1 \documentclass[slidestop
]{beamer
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2 \usepackage{beamerthemesplit
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6 \title{Commercial Libre-RISCV SoC
}
7 \author{Luke Kenneth Casson Leighton
}
14 \huge{Designing a Commercial Libre RISC-V SoC
}\\
16 \Large{Ethical Strategic Leveraging of the benefits
}\\
17 \Large{of Libre and Open SW/HW
}\\
18 \Large{for pure unadulterated Commercial gain
}\\
20 \Large{Chennai
9th RISC-V Workshop
}\\
27 \frame{\frametitle{Credits and Acknowledgements
}
30 \item The Designers of RISC-V
\vspace{15pt
}
31 \item The Shakti Group
\vspace{15pt
}
32 \item Prof. G S Madhusudan
\vspace{15pt
}
33 \item Neel Gala
\vspace{15pt
}
34 \item Rishabh Jain
\vspace{15pt
}
39 \frame{\frametitle{Why, How, What?
}
42 \item Why? Because these days it's just not necessary to
43 make
[un
]ethical compromises in order to make a profitable,
44 desirable mass-volume product\\
45 {\it (There's enough companies doing that: where it's got us??)
}
46 \item How? By leveraging the long-establised strategic cost and
47 maintenance benefits of libre-licensed software (and
49 {\it making sure that the people who provide it are
51 \item What? A
2.5ghz RISC-V
64-bit System-on-a-Chip that has
52 a
3D Embedded GPU,
1080p Video decode, and interfaces
53 to make it attractive for use in tablets, netbooks, industrial
54 embedded and more. Under
400 pins, under USD \$
4.\\
55 {\it All sounds obvious... but is it practical and achievable?
}
60 \frame{\frametitle{TODO
}
63 \item TODO
\vspace{8pt
}
68 \frame{\frametitle{Summary
}
78 {\Huge The end
\vspace{20pt
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79 Thank you
\vspace{20pt
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80 Questions?
\vspace{20pt
}
86 \item http://libre-riscv.org/shakti/m
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