Nxp B.v.

Nxp USA, Inc.

Tomasz Szuprycinski

Artur Tadeusz Burchard

Rohit Kumar Sinha

Deepak Mahajan

Ruchi Bora

A system-on-chip (SoC) includes a fuse circuit and decoding circuitry. The fuse circuit includes functional fuses, control fuses utilized as the functional fuses, and fuses configured to store override data that indicates an association between the functional fuses and the control fuses utilized as the functional fuses. The decoding circuitry is configured to output configuration data associated with a configuration of the fuse circuit based on the override data and an initial configuration of the fuse circuit. In such a scenario, functional operations of the SoC are executed based on the configuration data. Alternatively, the decoding circuitry is configured to output a set of functional data based on the override data and various functional data stored in the functional fuses and the control fuses utilized as the functional fuses. In such a scenario, the functional operations are executed based on the outputted set of functional data.

Utilization of control fuses for functional operations in system-on-chips

An intelligent transportation system, ITS, station () comprising: a host processor (); and a memory () operably coupled to the host processor (). The host processor () is configured to: perform verification per identity that includes precomputation of data for a plurality of neighbouring ITS stations of the ITS station (); store precomputation data for the verified identity of the plurality of neighbouring ITS stations in the memory (); and extract from memory () and use the stored precomputation data for a respective neighbouring ITS station to perform an accelerated verification of a subsequent message received from that neighbouring ITS station.

Intelligent transportation system station, host processor, and method therefor

An intelligent transportation system, ITS, station () comprising: a host processor (); and a memory () operably coupled to the host processor (). The host processor () is configured to: perform precomputation of certificate data associated with an identity to be verified on a per identity basis; store precomputation data for a plurality of verified identities in the memory (); and extract stored precomputation data from memory () and use the stored precomputation data to perform accelerated verification of subordinate certificates.

Growing community of inventors

Nijmegen, Netherlands

Tomasz Szuprycinski