DIOT Igloo2-based radiation-tolerant System Board
The DI/OT System Board is one of the main components of the Distributed I/O Tier project ecosystem. It is mechanically and electrically compliant with the Compact PCI Serial standard (CPCI-S.0).
The DI/OT Radiation-tolerant System Board controls the DI/OT crate in radiation-exposed (or cost-sensitive applications, as an simpler alternative to the default, powerful Zynq Ultrascale-based System Board), offering low-speed communication with the Peripheral Boards over the backplane and with the higher layers of the control system using an FMC nanoFIP, or some other radiation-tolerant fieldbus, mounted on its FMC connector.
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FMC FMC Carrier DI/OT Rad-tol TRL6Compatible Projects
Hydra - a radiation-tolerant SoC
HydRA, acronym of Hydra-like Resilient Architecture, is a radiation-tolerant SoC designed to operate up to 500 Gy TID
DIOT DIO 16ch opt 24V
A digital I/O module with sixteen 24 Volt optically isolated inputs and outputs
DIOT Peripheral Board Loop-back
Simple DI/OT Peripheral Board Loop-back to test all connections of DI/OT System Boards during production screening and other reliability tests
FMC nanoFIP
FMC-nanoFIP is an ‘Agent’ (slave) interface card for the WorldFIP network in an LPC FMC form-factor
DIOT CompactPCI Serial crate hardware
The 3U crate is a main component of the Distributed I/O Tier hardware kit