Crowdfunding now!
View Purchasing OptionsProject update 3 of 5
After three years of development, the first week of our campaign launch has been encouraging: 56% funded with 79 backers on board! To every backer and to everyone who has shared the project, asked questions, or offered feedback, thank you. You’ve helped shape this project and keep the momentum going.
Every backer, share, and mention moves us closer to making e-paper more open, more accessible, and more versatile, and helps shift the industry toward a future where e-paper is an open platform.
Teardown Session 55: Ultra Low-Latency Open Hardware E-Paper with Modos
On August 28th, we’ll be joining Helen Leigh for a Teardown Session livestream all about how we’ve made e-ink fast. We’ll share the process, the challenges, and the techniques that let our open-hardware paper dev kit hit ultra-low latency and high refresh rates.
If you haven’t already, check out Wenting’s Teardown 2024 talk, Making E-Ink Go Fast
I’d love for you to join us, mark August 28th on your calendar.
“A 75Hz frame rate sounds too good to be true, are you sure Modos isn’t using a reflective LCD?”
One of the biggest surprises for people is discovering how fast e-ink can be. Most people’s first encounter with an electrophoretic display is in an e-reader, digital sign, or tablet device with slow refresh rates. We’re here to change that perception and narrative. The best way to do that is to have the device in your hands, but the next best option is for us to show you.
That’s why this week’s livestream, from Wednesday to Saturday, is all about pushing e-ink beyond what you thought possible: 75 Hz refresh, low latency, and smooth interaction.
Watch live at: https://modos.tech/live
Here’s what we plan to show and what you’ve suggested:
cmatrix in a terminalWant to see something specific? Have an idea for a test? Join our Discord or Matrix communities and let us know! This is your chance to help shape what we show next.
And don’t forget to back our campaign on Crowd Supply!
Modos Paper Monitor is part of AMD FPGA Playground
Spartan-6 XC6SLX16-3CSG324I
· FPGA
image processing