BLYST Nano

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Oct 10, 2018

The Story

Electronics and computer programming began as a hobby in my teenager days. After graduating with an EE degree, I started working as a software engineer for different companies. My career was a roller coster - the companies I worked for either closed or sold. In 2008, after the company lost its main source of revenue, I knew the I was about to lose my job again.

Then there came this itch about electronics. I wanted to build something just for fun for a change. So I picked up a soldering iron again. My hand was shaking so hard at first that I couldn’t solder anything at all. About 2 months after I lost my job, an old colleague contacted me with the idea of teaching kids financial literacy using an online game and piggybank. I started designing a USB connected coin counter prototype. Eight months later, in 2009, we got our funding. By the end 2011, our new company was struggling with sales and out of cash. Again, I became unemployed (voluntarily this time) to save the company.

I began to learn about BLE with the Nordic nRF51822 on my own and tried to make a BLE version of the piggybank, hoping that it would attract more sales. Although I completed the new product design, it was already too late. We weren’t able to secure any funding to bring it to the market. However, while designing the BLE piggybank version, I felt in love with the Nordic nRF5x series SoC and the Bluetooth technology in general.

In 2014, I came up with a module IMM-NRF51822 using the nRF51822. I wrote a blog post showing how to setup a free Eclipse development environment, and included a bunch of example code. When Nordic released the nRF52832, I made the IMM-NRF52832 module with the same footprint as the previous one and more example code.

The need for miniaturization of things continues to become more and more important. So that is why I developed the BLYST Nano (IMM-NRF52832-NANO), a 10x7x1.6 mm module. Electronics has always been my hobby and my passion, and and I will continue to bring projects like the BLYST Nano to life. Please make a pledge on the campaign page to help keep the dream alive.

$2,595 raised

of $1,000 goal

36

days left

259%

funded

39

pledges

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$17

BLYST Nano

One BLYST Nano module.


$30

BLYST Nano x 2

Two BLYST Nano modules.


$69

BLYST Nano x 5

Five BLYST Nano modules.


$134

BLYST Nano x 10

Ten BLYST Nano modules.


$1,300

BLYST Nano 100 Pack

A pack of 100 BLYST Nano modules in cut tape.


$168

BLYST Nano Exploration Kit

Two BLYST Nano modules, one DIP32 Breakout Board (assembled with BLYST Module), one Sensor Board (assembled with BLYST Module), and an IDAP-Link CMSIS-DAP Debug JTAG. This is the perfect starter kit.


$26

BLYST Nano Breakout

One fully assembled DIP32 Breakout Board with BLYST Nano module.


$65

BLYST Nano Sensor

One fully assembled Sensor Board with BLYST Nano module.


$55

IDAP-Link CMSIS-DAP Debug JTAG

This a CMSIS-DAP Debug JTAG board for programming and debugging any ARM Cortex-M series supported the the IDE. Compatible with most IDE such as Keil, CrossWorks, Eclipse (requires OpenOCD), Arduino (require OpenOCD), etc ... It can used for production parallel programming of any Nordic nRF5 series SoC.

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Credits

I-SYST inc.


Hoan Hoang

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