BrainChip to add AKD1500 neuromorphic processor to CELUS platform

BrainChip and CELUS said they will integrate BrainChip’s AKD1500 processor and M.2 module into the CELUS Design Platform in August. The move is meant to make neuromorphic edge AI easier for hardware teams to adopt and speed up smart-device development.

Why it matters: - The partnership could make neuromorphic edge AI easier for hardware teams to evaluate and deploy. - BrainChip’s AKD1500 will sit inside a mainstream design workflow, which may reduce the time and technical friction needed to build low-power, AI-enabled devices. - The integration targets engineers working on devices that need fast response times, stronger data privacy, lower bandwidth use and better power efficiency.

What happened: - BrainChip Holdings and CELUS announced an integration partnership on July 22, 2026. - The AKD1500 neuromorphic processor and M.2 module will be available on the CELUS Design Platform in August. - The companies said engineers will be able to start building with neuromorphic AI through the platform once the integration goes live.

The details: - BrainChip’s AKD1500 architecture will be integrated into CELUS’s AI-guided electronics design tools. - CELUS’s platform already helps teams move from system requirements to hardware architecture, schematics and bills of materials. - CELUS says that workflow can shorten early-stage hardware development from months to days. - The integration is meant to remove the learning curve tied to deploying neuromorphic chips. - Hardware engineers will be able to use guided configuration instead of spending weeks parsing data sheets. - CELUS will expose the AKD1500 to its network of engineers, supply chain partners and design ecosystems. - BrainChip said the collaboration extends the AKD1500’s reach to a global base of hardware teams evaluating edge AI. - BrainChip’s Akida platform uses fully digital, event-based AI processing and is designed to analyze only essential sensor inputs at the point of acquisition. - BrainChip said its Temporal Event-based Neural Networks build on State-Space Models and are aimed at real-time streaming applications. - CELUS is headquartered in Munich, Germany, and also has offices in Porto, Portugal and Austin, Texas. - BrainChip’s business spans aerospace, autonomous vehicles, robotics, industrial IoT, consumer devices and wearables.

Between the lines: - The partnership reflects a broader push to move AI workloads from the cloud back onto devices. - That shift is being driven by latency, privacy, bandwidth and power constraints. - The collaboration also shows how design-automation platforms are becoming a distribution channel for specialized chips. - Steven Brightfield, BrainChip’s chief product officer, said the partnership is intended to help customers cut development time and risk while bringing differentiated AI features to market sooner. - Rob Telson, vice president of global sales at CELUS, said the goal is to make neuromorphic intelligence accessible to design teams with only a few clicks.

What’s next: - The AKD1500 integration is scheduled to go live in August. - Once available, engineers using CELUS will be able to begin exploring neuromorphic AI in commercial device designs. - BrainChip and CELUS are positioning the launch as an early step toward broader adoption of neuromorphic computing in hardware development.

The bottom line: - BrainChip is trying to move neuromorphic AI from a specialized technology to a standard design option, and CELUS gives it a faster path into engineers’ workflows.