The Brain of the Vehicle
OPEN SERVER PLATFORM PERFORMS HIGHER-LEVEL COMPUTING FUNCTIONS
Advanced driver-assistance systems and user-experience features require high-performance compute to make driving decisions or interact with the driver and passengers seamlessly. To enable applications across legacy domains and different levels of criticality, the software and hardware must be architected so that lower-level functions are abstracted, leaving the higher functions to the brain of the vehicle: Aptiv’s Open Server Platform.
The Aptiv Open Server Platform
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To deliver feature-rich vehicles that can evolve throughout their full lifecycle, OEMs need an interchangeable high-performance compute solution that can be easily configured to address a wide range of vehicle variants, platforms and increasing levels of autonomy.
Exchangeable for Longer Life
OSP REQUIRES SHIFTS IN HARDWARE AND SOFTWARE
The promise of the software-defined vehicle can only be fulfilled through software and hardware architectures designed for the long haul.
That means structuring those architectures so that the high-performance compute is exchangeable and upgradeable later in the vehicle life cycle.
Aptiv’s Open Server Platform supports exchangeable hardware so that more powerful compute resources can be introduced to accommodate new, evolving features – but just as importantly, its software architecture is structured to support intelligent separation from other compute resources in the vehicle.
How Far Can Centralization Go?
CENTRAL COMPUTE PART OF A BIGGER PICTURE
The industry is rapidly moving toward centralizing compute in their vehicles. But there are limits.
There are at least six key considerations that restrict consolidation after a certain point. Vehicle designers must optimize their architectures so that they take these issues into account while maximizing the benefits of reducing the number of boxes required.
The Smart Vehicle Architecture™ Story
The Open Server Platform is a key part of Aptiv’s SVA™ approach, reducing the complexity of vehicle architectures and working closely with other components to abstract hardware from software and enable the software-defined vehicle.
OSP Portfolio
Aptiv offers scalable and modular platform designs with best-in-class computing performance.
Open Server Platform for ADAS
Features/ Capability
Description
DMIPS
Up to 214k
AI/ML Acceleration
Up to 500 TOPS
Flash Memory
Up to 1TB
RAM
Up to 128GB
Networking
Up to 10 Gigabit Ethernet, CAN, PCIe
Sensor Interfaces
Up to 6 cameras
Up to 8 radars
Up to 16 ultrasonic sensors
Up to 8 radars
Up to 16 ultrasonic sensors
Open Server Platform for User Experience
Features/ Capability
Description
DMIPS
Up to 240k
GPU Performance
Up to 2.5 TFLOPS
Flash Memory
Up to 512GB
RAM
Up to 32GB
Networking
Up to 10 Gigabit Ethernet, Bluetooth, Wi-Fi, USB, CAN, PCIe
Sensor Interfaces
Up to 8 displays
Up to 8 cameras
Up to 8 cameras
[Webinar On Demand] Inside the Brain of the Software-Defined Vehicle
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Discover how the OSP enables the transition to software-defined vehicles for ADAS and UX applications. Explore the OSP hardware and software architecture built to support extended vehicle life, rich feature sets and mixed criticality. Learn how to accelerate time-to-market and achieve supply chain resilience.