Results for ',sET'

update about our manufacturing progress

Every manufacturing method has its own set of design constraints and capabilities that determine what you're able to create with them. 3D printing is no different, carrying its own set of strengths and weaknesses that can make or break a design. By knowing what these are, you are better equipped to design parts that will print successfully and work how you expect them to. This talk will cover the basics of designing for 3D printing, including common design features, part precision and features made possible by 3D printing.

PowerTortoise IoT is a Wi-Fi ESP32 sensor platform that runs for years on standard AA batteries, enabling long-term Home Assistant monitoring anywhere without a hub or wiring.

So you've got this cool idea for a useful little handheld thing that you're pretty sure you can sell a few hundred or thousand of. What are you going to stick in there for power? A coin cell? Those just got a whole lot messier because of new laws & regulations. Alkalines? Ugh, so many required to get 3-5V and you'd like both rechargeability AND capacity. Lithiums? Maaaybe, but there's that whole danger pillow thing, shipping regulations, and USB power packs are so big and heavy. This talk will help bring order to the battery chaos, so you'll be better able to make a decision about your product.

Learn how Openterface Mini-KVM went from concept to a successful crowdfunding campaign. This talk is tailored for new creators, especially those from non-English-speaking regions, providing practical insights into turning ideas into tangible products. Whether you’re brainstorming, prototyping, editing documentation, marketing, or setting up a community, this session will walk you through the key steps and lessons learned along the way.

Quadrant is an open-hardware, human-computer interface based on an array of distance sensors. The device consists of four time-of-flight sensors and is specifically designed to detect the position, velocity, and orientation of the user’s hand in free space. On-board signal processing is used to recognize gestures and other events, and these values can be mapped to a variety of musical parameters in software as well as hardware synthesizers. Quadrant has USB, CV, and hardware-MIDI outputs, so you can connect it to your computer, your analog synthesizer, or any other compatible equipment.

Are you ready to unlock new possibilities with your Omega2 Eval Board? We're excited to introduce a brand-new guide that will empower you to build and package Python applications for your Omega2 with ease!

As we move forward with production, we wanted to share our latest progress and give you a behind-the-scenes look at what’s happening with the Hornet Nest Alarm Panel.

Did you not leave enough room in your checked bag for your 3D printer? Did TSA confiscate your soldering iron? Not to worry! "Code Café" is here to ensure that you have access to commonly-needed tools throughout your Teardown experience. Come visit our booth to make something using our tools or to learn how to use an oscilloscope for the first time. There will even be a free kit to build!

Pick and Place workflow update, new tutorials, and new Serial Interface via StdIn feature

Simplifying the integration of BOSCH SDK libraries for Polverine

Hello! Coming at you with a February update. Two months of progress in a single update. This is a fairly long and technical one, mostly about hardware and design. Enjoy!

Production continues to roll ahead for the ESP32 Rainbow Board...

We've had the displays in stock for quite for quite some time, and I've been waiting on these speakers. They've been on a slow boat from China for about a month, and they've just turned up! That means we now have all the third party components in stock. The PCBs are also coming along nicely, but we're going to have to push our shipping estimate back to mid-June. We hate to do it, but we want to set realistic expectations. Thank you for your patience!

In January, we sent several units of the C0-microSD and SD-Dev platforms off to TÜV in Nuremberg, to test and certify their conformance to international standards. Tests results were positive and confirm that both products adhere to FCC, EU, and UK electromagnetic compatibility (EMC) standards. RoHS testing is ongoing. We now expect to begin fulfillment around the middle of June.

Yikes, time sure flies! It's been awhile, but I've been busy in the meantime and have made good progress toward getting product ready for shipment!

Here's a short update on shipping. Our original target for reward fulfillment was May 1, 2026. That date is moving to June 20, 2026. We are sorry for the delay, and we want to explain why it's necessary.