Results for ',sET'

In today's update, we will talk about MQTT support and highlight some additional GetWired modules that are not part of this crowdfunding campaign – one that is already in production and three more than are currently in various stages of the design process. In addition, we are announcing a reduction of our funding goal. GetWired is happening, my friends!

It's been quite some time since we first announced our upcoming campaign for the GetWired home automation system. Well, the wait is almost over. We expect to launch very soon! Meanwhile, this update describes some of the challenges we faced over the past few months and how we addressed them.

This update provides a look at the new Arduino library we've just finished developing. Lots of example and sample files too!

This update covers various improvements to our hardware design files and to the Inkplate 6 Arduino library. In it, we also ask that you please consider filling out a six-question survey about the features you would most like to see in our next Inkplate product.

We are happy to report that nearly all crowdfunded Inkplates have now shipped out to backers! If you received yours, please drop us a line and let us know what you think. This update includes information about the Forum, ongoing Arduino librarary development work, some new sample code, and our plans for the future.

Fulfillment is ramping up. If you need to update your shipping address, you can do so through your account settings on Crowd Supply.

We would like to send a sincere thank you to everyone who is supporting the project by backing it, talking about it, or introducing it to others. This update covers the use of third-party controllers to drive Inkplate 6. It also includes two short videos that show partial updates in action.

We very much appreciate the patience of everyone who's been waiting for their brand new Inkplates! Short update here, just to let you know that we are ready to ship and waiting for Mouser's instructions. Given that, we would like to ask that you please check your shipping address on Crowd Supply.

Inkplate 6PLUS has just recently been successfully funded - a big thank you goes out to everyone who supported the project (either by backing, sharing or talking about it). Thanks to you, we have exceeded our goal, and we look forward to delivering another nice Inkplate board to you as soon as possible.

Ten days into the campaign, we are happy to see 27 people so far that have loved our product so much they decided to pledge! Thank you, everyone, and thanks for spreading a word about us.

In order to make the use of Maker LED display more simple, and to have different geometric shapes, texts, images printed on it, it is necessary to use appropriate libraries.

The iotSDR has a Max2769 GNSS front-end chip capable of receiving on the GNSS L1 band. GNSS systems are similar, in some respects, to satellite communication systems. They provide a unique set of features that we believe justifies the inclusion of such a specialized receiver chip. This update covers one possible application of that feature set.

The 3.3/5 V super-efficient regulator that snaps right on your 9 V battery.

Microchip’s AT86RF215 is a multi-band radio transceiver with dual Radio RF Front-ends—one sub-GHz and one at 2.4 GHz—that cover nearly all of the unlicensed IoT bands, making it ideal for all-in-one IoT solutions. This update delves into those capabilities and discusses a few of the ways in which iotSDR takes advantage of them.

EEZ BB3's IoT functionality began with SCPI support. We then gave EEZ Studio the ability to serve as a cross-platform automation hub for SCPI-enabled instruments connected over Ethernet or through serial-over-USB. Finally, to round out this IoT feature set, we have added MQTT support. Finally, we are happy to announce that EEZ BB3 is now OSHWA-certified as open hardware.

Here's a look at some key features of our latest firmware release, v.1.7. Also, an important note for users of two-channel BB3s.

The EEZ BB3 chassis comes with a backplane that distributes data and control signals. That backplane also provides four relays that support easy, firmware-level coupling of power outputs without the need for external wiring. This update includes a video that describes BB3's power output coupling functionality. It also announce our campaign's first stretch goal!

The main news for this update is that our TFT display supplier in China has announced an additional three to four week delay due to the Coronavirus outbreak. Unfortunately, they cannot yet provide a delivery estimate or let us know when production will stabilize. In the meantime, we have designed two new peripheral modules, which are now ready for prototyping.

This post features feedback from backers who are already using their BB3s.

The EEZ H24005 has two isolated channels, the outputs of which can be combined to get higher voltage (up to 80 V) or current (up to 10 A), within the overall power limit of 310 W.