Difference between revisions of "Input Club Silo"

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==Description==
 
==Description==
The switch uses [[hall effect]] sensing, with the goal to have "analog" adjustable activation point (but not adjustable tactile point).
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The switch uses [[hall effect]] sensing, with the goal to have "analogue" adjustable activation point (but not adjustable tactile point).
 
Because it has no electric connection, it would be hot-swap capable through a plate.
 
Because it has no electric connection, it would be hot-swap capable through a plate.
  
It has [[Cherry MX mount]] for compatibility with existing key sets, although the planned shape of slider and housing does not offer support for silencing with [[Damping#O-rings|O-rings]] or [[Damping#Silencing_clips|clips]].
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It has [[Cherry MX mount]] for compatibility with existing key sets,but the planned shape of slider and housing does not offer support for silencing with [[Damping#O-rings|O-rings]] or [[Damping#Silencing_clips|clips]].
  
The switch has a LED opening (probably for SMD LEDs) in the bottom and a clear top for blinding backlight of OEM-profile keycaps when switches are mounted LED side north.
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The switch has a LED opening (probably for SMD LEDs) in the bottom and a clear top for backlight of OEM-profile keycaps when switches are mounted LED side north.
An additional opening on the opposite side is planned for (probably) less intensive bleeding light when switches are mounted the right way around under thick Cherry-profile keycaps.<!-- You couldn't leave that alone, could you ... -->
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An additional opening on the opposite side is planned for light when switches are mounted the right way around under thick Cherry-profile keycaps.
  
The first switches are intended to be launched first in the [[Input Club Keystone|Keystone]] "Analog Mechanical Keyboard".
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The first switches are intended to be launched first in the [[Input Club Keystone|Keystone]] "Analog Mechanical Keyboard" family.
 
Individual switches and schematics for a reference design are planned for release around when the keyboard launches, so that people could design custom keyboards. The reference design will be based around a Microchip ATSAM4S (ARM Cortex-M4) microcontroller — 8-bit AVR is believed to not be powerful enough.<!-- Although you could say that if you would need more than 16 MIPS for a friggin' keyboard, then you are probably doing it wrong .. -->
 
Individual switches and schematics for a reference design are planned for release around when the keyboard launches, so that people could design custom keyboards. The reference design will be based around a Microchip ATSAM4S (ARM Cortex-M4) microcontroller — 8-bit AVR is believed to not be powerful enough.<!-- Although you could say that if you would need more than 16 MIPS for a friggin' keyboard, then you are probably doing it wrong .. -->
  
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[[Category:RGB switches]]
 
[[Category:RGB switches]]
 
[[Category:Analogue-capable switches]]
 
[[Category:Analogue-capable switches]]
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[[Category:Announced switches]]
 
[[Category:List of all keyboard switches]]
 
[[Category:List of all keyboard switches]]

Revision as of 12:46, 17 April 2020

Silo is a yet unreleased switch family being in development by Input Club and Kaihua.

Description

The switch uses hall effect sensing, with the goal to have "analogue" adjustable activation point (but not adjustable tactile point). Because it has no electric connection, it would be hot-swap capable through a plate.

It has Cherry MX mount for compatibility with existing key sets,but the planned shape of slider and housing does not offer support for silencing with O-rings or clips.

The switch has a LED opening (probably for SMD LEDs) in the bottom and a clear top for backlight of OEM-profile keycaps when switches are mounted LED side north. An additional opening on the opposite side is planned for light when switches are mounted the right way around under thick Cherry-profile keycaps.

The first switches are intended to be launched first in the Keystone "Analog Mechanical Keyboard" family. Individual switches and schematics for a reference design are planned for release around when the keyboard launches, so that people could design custom keyboards. The reference design will be based around a Microchip ATSAM4S (ARM Cortex-M4) microcontroller — 8-bit AVR is believed to not be powerful enough.

Variants

Silo Beam

Mechanism patterned after the IBM Beam spring.

Parabolic and clicky switch.

Prototype force graph

Silo Command

Will us a "metal leaf similar to Alps".

Silo Control

Linear.

Availability

The Keystone keyboard, and sets of Silo Beam switches are available for crowdfunding on Kickstarter until Thu, August 15 2019.

External links

Forum threads: