Sparse AI MCU from Femtosense and ABOV Semiconductor Delivers Low-Cost, Low-Power AI-based Voice Processing to the Edge

The AI-ADAM-100 integrates the Femtosense Sparse Processing Unit 001 (SPU-001), a neural processing unit (NPU), and an ABOV Semiconductor MCU to provide deep learning-powered AI voice processing and voice-cleanup capabilities on-device at the edge. With language processing, appliances can implement “say what you mean” voice interfaces that allow users to speak naturally and express their intent freely in multiple ways. For example, “Turn the lights off”, “Turn off the lights,” and “Lights off” all convey the same intent and are understood as such. Voice/audio cleanup processes data before it is sent to the cloud, improving reliability and accuracy while reducing the volume of data sent, thus reducing backend infrastructure costs.

Nanusens Solves Challenges of 6G RF Front End Design With RF DTCs

These RF Digitally Tunable Capacitors (DTCs) also solve the issue of current antenna solutions become increasingly power hungry in the higher frequency bands. The key is the very high Q factor of above 100 at 1GHz and, importantly, the Q factor continues to be high up through to the higher bands to keep power losses very low, where the Q factor of rivals drops down significantly. The practical result is an increase in range by around 14% or more which improves user experience as there are fewer dropped calls or poor reception areas.

MYIR provides the MYD-LR3568 Development Board for prototyping and evaluating purposes, tailored specifically for development based on Rockchip RK3568 solutions. It has a carrier board design built around the MYC-LR3568 System-On-Module, enabling users to explore the diverse features of the RK3568 processor.

The board comes with an extensive range of peripherals and interfaces, including two USB3.0, one USB2.0, two Gigabit Ethernet, two CAN interfaces, a WiFi/Bluetooth module, a Micro SD card slot, an Audio interface and a Mini-CSI interface. Moreover, it supports multiple display interfaces sucha as HDMI, Mini-DP, MIPI-DSI, and LVDS.

Did you know you can read full articles for FREE?

That's right - our free Starter Membership gives you access to 3 free articles a month.

Try this one:

A Digitally Controlled Voltage Source

Using an MCU

Read Now

Editor's Desk by Kirsten Campbell

Say What You Mean, Mean What You Say

Integrating "say what you mean" language processing technology into embedded boards makes our interaction with devices more intuitive, responsive, and accessible. It brings a touch of human understanding to our gadgets, making them smarter, more responsive, and a lot more fun to interact with.

This convergence of NLP and embedded systems opens up new possibilities across industries, from consumer electronics to industrial automation.

Better Conversations with Your Devices

Embedded boards can now handle complex instructions given in everyday language. Whether you're adjusting your smart thermostat or setting up a home security system, it feels like you’re having a real conversation, not speaking robot.

Edge Computing Magic

Ever worried about your voice data being sent to the cloud? With edge computing, embedded boards can process your commands right on the device, making everything faster and more secure. Your data stays with you, reducing privacy concerns.

Real-Time Genius

In dynamic environments like autonomous vehicles or robots, split-second decisions are crucial. Embedded boards with excellent language processing can interpret your commands and act instantly, keeping everything on track safely and smoothly.

From voice-activated home automation to real-time responses in industrial settings, the ability of embedded systems to understand and act on natural language transforms ordinary interactions into seamless and delightful experiences

What would you like to see, more editorial or less, more of a particular topic, or less? Let us know. Reach out to the Product Editor

Radxa Teases Upgraded ROCK 5B+ SBC with LPDDR5 RAM and Onboard Wi-Fi 6

Radxa has introduced an upgraded version of their Radxa ROCK 5B, originally launched in 2022. This latest iteration of the single-board computer retains the Rockchip RK3588 SoC from its predecessors, now enhanced with significant upgrades including LPDDR5 RAM, dual M.2 M Key connectors, onboard Wi-Fi 6, among other features.

Upcoming Events: