Marine Computing | DNV & IEC 60945 Compliant

Rugged DNV, IEC 60945 & Marine Computing

Impulse have the industry insight and technology know-how to help meet the unique challenges for computing, control and communications in marine and subsea applications.

 

Industry Insight. Technology Know-how.

Why Marine Standards Matter

Like most other industries, Marine & Subsea has a growing need for technologies and solutions that can support and often transform operational effectiveness while reducing risk and managing environmental concerns. Faced with uniquely demanding conditions, for equipment and infrastructure, the need for reliable and robust solutions is vital. Working with OEMs and service companies, Impulse combines expertise with technology partnerships to offer class-leading devices and solutions for the Marine & Subsea industry that comply with DNV & IEC 60945 standards.

Rugged Devices

Rugged Devices

Designed for shock and vibration resistance, reliable operation in extreme temperatures, and wide voltage with support for fluctuating power inputs.

Connectivity

Connectivity Options

Our computing options that include NMEA ports for standardised connectivity between marine electronics.

Panel PCs

Panel PCs

We offer IP rated, high brightness and sunlight readable displays for resilient and clear computing at sea.

MC-3201 Series

The M-S models of embedded PCs from MOXA’s MC-3201 series are solid and compact devices that are designed to meet the requirements of marine regulations, conforming to IEC 60945 and IACS E10 standards.

VIEW PRODUCT

Marine-Approved Computing For Your Application: Where Our Solutions Work

  • Marine Use Cases

ECDIS & Bridge

Impulse can supply and build Marine-certified panel PCs, box & embedded computers, data communication and data acquisition hardware, which can be used in engine monitoring applications. Over the years, we have supplied hundreds of products to condition monitoring OEMs in the marine industry, so if you need a new product design or installation, talk to one of our specialists today.

Marine Computing

Regardless of your application, Impulse have a wide range of Marine certified computers from low power Atom based systems through to powerful, high core count Intel Core i9 systems. Impulse don't just sell product, our design and build services allows you to specify exactly what you need. Your system will be built, tested and pre-configured in our purpose-built facility and supplied with industry leading warranties. Find out more about our design, build and support services below.

Oil in Water Analysis

The MARPOL convention requires that vessel operators adhere to standards set out by the IMO for environmental pollution control and as such advanced oil in water systems are available to vessel and platform owners. If you are an OEM who designs any type of oil-in-water analyser, bilge water alarm or monitoring and control system, you might be interested in our Turnkey Design services.

Engine Monitoring

Impulse can supply and build Marine-certified panel PCs, box & embedded computers, data communication and data acquisition hardware, which can be used in engine monitoring applications. Over the years, we have supplied hundreds of products to condition monitoring OEMs in the marine industry, so if you need a new product design or installation, talk to one of our specialists today.

High-Performance DNV and IEC 60945 Marine Computers

Our DNV and IEC 60945-compliant marine computing solutions deliver high performance and durability for the demanding conditions of maritime environments. These systems ensure uninterrupted operation for navigation, automation, and communication with the ability to withstand vibration, salt mist, humidity, and extreme temperatures. With standards for electromagnetic compatibility (EMC), they provide long-lasting durability for vessels and offshore platforms.

Contact Us for a Bespoke Solution

Not found what you're looking for?

We're happy to discuss a custom solution, and we also offer a range of data communication products and peripherals perfectly suited to this market. As no two projects are the same, talk to our technical sales team to find out more.

Explore Our DNV and IEC 60945 Compliant Products

  • Marine-Approved Computers
  • Marine-Approved Panel Computers
  • Marine-Approved Panel Displays
  • Marine-Approved Networking

MC-3201

Intel 11th Gen. Core i7 / Intel Celeron Compact Marine Computer with 8GB DDR4, 4x Gigabit Lan, 2x COM, 1x removable 2.5" HDD/SSD TPM2.0.

View the MC-3201

DRP-A100

Intel Elkhart Lake Atom x6000 Compact Fanless DIN-Rail Embedded PC with 8GB DDR4, HDMI/VGA, up to 10x GbE.

View the DRP-A100

BXP-C100

Compact and reliable, the BXP-C100 Series embedded box computers offer essential features to streamline industrial operations.

View the BXP-C100

DRP-C100

Industrial DIN-Rail Embedded Computer system with 8GB DDR4, HDMI/VGA, upto 10x GbE, 3x USB3.0, upto 8x RS-232/422/485 Port, 12V to 24V DC Input.

View the DRP-C100

How We Work on Marine Projects

Our work on marine 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.

Consult Image

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.

Design Image

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.

Integrate Image

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.

Consult Image

Ready to find out how we can help you?

Contact Us to Discuss Your Project

* denotes a required field.

Please read our privacy policy for more information about how we protect your personal data.

Frequently Asked Questions

Why is IEC 60945 compliance critical for marine computing hardware?

  • IEC 60945 compliance ensures that computing hardware can withstand harsh marine conditions, including vibration, shock, temperature extremes, salt mist, and humidity. It also mandates electromagnetic compatibility (EMC), which is essential for preventing disruptions in navigation and communication systems.

How do IEC 60945-compliant computers handle electromagnetic compatibility (EMC) onboard ships?

  • IEC 60945 mandates strict EMC shielding and emissions control to prevent interference with critical marine systems like radar, GPS, and radio communication. Marine computing solutions achieve this through specialised enclosures, grounding techniques, and compliant power supply designs.

Can standard industrial computers be used in marine applications instead of DNV-certified systems?

  • Not necessarily. While some industrial computers may function in marine environments, they typically lack the necessary certifications to meet regulatory and operational requirements. Using non-certified systems could lead to compliance issues, system failures, or increased maintenance costs due to environmental wear.

What are the key considerations when choosing a marine computer for bridge or engine room applications?

  • Bridge Systems: Require IEC 60945 compliance for EMC protection and environmental resilience, along with certifications for marine displays and interfaces.
  • Engine Room Systems: Must withstand higher temperatures and vibrations, often requiring fanless cooling and ruggedised enclosures.
  • Networking & Control: DNV certification may be necessary for integration into vessel automation and control systems.