power input and mounting constraints Expected volumes and project lifetime With this information we can narrow down suitable platforms and highlight any areas that may need special attention.

Can you support both Windows and Linux-based embedded systems?

Yes. We regularly work with Windows and various Linux distributions on embedded platforms. Support typically includes image preparation, basic configuration, driver considerations and version control. If a project needs a specific or hardened OS build, that can be discussed as part of the engineering scope.

How do you handle product lifecycle and obsolescence?

Lifecycle is a key part of embedded system planning. We look at manufacturer roadmaps, typical availability periods and any announced end-of-life information when recommending platforms. For longer projects we can discuss last-time-buy strategies, compatible successor products and how changes will be managed so that you are not faced with unexpected redesigns.

Do you only supply hardware, or can you help with integration and testing as well?

Hardware supply is only one part of what we do. Our team can configure systems, fit expansion cards and storage, prepare OS images, label units and run agreed tests before shipment. The aim is that systems arrive as close as possible to “ready to install” for your engineers or installers.

What is the difference between using an embedded SBC and a boxed embedded PC?

An embedded SBC (single board computer) is typically used when you are designing your own enclosure or product and want a board-level platform to integrate. A boxed embedded PC places the board and supporting components in a finished enclosure with predefined mounting and I/O locations. SBCs offer maximum flexibility at the mechanical level; boxed PCs reduce integration work and are often faster to deploy.

At what stage in a project should we involve you?

It helps to talk once you have a basic idea of the application, environment and timescales, even if not all details are fixed. Early involvement can prevent choices that later limit performance, certification or reliability. We can give you a realistic view of what is achievable with standard embedded platforms and where custom design might become necessary.