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This registered work comprises the complete hardware design and engineering documentation of the GMVigIA Engineering Model (EM) hardware co-processor board, developed as an ADHA-compliant electronic subsystem to support on-board AI processing and co-processing functions within the GMVigIA architecture.
The design represents an original and novel hardware implementation, tailored to meet space-oriented electrical, mechanical, and operational constraints, and intended for pre-operational validation, laboratory testing, and system-level integration. The Engineering Model serves as a representative and reusable platform for verifying functionality, performance, and interoperability prior to flight-grade industrialization.
The registered material includes, in an integrated and coherent set:
• Electronics design of the ADHA-compliant co-processor board, including schematics, PCB layout, power distribution, signal integrity considerations, and interface definitions.
• Assembly Drawings (PDF format), defining component placement, mechanical references, tolerances, and assembly constraints.
• Mechanical design files for the baseplate and stiffeners provided in STEP format, supporting thermal management, structural integrity, and mechanical integration.
• The final Bill of Materials (BOM), detailing all electronic and mechanical components, part references, and configuration baselines.
• Pick-and-Place files, enabling automated PCB assembly and repeatable manufacturing processes.
• Gerber X2 datasets for assembly and manufacturing, defining all PCB layers, drill files, solder masks, silkscreens, and fabrication constraints.
Together, these elements constitute a complete, manufacturable, and verifiable hardware definition, enabling replication, qualification, and future evolution toward flight-representative hardware. The GMVigIA Engineering Model HW co-processor board design is a strategic technological asset, supporting system validation, de-risking of on-board AI processing solutions, and future exploitation in operational Earth Observation missions.
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Title GMVigIA Engineering Model Hardware Co-Processor Board Design
This registered work comprises the complete hardware design and engineering documentation of the GMVigIA Engineering Model (EM) hardware co-processor board, developed as an ADHA-compliant electronic subsystem to support on-board AI processing and co-processing functions within the GMVigIA architecture.
The design represents an original and novel hardware implementation, tailored to meet space-oriented electrical, mechanical, and operational constraints, and intended for pre-operational validation, laboratory testing, and system-level integration. The Engineering Model serves as a representative and reusable platform for verifying functionality, performance, and interoperability prior to flight-grade industrialization.
The registered material includes, in an integrated and coherent set:
• Electronics design of the ADHA-compliant co-processor board, including schematics, PCB layout, power distribution, signal integrity considerations, and interface definitions.
• Assembly Drawings (PDF format), defining component placement, mechanical references, tolerances, and assembly constraints.
• Mechanical design files for the baseplate and stiffeners provided in STEP format, supporting thermal management, structural integrity, and mechanical integration.
• The final Bill of Materials (BOM), detailing all electronic and mechanical components, part references, and configuration baselines.
• Pick-and-Place files, enabling automated PCB assembly and repeatable manufacturing processes.
• Gerber X2 datasets for assembly and manufacturing, defining all PCB layers, drill files, solder masks, silkscreens, and fabrication constraints.
Together, these elements constitute a complete, manufacturable, and verifiable hardware definition, enabling replication, qualification, and future evolution toward flight-representative hardware. The GMVigIA Engineering Model HW co-processor board design is a strategic technological asset, supporting system validation, de-risking of on-board AI processing solutions, and future exploitation in operational Earth Observation missions.
Work type Source Code
Tags engineering-model, electronics, space-hardware, pcb-design, onboard-ai, co-processor-board, gmv, manufacturing-data, adha-compliant, hardware-design, mechanical-design
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Registry info in Safe Creative
Identifier 2512234099814
Entry date Dec 23, 2025, 12:06 PM UTC
License All rights reserved
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Copyright registered declarations
Author. Holder GMV Aerospace and Defence SAU. Date Dec 23, 2025.
Information available at https://www.safecreative.org/work/2512234099814-gmvigia-engineering-model-hardware-co-processor-board-design
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Registration: 2512234099814
