nSilition

We have know-how and techniques applicable to integrated circuit design in ordinary, nonhardened processes to increase circuit resilience against radiation effects - both for total ionization dose (TID) and for single event effects (SEE).
nSilition also measures and characterizes the effects of radiation on any electronic device. For instance, it is of highest importance for ITER that the effects of intense gamma ray radiation are tested on the electronic systems which will be used in the vessel during inspection.
nSilition specializes in the design and qualification of Application Specific ICs (ASICs) or Systems on a Chip (SoCs) combining advanced analog features with industry standard mu-Controllers, ROM, RAM, non-volatile memory and custom designed digital cells.
nSilition also specifies and designs any advanced electronic system, from architecture study to production.

nSilition believes that ITER is a place where Radiation Hardened electronics are needed, as in the case for Space and Avionics applications. Hence nSilition's engineers would like to provide their know-how and experience to serve the ITER project community.