Europe is working on improving competitiveness in the space services sector by developing radiation-resistant, high-performance microprocessors and simplifying the deployment of complex applications. The HERMES project aims to achieve a technology readiness level of 6 for the rad-hard NG-ULTRA FPGA and supports multicore software programming and FPGA acceleration.
The presentation will...
Radiation-hardened-by-design (RHBD) reconfigurable devices have gained a lot of attention thanks to their excellent compromise between costs and performance. Being of very limited use due to a lack of performance a few years ago, these devices are now capable of implementing a wide range of applications requiring high computational capabilities. However, to further enhance computing...
The project aims to develop the first AI-to-FPGA toolflow supporting all state-of-the-art FPGAs, including NanoXplore devices. The objective is to facilitate AI deployment onboard satellites and demonstrate the applicability to NanoXplore technology, enhancing European sovereignty. We extended the FPG-AI design for compliance with NanoXplore technology, adding RNNs to the list of supported...
Due to the increasing complexity of current embedded software applications such as Artificial Intelligence, it is indispensable to rely on efficient software development tools for increasing the productivity. To this extent, Nanoxplore provides the NG-ULTRA target platform supporting high-reliability Operating Systems and hypervisor including a baremetal compilation environment. On the top of...
This session aims to present how to use the NX toolchain suite. The purpose of this presentation is to be familiar with advanced features in each step of the flow. Finally, show you how to make a full use of the new GUI.
