We got many great submissions for our goodie contest through the projects gallery and via mail, and it is now time to announce the finalists. The overarching theme this time was definitely “sound”, which makes a lot of sense when you want to build something entertaining that has to fit into a small space.

Thanks to all participants, and special applause to finalists Zack Freedman, toylab, and Michael Franz for sharing their creations!

We will now produce these three gizmos with the current round of Fritzing Fab, and next week we will announce the winner!

Touch my piano by Zack Freedman, based on Jay Silver’s famous Drawdio, is, well, a cute little piano that generates sound with a 555 timer to a buzzer simply by touching the metal plates or attaching other things to it.

Calandria MkII by toylab is a funky little bird that generates quite convincing chirping sounds by twisting its wings. Check out the video!

Fritzing Amplifier by Michael Johannes Franz is a convenient little audio amplifier for playing your generated sounds into a proper speaker, instead of being stuck with those piezo buzzers.

Viele haben es ja schon auf der Make: Hannover gesehen, unser neues Kit ist da!

Seit vielen Jahren verkaufen wir das Fritzing StarterKit mit Arduino, in unzähligen Workshops haben wir das Grundwissen für den Einstieg in die kreative Elektronik vermittelt – aus diesen Erfahrungen wollten wir ein umfangreiches und gleichzeitig leicht verständliches System entwickeln.

Heute stellen wir Euch voller Freude das Fritzing Creator Kit vor.

Abbildung ähnlich

Das Fritzing Creator Kit soll natürlich nicht nur schön aussehen, sondern allen unseren Ansprüchen als Designer gerecht werden. So ist die Box ausgiebig getestet und bietet genügend Platz, einen Elektronikaufbau sicher zu verstauen. Die Teileboxen mit transparenten Deckeln zeigen ihren Inhalt und sorgen gleichzeitig für Ordnung. Ein Booklet vermittelt das gesamte Grundwissen auf gerade mal 120 Seiten – viele praktische Beispiele lockern die Theorie auf.

Spielendes Lernen steht im Vordergrund! Die mitgelieferten Bastelbögen beinhalten einen Roboter, der seinen Kopf drehen kann, einen Wahrsager, der sich natürlich nie irrt (darauf geben wir aber keine Garantie :P ) und einen Dinosaurier, der einen Twitterstream auf neue Meldungen untersucht. Ein Ping-Pong Spiel auf einer großen LED Matrix sorgt für Unterhaltung.

Das Booklet zeigt darüber hinaus, wie man mit der kostenlosen Fritzing-Software (Download) eigene Platinen erstellt.

Hergestellt wird das Kit in Deutschland, genauer gesagt bei uns in Berlin-Kreuzberg. Fritzing-Nutzer haben uns bei der Entwicklung zu Seite gestanden und so ist ein Lernpaket entstanden, das den Einstieg in den kreativen Umgang mit Elektronik so leicht wie nie zu vor gestaltet.

Ich hoffe es gefällt euch und ich freue mich auf Feedback! Kit im Shop: Fritzing Creator Kit

Liebe Grüße

Stefan Hermann

By popular demand, the RadioShack 276-150 stripboard has been added to release 0.8.1. However, you won’t find it as a separate part in the Parts Bin. To access it, drag-and-drop the regular stripboard part into your sketch, then find the ‘layouts’ drop-down in the Inspector and select the 276-150 option.

This may seem a little indirect, but here is the logic: our stripboard strips now run both horizontally and vertically (before they ran only horizontally). This means it’s now possible to cut/uncut strips into arrangements which we call layouts. The 276-150 is one of these layouts, but since we have had so many requests for it, we decided to “store” the layout with Fritzing so people don’t have to make it from scratch each time.

It would be easy to store other layouts with Fritzing. If you have a favorite stripboard layout that you think people would like to use, make the layout on a stripboard in a Fritzing sketch, and email the resulting file to info:at: fritzing :dot: org. In the email, tell us what part you’ve represented or why the layout is so useful. You may see that layout in a subsequent release of Fritzing.

Enjoy,

– Your Fritzing Team

Well, almost 1000–certainly 900+. The image above is just a small fraction of the set of new parts available in Fritzing 0.8.1. The parts all come originally from the open source SparkFun Eagle Library (thank you SparkFun!) and the conversion was carried out partly by program, and partly by hand. You can thank our illustrator Fabian for so many beautiful breadboard view images. This new heatsink is one of my favorites:

Originally we intended to ship these parts with a new Parts Bin UI to make it easier to navigate through them all. Alas, the Fritzing project being perpetually undermanned–and the demand for these parts being so high–we decided to put off the UI work until later. So the new parts simply arrive in nine shiny new Parts Bin containers, with nine new tabs to click in the Parts Bin window. Another shortcoming is that the new parts have not been completely integrated (from a database point-of-view), so part-swapping is mostly not possible between core parts and the new parts.

But we have a good workaround for these missing features. The Parts Bin search function (the topmost tab in the Parts Bin window) is quite effective for finding parts, especially since we have added a new ‘and’ search. Just separate the terms with spaces; the image below shows an ‘and’ search for parts matching both ‘db’ and ‘25’.

The other goal we didn’t reach in this release was to enforce a single schematic-view image standard (based on a 0.1 inch grid), instead of the current hodge-podge (the majority based on a 7.5mm grid). The new parts all use the new standard, and we plan to convert the rest of the core parts in the next release or so. In the image below, examples from the old ‘standard’ are on the left, examples of the the new standard are on the right (the image is zoomed to 200%).

Despite the work we left unfinished, the addition of a thousand new parts is quite a big step forward for Fritzing. We hope you find these parts as useful as we already have.

Enjoy,

– Your Fritzing Team

Leaving the big stage with 88 years is not the worst scenario I could think of, even not, if you influenced the modern life like Douglas Engelbart. You don’t know the name? Maybe not, but your right hand is probably resting on his invention, the computer mouse.

For us it is pretty normal to navigate through graphical user interfaces but back in time when a screen was filled with 25 lines by 80 columns of fine ASCII characters was a pretty cool invention to have a coordinate based pointer – controlled by the human hand.

Thank you, Douglas! You are the hero of physical computing and an inspiring example to us all.

Read on my dear: NewYork Times.

(Foto by: Alex de Carvalho)