sensiBel Released NOVA32 Acoustic Hardware Kit
The new 32-microphone array simplifies audio development using XMOS processing and USB plug-and-play connectivity.
Updated on Sept. 30, 2026 in Semiconductors
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sensiBel has launched the NOVA32, a new acoustic-detection hardware kit designed to streamline the design of advanced audio systems. The device integrates 32 optical MEMS microphones into a single USB interface for immediate use with platforms like NVIDIA Jetson.
Why it matters
The kit aims to reduce design complexity for engineers by integrating necessary components like FPGAs and analog-to-digital converters into a single package. This allows for faster prototyping in high-performance sound-sensing applications across multiple operating systems.
The NOVA32 array features 32 optical MEMS microphones capable of 14dBA equivalent input noise and an 80dBA signal-to-noise ratio. The hardware processes input into 32-channel 24-bit USB audio using the XMOS XCORE.AI processor.
The players
sensiBel
Headquartered in Oslo, Norway, this company specializes in optical MEMS microphone technology for high-performance audio detection.
XMOS
This semiconductor company produces the XCORE.AI processor used in the NOVA32 to handle multi-channel audio data.
The details
By synchronizing multi-channel data from 32 microphones into one connection, the kit provides plug-and-play compatibility with Windows, MacOS, and Linux. This hardware solution replaces the need for separate, custom-built FPGA and ADC integration in early-stage development.
Timeline
September 30, 2026: sensiBel officially launched the NOVA32 hardware kit.
The Tech Race
The NOVA32 integrates seamlessly with the NVIDIA Jetson AI development platform to accelerate audio-sensing projects. This device represents a broader shift toward modular development kits that replace complex custom-built signal processing chains in the semiconductor industry.
Engineers and developers can now utilize the plug-and-play USB interface to rapidly implement 32-channel audio arrays without complex assembly. This reduces the time and technical barrier required to develop sophisticated voice or sound-detection software on standard computing systems.
The takeaway
The move toward standardized hardware kits like the NOVA32 suggests an industry focus on accelerating the development cycle for AI-driven acoustic products. By simplifying hardware integration, manufacturers enable developers to focus more on software innovation rather than signal-chain architecture.
Further reading
For more information on hardware components and industry advancements, visit the Semiconductors section.
More information
View full technical specifications on the NOVA32 evaluation kit information page.
Source note: This article includes information reported by The Manila times.
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