Results for ',sET'

This update provides info on upcoming milestones and a deep dive into our design process and philosophy. Read the full update for all the details.

We have a lot of news for you! This update will help you catch up on all of our activities over the last few weeks.

Here's an update on our procurement and production process progress. Also some news on certifications.

If you're interested in one of the most advanced soldering technologies available—one that is reliable, flexible, and gentle while remaining incredibly easy to use—please have a look at our campaign page and check out our GitHub repository. Then join us for an AMA on Crowd Supply's Discord server at 1pm Pacific Time today, Wednesday, June 24th!

Thank you to everyone that pledged to purchase Newt, watched a stream, liked an update, or told a friend. We would not have reached our funding goal without your support. We're excited about continuing our work on Newt and getting it into your hands as soon as possible. To that end, let's talk about the software that ships with Newt. We wanted to build software that was both functional and showcased the "art of the possible". Here's what we've developed so far.

In the last update we touched on the basic principles of the PowerEver. In this second part we will go into deeper detail. Bonus: How does it sound to use PowerEver with the wireless unit on my pedalboard?

Check out this update to learn how backer KristinD got Rust running on the PX-HER0. You'll find a step-by-step descriptions with lots of code samples to get you started.

FreeRTOS is a real-time operating system distributed freely under the MIT license with a growing set of IoT libraries for embedded devices and has been ported to 35 microcontroller platforms. Included with release 0.9.3 of px-lib is a complete FreeRTOS blinking LED example for the PX-HER0 board.

Hello Pixblasters supporters! Let us update you about the current status of our project. To minimize risks in the production of the larger Pixblasters boards quantity, we did a test run on the production line. We've been testing those boards with great success. The complete 100 pieces series production run is happening right now and will be finished in a couple of days. It is a bit behind our planned schedule and it looks that our shipment date will be delayed for about 5 weeks.

Were throwing a Our campaign is doing terrible we decided to drown our sorrow into Gin event. It is no secret that this campaign is slowly chugging along. But no worries, were cool. We wanted to reach out to you because we just found the perfect way to close this chapter, and we would love for you to be part of it. We decided to throw an Our campaign is doing terrible so weve decided to drown ...

The Pixblasters Video LED Controller is designed to be expandable and to support really big video LED displays. While a single Pixblasters MS1 video LED controller drives up to 16,384 LEDs, multiple daisy-chained Pixblasters MS1 controllers can potentially drive hundreds of thousands of LEDs. Video demo included!

Answers to a common Pixblasters question: why do we support LED strips and not the fixed LED modules? Read on to learn more.

The Pixblasters MS1 is the ultimate FPGA-based controller for giant video displays built by addressable RGB LED strips. Learn more and back today!

After an unexpectedly long wait at the warehouse, STEP400 has finally started shipping to our supporters. Thank you for your patience! In this update, we share some resources for getting started with STEP400.

Hello everyone. Once again, thank you all for your support and interest! This time, I recount my visit to TASKO, a company that makes a lot of machines for exhibitions, theatrical performances and video filming. They showed us various ways to incorporate stepper motors into practical mechanisms. Getting into the mechanics part of stepper motor projects presents a different kind of difficulty from electronics or programming. In this post, I'd like to show you what happens next, after making the motor spin.

We only have two days left! If you're thinking about backing a project and have any questions about STEP400, we'd love to hear from you. This is an update going over several ways to try out PowerSTEP01 chip before you back the Step400.

HealthyPi 5 is a versatile device that can be used for a variety of applications. One of the most common applications is to use HealthyPi 5 as a data-acquisition device for collecting physiological data. HealthyPi 5 can also be used as a platform for edge-AI inference, where the data is collected and processed on the device itself before being classified according to a machine learning model. In this post, we will look at how to use HealthyPi 5 with the Edge Impulse platform for edge-AI data acquisition and inference. Support for Edge Impulse is being integrated directly into the HealthyPi Zephyr application and will be available in the next release.

In previous updates, we described how the HealthyPi can be used with a display and touchscreen, and with a PC. Today's update shows you how to turn the HealthyPi into a standalone, wireless vital sign monitor.

Shipping is continuing according to plan with about 23 orders shipping out today. Also, the final set of orders received during the crowdfunding phase are scheduled for shipment on Friday, August 4, 2017. We briefly had an issue with getting some components, now all is sorted and back to normal.

All crowdfunding orders have been processed and sent on to Crowd Supply's fulfillment partner, but it may be another couple weeks before they make it out the door to backers. We apologize for the delay. This update also announces our new documentation platform. Come check it out!