• Teledyne e2v’s peripheral rich Quad core ARM® Cortex®-A72 Space processor
    2022/10/11 4:00 PM

    Teledyne e2v’s peripheral rich Quad core ARM® Cortex®-A72 Space processor gives spaceborne imaging and AI a major boost Highly resilient, radiation tolerant space processor enhances data and communication intensive applications Noteworthy pointers …

    Read More
  • LX2160A / 16-Core ARM® Cortex®-A72 for High Reliability, Mission critical, AI-enabled systems in Space, Aerospace & Military
    2022/09/26 1:42 PM

    LX2160A, a 16-core ARM(R) Cortex(R) A72 based processor, is perfectly suited for a range of embedded applications that require high speed multicore CPU, packet processing performance, high-speed interfaces such as 100 Gb Ethernet, multiple PCIe Gen3.0 and SATA controllers.   In Space, LX2160 Space Radiation Tolerant specific version from Teledyne e2v, is capable to serve Edge Computing sys…

    Read More
  • Demonstration of Teledyne e2v QLS1046-Space boot sequence
    2022/09/14 9:00 AM

    Watch this short video to see in practice the boot sequence of the QLS1046-Space Enquire Now Please fill out & submit the form to receive an answer fr…

    Read More
  • Design simultaneous multiband transmitter from L to Ku Band
    2022/09/14 9:00 AM

    A growing number of applications will benefit from working simultaneously in multiple frequency bands to improve system agility, configurability and in the end performance. In this video, to demonstrate the feasibility of designing a powerful multi-band transmitter, we will focus on the use case of a synthetic aperture radar (SAR) imaging system. …

    Read More
  • Meet our team at European Microwave Week, BOOTH B43!
    2022/09/01 12:07 PM

    25-30 September Milan, Italy  Discover the world’s first Ka Band capable microwave DAC!  At any band up to Ka, System designers can now migrate more RF hardware to digital code than ever before. Enabling unprecendented lev…

    Read More
  • Teledyne e2v and Thorium Space announce the development of a collaborative project which will be a game changer for the satellite market
    2022/09/01 12:05 PM

    Thorium Space , a company in the advanced satellite communication systems sector, has officially started work on a joint project in cooperation with Teledyne e2v Semiconductors , a global company in the field of advanced technologies used in the aerospace and defence sector.   The fact that such a recognized company with a global reach decided to cooperate with an emerging Polish com…

    Read More
  • Meet our team in Paris from 18 to 22 September for IAC 2022!
    2022/08/26 10:29 AM

    18-22 September Paris, France Meet our team in Paris from 18 to 22 September for IAC 2022! We will be very happy to show you some of our latest products and you will get the opportunity to speak to our experts! …

    Read More
  • Advanced optical digital harness (ODH) set to unleash novel multi-element microwave antennas
    2022/08/08 12:03 PM

    Links to transfer data, clock, configuration, and even system-wide synchronization signalling  marks the arrival of practical multi-element smart digital antennas Newsworthy pointers Streaming sample, control & configuration data, as well as refer…

    Read More
  • Fully-Digital Multi-Band SAR System operating at L, C, X and Ku Bands
    2022/07/22 2:29 PM

    This white paper has been written with the Partnership of ECHOES Radar Technologies.   Synthetic Aperture Radar (SAR) is an active imaging sensor employed in remote sensing applications that can achieve wide areas images in every weather condition. SAR imaging uses an antenna that is mounted on a moving platform. Through the processing of received echoes, SAR permits to obtain a larger syn…

    Read More
  • Demonstration of a microwave ADC and DAC Digital Optical Harness proof of concept for remote architecture
    2022/07/11 3:16 PM

    The first demonstration of an optical digital harness to connect remote microwave data converters to a central data processing unit, like a FPGA, replacing copper coax cables with optical fibers. With fiber, sample data, control signals, synchronization signal and reference clocks are routed over significantly longer distances, reducing weight and increasing data density compare to coax cable. Thi…

    Read More
Join our Mailing List
Subscribe to email announcements
Connect With Us