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diff --git a/2008/openmoko-bossa2008/notes.txt b/2008/openmoko-bossa2008/notes.txt
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@@ -0,0 +1,57 @@
+Neo1973 GTA01 hardware
+	SC2410 SoC @ 266MHz
+	480x640 LCM, 262k colors
+	128MB SDRAM
+	128MB SLC NAND (512/16k)
+	USB 1.1 device and host (unpowered)
+	A-GPS (without processor)
+	GSM+GPRS chipset (ARM7 based)
+	2 stereo speakers (1.2W)
+	CSR4 based Bluetooth
+
+Free Software stack
+	bootloader: u-boot current git
+	kernel: linux 2.6.20.4
+	xserver: kdrive
+	glibc
+	glib
+	gtk+
+	libmokoui
+	libmokocore
+	libgsmd / gsmd
+
+Development Model
+	We actively contribute our code upstream
+	e.g. kernel goal: make vanilla 2.6.22 kernel have all drivers
+	Our build system is public
+		Everyone can rebuild everything
+			cross-toolchain
+			u-boot / kernel image
+			application/library packages
+		Based on OpenEmbedded (OE)
+
+Hackable Device
+	The device shall be under full user control
+	Everyone should be able to hack it, at any level
+		hardware hacking (i2c, spi, gpio on test pads / connector)
+		system-level hacking (bootloader, OS)
+		UI level hacking
+	Make entry barrier for development as easy as possible
+	bootloader prompt via USB serial emulation
+	Serial console
+	JTAG for the people
+	Provide Debug Board with embedded USB JTAG + serial adapter
+
+Standards compliance
+	We use open/documented/available standards wherever possible
+	Use official USB device firmware upgrade protocol
+	Have charger behave 100% to USB spec (100/500mA)
+	Use GSM chipset that follows GSM 07.07/07.10 closely
+
+Application Processor GSM integration
+	kernel line discipline implementation for GSM 07.10
+	userspace GSM daemon with unix domain socket
+	libgsmd with API for applications
+	lightweight, doesn't have _any_ dependencies aside from glibc
+
+
diff --git a/2008/openmoko-bossa2008/openmoko-tech.mgp b/2008/openmoko-bossa2008/openmoko-tech.mgp
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--- /dev/null
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@@ -0,0 +1,473 @@
+%include "default.mgp"
+%default 1 bgrad
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page
+%nodefault
+%back "blue"
+
+
+%center
+%size 5
+OpenMoko
+Building a truly hackable device
+
+
+%center
+%size 4
+by
+
+Harald Welte <laforge@openmoko.org>
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Introduction
+
+Who is speaking to you?
+
+		an independent Free Software developer, consultant and trainer
+		who is a member of the free software community for 10 years
+		who has worked a lot on the Linux kernel
+		who had originally started OpenEZX for Motorola phones
+		and who's been lead hardware + system software architect for OpenMoko until recently
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+WARNING
+
+While I have been the Lead System Architect for hardware and system level software, throughout the first 16 months of the project,
+
+I have quit working for OpenMoko, Inc. or the FIC group in November 2007.
+
+Thus, I do not officially represent either of these entities!
+
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+What is OpenMoko
+
+The commercial side
+
+	First International Computer, Inc.
+		A large Taiwanese hardware vendor
+		Has a FIC Mobility business unit
+		Hardware R&D and production of Neo1973 GTA01 and GTA02 handsets
+
+
+	OpenMoko, Inc., ("OpenMoko, the Company")
+		Part of First International Computer (FIC) Group
+		Funding the OpenMoko software R&D
+		Responsible for product definitil, sales, marketing, PR, ...
+
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+What is OpenMoko
+
+The community side
+	OpenMoko, the overall Free Software project
+		A FOSS project working on
+			OpenMoko kernel/u-boot patches (hardware support)
+			OpenMoko GNU/Linux distribution
+			OpenMoko UI / framework
+		Funded by OpenMoko, Inc.
+
+	OpenMoko, the embedded GNU/Linux distribution
+		An OE-built embedded GNU/Linux distribution for mobile communications devices
+		Primarily targetted at OpenMoko/FIC handsets
+		Is being ported to other devices by the community
+		Maintained by OE coreteam member employed by OpenMoko, Inc.
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+What is OpenMoko about?
+
+	Open
+		Opening up the formerly-closed mobile world
+		on any achievable level
+
+	Mobile
+		Mobile devices are the future
+
+	Free
+		100% Free Software from driver through UI
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+What is OpenMoko about?
