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Think ON Design Challenge
Documents Think ON Design Challenge with ON Semiconductor
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Engagement
  • Author Author: e14phil
  • Date Created: 13 Aug 2019 1:17 PM Date Created
  • Last Updated Last Updated: 6 Apr 2020 3:35 PM
  • Views 6721 views
  • Likes 20 likes
  • Comments 114 comments
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Think ON Design Challenge with ON Semiconductor

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Think ON Design Challenge

About this Challenge | Dates | The Kit | The Prizes | Resources | Example Application | Terms & Conditions

 

image

 

Transform Your Thinking

ON Semiconductor is challenging the element14 Community to design the most creative solution utilizing their Bluetooth low energy multi-sensor development kit. ON Semiconductor wants the element14 Community to design solutions to everyday problems using the ultra low power consumption BLE on the RSL10-SENSE-GEVK. You can use the sensors provided on the board, or add your own sensors and actuators to be controlled by the RSL10 Sense and Control app.

 

 

image

The Challenge

 

Challengers are invited to use the ON Semiconductor RSL10-SENSE-GEVKRSL10-SENSE-GEVK  to monitor their world and Transform Your Thinking.

 

50 successful applicants will get a RSL10-SENSE-GEVKRSL10-SENSE-GEVK free of charge to build and blog their project with.  They can take advantage of the ON Semiconductor RSL10-Sense-GEVK’s ultra-low-power consumption modes, Ultra Low energy Bluetooth 5.0, or the environmental or geomagnetic sensors.  For a chance to win one of the prizes below you must blog your build process and the final outcome of your RSL10-Sense-GEVK projects within the Think ON Design Challenge space. You can also join the challenge as a non-sponsored challenger, but you must include the RSL10-SENSE-GEVK in your project and adhere to all other parts of the terms and conditions.

 

Example applications could include:

• Wearable Monitoring for workers in Dangerous spaces such as in foundries.

• A Monitor system sewn into Train drivers jackets

• Monitoring the elderly (Eg. see if they are calling for help or have fallen)

• A system to monitor delicate packages within a shipping facility

• A system Monitor delicate fruits and foods between processing areas

• Used to monitor Organ Transplant Shipments

• A System to Monitor Pets in Transit

 

 

The KitThe Specs

image

1 x RSL10-SENSE-GEVK from
ON Semiconductor

 

RSL10-Sense-GEVKRSL10-Sense-GEVK

Key Specs

• Industry's lowest power consumption in Deep Sleep Mode
        (62.5 nW) and Rx in Receive Mode (7 mW)

• Fully-integrated antenna

• Powered by a coin cell

• Tiny Footprint

• All passive components

• Advanced Multi-Protocol Wireless Functionality

• Supports Bluetooth Low Energy and 2.4 GHz proprietary/custom protocols

• Rx Sensitivity: -93 dBm

• Transmitting Power: -17 to 0 dBm

• Supports Firmware Over The Air(FOTA)

• Built-in power management

• Advanced dual-core architecture to 3.3 Voltage Supply Range

• 384 kB Flash, 76 kB ProgramMemory, 88 kB Data Memory

• IP protection feature to secureflash contents

• Configurable analog and digital sensor interfaces (GPIOs, LSADs, I2C,SPI, PCM)

 

FrontBackNFC Antenna
imageimageimage

image

Resources:

EN Data Sheet PDF - Download Here

On Semiconductor - Technical Details Page

 

Smart Phone Apps

image

 

The kit is supported by the RSL10 Sense and Control app (IoS Registered, AndroidTm) for cloud connectivity. Using this app, you can select multiple sensors to monitor and send to a cloud service you can connect. You can also add your own sensors and actuators to be controlled through the app using the plus button on the bottom right of the sensor selector screen.

 

There are 2 modes to the RSL10 Sense and Control app, Send and Receive mode. Receive Mode is for viewing the data from the sensors controlling any actuators you have connected through BLE or the cloud. Broadcast Mode is for sending the sensor data from BLE to a connected cloud service. These settings can be changed by pressing the cog wheel in the top right of the main page.

 

RSL10 Sense and Control - Apple iOS App

RSL10 Sense and Control - Android App

 

 

The Dates

 

Project PhasesDates
Applications Open       16th Sept 2019
Applications Close (1 Month)
1st Nov 2019
Challengers Announced
Dec 2019
Projects Due
20th March 2020
Winners Announced
14th April 2020
Prizes Shipped
April 2020

 

 

The Prizes

 

Prize       Prize Category
image

Overall Best Project

Lulzbot Mini 2 Desktop 3D Printer*

Value at $1480

image

Wearable or Healthcare

HTC VIVE Pro Virtual Reality System*

Value at $1050

image

Safety or Asset Monitoring

Apple iPad Pro (12.9-inch, Wi-Fi, 64GB) - Space Gray (Latest Model) - MTEL2LL/A*

Value at $849

image

Smart Home

Apple iPad Pro (12.9-inch, Wi-Fi, 64GB) - Space Gray (Latest Model) - MTEL2LL/A*

Value at $849

*Or local equivalent

 

The Terms

50 Applicants will be chosen to receive The Kit above.  They will be our sponsored challengers, who must use the RSL10-Sense-GEVK within their project and post a minimum of one blog on their progress and final project before 20th March 2020. Non-sponsored challengers may also join the competition, as long as their project is based around the RSL10-SENSE-GEVK and they adhere to all terms and conditions of the challenge.

Posts which are media rich with Photos, videos and code samples will be viewed more favorably in the judging process.


Read the attached full Terms and Conditions

 

Ready? Then Apply Here

Attachments:
imageThinkON Terms and Conditions Dec 11 2019.pdf
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Top Comments

  • luislabmo
    luislabmo over 5 years ago +9
    What a great piece of hardware. Trying really hard to come up with a nice idea for this challenge Luis
  • e14phil
    e14phil over 5 years ago +6
    Hello Challengers I am checking in with the shipping team, they were supposed to have already been dispatched by now. My sincere apologies! The challenge will be extended to an appropriate time when challengers…
  • e14phil
    e14phil over 5 years ago +6
    Hello All I am just back in the office after being out for the Holidays. I am looking into the outstanding Invoices and boards. Including and not limited to dwinhold ankur608 Free free to PM me as I am…
Parents
  • newbie101
    newbie101 over 5 years ago

    I was wondering how to configure the AOUT pin as an analog input and read an external voltage source.

    The pin can be used at Test Point TP3.

    Will this set the input?     Sys_ADC_InputSelectConfig(????, ADC_POS_INPUT_AOUT);

    How can the input be read?

     

    If that is not possible, Can the AOUT be set to a digital output and GIO_SPARE set as an analog input?

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  • newbie101
    newbie101 over 5 years ago

    I was wondering how to configure the AOUT pin as an analog input and read an external voltage source.

    The pin can be used at Test Point TP3.

    Will this set the input?     Sys_ADC_InputSelectConfig(????, ADC_POS_INPUT_AOUT);

    How can the input be read?

     

    If that is not possible, Can the AOUT be set to a digital output and GIO_SPARE set as an analog input?

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  • mahmood.hassan
    mahmood.hassan over 5 years ago in reply to newbie101

    Only AOUT of RSL10 (TP3 on sense board) can be used for analog out.

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