Radar
Our supplier Cambridge Pixel are an award-winning developer of sensor processing and display solutions, exporting to more than 55 countries worldwide. They provide world-class solutions to leading system integrators and radar manufacturers, backed up by premier customer support. These products find use in numerous different application areas, from naval to security, to air traffic control.
Their core expertise lies in the processing and display of radar video data, from both primary and secondary radars. They bring together a unique blend of radar, graphics and software knowledge to provide our customers with the very best solutions.
Cambridge Pixel provides radar acquisition, processing and display capabilities to the world’s navies. Their products are widely adopted in the UK Royal Navy and the US Navy where their scan conversion technology is field-proven in over 100 military vessels.
Sensor processing products and expertise to prime system integrators in the naval sector (including BAE Systems, Frontier Electronic Systems, Lockheed Martin, Navantia, Barco and DRS). With full British Standards audited ISO-9001 quality approvals, Cambridge Pixel understands the importance of providing full life-cycle support from pre-sales engineering for system design through to obsolescence management.
Cambridge Pixel is a specialist engineering company with a focus on radar and video. Their development engineers provide first-class technical support by combining expert knowledge of products and radar applications. This expertise in networking, graphics programming, multiple programming languages and operating systems allows them to provide system-level support beyond the scope of their own products.
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For demanding ground movement displays of high-fidelity radar video or primary tracking with fused IFF or ADS-B, Cambridge Pixel’s modular, open-systems software products provide exceptional capabilities for commercial and military ATC applications.
For airport ground movement applications, the availability of high-resolution radar imagery permits controllers to monitor and control aircraft and vehicle movements. The SPx radar scan converter provides exceptional image clarity and resolution allowing the smallest of details to be displayed. The scan converter permits the radar imagery to be easily integrated into a graphics display, allowing legacy hardware scan converters to be replaced by modern, cost-effective software solutions with minimal impact on existing software. Radar video can easily be distributed over standard Ethernet cables or fibre, allowing a single radar server to support multiple independent display positions.
For air defence applications, Cambridge Pixel’s SPx Server software provides a configurable, high performance multi-hypothesis tracker. Primary radar may be received over a network or through the HPx-200 card with SPx Server generating track reports in Asterix format. These primary tracks may be combined with secondary surveillance radar (SSR) data, such as IFF or ADS-B, using Cambridge Pixel’s SPx Fusion software module. The SPx software architecture provides system integrators with a flexible solution which allows individual capabilities to be included only as needed.
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Radar is increasingly being used within the security sector to augment traditional CCTV and infra-red camera installations for monitoring of high-value assets and critical infrastructure. Cambridge Pixel’s established radar tracking and display technology is already being used by a number of radar manufacturers serving the security markets.
Cambridge Pixel’s field-proven SPx software components are ideal for building sensor-based surveillance solutions. Modules are available for radar and camera interfacing, processing and display, which can then be built into a complete security application. Additionally, solutions can be provided as ready-to-run applications or as framework applications, supplied with source code for extension, localisation and long-term support.
Cambridge Pixel’s radar tracking solutions are deployed worldwide at sites such as airports, international borders, dams, tunnels and other high-value or critical locations. These installations are providing automatic detection and tracking of potential threats, ranging from a RHIB or jet ski, to a person on foot, to a small drone in the air.
SPx software interfaces to many industry-standard radar, video and related sensors and provides a comprehensive range of processing and display capabilities. SPx provides many of the functional capabilities required from a modern security solution, from acquisition of data as signals or network streams, to processing, classification and fusion, on to display widgets.
For customers who don’t have the time or resources to develop a complete security application Cambridge Pixel can offer different levels of custom development, from framework applications (extended examples) up to complete, bespoke applications. Alternatively, the VSD (Video Security Display) application is available, providing many of the key requirements of a modern security application in a ready-to-run windows executable.
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Coastal surveillance and maritime security systems require the integration and presentation of information from many different sources, including primary radar, AIS and CCTV. SPx software provides high-performance software components for system integrators to build integrated radar and video display solutions. With its “modules of expertise” approach, the SPx software simplifies the addition of radar and camera display into new or existing applications.
The SPx software supports the capture of radar video from major radar manufacturers including Kelvin Hughes, Terma, Navico (Simrad), Raytheon, Sperry, JRC and Furuno. An HPx radar input card may be used to interface to analogue radar video, trigger and turning data or, where network radar video is available (for example in ASTERIX format), this can often be input directly into the SPx software framework.
The capabilities of the SPx software are available to system developers in the form of software libraries and complete ready-to-run applications. In a typical system, the SPx Server application provides tracking from radar video and those tracks may then may be output into the client application and may be fused with AIS data by the SPx Fusion Server software. The client application may be one of Cambridge Pixel’s ready-made display applications, such as RadarWatch, or it could be a custom application written using the SPx library to provide core radar display capabilities.
