I.MX 8X MEK
• Platform for evaluation and development of
the ARM Cortex® A35 + Cortex-M4F based
i.MX 8QuadXPlus, i.MX 8DualXPlus, and i.MX
8DualX applications processors
• Kit also provides a platform for NXP PF8100
Power Management Integrated Circuit (PMIC)
solution and sensors
• Ideal for safety-
certifiable
and efficient
performance
requirements
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requisite performance and additionally needed features for
these next-generation vision system applications.
For example, the integrated automotive-grade hardware
accelerators in the NXP S32V2 are ideal for deep neural
network processing because they can reduce CPU usage and
save computing resources which are critical for applications
such as driver monitoring systems. Systems such as these are
quickly becoming mandatory. Euro NCAP has made DMS a
primary safety function slated for NCAP incorporation by 2020.
Driver Monitoring Systems are one of the interrelated parts of
advanced driving assistance systems (ADAS) and are essential
for Level 3 and higher driving systems.
Additionally, the S32V processor supports broader machine
learning and sensor fusion applications which are needed in
autonomous drive systems. NXP aims at helping automotive
engineers develop their applications swiftly by offering a cost-
competitive evaluation board and development platform (SBC-
S32V234) that can be coupled with NXP software development
kits and NXP design studios that are specifically tailored for the
S32V processor.
NXP is not only dedicated to accelerating time-
to-market for Level 3 and beyond automated
driving capabilities but also driving toward
increased road safety for society. Are you
developing with NXP?
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Notes: 1Based on Strategy Analytics 2019 forecasts
I.MX 8-BASED NEURAL NETWORKS
FOR OBJECT RECOGNITION
14
AI
