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Matilo · 02-26-2019, 01:37 PM

Here are the latest specs achieved on the demos built in the factory:

9.7” Diagonal size
227 DPI !!!
1:16 CR for color; 1:20 CR for Monochrome
24-30 frames/second video
Color gamut 19% of NTSC
4096 Colors !!!
Drive voltage: 3V; Hold Voltage : 1V !!!

Question from an industry colleague:
Can you describe the power savings achievable with your e-paper 2.0 technology? Is it depending on content?
Answer: It is indeed. Our calculations using existing semiconductors (we are designing our own which will lower the power even more) in a 9.7” tablet size display shows that we can get about 20 days of life when we run full video for 5 hours per day and we can get almost 30 days of use when we are using mostly static content, again assuming 5 hours/day of usage (unlike the 30 mins/day use touted on some devices)

02-26-2019, 01:37 PM	#72
Matilo Zealot Posts: 112 Karma: 1248456 Join Date: Dec 2017 Location: Germany Device: Likebook Mars, kindle Paperwhite 2nd generation, kindle fire hdx 8.9	Here are the latest specs achieved on the demos built in the factory: 9.7” Diagonal size 227 DPI !!! 1:16 CR for color; 1:20 CR for Monochrome 24-30 frames/second video Color gamut 19% of NTSC 4096 Colors !!! Drive voltage: 3V; Hold Voltage : 1V !!! Question from an industry colleague: Can you describe the power savings achievable with your e-paper 2.0 technology? Is it depending on content? Answer: It is indeed. Our calculations using existing semiconductors (we are designing our own which will lower the power even more) in a 9.7” tablet size display shows that we can get about 20 days of life when we run full video for 5 hours per day and we can get almost 30 days of use when we are using mostly static content, again assuming 5 hours/day of usage (unlike the 30 mins/day use touted on some devices) Last edited by Matilo; 02-26-2019 at 01:46 PM.