
DVCon Europe 2026
- November 17 – 18, 2026
- Munich, Germany
- Organized by Accellera Systems Initiative
Public source
The AONDevices home page reviewed on 12 November 2026 presents an end-to-end edge AI platform spanning Chip, Models, and Software for multi-modal input and super-low-power always-on sensing.
The official site lists AON1000/AON1010/AON1020/AONDenoise under Products IP alongside chip and platform offerings.
Navigation explicitly separates Products IP (AON1000, AON1010, AON1020, AONDenoise) from CHIP (AON1100, AON1120) and Platform (AONx360). Marketing emphasizes high-accuracy ML models for voice activation and sound recognition in battery-powered devices across smart home, wearables, automotive, industrial, and toys. Address listed: 5270 California Ave, Suite 350, #323, Irvine, CA 92617, USA. Confirm the exact revision, role, and deliverables on the current provider page before integration.
Published as design IP
Licensable semiconductor IP. This listing is not a finished controller chip.
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Edge AI / always-on sensing NPU
Recorded aliases
AON1000; AONDevices AON1000 IP
Licensable design IP. Embedded NPU for inference, including transformer workloads. It is not a CPU.
View solutionBrainChip Akida is licensable neuromorphic neural processor IP. The official IP page describes Akida 1, Akida Pico, and Akida 2 variants with event-based acceleration and IP brochure downloads.
View solutionCEVA-NeuPro-Nano is edge NPU processor IP, not a discrete accelerator chip and not a full SoC.
View solutionA published family of embedded AI processor IP for integration into chips.
View solutionEdgeCortix DNA-II is licensable neural network IP for ASIC, FPGA or SoC. The official DNA page describes run-time reconfigurable interconnects, scalable performance from 1K MACs, and MERA software co-optimization.
View solutionExpedera Origin Evolution NPU IP is licensable AI accelerator IP. The official products overview states packet-based NPU cores scalable from edge devices to data centers with silicon-proven efficiency claims.
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