Collaboration: Control Room Systems
Elecdan integrates IHSE KVM and Jupiter videowall controller
Control Room Requirements
Typical Architecture
The typical architecture of a control room installation comprises a set of individual elements:
- Information sources and storage devices – The incoming data and video feeds and local computers responsible for information analysis and evaluation. Today these are generally image capture devices, sensory and supervisory control computers and data reception devices, such as thirdparty data provision. In the future there is likely to be an even greater variety of devices as data analysis increases and artificial intelligence applications become more widespread.
- Signal translation and routing equipment – This is commonly a KVM matrix switching unit that receives the multitude of incoming data feeds and routes them individually to the appropriate viewing stations. Data streams may also be transmitted to remote reception points over dedicated inhouse or wide-area IP networks spanning tens of kilometers.
- Data display devices – Pertinent data needs to be presented to staff in the control room on local screens. These usually comprise a mixture of operator workstations and commonview videowalls as well as breakout rooms and remote areas for additional data presentation activities
This is a highly collaborative project that was successfully completed by bringing together three industry-leading players to create a single solution. The outcome was very much an example of the whole being greater than the sum of its parts.”
– Christophe Varnier, project leader for Eledcan
The Elecan control room solution
Elecdan has developed a sophisticated and adaptable solution to fully manage and provide information within a high specification control room.
The solution proposed is based around three core elements:
- IHSE Draco tera KVM matrix – A highly secure and reliable data reception and switching system responsible for receiving, converting and selecting data streams for local desktop
display and onward transmission to the video wall processor. - Jupiter video wall processor – Responsible for manipulating and layering multiple streams of data onto a large videowall used for common access and viewing of the full control system. Including multi-channel warping, blending and window overlay for image presentation.
- Kramer customisable user interface – Allows system managers to create an interactive interface for the operational management team to select and switch data feeds onto the
videowall.
The overriding design criteria for the system is to ensure that the most relevant information could be presented to operators at all times, without failure or corruption. A second aspect is that the system should be futureproof, so that as new data streams became available, in whatever format and resolution proposed, they could be easily incorporated into the overall system.
This is an excellent example of an integrated system that exhibits cross-compatibility to manage multiple input streams of many different formats. It centres on a common user interface that enables users to dynamically control the data presented to exactly meet their instantaneous operational requirements.
– Daniel LeCour – Senior Director of Int. Sales, Jupiter Systems
System Benefit
The combination of IHSE, Jupiter and Kramer components allows Elecdan to develop a fully scalable control room system to meet the individual control room requirements of many
organisations with a wide portfolio of benefits.
These benefits include:
- Fast, delay-free operation and switching – Ultra-fast connection and instant user-controlled switching of data feeds to desks and onto the common videowall.
- Highest possible data security and integrity – Highly secured dedicated fiber or copper links without needing to use IP protocol for video transmission.
- High reliability – Signal processing using end-to-end FPGA technology and dedicated hardware-based elements.
- Operationally robust – No reliance on Windows operating system helps in the objective of continuous operation and minimises virus threats to virtually zero.
- Very quick to maintain and develop – The single user interface for the whole system can be modified easily using a drag-anddrop button user interface tool with customisable text. This allows creation of an intuitive user interface that operators themselves use to select operational data to meet the running status of the system.
- Internal secure data handling capability – With the use of IHSE Draco vario KVMA Isolated Secure Extenders a further level of secure transmission can be achieved in KVM switching systems. This includes the partition of secure and non-secure data sources for restricted viewing.
The full solution delivered by Elecdan offers a highly reliable and resilient solution
that operates with the maximum possible level of e iciency and flexibility. Its futureproof
nature means that the system can be adapted and evolve as requirements change and allow the operator to further develop and change the system as new innovative and novel concepts are developed.
The Elecdan solution combines the latest KVM and videowall display technology in a solution that delivers exceptional capability in resource management to meet the requirements of the most demanding control room installations. The future-proof design philosophy of IHSE and Jupiter means that control room longevity is assured, as new data formats and resolutions are introduced in the future”.
– Mark Hempel, Head of Product Management, IHSE