Results for ',sET'

It is often valuable to be able to send messages from the target system when monitoring its state. Black Magic Probe (BMP) implements a USB serial port that performs this task. It provides a serial connection that you can attach to a UART of the target. BMP will then send the data it receives through this connection to a second USB serial port on the host computer. ctxLink now provides the same functionality, over the network, by exposing a separate TCP port to which client applications can connect in order to receive serial data from the target.

Using ctxLink to ensure ground isolation without breaking the bank, improving our TCP sever code, and using ctxLink with ImageCraft's JumpStart C++ IDE.

I have spent the past few days working to get ctxLink running with the highly extensible Visual Studio Code (VSCode) development environment. VSCode makes it quite straightforward to use a typical "makefile" project for ARM development.

I wanted to let everyone know that I have decided to upgrade the electrode stickers to a well known brand with more features which includes better adhesion, greater contact area, and increased repositionability. The better adhesion allows the electrodes to be worn for a greater amount of time without fear of falling off (up to 3 days) and the increased repositionability allows the user to move the electrode around in case there is a mistake in application or if an experiment calls for looking at the ECG from various lead configurations. Increased contact area means better contact leading to decreased impedance and less interference from noise due to contact degradation. Pictured below is a comparison of the former stickers (top) and the upgraded ones (bottom).

Time for an update on manufacturing and shipping! 60 LifePoweredPi+ units have been shipped to Crowd Supply, with more on the way.

On the campaign page I mention the previous iterations of this project, the LiFePO4wered/Pi and LiFePO4wered/Pi3. Since many backers may not be familiar with how the current LiFePO4wered/Pi+ came to be, I thought it might be interesting to recap a little history of how this project has grown over time to where it is now.

Ethernet FeatherWing with 4 W of PoE power and globally unique MAC

Wow, time flies! We are already a week into the campaign, and have made good progress. Still, too early to cry victory, so we're working hard on spreading the word, and still appreciate your help in doing so as well. Crowd Supply was kind enough to invite me to do an AMA (Ask Me Anything) on their Discord channel next Wednesday! So if there was anything you always wanted to ask me about myself, my company, the PoE-FeatherWing or even my other products, now is your chance.

Some of you may know that this is not my first Power over Ethernet (PoE) project. Of course, the PoE-FeatherWing would be a different beast. The wESP32 was created to provide a significant amount of power, making it suitable for applications such as PoE actuators, RGB lighting or PoE networked speakers.

A customer pointed out some demo code I just had to try!

Yes, I said we were shipping, but unfortunately nothing has been shipped out to backers yet. Here's why.

We are already in the final week of the campaign... so if you have been putting off placing an order, now's the time! Plus more demo code, this time with a project based on Mongoose OS.

Time for more demo code, this time with MicroPython!

Before we can ship units to backers, we need to test them. And, production progress!

"The ESP32 is mostly known as a WiFi chip, so why even bother with Ethernet?" you might ask. Here are some good reasons!

A board book for babies, based off of Blender’s iconic and freely-licenced short film, Big Buck Bunny.

The Big Buck Bunny Board Book freedom process explained.

We're at 15% now, that's pretty much one sixth of the total goal! To celebrate I'm showing you this sneak preview an extra that is being worked on.

We are extremely excited to finally bring our encryption solution, originally built for professional usage in diverse niche markets (such as the space and drone industries) to a wider audience, including IoT developers and maker communities. Our solution is entirely made in Europe and, as you will know if you've been following our recent updates, has been tested and used by the European Space Agency (ESA). Hence, what you are getting when purchasing SKUDO Kryptor is a solid, well-tested, easy-to-use, plug-and-play module that takes advantage of our verifiable HSM soft-core – an entire Hardware Security Module, with the ability to perform various encryption functions, within a single FPGA chip.

First of all, thank you very much for supporting and believing in our Kryptor project. Together, we exceeded our target by 109%! Without you, we would not be here today being able to offer our encryption solution to so many enthusiasts. This is the first update after the successful closure of the campaign. In the following months, we will keep you updated throughout the entire process, all the way until the delivery of the products to your door. In this update, we will tell you about our progress in sourcing parts for Kryptor.