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8 x 10/100TX + 2 x 10/100/1000T/ Managed Industrial Switch- Storage temperature: -40°C~85°C/-40°F~185°F
SKU: 8350-452-DNV
Price on request -
8 x 10/100TX Pro-Ring IIs Industrial Managed Switch- Storage temperature: -40°C~85°C
SKU: 8350-233DNV
Price on request -
1U rackmount server 7de generatie Intel CPU & PCIe slot- Processor: Intel Core
- Max memory: 32GB
SKU: RN01IATX-992613-B
Price on request
Technological Development in the Maritime Sector and Industrial Automation: Smart Ships and Automated Processes
The technological development in the maritime sector is closely aligned with industrial automation: smart ships, automated processes, and proactive maintenance are being increasingly implemented. To achieve this, embedded computer technology is utilized. This includes the deployment of AI, IoT, switches, panel PCs, and industrial PCs. For example, cruise ships and luxury yachts are equipped with infotainment systems to provide users with the best possible travel experience. Using ECDIS (Electronic Chart Display and Information System) technology, these systems can map out the route, while the embedded industrial PCs exchange data via the NMEA0183 protocol.
Safety Requirements
Selecting the right maritime hardware is a significant challenge. Ships and their computer technology are exposed to harsh conditions, such as salt air, water, and extreme temperature fluctuations. Depending on the application, the system must be certified according to specific guidelines. Equipment used on the bridge of a ship or as part of critical infrastructure must meet very stringent safety requirements. To ensure that the equipment complies, it must be tested according to the IEC 60945 standards. This applies to PCs, panel PCs, and servers.
To ensure the equipment is insurable, maritime insurers require that the equipment be DNV-GL certified. DNV-GL is a recognized registrar and classification society that accredits equipment through an audit. To qualify for a DNV certification, the equipment must be tested for shock and vibration, EMI (electromagnetic interference), and EMC (electromagnetic compatibility). The predefined standards align with the IEC 60945 standards.
Custom-Made Systems
Maritime applications often require very specific hardware components, which are not always available as standard from manufacturers. However, in collaboration with our suppliers, we can develop a suitable solution for you based on "proven standard hardware." We work with a select group of industry-leading suppliers who have the necessary knowledge and facilities to develop and extensively test customized systems. This ensures that your system always meets the required quality standards. Curious about what we can do for you?
Industrial PC for System Control on the High Seas
Conditions on the high seas are extremely rough. Saltwater, large temperature fluctuations, and high waves pose a major challenge. For one of our clients, we designed a custom industrial computer that meets these conditions. The housing is nickel-plated, the hard drives are shock-mounted, and all loose components are specially treated and fixed. A further challenge was to keep both the Total Cost of Ownership (TCO) and lead time as low as possible. We keep fully ready-to-use systems in stock for this client.
Infotainment System for Exclusive Environments
In the world of the "rich & famous," we developed a unique 19" 1U-high computer system for one of our clients. This system is fully customized, has a very luxurious appearance, and is highly compact. The hardware used was selected for its performance and long-term availability. One of the biggest challenges was the graphical performance required by the system and the need for it to operate silently. The heat generated by the system needed to be dissipated quietly. The final system was completed in a few months and is now being mass-produced and shipped in custom packaging to our client's customers.
SIL4 Application on Oil Platforms
Oil platforms operate in extremely high-risk and rugged environments. One of our partners designs computer solutions that can operate in such environments. They also developed a safety platform that operates at the highest Safety Integrity Level (SIL). The technology used for this SIL-4 application is old but proven. The interface cards in this safety ring are the last barrier in the platform’s safety plan. These cards are PCI-based and run on Windows 3.1. We offer an embedded computer with four PCI slots combined with the latest Core i7 technology. This computer will be delivered in the same configuration for the next 10–15 years.