Electronic systems are experiencing rapid changes in performance specifications and form factors, along with numerous supply chain bottlenecks. One system level design problem has been consistent throughout—balancing the form factor tradeoffs between the analog and digital circuitry for maximum software/system flexibility (from sensor to the digital processing units’ input/output). This fundamen…
Read MoreMore and more, the ability to direct and steer RF energy is a critical radio technology. The reason is that free-space RF attenuation increases at higher millimeter-wave frequencies. Those frequencies are used to increase system bandwidth and data throughput, raising the prospect of increased cross-channel interference and lost links without some active steering approach. A technical collaborat…
Read MoreThe first version of Teledyne e2v Semiconductor Space Flow Comparison Chart has been a successful document that many have requested and received in the electronic space industry. Now version 2, an update release of the chart is being released, this video gives an overview of the updated version of the document and highlights the important things to know. Download the pdf version of the paper…
Read MoreGenerating aligned signals with EV12DD700 advanced microwave dua DAC You will see the latest DAC from Teledyne e2v, EV12DD700 : 12-bit dual channel, 12 GSps, dual outputs on a FMC evaluation board. The DAC will be presented using its to independent outputs to generate to signals and the aim of this video is showcasing the ease to s…
Read MoreMunich, Germany, and Grenoble, France – 6th July 2023 – Infineon Technologies (FSE: IFX / OTCQX: IFNNY) and Teledyne e2v (NYSE:TDY) have developed a reference design for the implementation of compute-intensive space systems. The design, built around a Teledyne e2v QLS1046-Space edge computing module, which is configured by the radiation-hardened 64MByte Infineon SONOS based NOR Flash memory, enabl…
Read MoreEdge computing applications in Space, such as image/video processing, Artificial Intelligence (AI), telecommunications, rely on compute intensive devices like processors, FPGAs, and ACAPs to perform the heavy calculations. These devices feature limited internal memory and typically require external high-speed and high-density DDR4 memory to support the compute intensive use cases. Teledyne e2v h…
Read MoreToday, we are announcing the creation of a New Space flow for our Space Processing Solutions and the availability of this option for our Space customers. Enquire Now …
Read MoreThe EV12DD700 is Teledyne e2v latest DAC, enabling direct conversion up to Ka band, and multi-band direct conversion from L to Ku. It is a dual channel 12-bit DAC, converting at up to 12 GSps (NRZ, RF and 2RF modes). The DAC embeds digital processing features like Digital Up Conversion (DUC) with multiple interpolation ratios, Direct Digital Synthesis (DDS) and Chirp generation, Beam-Forming, Beam…
Read MoreLearn how to download and create a Libero project to gain precious time in development of your space receiver design using ADC EV12AQ600 and FPGA PolarFire. EV12AQ600 ADC qualification report: https://semiconductors.teledyneimaging.com/download/a957545b-baac-4ce6-8d8c-b1bbc8d69157/ EV12AQ600 ADC TiD and SEE radiations test report: https://semiconductors.teledyneimaging.com/download/b4969ad9…
Read MoreWatch this video to understand the thermal management of a Qormino® QLS1046 in Space applications Enquire Now Please fill out & submit the form to re…
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