Design and development of video Processing/Switching Board for an advanced military aircraft with ARINC 818 Std (Digital Video Std) capability

Design and development of video Processing/Switching Board for an advanced military aircraft with ARINC 818 Std (Digital Video Std) capability

Project Description

There is requirement to develop prototype hardware, which can generate the video signals following digital video standard (ARINC 818) so that all future systems/ equipment / units following digital video standard can be seamlessly integrated on the military platform. The prototype hardware is also required to be compatible with analog video input so that any legacy system in aircraft following analog video standard can be used without any changes. The hardware should also be capable of accepting the analog video and convert the same to the digital video standard without compromising the Video  quality and use it for the display purpose as necessary. The hardware will typically form a  part of the existing display Processor /Multi-function display for exploitation.

Documents

Please to access project documents.

Project Awarded To

Logic Fruit Technologies Pvt Ltd


Company Profile :
LFT creates solutions and proof-of-concept (PoC) designs that require precise, supported FPGA development and real-time data generation, acquisition, and analysis. Our deep expertise in the telecom, semiconductor, security/surveillance, defense/aerospace, medical instrumentation, and industrial automation industries allows us to understand requirements and complete projects quickly. To each project, we bring experience in a variety of digital (and MIPI) protocols, communication busses, and tools, including M-Phy,C-Phy, CSI, DSI, 1G, 10G Ethernet, PCIe, DIGRF, USB3.0, STM, HDMI, and software-defined radio (SDR), as well as encryption, protocol compliance, signal generation, data analysis, IoT technology, and multiple image processing techniques. Our low latency (~real time) image processing solutions includes image stabilization, Panorama generation, Object detection and classification. Hardwares (upto 16 layers) designed.