AImotive’s aiWare3 looks to encourage autonomous vehicle production

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AImotive, a provider of full stack, vision-first self-driving technology, has released aiWare3, the company’s 3rd generation, scalable, low-power, hardware Neural Network (NN) acceleration core.

Designed to address the requirements of automotive embedded solutions, aiWare3’s patented IP core delivers both scalability and flexibility. By delivering new levels of performance in both central processing and sensor fusion units, aiWare3 enables automotive OEMs and Tier One suppliers to achieve L3 autonomy in production in much shorter timescales.

Scalable, the aiWare3 architecture facilitates low-power continuous operation for autonomous vehicles (AVs) with up to 12 or more high-resolution cameras, LiDARs and/or radar. aiWare3 delivers up to 50 TMAC/s (> 100 TOPS) per chip at more than 2 TMAC/s (4 TOPS) per W1.

This makes it optimal for real-time, embedded inference engines with strict power, thermal and real-time constraints and for processing-intensive NN tasks, such as low-latency, high frame rate segmentation, perception, and classification.

Building on the aiWare v2 core, aiWare3’s highly configurable and scalable architecture enables OEMs to implement a variety of NN acceleration strategies in their hardware platforms. These can range from centralised NN resources shared among multiple workloads as part of a powerful central processing unit, to pre-processing integrated into each sensor or groups of sensors.

OEMs can now have far greater choice in the ways they approach production AV timescales, by shrinking the size of the electronic control units (ECUs) needed to support high-performance NN processing. The highly autonomous accelerator-based approach used by aiWare also enables customers to maximize re-use of their significant investment in existing hardware and software designs.

“Our portfolio of hardware technologies enables the implementation of high-performance, AI-based ECUs that allow our automotive partners to move beyond demonstrators and into volume AV production,” said Marton Feher, senior vice president of hardware engineering at AImotive. “aiWare3 makes NN processing for multi HD sensor configurations achievable, which is essential for AVs. It answers the question of how best to implement hardware platforms capable of delivering the real-time, high performance results required by future AVs’ NN-based AI systems; and it does so at low power and to full ASIL-D standards if required.”

AImotive’s aiWare3 IP core can be implemented on-chip as part of an SoC (system on chip) for central processing, sensor processing or sensor fusion gateway subsystems. It can also form the basis of one or more accelerator chips working alongside the SoC in a highly autonomous NN acceleration subsystem.

aiWare3’s IP core is supported by a comprehensive software development kit (SDK) that uses The Khronos Group’s NNEF standard. It will ship to lead customers in Q1 2019.