CurieCore intel® Curie Neuron Module
Introduction
CurieCore Intel® Curie Neuron Module represents one of the final developer-ready implementations built around Intel’s Curie platform. This ultra‑compact embedded computing module combines a 32 MHz Quark processor, Bluetooth 4.0 connectivity, integrated motion sensing, and Intel’s hardware‑based pattern recognition engine within a miniature board. The compact Curie development board delivers processing capability, wireless communication, and onboard sensing in a footprint suitable for space‑constrained designs. Support for the Arduino development platform enables rapid prototyping while maintaining compatibility with embedded system workflows and custom hardware integration.
Compact Curie-Based Embedded Platform
This miniature Intel Curie module features an extremely small 13.6 × 18.3 mm footprint with an onboard antenna, enabling integration into tight electronic assemblies. The compact embedded controller board suits wearable electronics, lightweight robotics hardware, and portable sensor systems where board size and weight matter. A minimized hardware layout maintains reliable wireless communication and processing capability while preserving design flexibility for custom carrier boards, shields, or embedded prototypes.
Integrated Motion Sensing and Wireless Connectivity
An onboard 6‑axis accelerometer sensor combined with Bluetooth 4.0 communication allows real‑time motion tracking and wireless data transmission without additional modules. This integrated sensing and connectivity platform simplifies the design of interactive devices, gesture‑controlled systems, and motion‑aware electronics. Built‑in wireless functionality also supports rapid communication with mobile devices, computers, or nearby embedded systems operating within the 2.4 GHz band.
Embedded Pattern Recognition with 128 Neuron Nodes
Intel Curie architecture incorporates a hardware pattern recognition engine containing 128 programmable neuron nodes. This embedded neural capability enables lightweight machine‑learning style recognition tasks directly on the module without heavy external computation. The intelligent sensor processing unit supports applications such as gesture recognition, movement classification, and adaptive behavior detection in embedded sensor nodes or smart wearable systems.
Typical applications include wearable electronics, compact robotics controllers, gesture‑recognition devices, and intelligent motion‑sensing prototypes. This Curie‑based development module also serves maker projects, research prototypes, and experimental embedded AI sensor nodes where integrated wireless connectivity, motion sensing, and onboard processing enable responsive and portable smart systems.