MULTIFEATURE DRIVER ASSISTANCE
PROCESSING EFFICIENCY IN A
LOWCOST, LOWPOWER, FLEXIBLE
SOC ARCHITECTURE
Xilinx Automotive-Grade (XA) Zynq
®
-7000 All Programmable SoCs ideally address
the technical and business challenges for one of the fastest growing automotive
applications: Advanced Driver Assistance Systems (ADAS). The automotive-grade
devices deliver unprecedented design flexibility as a single chip that combines a
dual-core ARM
®
Cortex-A9 processor, high-speed programmable I/O, and flexible
programmable logic including DSP blocks for hardware acceleration of critical
design components.
The increased system performance and highly integrated architecture of the Xilinx
All Programmable SoCs reduce overall power and bill of materials (BOM) cost. The
XA Zynq-7000 devices also enable end product differentiation with complete control
of IP, and help system designers keep up with constantly changing feature
requirements. Both engineers and business teams benefit from the Xilinx ecosystem
that lowers time to market and trims life cycle costs to contribute to profitability.
Xilinx Solution Highlights
• HighlyintegratedAllProgrammable
system-on-a-chip(SoC)architecture
• Fullyprogrammablehardware,software
andI/Oforacompletelyflexibleplatform
• Low-powerandlowdevicecount,
comparedtotraditionalmulti-chipdesigns
• Completeecosystemofsoftware,IP,
designtools,anddesignservices
• Partofaportfoliowithaproven,industry-
leadingtrackrecord
• XAdevicesarefullyautomotive-qualified
withextended,Q-gradetemperature
ranges
• XilinxisISO-9001andISO-14001
certified,andcomplianttoISO-TS16949.
QualificationtestingforXAZynqdevices
exceedAEC-Q100requirements
XA ZYNQ ALL PROGRAMMABLE SOCSXILINX AUTOMOTIVE
XILINX AUTOMOTIVE ZYNQ7000
ALL PROGRAMMABLE SOCS
ToTal Driver assisTance soluTion
Technical needs Business needs
•Systemperformance
•Totalpower
•Systemintegration
•TotalBOMcost
•Accelerateddesigntime
•IPownership
•Differentiation
•Totalcostofownership
•Time-to-market
XA Zynq-7000 All Programmable SoCs are ideally suited for meeting both the business and technical needs seen
by today’s advanced driver assistance system designers – making it the total driver assistance solution.