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1
Introduction
2
How we started
3
Raspberry Pi
4
Screenly Player
5
Covid
6
PlayMax
7
PlayMax vs Pi5
8
Challenges with x86
9
BIOS biases
10
LogoFail
11
Coreboot
12
Companies using Coreboot
13
FWUpdate
14
RISCV
15
Open Hardware
16
Looking Forward
Description:
Explore Screenly's technological evolution from Raspberry Pi to x86 architecture, BIOS challenges, Coreboot implementation, and future prospects with RISC-V in this insightful 26-minute talk by Viktor Petersson at OpenUK. Gain valuable insights into the company's journey, starting with the Raspberry Pi-based Screenly Player and progressing through the development of PlayMax. Discover the hurdles faced when transitioning to x86 platforms, including BIOS-related issues and the innovative solution found in Coreboot. Learn about the advantages of open hardware and the potential of RISC-V architecture as Screenly looks towards the future of digital signage technology.

Screenly's Journey: From Raspberry Pi to x86, BIOS, Coreboot, and RISC-V

OpenUK
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