Remote KVM swith access to equipment on ships

With users and operators of the computing equipment often located several decks higher, there is an issue relating to connectivity: users need to be able to run devices in real time, as though they were located locally – just under the operator’s desk. This requirement can be solved through the use of keyboard, video, mouse (KVM) extenders.
These devices connect the operator’s screen and interacting devices to the computer electrically without affecting performance in any way. That connection can be established over a substantial distance – 140m using cable and several kilometres with fibre cabling. Despite that long separation, the computer continues to operate normally.

KVM matrix switches

The next step in the process is to add a KVM matrix switch. By connecting all source computers to the input side of the matrix switch and all users to output ports, it is possible to arrange the system so that any operator can access any computer from any location. 

• Access to multiple computers - individual users can choose which computer they want to use at what time. This allows them to switch quickly between the direct connection from their workstation to one of the computers on board. They can work simultaneously on different computer screens using a single keyboard and mouse, simply by moving the mouse over the screens;
• Access from any workstation or desk - operators are no longer tied to their own workplace or desk and have access to any computer from anywhere.
• Sharing resources - current high-tech systems require expensive hardware and software, but are rarely used. It is useful to give access to these systems to multiple users so they can have access to all the different applications, when and where this is needed. This can result in reducing the costs and necessary hardware.

Various vessel types have different requirements when it comes to storage of sensitive machinery and equipment data.

Research and geophysical survey vessels

KVM extenders and switches provide the essential links and connection flexibility so that researchers can analyse the seabed from the convenience of their individual workstations.

Cruisse vessels

Crew working on massive cruise liners need quick and easy access to information wherever they are. It is often not practical for them to move to a dedicated workstation in a distant part of the ship. With Ihse KVM matrix switches, crew members can connect to the computers that supply them with information from a convenient workstation, helping to maintain the operational status and safety of the vessel.

Super-yachts

IHSE KVM systems are used on integrated bridges on superyachts. Undistracted focus on the bridge is extremely important and KVM extenders help by removing the noisy and distracting computing equipment whilst maintaining clear and accurate information for officers on the bridge.

Oil Rigs

All the computers used to manage and monitor the status and performance of the rig, including systems for gas warning, fire alarms, cameras and process control, are now located in environmentally controlled computer rooms well away from the operators, whilst giving uninterrupted and immediate access to data and alarms.

Maritime control

Hong Kong Harbour’s Vessel Tracking Centre is one of the most advanced systems in the world and responsible for ensuring safe passage of over 200,000 vessels moving through Victoria Harbour. IHSE KVM extenders and switches ensure that 4K UHD video information is displayed exactly as produced by the computers so that operators do not miss vital information that could endanger vessels and lives at sea. 

Our KVM team is focused on the professional audio/video and command and control (KVM) market. Through years of experience in the professional AV and KVM world, Intronics thinks in solutions, not in products. We know the market, give independent advice, deliver different KVM solutions. These solutions are tested in our own fully equipped test lab.

The KVM Lab is used for pre- and after-sales support such as:

• Testing of products
• Building Proof of Concept
• Research & Development
• Beta testing of your solution
• Developing central knowledge