Cambridge Pixel’s turnkey display applications offer a fast, cost-effective solution to receipt and display of sensor data, supporting: multiple radar videos, with underlay maps or electronic charts, AIS/ADS-B targets, radar tracks and video from multiple camera sources. Camera steering control (including slew-to-cue) is also supported by a number of display applications including RadarWatch, VSD and RadarView. Support is also available for more specialised sensors, such as laser range finders and Spynel® continuously rotating panoramic cameras.
Cambridge Pixel’s software modules are already being used in numerous diverse coastal surveillance and maritime security projects worldwide, from protection of offshore oil and gas facilities, to monitoring safety zones at firing ranges, to helping to keep bathers safe on beaches.
Some examples of where Cambridge Pixel’s products can be used are outlined below:
Asset Protection
Protection of high value waterside and offshore assets, such as oil rigs, nuclear power stations and industrial facilities.
Critical Infrastructure
Monitoring of critical infrastructure, such as bridges, dams and wind farms.
Safety Solutions
Within maritime collision avoidance systems and safety solutions around designated marine hazards or military danger zones.
Border Protection, Search & Rescue
Border protection and search & rescue operations, detecting and locating small targets.
Traffic Monitoring
Observation and monitoring of vessel traffic in waterways, rivers, estuaries, small ports and harbours.
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Unmanned Surface Vessels (USVs) are a rapidly expanding area of interest for navies and commercial enterprises around the world. Cambridge Pixel is at the forefront of USV development, partnering with some of the key USV developers and manufacturers across the US, Europe and Asia.
USVs find a multitude of uses, from mine hunting/sweeping to scientific research and surveying. It may be desirable to use a USV on projects that require long periods at sea or when conditions are simply too dangerous for manned craft. USVs can be much cheaper to deploy than manned vessels, while at the same time offering operational benefits, such as extended operating periods.
A USV may incorporate a number of sensing technologies to assist with navigation, collision avoidance and target recognition.
Cambridge Pixel’s expertise and products for radar processing provides a core set of capabilities for USV developers, including:
- Interface options to a wide range of maritime and specialist radars
- A highly configurable target tracker
- Fusion of tracks from multiple radars and auxiliary data such as AIS and ADS-B, as well as Spynelâ video track data
- Camera control from radar, slew-to-cue and video-based tracking
- Mission recording of radar video, tracks, AIS, video and navigation data
- Display applications for remote monitoring
- Simulation and training
A feature of many USVs is their ability to navigate round obstacles autonomously. While the position of stationary objects such as land and buoys may be known ahead of deployment, the dynamic position of other ships and vehicles must be sensed as the USV moves. Radar is fundamental to detecting potential obstacles at significant ranges. Extracting and tracking targets from radar video is a core competence of Cambridge Pixel.
Many USV applications require the ability to send radar video, track data and camera video back from the USV to a “mothership”, via a wireless link. The link between the USV and mothership may typically be a low bandwidth microwave or satellite connection, presenting a significant challenge for reliable data sending. Cambridge Pixel has software modules that allow the best use to be made of the available bandwidth.
On the mothership, receipt and display of the data sent from the USV is a fundamental requirement. It may also be necessary to control the local processing on the USV, and possibly also the sensors themselves, remotely. Cambridge Pixel has field-proven software components that can provide each of these capabilities too.
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Sensor Integration & Security Automation
Track targets from fused radar, AIS and ADS-B data. Automatic camera slew and deterrent activation.
Advanced Alarm Logic
Create intelligent alarms using conditional logic and sensor data to alert operators or automatically control devices.
Operator Display Software
Easy-to-use displays for remote viewing and device control, with full data recording and replay.
Offshore Platform Security
Recent events have made the surveillance and security of offshore platforms more essential than ever.
Oil and gas platform or offshore wind security can be complex, often involving multiple locations and a unique set of sensors. These modular software make it easy to build a flexible solution that will automatically detect and track threats, alert operators and control deterrent devices.
With market-leading support for different radars and sensors, and compatibility with different data formats, our software can easily integrate with existing systems.
Our solutions can be configured to alert oil rig security to small hostile targets, or as an automated system to deter targets approaching offshore wind farms, by aiming a long-range acoustic device (LRAD) at targets and playing recorded warnings.
Cambridge Pixel’s modular software offers the most flexible solution for protecting offshore platforms from hostile targets such as pirates or uncrewed / unmanned systems.
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Our supplier Sunhillo is a global leader in surveillance data distribution and conversion products. They handle all life-cycle aspects of surveillance data distribution systems for the Federal Aviation Administration, US military, civil aviation authorities and national defence organisations across the globe.
