Embidio Nano Raspberry Pi Kit
Transform Your Pi into a High-Fidelity Voice Solution

Feature Highlights
Raspberry Pi HAT form factor for easy connection.
Integrates the Embidio Nano SoM (XMOS core).
Connectors for up to 8 MEMS microphones.
Stereo speaker output (amplified).
Interfaces for sensors (e.g., I2C, GPIO) and LED control.
Superior signal processing via onboard Nano SoM.
Ideal platform for voice assistant development and evaluation.
Access to Raspberry Pi's extensive ecosystem.
Development Support
We offer development services for signal processing optimization and custom application development using the Raspi Kit.
Multi-Mic Support
Flexible positioning of up to eight microphones enables excellent speech intelligibility and directional audio capture.
Rich Connectivity
Onboard interfaces for microphones, speakers, sensors, and LED bars provide a universal toolkit for developers.
Advanced DSP
Features onboard signal processing (XMOS via Nano) and beamforming for reliable voice control, even in noisy environments.
Easy Expansion
Simplifies the integration of diverse functions and custom software modules for a wide range of applications.
Development Use Cases
Voice Assistant Prototyping
DIY Smart Home Hubs
Educational Projects in Voice Tech
Custom Voice Control Interfaces
Acoustic Monitoring Systems
Interactive Art Installations
Robotics Voice Interaction Development
Technical Specifications
Highlights
- Based onRaspberry Pi HAT Standard
- Core ModuleEmbidio Nano SoM (XMOS)
- Microphone InputConnectors for up to 8 MEMS
- Speaker OutputAmplified Stereo Output (e.g., 2 x 4W)
- ConnectivityAccess to RPi GPIO, I2C, SPI; USB (via RPi)
- LED ControlDedicated LED driver/connectors
- Sensor PortsHeaders for I2C/GPIO sensors
Audio Processing (via Nano SoM)
- Input ChannelsUp to 8
- Output Channels2 (Stereo)
- Sampling Rates16 / 48 kHz
- DSP FeaturesBeamforming, Noise Reduction (NR), Acoustic Echo Cancellation (AEC), AGC, EQ, etc.
Signal Processing Details
- Leverages the full DSP capabilities of the integrated Embidio Nano SoM (See Nano page for details).