Trophy for chipKIT WF32 Controlled iPad Mount for the Sight Impaired!

chipKIT Controlled iPad Mount for the Sight Impaired
chipKIT WF32 Controlled iPad Mount

In a Digilent-sponsored senior design competition, Kaitlyn Franz’s team won a second place trophy for their project. The team created a Wi-Fi controlled iPad mount for assisting the sight impaired to find lost items. To accomplish this, the team utilized a chipKIT WF32, which has a Wi-Fi capable PIC32 microcontroller on board.

To check out more details, head over to Digilent’s Blog.

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chipKIT WF32-based Health and Security Cloud System


Congratulations to Eusebiu Burlacu and Sebastian Pascu from Gheorghe Asachi University of Iasi, Romania, for their tie for first prize in the Digilent Design Contest Europe 2015. Their chipKIT WF32 based Health and Security Cloud System was designed to process a patient’s ECG signal, as well as monitor patient activity, and transmit this information to a doctor via Exosite’s cloud-enabled data platform. Learn more about it on Instructables.

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EE Times features OpenBCI chipKIT-based Board

32-bit chipKIT-based board for the Open-Source Brain Computer Interface
chipKIT-based 32-bit board for Open-Source Brain Computer Interface

Congratulations OpenBCI for showing up on EE Times article “Open Source Hardware Advances Science, Technology” as one of the five items they chose to feature (right up there with the mention of Elon Musk and Tesla’s decision to open up their patents)! Well done!

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OpenBCI Harnessing Brain Signals with chipKIT

OpenBCI 32-bit Board Kit (chipKIT)
OpenBCI 32-bit Board Kit (chipKIT-compatible)

Have you heard? OpenBCI (the open-source brain-computer interface) is a community of researchers, engineers, artists, scientists, designers, makers, and more sharing a passion for harnessing the electrical signals of the human brain and body to further understand its complexities.

OpenBCI’s 32-bit OpenBCI board—a versatile analog-to-digital converter compatible with any type of electrode—is used to sample electrical brain activity (EEG), muscle activity (EMG), heart rate (EKG), and more. This 8-channel neural interface uses a Microchip PIC32MX250F128B 32-bit processor that comes pre-flashed with the chipKIT bootloader and the OpenBCI System Firmware. The board communicates wirelessly to a computer via the the OpenBCI programmable USB dongle (based on the RFDuino radio module), and it is also able to communicate wirelessly to any mobile device or tablet compatible with Bluetooth Low Energy (BLE).

OpenBCI is supported by an ever-growing, open-source framework of signal processing applications. They chose the open-source format because they believe that ground-breaking discoveries in the field of brain science will benefit more from an open forum of shared knowledge by people from various disciplines than from companies, institutions, or even the entire field of science itself.

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