Grench
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- Oct 3, 2008
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The Pyra, as ED has it currently designed, is ideally suited to it's stated purposes. It is a no compromise pocketable gaming and general computing device.
This idea is not meant to disrupt that capability or flow, but to allow consideration of entry into an entirely other space.
The conversations in another thread over design and form and function made me give some thought to how the current case design is largely dictated by the components inside - their height mostly. So, what would it take to make a Pyra Slim? The idea is to do, 'whatever it takes', to get it down to 1/2 the Pandora's 3cm.
Starting at the top...
Flat micro corrugated 0.25mm titanium alloy lid. Corners rounded left to right only - sharp vertically. No logo cutout with back LEDs because there won't be a board behind there, just a display.
- OLED display saves thickness as it generates it's own light - no back light board. OR edge lit paper white grey scale LCD (non gaming version).
- Resistive touch stays.
- Flat micro corrugated 0.25mm titanium alloy bezel.
- Screen assembly held together by a metal gutter band.
Total lid thickness ~2mm.
Keyboard would need to flatten - a lot. Direct printed flat top keys 0.1mm taller than the plastic keyboard surround. Nub pads would need to become more or less a raised dot in the middle of a flat disk on both sides. Keyboard travel would be reduced to nearly nothing.
Shoulder buttons would have to be shrunk - most likely meaning that they have to be moved to side by side.
Motherboard features would have to change a bit - but not 'drastic'.
Topside microUSB 'charging port' simply gets nixed.
microUSB 3.0 OTG stays
USB 2.0 ports both become microUSB 2.0 host ports. eSATA wiring in 2nd port gets nixed.
microHDMI stays
Audio jack stays
Full sized SD cards stay
Battery becomes U shaped or 3 small packs forming the stems of a U running in parallel with a central control module so that they can circumscribe the SoC board. Capacity is likely around 30% of the existing Pyra's design - so 2Ah instead of 6Ah. Battery life would reflectively drop to ~3.5 hours continuous use. Standby would be ~3 days.
Bottom and sides of case are stamped alloy. Stamped & punched alloy keyboard surround sleeves around/over the bottom case metal much like a 1930s cookie tin.
Overall thickness estimate: @15mm. Cost/retail estimate... Likely 2.5 to 3 times the Pyra's.
This idea is not meant to disrupt that capability or flow, but to allow consideration of entry into an entirely other space.
The conversations in another thread over design and form and function made me give some thought to how the current case design is largely dictated by the components inside - their height mostly. So, what would it take to make a Pyra Slim? The idea is to do, 'whatever it takes', to get it down to 1/2 the Pandora's 3cm.
Starting at the top...
Flat micro corrugated 0.25mm titanium alloy lid. Corners rounded left to right only - sharp vertically. No logo cutout with back LEDs because there won't be a board behind there, just a display.
- OLED display saves thickness as it generates it's own light - no back light board. OR edge lit paper white grey scale LCD (non gaming version).
- Resistive touch stays.
- Flat micro corrugated 0.25mm titanium alloy bezel.
- Screen assembly held together by a metal gutter band.
Total lid thickness ~2mm.
Keyboard would need to flatten - a lot. Direct printed flat top keys 0.1mm taller than the plastic keyboard surround. Nub pads would need to become more or less a raised dot in the middle of a flat disk on both sides. Keyboard travel would be reduced to nearly nothing.
Shoulder buttons would have to be shrunk - most likely meaning that they have to be moved to side by side.
Motherboard features would have to change a bit - but not 'drastic'.
Topside microUSB 'charging port' simply gets nixed.
microUSB 3.0 OTG stays
USB 2.0 ports both become microUSB 2.0 host ports. eSATA wiring in 2nd port gets nixed.
microHDMI stays
Audio jack stays
Full sized SD cards stay
Battery becomes U shaped or 3 small packs forming the stems of a U running in parallel with a central control module so that they can circumscribe the SoC board. Capacity is likely around 30% of the existing Pyra's design - so 2Ah instead of 6Ah. Battery life would reflectively drop to ~3.5 hours continuous use. Standby would be ~3 days.
Bottom and sides of case are stamped alloy. Stamped & punched alloy keyboard surround sleeves around/over the bottom case metal much like a 1930s cookie tin.
Overall thickness estimate: @15mm. Cost/retail estimate... Likely 2.5 to 3 times the Pyra's.