I started a list of sensor development kits, on Github this time.
- Akida Neural Processor, from brainchip
- DBM10, from DSP Group – ultra-low-power SoC optimized for voice and sensor processing
- Ergo, from Perceive
- GAPuino GAP8 development board, from GreenWaves Technologies
- GrAI One, from GrAI Matter Labs
- IIS2ICLX – 2-axis Digital Inclinometer with Embedded Machine Learning Core
- Innatera – neuromorphic processors for spiking neural networks (SNN)
- MAX78000, from Maxim – Arm Cortex-M4 Processor with FPU-Based Microcontroller with Convolutional Neural Network Accelerator
- Mythic: analog compute
- NDP120, from Syntiant – always-on speech & audio recognition processors
Neural Sensor Platform, from Eta Compute
- RAP, from AlphaICs – more info on EET Asia
- Sipeed MaixCube – Development Platform Based on K210 (RISC-V)
- TENSAI Platform, from Eta Compute – 17-Dec-2020: Eta Compute Pivots Away From Silicon, Signs Deal with Synaptics – EE Times
I attended the Sierra Wireless Innovation Summit, on last Wednesday and Thursday. Which means that I got the opportunity to play with a mangOH Yellow board and Octave, and that I brought back home the board 🙂
Before starting to write my first own application, today I connected a lithium-ion battery to the board, and configured Octave to display charge status. Which took me less than one minute. Impressive.Continue reading “Connecting a battery to the mangOH Yellow”
I had to help someone starting a project which includes, among others, a Pysense board.
One difficulty that the user may face with this environment relates to the USB device redirection. When the Pysense is switched to bootloader mode, for firmware upgrade, it stays in this mode less than 7 seconds, which is not long enough to configure VirtualBox.Continue reading “Pysense: hardware setup in a virtual machine”
In this article, we will see how to add Developer Studio, the Sierra Wireless Eclipse-based IDE, to the VM we built in previous article. By default, Developer Studio is configured for a previous version of Legato (the official production version). To be able to use the latest Legato version that we installed in previous article, some additional configuration must be performed. We will go through associated steps. Continue reading “mangOH Red: configuring Developer Studio”
To develop for the mangOH Red board, you can use an Ubuntu-based virtual machine, provided by the mangOH team. It turns out that I prefer Linux Mint to Ubuntu, mainly because of the window manager, and I wanted to start trying to understand how the mangOH development environment is structured and works. So I decided to set up my own development VM, based on Linux Mint.
In this article, I describe the various steps I followed to create this VM. Continue reading “mangOH Red: using a Linux Mint VM for development”
This post explains how to start using a mangOH Green board, and to connect it to Sierra Wireless AirVantage. Some knowledge of Linux OS is required.
mangOH, Legato and AirVantage documentation is good, so I won’t provide all details. My aim is more to provide a broad view, so that you know how to use the existing documentation. Continue reading “Starting with a mangOH Green board”
This post explains how to transmit data over French Orange LoRaWAN network using a SODAQ ExpLoRer board. Continue reading “Connecting SODAQ ExpLoRer to Orange LoRaWAN network”
This article presents the steps I followed to upgrade the firmware of a Sierra Wireless WP8546 used in a mangOH Green board. Continue reading “Updating WP85xx firmware with mangOH Green”