Radar Software & Sensor Processing Solutions, Maritime Radar Control, Tracking & Visualization for USV

Radar Tracking & Processing Technologies Selected for Minehunting Systems Upgrade

By Mike Ball / 24 Jan 2022
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Minehunting vessel

Cambridge Pixel has confirmed that it has supplied its radar interface hardware, tracking, and distribution technology to Thales as part of a major investment by the UK Ministry of Defence (MoD) into enhancing the Royal Navy’s mine hunting combat management systems performance.

The ORCA Programme (Oceanographic Reconnaissance Combat Architecture) was commissioned to allow the Royal Navy to continually upgrade its mine warfare command and control systems. By switching to ‘plug and play’ open architecture, supported through life and integrated with other sensor suites, its vessels and crews will benefit from cutting-edge mine hunting capabilities.

Engineers at Thales needed to interface to existing Kelvin Hughes 1007 radars aboard their vessels for integration with their own multi-function consoles (MFCs). Cambridge Pixel supplied its HPx-400e PCIe radar input cards to interface with the analogue radar video signals from the 1007 radars, and the SPx Server application software to supply the Thales TACTICOS system with ASTERIX CAT-240 format radar video and NMEA format target track data.

Cambridge Pixel’s HPx-400e is a high-performance PCI express single or dual stream primary radar acquisition card, capable of capturing and processing analogue and digital primary radar video from up to two independent radars. The dual stream HPx-400e variant supports a number of multi-channel input modes, including dual redundancy and fully independent dual-stream capture.

Cambridge Pixel’s SPX Server application is a COTS radar data extractor and target tracker. Interfacing to hardware or network radar video, SPx Server accepts polar format primary or IFF radar video and processes it to identify targets, which are then correlated from scan to scan to output positional and motion updates assisting with situational awareness.

Rob Helliar, Head of Customer Solutions at Cambridge Pixel, commented: “It has been a privilege to work on such a vital upgrade project, helping to maintain the UK’s mine countermeasure capability for years to come. Our solutions provide a straightforward upgrade path for integrators wishing to modernise and adopt open architectures.”

Simon Thomas, Head of Engineering for MCM at Thales, commented: “The Cambridge Pixel solution enabled a smooth and rapid integration to the existing analogue-technology, Kelvin Hughes Radar system. The Cambridge Pixel solution provides the radar video overlays and tracks plotted on the above water tactical displays giving the vital situational awareness needed to support a minehunting mission.”

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Posted by Mike Ball Mike Ball is our resident technical editor here at Unmanned Systems Technology. Combining his passion for teaching, advanced engineering and all things unmanned, Mike keeps a watchful eye over everything related to the unmanned technical sector. With over 10 years’ experience in the unmanned field and a degree in engineering, Mike’s been heading up our technical team here for the last 8 years. Connect & Contact
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