The TRAILBLAZER HD-SDI and Generic Vehicle Architecture (GVA) compliant military driver vision aid will be the centrepoint of RFEL’s stand at DSEI 2017. It improves driver and crew effectiveness by extending the field of view beyond the normal spectrum, even in adverse weather and low-light conditions.

The latest significant release of its advanced FPGA-based channeliser IP – ChannelCore Flex - was featured by RFEL at EW Europe. This latest enhancement offers support for up to 16 wideband inputs, each capable of processing several GHz of bandwidth. With arbitrary input parallelism, theoretically, the input bandwidth of each input is unlimited.

On stand 27 at EW Europe in London Olympia from 6th to 8th June 2017, RFEL will be showcasing the latest significant release of its advanced FPGA-based channeliser IP - ChannelCore Flex. The latest enhancement of this award winning IP now offers support for up to 16 wideband inputs, each capable of processing several GHz of bandwidth. With arbitrary input parallelism, theoretically, the input bandwidth of each input is unlimited. Hence, for ...

Supplying the UK Defence Science and Technology Laboratory (DSTL), RFEL has developed two HALO Rapid Prototype Development Systems (RPDS). These systems will be used by DSTL to evaluate RFEL's and third party video processing algorithms for real time video trials and to support interactive demonstrations to military users.  

The DVD 2016 event that will take place in Bedfordshire on 7th-8th September will see RFEL announce a new, HD-SDI and Generic Vehicle Architecture (GVA) compliant military driver vision aid.

RFEL is supplying one of its HyperSpeed FFT IP cores to the Arizona Radio Observatory (ARO) at the University of Arizona in Tucson, Arizona. They are developing a high performance radio astronomy spectrometer system where RFEL's core forms a key component to improve sideband separation in their heterodyne receivers. To support the receiver's wide signal bandwidth, the core utilises parallelism to operate at a high input data rate of over 10GS/s.

RFEL's wideband variant of the award-winning ChannelCore Flex IP core will be incorporated at the heart of a new Channelizer option offered in Ultra Electronics TCS product range. The channelizer option is available in the Ultra Electronics TCS UltraEAGLE family of products and systems. UltraEAGLE (Electronic Acquisition Gathering Locating Equipment) is a family of Electronic Support (ES) systems designed to meet a wide array of Electronic Intell...

RFEL will be at Eurosatory, the premier international defence and security exhibition in Paris, France from the 13th until the 17th June.  On Booth 29 in the UK Pavilion, RFEL will be demonstrating cutting edge applications of its multi-award winning, video processing platform, HALO.  HALO is a highly optimised FPGA based video processing platform, designed for fast integration of high-performance vision capabilities into any demanding ...

RFEL will be travelling to Paris for Eurosatory, the premier International Defence and Security Exhibition running from the 13th until the 17th June. At Booth 29 in the UK Pavilion, RFEL will be showcasing recent additions and improvements to its multi-award winning Signal Processing capability, including an advanced channeliser IP core, ChannelCore Flex.

RFEL has added wideband input capability to its multi-award winning, advanced channeliser IP core, ChannelCore Flex. This meets the increasing need for ever wider bandwidth monitoring for a wide range of demanding channelisation applications such as communications, intercept, electronic warfare, security, industrial applications, COMINT, SIGINT, sonar, radio astronomy, research and software-defined radio.

RFEL will be launching its latest core at EW Europe. The Fractional Rate Resampler IP core, which was originally part of the company's multi-award winning ChannelCore Flex product, is now offered as a stand-alone IP core for FPGAs in response to customer requests.

RFEL has announced the latest addition to its HALO eco-system of video processing solutions. The high definition Non-linear Image Contrast Enhancement module (NICE) reveals poorly defined details in low contrast areas of video, such as those captured in degraded visibility environments (DVEs).

At the DSEI show, which takes place from 15th to 18th September 2015, RFEL will be launching the latest version of its Channeliser IP core, ChannelCore Flex. The company will be situated on booth S4-152.

Offering a flexible, resource-rich development platform for the most demanding signal processing applications, the qu-IQ signal processing platform has been introduced by RFEL. The platform will be launched at the DSEI show, which takes place from 15th to 18th September 2015. The company will be situated at booth S4-152.

RFEL announces the release of a new video management solution for Video-over-Internet-Protocol (Video-over-IP) systems and with it, the launch of a family of similar devices. These are designed to provide highly optimised distribution and processing solutions for the management of low latency video data from one or more sensors to the type of Video-over-IP displays and compute nodes that are now commonplace in modern vehicle and airborne mission ...

RFEL has announced updates to its flagship Video Fusion HD, video processing IP core for FPGA and SoC systems, that now has sophisticated enhancement and customisable pseudo-colour mapping features to help product designers add a competitive edge to their systems and to aid the user in overcoming the challenges of Degraded Visual Environments (DVEs).

RFEL has enhanced its range of real-time, low latency, enhancement solutions for high frame rate, full colour HD video, by optimising its standard Distortion Correction solution to drastically reduce effective output latency to a few video lines, without compromising the IP core's existing high performance operating parameters. 

RFEL has announced a off-the-shelf solution for real-time, HD video stabilisation. StableEyesHD uses RFEL's multi-award winning, HALO video processing technology to remove unwanted camera shake and picture rotation to increase the effectiveness of surveillance, security or situational awareness systems.

RFEL has announced a second, follow on R&D contract awarded by ESA, in collaboration with other European partners.

The University of Oxford has signed the second phase of a study contract with RFEL. The University, which is a member of the Low Frequency Aperture Array consortium, is working with the SKA (Square Kilometre Array) Organisation to build the world's largest radio telescope. The contract with RFEL focuses on the design of an FPGA-based signal processing architecture for beam forming functions in the antenna processing hardware.