Edge Computing

Bringing computing to the edge with low power AI enabled solutions.

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ARM and x86 Embedded IOT solutions in a variety of form factors from system on modules and single board computers to Industrial automation edge AI enabled PCs for computing on the edge. 

System on Modules

Our range of x86 & ARM Computer On Modules / System On Modules features latest iMX8 processors. Our Core Modules are available to buy as Evaluation Kits to get you quickly started on your Embedded System project.

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Single Board Computers

Configurable ARM & X86 SBCs with Linux or Windows OS, all available to buy as Evaluation Kits for rapid proof of concept. Custom motherboard design service to include optimum CPU, functionality, shape and size.

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Industrial PCs

Industrial IoT PCs are designed to meet challenging environments and industrial needs. They are fearless of dust, humidity, corrosion, cooling issues and will work safely in temperatures below 0°C.

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Plug-and-play Embedded Display Solutions

HMI Evaluation Kits

Get started quickly on your new user interface with our HMI Evaluation Kits. The display, the processor and the OS work together out of the box with optimised QT GUI images. We'll then optimise the kit to meet exactly your system requirements with our design services.

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Bespoke design for your exacting needs

Through years of experience working across multiple industries, we provide expert advice and assistance. From board design and mechanical integration, to interface design in compliance with environmental and electrical compliance requirements.

Embedded Board Design

Embedded Board Design

Custom board design of any shape or size to your exact application specifications.

Software Integration

Software Integration

Support for display initialisation, porting (touch) drivers, enabling hardware control and more.

Mechanical Integration

Mechanical Integration

Display and embedded integration: enclosures, mounting holes, gaskets, cable assembly and more.

EMC Compliance

EMC Compliance

Designing with compliance in mind is the essential starting point for any successful project.

Not sure between Single Board Computer or Core Module?

The choice of whether to use a complete Single Board Computer or stripped back Core Module, to deliver the required user experience, is one of the first decisions to be made when creating the human-machine interface for any given application. Whichever route you opt for, the most important specifications are:

  • The interfaces provided for sensors and actuators - How many are there, and are they the right ones
  • The connectivity options for the network and Internet.
  • Support – which can make a big difference to how long it takes to get your project up and running:
    - Is there a well-supported and robust board support package – how much other help is available for the software developer?

To help you compare their relative strengths you can access our blog on CPU choice our get in touch to talk with our display and embedded technology experts.

Read CPU choice blog

Our Edge Computing Solutions

See below our range of high performance ARM & x86 edge computing solutions, from tiny computer on modules (COM) to industrial SBCs and IOT PCs with Linux or Windows OS. Our embedded systems are available to order as Evaluation kits to get you quickly started with your project.

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Want to know more?

We aim to offer reliable and long-term solutions to our B2B customers. If you would like to discuss your display and/or embedded system requirements please contact us below.

Embedded Solutions Glossary & FAQs

SBC - Single Board Computer

Single Board Computers, or SBCs are ready to go and motherboards including a processor, RAM, I/O and a variety of other features.

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COM - Computer on Module

Computer-on-Modules otherwise known as System on Chips are tiny-sized, but fully-featured development boards consisting of a microprocessor, RAM, I/O and a host of other functionality.

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X86 - Complex Instruction Set Computer

x86 has become the common term used to describe a CPU instruction set compatible with the Intel 8086 and its successors.

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ARM - Advanced RISC Machines

One of a family of processors based on RISC architecture

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CISC - Complex Instruction Set Computer

Processors designed with full set of instructions to provide functions in the most efficient way.

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RISC - Reduced Instruction Set Computer

Processors with reduced instruction sets for lower power and faster processing.

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