2nd Generation of IoT Raspberry Pi Dongles
We have worked hard and diligently on improving, expanding our dongles and ensuring better and quality results in our devices. This is culminated in the creation of a new generation of AutoPi dongles.
Did you know? Cat-4 allows you 150Mbit download and 50Mbit upload speeds
Thus, we are very proud to now be able to reveal the next generation of AutoPi Dongles. This new generation of AutoPi Dongles have the same look as the old ones, the same price and the same base features, but we have included many new additions.
Support for trucks
A typical OBD connector on a truck will give you double the voltage of a standard vehicle (24V vs. 12V). We have greatly improved the power supply for the 2nd Generation of AutoPi Dongles, which means we can now also fully support trucks with up to 35V input. Therefore, making it more than sufficient for most heavy equipment. At the same time having lowered the standby power usage in hibernate and sleep, and thus prolonging the possible awake time of the dongle.
Faster global 4G/LTE connection
In the 2nd Generation dongle, we have also updated the 4G/LTE modem to a Cat 4 module, meaning that this gives a staggering 150Mbit download and a 50Mbit upload from your device. At the same time we added global configuration of the modem, which means that you can transfer your device to any region in the world and thus access it when travelling.
Overall, this means that the 2nd Generation Dongle is not only faster, but it also have a global connection. The global connection means that now there will not be a distinction between the European and North American Dongles and instead will now have one global one that can work on any continent. This also allows you to bring your device in your travels.
The SIM card connector on the device has been upgraded from Micro SIM to Nano SIM, to follow the standards of today. The Nano SIM card is the smallest card size available and follows today's modern standards. We have also upgraded the general quality of the connector to minimize misorientation of the SIM.
Native real-time clock
We have also added a new addition of having an internal real time clock in the 2nd Generation dongle. For those who needed and requested precise timing and accuracy, we have added a native Real-time clock on the device. This means that even when offline, the device will always maintain correct timing. Thus, solving the problem of inaccurate time when the dongle would go to sleep and wake up and pick the time from where it left of instead of having an internal clock that showed the current and accurate time. This will now make trips and data more reliable.
These 2nd generation of dongles are now available on our Webshop to purchase, this includes the following dongles; 4G/LTE Edition, WiFi Edition, and the DIY edition.
Other blog posts for further reading
What is AutoPi and What Does It Do?
Get a short introduction to how AutoPi works and what it does for you. We will cover some of the technical details but also give a brief overview of the use case scenarios for this IoT device, like theft detection and remote safety monitoring. Get a felling of the AutoPi IoT platform and hardware dongle.
AutoPi: Using Raspberry Pi as a Parental Control or Teen Driver Mode
Your teenage son or daughter has just received their learners permit and you are worried about them being mature and responsible enough to use your vehicle or maybe you have friends who are irresponsible and terrible drivers. One way to ease your worries is in how AutoPi uses Raspberry Pi to make your car a carputer, basically having a computer within your car, where you can set-up limits and settings in order to control your vehicle in a Teen Driver Mode or as a Parental Control.
Build your own Black Ice Detection system for your car using AutoPi
The term “Black ice” refer to a winter phenomenon, where a layer of ice on the road is so thin it becomes transparent and thus appears “black” from the road below. This is a very common situation during winter times and can create hazardous situations for vehicles and pedestrians. The phenomenon often occurs when the temperature is right around freezing point and when a light rain hits a road surface which is below freezing point.