The DS90UB9722-Q1 is an FPD-Link deserializer
that delivers robust ultra-high-speed 7.55 Gbps forward channel and 47.1875 Mbps
Bidirectional Control Channel for connecting up to two raw data sensors to central
processing units over an automotive coaxial or STP cable. When coupled with
DS90UB971-Q1 serializer, the deserializer receives video data from imagers
supporting ultra-high resolutions (8MP+/40fps) or multiple sensors in various
topologies.
Data is received and aggregated into two MIPI
CSI-2 D-PHY outputs for
interfacing with a downstream processor. The flexible MIPI CSI-2
outputs support multiple virtual channels interleaving per port to differentiate
multiple sensors, exposures, and data types. This functionality features video
aggregation and replication modes and supports input-to-output port as well as
virtual channel (VC-ID) remapping.
Advanced data protection and diagnostic features support overall system functional safety. Multiple levels of data integrity checking and protection in conjunction with programmable health status interrupt helps ensure robust sensor module and link operation in vehicles.
The DS90UB9722-Q1 is an FPD-Link deserializer
that delivers robust ultra-high-speed 7.55 Gbps forward channel and 47.1875 Mbps
Bidirectional Control Channel for connecting up to two raw data sensors to central
processing units over an automotive coaxial or STP cable. When coupled with
DS90UB971-Q1 serializer, the deserializer receives video data from imagers
supporting ultra-high resolutions (8MP+/40fps) or multiple sensors in various
topologies.
Data is received and aggregated into two MIPI
CSI-2 D-PHY outputs for
interfacing with a downstream processor. The flexible MIPI CSI-2
outputs support multiple virtual channels interleaving per port to differentiate
multiple sensors, exposures, and data types. This functionality features video
aggregation and replication modes and supports input-to-output port as well as
virtual channel (VC-ID) remapping.
Advanced data protection and diagnostic features support overall system functional safety. Multiple levels of data integrity checking and protection in conjunction with programmable health status interrupt helps ensure robust sensor module and link operation in vehicles.