16‐bit Hardware revision 03‐2024
Home >> Smart DAQ Specifications >> 16-bit Smart DAQ Hardware Specifications >> 16-bit Hardware revision 03-2024
Change Language
Last update: 15-11-2023
This page describes all hardware specifications for the 16-bit 10-2023 revision. To goto to the 16-bit Smart DAQ repository where the KiCad Files are, click here.
- QFN 56 Dual Xtensa LX7 Core Processors running up to 240MHz
- RISC V ultra-low power co-processor
- 512Kb RAM
- 16MB PSRAM (max 1 Gb);
- 2.4GHz ISM wireless connectivity;
- Onboard Storage:
- 16Mb SOIC 8 NOR SPI Flash Memory (max 1Gb);
- Authentication & Security:
- UDFN-8 ATSHA204A SHA-256 high-security hardware authentication IC for secure and unique experimental data exchange
- Power management
- DFN-6 AUR9718/ST1S09 high efficiency step-down 3.3V 1.5A DC converter;
- CN3065 4.2V Lipo Battery Management System
- USB-C connection for 5.0V 1.0A power supply from any power charger found on smartphones or tablets.
- JST SH 2 pin 1.0mm for specific power supply applications (3.3V to 5.0V 1.0A DC)
- Onboard sensors:
- BMP280 Atmospheric Pressure Sensor
- ENS160 TrueVOC sensor;
- LFSP-8 AD5683 nano DAC for 16-bit data acquisition;
- DFN-8 AHT20; temperature sensor with a precision of 0.1 C;
- DFN-8 AHT20 humidity sensor;
- LGA-14 LSM6DS3 a 6-axis accelerometer and gyroscope;
- TEMT6000 Luminosity Sensor;
- SOT 23-3 reference voltage sensor;
- Hard reset of all onboard sensors and also all external sensors connected
- Connectivity
- 2.4GHz WIFI
- Bluetooth & BLE
- USB-C serial communication
- Serial UART connector
- External connectivity for up to 118 sensors 12 to 16bit with onboard voltage reference analyzer with temperature compensation and automatic ADC calibration:
- 1x I2C pin terminal connector (4 pin)
- 1x ADC with 16-bit resolution (plus oversampling & digitization) digital terminal connector (3 pin)
- 1x ADC Ohmmeter connection with 16-bit resolution (plus oversampling & digitization) with manual scale selection via dip switch
- 1.69" TFT LCD Display with a resolution of 320x280 px
-
Connector Power: MCU IO ??
-
Voltage Reference: MCU IO ??
-
Channel 1 ADC: MCU IO ??
- 3 pins JST SH 1.0mm connector: 3.31V DC , GND, ADC
-
Channel 2 I2C: MCU IO 8 (SDA); MCU IO 9 (SCK)
- 4 pins JST SH 1.0mm connector : SDA, SCK, 3.31V DC, GND
-
Battery Level : MCU IO ??
-
2x 2-pin battery JST SH 1.0mm connector
- Max input 5.0V DC
standard 5.0V DC USB-C connector, max 1A
🟢 Fully tested and working
A green circle means the hardware electronics or the programming code was fully tested, each of its functionalities and capabilities. And it can be installed in a vehicle. Keep in mind this does not mean errors won't happen. As in everything related to electronics and software, there are revisions and updates. This open hardware is no different.
💯 Fully tested & working, no improvements necessary - already being sold online
🆓 Fully Open hardware \ source code
🤪 There's better than this. don't use it
🔐 Fully closed hardware \ source code
⚡️ fully tested and working, however, it is a dangerous solution to deploy
🟡 Not tested. Working capability is unknown, it may work or not.
A yellow circle means the hardware electronics or the programming code was not fully tested, each of its functionalities and capabilities. This does not mean it not working, it simply means testing is needed before giving a green circle of approval.
🔴 Fully tested but not working.
A red circle means the hardware electronics or the programming code was fully tested, and found some kind of critical error or fault. This means the electronics or firmware code cannot be used in a vehicle.
⌛ Not started.
The hourglass means the hardware electronics or the programming hasn't started. Most likely because is waiting for the necessary test components needed for reverse engineering and also engineering of the new open solution.
🆕 New updated contents
The new icon means the link next to it was recently updated with new contents
💬 Comments on the Discussion page
The comments icon means there are useful and even new comments on the discussions page of the repository important for what you are seeing or reading.
Join the beta program to test and debug to provide feedback, ideas, modifications, suggestions, and improvements. And in return, write your own article blog or post on social media about it. See participation conditions on the Wiki.
The Beta Participant Agreement is a legal document being executed between you and AeonLabs that outlines the conditions when participating in the Beta Program.
Bug reports and pull requests are welcome on any of AeonLabs repositories. This project is intended to be a safe, welcoming space for collaboration, and contributors are expected to adhere to the code of conduct.
- Contributing
Please make sure tests pass before committing, and add new tests for new additions.
You can get in touch with me on my LinkedIn Profile:
You can also follow my GitHub Profile to stay updated about my latest projects:
The PCB design Files I provide here for anyone to use are free. If you like this Smart Device or use it, please consider buying me a cup of coffee, a slice of pizza or a book to help me study, eat and think new PCB design files.
Make a donation on PayPal and get a TAX refund*.
Liked any of my PCB KiCad Designs? Help and Support my open work to all by becoming a GitHub sponsor.
Before proceeding to download any of AeonLabs software solutions for open-source development and/or PCB hardware electronics development make sure you are choosing the right license for your project. See AeonLabs Solutions for Open Hardware & Source Development for more information.