Difference between revisions of "AXIOM Remote"
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As with all software & hardware that is pre-production the information contained on this page is subject to changes. | As with all software & hardware that is pre-production the information contained on this page is subject to changes. | ||
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==General Concept== | ==General Concept== | ||
[[File:AXIOM_Remote_V3_ButtonPos.pdf]] | [[File:AXIOM_Remote_V3_ButtonPos.pdf]] | ||
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[[File:Remote-Concept-Aspect-01.jpg| 800px]] | [[File:Remote-Concept-Aspect-01.jpg| 800px]] | ||
Camera Docking Station: | Camera Docking Station: | ||
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[[File:SpringRelease.jpg|600px]] | [[File:SpringRelease.jpg|600px]] | ||
[[File:SpringRelease2.jpg|600px]] | [[File:SpringRelease2.jpg|600px]] | ||
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==Operation Concepts== | ==Operation Concepts== | ||
[[File:MenuConcept-01.jpg]] | [[File:MenuConcept-01.jpg]] | ||
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==Electronic Components== | ==Electronic Components== | ||
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ALPS SRBE210200 rotary + push switch | ALPS SRBE210200 rotary + push switch | ||
alternative: | alternative: | ||
https://octopart.com/en12-hn22af18-bi+technologies-7730374 | https://octopart.com/en12-hn22af18-bi+technologies-7730374 | ||
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Toogle Switches APEM ZL series | Toogle Switches APEM ZL series | ||
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==TODO, next steps== | ==TODO, next steps== | ||
# pick buttons, rotary encoders, etc components, collect datasheets and extract documentation about each components footprint and positions here | # pick buttons, rotary encoders, etc components, collect datasheets and extract documentation about each components footprint and positions here | ||
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[[category: AXIOM Remote]] | |||
[[category: Enclosures]] | |||
[[category: Ergonomics]] | |||
[[category: Concepts]] | |||
Revision as of 08:49, 15 November 2017
1 Project Overview
This device, and when released the associated software, is designed to be a comprehensive remote control unit for the AXIOM range of cameras.
As with all software & hardware that is pre-production the information contained on this page is subject to changes.
2 General Concept
File:AXIOM Remote V3 ButtonPos.pdf
Camera Docking Station:
3 Operation Concepts
4 Electronic Components
In consideration:
http://www.minidevs.com/product/CORE-A20.html hand soldered to our own PCB
iphone 4 replacement display (326 PPI 3.5" 960×640 px) or http://www.ebay.com/itm/OEM-HTC-Droid-DNA-ADR6435-Original-LCD-Screen-Display-Repair-Replacement-Parts-/350711245261 smaller bezel )(documentation through: https://hackaday.io/project/364-mipi-dsi-display-shieldhdmi-adapter ?)
3D accelerometer to measure device orientation (optional)
4x AA battery tray
firmware stored on microSD card
no internal RTC and no button cell -> RTC in Beta instead
ALPS SRBE210200 rotary + push switch
alternative:
https://octopart.com/en12-hn22af18-bi+technologies-7730374
SMT type rotary encoders:
http://www.alps.com/prod/info/E/HTML/Encoder/Incremental/EC05E/EC05E_list.html
http://www.alps.com/prod/info/E/HTML/Encoder/Incremental/EC10E/EC10E_list.html
Beta connectivity through Hirose HR10A-7P-4S (a bit expensive but massive) or alternatively 4 pin 2.5 or 3.5mm audio cables: 
plus metal receptor on Beta and Remote: https://www.amazon.de/sourcingmap-Kopfh%C3%B6rer-Interieur-Montage-Steckdose/dp/B014XJ1SN6
RS232C as Beta <-> Remote protocol4
Toogle Switches APEM ZL series
5 TODO, next steps
- pick buttons, rotary encoders, etc components, collect datasheets and extract documentation about each components footprint and positions here