Must-have
- Approx A4 size, 14"
- Thickness: under 25mm total (screen+base)
- Weight: below 2kg
- Battery life: around 10 hours programming
- x86_64 dual/quad-core
- Linux-friendly
Maybe: Tablet mode
- Touchscreen
- Battery in screen part
- Tabled can dock into base w/keyboard
- Separatable keyboard. Bluetooth?
Maybe: Stand mode
- Lift screen up to be parallel to line-of-sight
- Needs around 25 cm lift
- Keyboard+touchpad deattaches
- Integrated stand.
- Ex: Base pivots as 2 parts at hinges. One part becomes front foot, other becomes rear foot
- Motherboard: Intel NUC7i3DN (CPU,WiFi/BT included)
- RAM: DDR3 SODIMM, 8GB
- SSD: M.2, 256GB
- Display: eDP. 13" IPS panel, FullHD
- Keyboard. Bluetooth touchpad integrated. 1by1
- Battery. Custom LiPo pack?
Typical consumption: 5W. Need around 50Wh capacity. 4 cell needed to be able to use a DC/DC dropdown to 12V. Would use a DC charger of 18-20V.
parallel=6; cells=4; voltage=3.7; capacity=550e-3; watts=parallel*capacity*voltage*cells; print(watts)
- 18650 batteries are 18.6mm standard. Capacity around 3000mAh. Too thick to be underneath the screen and limits total thickness of screen part to 20mm. 1p*4s=4batteries @ 3000mAh = 44Wh. 2p=88Wh.
- 14500 are 14×53mm (AA size). Capacity around 1000mAh. 3p*4s=12batteries @ 1000mAh = 44Wh. 4p=60Wh. 1
LiPo flatpacks. 1 cell approx 7mm thick. Can stack 2 in height under screen. 6p*4s=24batteries @ 550mAH = 48Wh.