Texas Instruments' has introduced the industry’s first dual-port quad deserialiser hub that is compliant with the MIPI Camera Serial Interface 2 (CSI-2) specification. The new automotive-qualified hub simultaneously aggregates and replicates high-resolution data from up to four cameras.
High data throughput and precision are essential in autonomous driving and sensor fusion-based ADAS (Advanced Driver Assistance Systems), including surround-view systems, rearview cameras, driver-monitor cameras, camera-monitor systems, front camera systems and satellite radar equipment.
The new device’s higher bandwidth enables processing of more video data at faster speeds in equipment designed to recognise pedestrians, bicyclists and other obstacles in a vehicle’s path or periphery. The DS90UB964-Q1 FPD-Link III device’s dual CSI-2 outputs with virtual channel ID mapping and port replication save processor resources to speed processing of data from up to four cameras at 100MHz per sensor and 12-bit resolution. In addition, TI’s adaptive equalisation (EQ) provides diagnostics that enable the system to monitor cable health and take action before cable failure occurs.
Key features and benefits of the new DS90UB964-Q1 quad deserialiser hub
The DS90UB964-Q1 deserialiser hub can work with many processors on the market today, including the TDA3x SoC processor for ADAS. The power-over-coax support in both devices enables engineers to significantly reduce the wiring needed in their systems.
In addition to the DS90UB964-Q1 1-megapixel deserialiser hub, TI is now sampling SerDes devices for 2-MP cameras at 60 frames per second. These 2-MP devices feature synchronous clocking, and advanced data protection and diagnostic features.