3d

SMALL FORM FACTOR BOARD HAS COMPUTING POWER FOR MEDICAL AND IOT

SMALL FORM FACTOR BOARD HAS COMPUTING POWER FOR MEDICAL AND IOT

Populated with the Intel Core i5 7300U and i3 7100U processors, the WUX-7x00U is a small form factor (SFF) embedded board by Portwell. The processors, formerly codenamed Kaby Lake, integrate the low power Intel Gen. 9.5 HD Graphics, 620 graphics engine with 24 execution units, enabling enhanced 3D graphics performance and higher speed for 4K encode and […]

SMALL FORM FACTOR BOARD HAS COMPUTING POWER FOR MEDICAL AND IOT Continue Reading

Inkplate 6PLUS Wi Fi e paper display passes funding goal

Inkplate 6PLUS Wi-Fi e-paper display passes funding goal

Following on from the original successfully launched Inkplate, the Crowd Supply Inkplate 6PLUS Wi-Fi e-paper display campaign has now successfully passed its required pledge goal raising over $16,000 thanks to over 60 backers with still 20 days remaining. The newly updated Inkplate 6PLUS features wireless connectivity, a touchscreen and front lighting and is now available via

Inkplate 6PLUS Wi-Fi e-paper display passes funding goal Continue Reading

3D PRINTED SCALE MODEL OF PERSEVERANCE ROVER SEEMS AS COMPLICATED AS THE REAL ONE

3D-PRINTED SCALE MODEL OF PERSEVERANCE ROVER SEEMS AS COMPLICATED AS THE REAL ONE

Sometimes the best way to figure out how something works is to make a model of it. 3D-modeling software makes it possible to do the job in silico, and sometimes that’s enough. But to really get inside the designer’s head, executing a physical model, like this quarter-scale RC-controlled Perseverance rover, is a great way to go. If

3D-PRINTED SCALE MODEL OF PERSEVERANCE ROVER SEEMS AS COMPLICATED AS THE REAL ONE Continue Reading

Block Diagram Christmas Light Show with Arduino

3D PRINTED JOYSTICK USING SPHERICAL FLEXURE JOINT

One of the many advancements brought about by 3D printing is the rapid development of compliant mechanisms and flexure joints. One such example is [jicerr]’s joystick, which uses a pair of spherical flexure joints recently developed by researchers from Delft University of Technology in the Netherlands, See the videos after the break. Both flexure joint designs make use of tetrahedron-shaped

3D PRINTED JOYSTICK USING SPHERICAL FLEXURE JOINT Continue Reading

Scroll to Top