Reference Design Details

Design Hub

Search Reference Designs

Avnet AES-S32V-NXP-G EVK ADAS Development Kit

AES-S32V-NXP-G enables designers to build ADAS, NCAP front camera, object detection and recognition, surround view, automotive and industrial image processing, as well as machine learning and sensor fusion applications. The platform is based on a NXP S32V234 MPU integrated on a system-on-module (SOM). The SOM includes SDRAM, eMMC Flash, microSD card cage, QSPI, power, and various communications and video interfaces. The SOM plugs into the provided carrier board that includes interfaces for up to five cameras, HDMI output, six 100 Mb Ethernet ports, USB 3.0, debug UART, CAN, and much more.
CATEGORY
Display systems,Automotive & transportation,Embedded vision,Sensors,Machine learning
REFERENCE DESIGN
Modify with AVAIL
PARTS IN DESIGN / BOM BY STORE

The displayed part lists is a small subset of the complete BOM.


MFGR PART# BLK NM
Avnet Abacus logo
If you are not a customer of Avnet , please Register Here for Design Hub to interact with the AVAIL design tool and view BOM lists.

IMPORTANT NOTICE AND DISCLAIMER: AVNET PROVIDES THESE DESIGN FILES “AS IS” AND WITH ALL FAULTS, AND DISCLAIMS ALL WARRANTIES, EXPRESS AND IMPLIED, INCLUDING WITHOUT LIMITATION ANY IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NON-INFRINGEMENT OF THIRD PARTY.  SEE LEGAL NOTICES | AVNET EMEA FOR ADDITIONAL INFORMATION.

 
RELATED DESIGNS
Reference Design Block Diagram of Automotive EV Electric Compressor ROHM Semiconductor Solution
Automotive EV Electric Compressor ROHM Semiconductor Solution
ROHM Semiconductor's Automotive EV Electric Compressor offers efficient and reliable performance for electric vehicle air conditioning systems.
View Design
Reference Design Block Diagram of Automotive EV DC-DC Converter ROHM Semiconductor Solution
Automotive EV DC-DC Converter ROHM Semiconductor Solution
The DC/DC converter switches power elements and utilizes a transformer to convert the high battery voltage to a lower voltage. To protect low voltage electronic circuits.
View Design
Reference Design Block Diagram of Automotive EV On-Board Charger based on ROHM Semiconductor Solution
Automotive EV On-Board Charger based on ROHM Semiconductor Solution
On-board chargers consist of AC/DC converters that convert an AC voltage (100V to 240V) to a DC voltage in order to charge the high voltage battery.
View Design
Reference Design Block Diagram of Automotive TFT Cluster and Center Information Display (CID) based on ROHM Semiconductor Solution
Automotive TFT Cluster and Center Information Display (CID) based on ROHM Semiconductor Solution
TFT Cluster and Center Information Display (CID) from ROHM Semiconductor Solution is an advanced solution for displaying information and entertainment in vehicles.
View Design
Reference Design Block Diagram of Automotive EV Main Inverter ROHM Semiconductor Solution
Automotive EV Main Inverter ROHM Semiconductor Solution
The main inverter converts DC voltage supplied by the battery into 3-phase AC voltage for driving the motor. Conventional power devices for inverters typically use a combination of IGBTs and diodes.
View Design
Reference Design Block Diagram of 3 Phase Fast DC EV Charging Station based on Vishay Solutions
3 Phase Fast DC EV Charging Station based on Vishay Solutions
3 Phase Fast DC EV Charging grid infrastructure solution for industrial segment charging stations
View Design
Reference Design Block Diagram of NavQPlus AI/ML Companion Computer EVK for Robotics, Ground Stations and Camera Heads based on NXP
NavQPlus AI/ML Companion Computer EVK for Robotics, Ground Stations and Camera Heads based on NXP
Reference designbased on NXPs Technology for a mission computer (companion computer), for use in mobile robotics using ROS2 and similar applications such as ground stations and smart cameras.
View Design
Reference Design Block Diagram of AC & Variable Frequency Driven (VFD) Motor based on NXP Solution
AC & Variable Frequency Driven (VFD) Motor based on NXP Solution
Reference Design of Variable Frequency and AC Motor Drive Solution based on NXP
View Design
Reference Design Block Diagram of Motion Control and Robotics based on NXP Solution
Motion Control and Robotics based on NXP Solution
Reference Design for compact multi-axis motion control all the way up to high-performance robotics applications.
View Design
Reference Design Block Diagram of Servo Motor Drive based on NXP Solution
Servo Motor Drive based on NXP Solution
Reference Design of s Servo Motor Drive Solution based on NXP
View Design
Reference Design Block Diagram of Portable Brushed DC Motor Control based on NXP Solution
Portable Brushed DC Motor Control based on NXP Solution
Reference Design of a Portable Brushed DC Motor based on NXP Solution
View Design
Reference Design Block Diagram of Brushless DC Motor (BLDC) Control based on NXP Solution
Brushless DC Motor (BLDC) Control based on NXP Solution
Reference Design of a Brushless DC Motor (BLDC) Control Solution based on NXP
View Design
 
