The IoT Build vs Buy Dilemma

Drawing the line for IoT product development

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A new partnership with GroupGets will help bring your projects to market!

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Today we talk to the people behind the Helium IoT product line.

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How a couple of engineers' desire to bridge the gap between the industrial space and the maker movement created something new.

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Join hundreds of makers and hackers around the world to learn about building robots with JavaScript.

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See what you can do with the Tessel 2 and some imagination!

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The Web of Things Kit

A new foundation in IoT learning and exploration

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Designing the Internet of Things

A guest post from Pavel, creator of the Blynk app

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A new citizen science tutorial from contributor Jen FoxBot!

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Guest Tutorial: EL Wire Sound Reactive Costume

Jen FoxBot is back, and more luminous than ever!

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The Arduino popularity contest

Our friends at codebender have pulled some interesting stats on Arduino board usage!

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A guest post from Bill Premerlani regarding the new firmware updates for the MatrixPilot Project and the UDB5.

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High-­school science teachers can radically reduce the cost of building up science labs while giving students opportunities to engage in genuine design processes by introducing them to open­-source hardware. A vast collection of free and pre­-designed low-­cost scientific tools are available, many of which can be printed on a open­-source 3­D printer, including the printer itself. Not only can students benefit from access to research grade equipment, there are ample opportunities for students to build on, improve, and customize scientific tools as part of their curriculum. In this way the number and value of the open­-source hardware designs can expand with student effort, enabling a powerful motivating factor for science education.

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We sent a customer to SAINTCON - here's how it went!

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The Hiking Hack is the first of a proposed series of research expeditions investigating the role of situated design for wild animal interaction. This mobile workshop through the Panamanian Rainforest was designed to explore how context shapes the crafting of technology and to probe the limits of constructing and utilizing DIY physical computing systems in harsh environments. It also served as a means of engaging with and reflecting upon the biological, technological and cultural aspects interplaying in modern scientific research.

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Check out this incredible project from Aidan Chopra

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MakerCamp was a month long camp where makers, designers and mentors from different parts of the world and with varying skill sets came together to work on projects they wanted to dive deeper into. The group of participants flew in from all over the globe last month (August) to hack, make, teach, work together, and document their making process. In the end they came away with a global community of support for prototypes that can be kick-started into real life projects. As SparkFun was a partner in the camp, we wanted to showcase some of the awesome people and projects from the camp last month.

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We’ve probably used the word “maker” more times in the last year than we have in the last ten years. It’s pretty evident that making is blowing up. Makerspaces have made their way into blogs on education, hackerspaces are being featured in The New York Times, and a White House Maker Faire was held in lieu of the annual White House Science Fair this year. I think it’s fair to say making is so hot right now.

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Hi, "For a full wishlist of products for this project, check it out here:" ....but I see no link to anything further. I am hoping you have…

only one way to become an expert ... just do it

Apologies for my confusion. I was deep in the datasheet (page 1137) where this line gave the impression of USB 2.0 capabilities. "RP2350…

Yep you are correct. I mistakenly took the spec from the Pico 2 board itself which states "Raspberry Pi Pico 2 comes with all the features…

More corrections: According to the datasheet RP2350 has no internal flash not 4MB as stated here. The RP2354 has 2MB of internal flash.

The RP2350 is still USB 1.1, not 2.0 as stated in the article. I am sure I wouldn't have spent a few hours reading about ULPI trying to see…

Thanks for the heads up! It looks like we went live with the 1st draft 🤦 I've got it updated now and will double check the specs again.

In addition to the parts you highlighted, the M33 core not the same as the M0+, as it's described as being in the article

Something does not add up here. According to the RP2350 datasheet on RPi site, RP2350 has: > * Dual Cortex-M33 or Hazard3 processors at…

[url]https://miwebenterrassa.com/paso-a-paso-para-iniciar-tu-proyecto-con-el-esp32-thing-plus/[/url]

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