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The Unsung Hero of Mobility:
Smart Vehicle ArchitectureTM
By 2020, vehicles will exchange 100,000 pieces of data in a literal blink of an eye. How will they handle all this data and power distribution? By being built on a radically optimized architecture. Enter Aptiv.
Ready for the Future: Smart Vehicle Architecture
Smart Vehicle Architecture incorporates the full suite of our technology and brings it together through our systems integration expertise. We can integrate whole systems through smart vehicle architectures, which enable all the electrification, active safety, automation, and connectivity features, driving this new mobility.
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The Brains behind the Organization
As new vehicles become smarter and advanced driver assist systems (ADAS) evolve from semi-autonomous to fully autonomous, cars will become rolling supercomputers.
Aptiv is building the architecture that allows these data-devouring computers, transceivers, and sensor technologies to send, receive, and process billions of bits of data in order to see and make decisions to move vehicles and their human passengers safely and reliably, all without a human driver.
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Self-Driving Future
The future is all about a software-defined vehicle. Like the smart phone, the vehicle is becoming a holistic computing platform, capable of executing complex software programs. Aptiv is a world leader in automotive software. You would probably never guess that we ship 40 billion lines of code per day – growing to over 200 billion in the next few years.
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Rethinking car's nervous system
Updating a car‘s wiring is a lot like performing neural surgery. Every wire is part of an intricate and increasingly complicated network. How intricate? Today's premium cars have 2.5 miles of wiring and more than 100 ECUs. And both those numbers are growing larger and more complex every day.
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Evolution of electronics
No More Room: The evolution of electronics brings the auto industry to a turning point.
Think about it... Everybody notices the latest safety features and how the vehicle’s overall aesthetic changes over time. But do they
see the dramatic shift in the electrical and electronics system that makes it all work? The architecture revolution has begun.
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Portable EVSE cordset
250 sequential drops + 1 Meter = automotive grade
How Aptiv’s portable EVSE cordset handles the tough stuff
As most electric vehicle (EV) or hybrid drivers are aware, EVs and plug-in hybrid EVs receive energy from Electric Vehicle Supply Equipment (EVSE), or more commonly known as the EV cordset.
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Connected Services
As the vehicle becomes the largest source of data worldwide, it is critical that the appropriate data be analyzed in real-time in order to enable autonomous vehicles, mobility on demand services and the emerging data marketplace. By being connected, vehicles are beginning to interact with our world in a way that will transform our lives.
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Automotive transformation
The automotive industry is undergoing a massive transformation. Smart mobility is bringing in a flexible, multi-modal transport system that includes autonomous fleets and vehicle electrification. What does the future of mobility look like? Read our blog series on Smart Mobility Part 1, Part 2 and Part 3
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Cybersecurity
Your car is a super computer – the largest and most expensive computer you will ever own. Premium vehicles today have more lines of code than a F-35 jet or the code required to run the Android Operating System. Cyber-attack on a
vehicle (or fleet of vehicles) connected to the world could be disastrous.
Thinking up these worst case scenarios – and how to prevent them – are all in a day's work for Aptiv's cybersecurity team.
As new vehicles become smarter and advanced driver assist systems (ADAS) evolve from semi-autonomous to fully autonomous, cars will become rolling supercomputers.
Aptiv is building the architecture that allows these data-devouring computers, transceivers, and sensor technologies to send, receive, and process billions of bits of data in order to see and make decisions to move vehicles and their human passengers safely and reliably, all without a human driver.
The future is all about a software-defined vehicle. Like the smart phone, the vehicle is becoming a holistic computing platform, capable of executing complex software programs. Aptiv is a world leader in automotive software. You would probably never guess that we ship 40 billion lines of code per day – growing to over 200 billion in the next few years.
Updating a car‘s wiring is a lot like performing neural surgery. Every wire is part of an intricate and increasingly complicated network. How intricate? Today's premium cars have 2.5 miles of wiring and more than 100 ECUs. And both those numbers are growing larger and more complex every day.
250 sequential drops + 1 Meter = Automotive Grade. How Aptiv’s portable EVSE cordset handles the tough stuff.
As most electric vehicle (EV) or hybrid drivers are aware, EVs and plug-in hybrid EVs receive energy from Electric Vehicle Supply Equipment (EVSE), or more commonly known as the EV cordset.
No More Room: The evolution of electronics brings the auto industry to a turning point.
Think about it... Everybody notices the latest safety features and how the vehicle’s overall aesthetic changes over time. But do they see the dramatic shift in the electrical and electronics system that makes it all work? The
architecture revolution has begun.
As the vehicle becomes the largest source of data worldwide, it is critical that the appropriate data be analyzed in real-time in order to enable autonomous vehicles, mobility on demand services and the emerging data marketplace. By being connected, vehicles are beginning to interact with our world in a way that will transform our lives.
The automotive industry is undergoing a massive transformation. Smart mobility is bringing in a flexible, multi-modal transport system that includes autonomous fleets and vehicle electrification. What does the future of mobility look like? Read our blog series on Smart Mobility Part 1, Part 2 and Part 3
Your car is a super computer – the largest and most expensive computer you will ever own. Premium vehicles today have more lines of code than a F-35 jet or the code required to run the Android Operating System. Cyber-attack on a vehicle
(or fleet of vehicles) connected to the world could be disastrous.
Thinking up these worst case scenarios – and how to prevent them – are all in a day's work for Aptiv's cybersecurity team.
Aptiv's advantage
Aptiv's advanced technology solutions continue to help the world get closer to zero fatalities, zero emissions and seamless connectivity. We continue to develop new market-relevant technologies that enable new mobility solutions, while at the same time, aggressively expanding our capabilities in software development, system integration, and data analytics.
Vehicle architecture has to adapt - it has to become smarter.
Enter Aptiv.
We can integrate whole systems through Smart Vehicle Architecture focusing our efforts in four key areas: software, sensing & compute platforms, data & power distribution and connected & mobility services.
Feature Stories
Smart Vehicle Architecture: Making the Future of Mobility Work
Putting the Brakes on Analysis Paralysis
Automotive and Mobility Industry Leaders Publish First-of-its-Kind Framework for Safe Automated Driving Systems
Aptiv wins CLEPA Innovation Award
Die Smart Vehicle Architecture, ein ganzheitlicher Ansatz
It’s Just the Beginning for Electrical Architecture
Smart Vehicle Architecture: The Backbone of the Future
CTO Blog: Glen De Vos discusses smart vehicle architecture and our approach to its high-tech complexity
Evolution of Vehicle Architecture
Vehicle Architecture Isn’t Brain Surgery. (Or is it?)
Aptiv Completes Acquisition of KUM
Lessons from the 19th Century are Shaping Autonomous Driving
CTO Blog: Architecture overload - there’s no more room
CTO Blog: A Path to Commercialization for AMoD
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