RELATED ARTICLES
How to Select Power Supplies for Medical Devices
By James Spencer   -   February 8, 2024
This article aims to assist in selecting the correct power supply for medical applications. It explains the main factors to consider in identifying the optimal power supply option and provides a brief overview.
Read More
Fibre optics - the hidden enabler of our daily lives
August 3, 2023
Fibre optic systems are well-known for their role within the telecommunications industry.
Read More
Investigating the design challenges of EV charging
March 10, 2023
As we emerged from lockdowns across the region, the shift in consumer preferences for buying an electric vehicle became very apparent.
Read More
An introduction to EV charger design: the power stages
September 19, 2022
EV chargers operate in a sometimes-harsh environment, but must be efficient and reliable with a long service lifetime. This blog picks out and discusses some components that are critical to achieving these goals.
Read More
What does miniaturisation mean for connector selection?
By Paul Jones   -   February 9, 2022
As electronic systems become smaller, they also require more component parts in increasingly space-constrained environments to meet extra expectations on functionality. Here Paul Jones explores what they means for connector selection across markets.
Read More
Engineering better railways
By Philip Lechner   -   January 25, 2022
The pressure to decarbonise the economy affects every aspect of our lives, from what we eat to how we travel. It is driving innovation throughout the transport sector, and particularly in railways.
Read More
When your next tractor is a Tesla
By Alessandro Mastellari   -   January 25, 2022
The automotive industry is rapidly shifting toward Electric Vehicles (EVs), but there’s another category of vehicles ripe for electrification: ‘Non-Road Mobile Machinery’ (NRMM), as the regulators put it.
Read More
The robots are coming
By Hagen Goetze   -   January 25, 2022
Industrial robots can be enormously effective for automating high-value, repetitive, and often unsafe processes, such as handling heavy castings or welding body seams on vehicle production lines.
Read More
Making farming smarter with next generation connectivity
By Paul Jones   -   January 18, 2022
Paul Jones looks at how the latest technological advances will help to make the global agriculture sector function more efficiently - and what the implications will be on connector selection.
Read More
How will connectivity enable next generation autonomous vehicles?
By Sascha Spillner   -   December 6, 2021
It’s clear that the car of the future is autonomous, but what does that autonomy look like, and how will connector technologies play a role in enabling it?
Read More
Next Generation PCB-mounted relays in EV charging systems
By Adam Losonczy, Avnet Abacus   -   November 25, 2021
2021 is shaping up to be the year in which adoption of the Electric Vehicle takes off. First half sales in the key markets of China, the USA and Europe, accounted for 26% of all new vehicle sales, globally and, in the UK alone.
Read More
The growing role of sensors in modern building management systems
By Alessandro Mastellari   -   August 13, 2021
Today's intelligent buildings measure a multitude of building parameters. Here Alessandro Mastellari explores the sensing technologies employed to collect environmental data.
Read More
 
RELATED EVENTS
Designing motion detection systems with PIR and ultrasonic sensors


Date:
Location: On-demand

Webinar: Connector design considerations for advanced automotive systems


Date:
Location: On-Demand