+
+	FIC provides
+		experience in mass production of consumer electronics
+		experience in production of GSM handsets
+		experience in hardware development of GSM handsets
+
+	OpenMoko provides
+		good contacts within the FOSS communities
+		strong technical knowledge on GNU/Linux
+		software development
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Neo1973 GTA01 hardware
+
+Neo1973 GTA01 hardware (07/2007)
+		S3C2410 SoC @ 266MHz
+		2.8" 480x640 LCM, 262k colors
+		128MB SDRAM
+		64MB SLC NAND (512/16k)
+		USB 1.1 device and host (unpowered)
+		A-GPS (without processor)
+		GSM+GPRS chipset (ARM7 based)
+		Wolfson audio codec
+		2 stereo speakers (1.2W)
+		2.5mm headset jack
+		CSR4 based Bluetooth
+		NXP PCF50606 power management unit
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Application Processor
+
+Closer look at Application Processor
+	SC2410 SoC @ 266MHz
+		three UART's
+		133MHz SDRAM interface
+		66MHz external bus
+		Two channels SPI
+		IIS
+		I2C
+		SDIO
+		TFT controller
+		NAND controller
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Neo1973 GTA02 hardware
+
+Neo1973 GTA02 hardware ("soon")
+		S3C2442B SoC @ 400 MHz (500MHz option)
+		2.8" 480x640 LCM, 262k colors
+		128MB SDRAM
+		256MB SLC NAND (2048/128k)
+		USB 1.1 device and host (with power)
+		A-GPS (fully autonomous firmware-based)
+		GSM+GPRS chipset (Ti Calypso, ARM7 based)
+		CSR4 based Bluetooth
+		Atheros AR6k based 802.11b/g WiFi
+		2 3D accelerometers
+		Smedia Glamo 3362 GPU
+		NXP PCF50633 power management unit
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+GTA02: Smedia Glamo GPU
+
+Smedia Glamo 3362 GPU
+		8MB internal SDRAM
+		16bit local bus interface to S3C2410
+		2D acceleration
+		3D acceleration
+		H.263 codec (encode/decode)
+		LCM controller
+		SD-Card controller
+		hardware JPEG encoder/decoder
+		Camera interface and imapge processing (unused)
+
+OpenMoko is writing 100% FOSS drivers (GPL/MIT licensed)
+		kernel driver for core and framebuffer
+		Xglamofb accelerated X server
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+GSM Modem
+
+Closer look at the GSM Modem
+	Ti Calypso/Iota based chipset
+	As proprietary as any other phone
+		runs proprietary nucleus OS
+		runs proprietary GSM stack
+	Supports GSM voice/data/fax and GPRS
+	Tri-Band GSM
+	Very good TS 07.05 / 07.07 / 07.10 compliance
+		eveyone can download the protocol docs from ETSI.org
+		no user/hacker needs access to NDA'd documents
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Free Software stack
+
+Free Software stack
+	bootloader: u-boot current git (post-1.3)
+	kernel: linux 2.6.24 based
+	xserver: kdrive
+	glibc
+	glib
+	gtk+
+	pulseaudio
+	gsmd / libgsmd
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Development Model
+
+Development Model
+	"do embedded GNU/Linux the right way"
+		use and track current mainline code
+		actively contribute our code upstream
+		all code is immediately committed to public svn repository
+		development discussions happen on public mailinglists
+		all code developed by OpenMoko is FOSS licensed
+		everyone can contribute
+		no copyright assignments to OpenMoko
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Build System
+
+	We build
+		an embedded Linux distribution
+		split in ipk packages (just like dpkg/rpm)
+		ipk feeds (just like apt-get/yum)
+
+	We release
+		full source code in svn
+		all patches to all packages
+		the entire build system (built with OE)
+
+	Our build system is public
+		Everyone can rebuild everything
+			cross-toolchain
+			u-boot / kernel image
+			application/library packages
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Hackable Device
+
+Hackable Device
+	Standards compliance wherever possible
+	The device shall be under full user control
+	Everyone should be able to hack it, at any level
+	Make entry barrier for development as easy as possible
+	bootloader prompt via USB serial emulation
+	Serial console
+	JTAG for the people
+	Provide Debug Board with embedded USB JTAG + serial adapter
+
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Standards compliance
+
+Standards compliance
+	We use open/documented/available standards wherever possible
+	Use official USB device firmware upgrade protocol
+	Have charger behave 100% to USB spec (100/500mA)
+	Use GSM chipset that follows GSM 07.07/07.10 closely
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+User control
+
+User control
+	The phone needs to be under control of the user, and the free software he uses
+	Even backdoors or rogue GSM firmware shall not be able to intrude the privacy fo the user
+	So we e.g. put the Audio codec (under explicit control from the Linux-running AP) between microphone/speaker and the GSM modem
+	So we enable the Linux-running AP to cut power of the GSM modem
+	Thus, free software (and thus the user) remains in ultimate control
+
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Hackable at any level
+
+Hardware Hacking
+	we even encourage hardware hacking
+	I2C, SPI, GPIO and IRQ line on documented test pads and connector
+	allows for attachment of new peripherals to the device
+	even the hardware schematics available under FOSS-permissive NDA
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Hackable at any level
+
+System-level hacking (bootloader, OS)
+	entire bootloader from very first instruction FOSS
+	entire kernel including all drivers FOSS
+	JTAG accessible on debug connector
+	serial console on debug connector
+	debug board (USB JTAG adaptor and USB serial converter)
+	un-brickable through emergency boot loader in read-only NOR flash (GTA02)
+	DFU (Device Firmware Upgrade) for full-system re-flash via USB
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Hackable at any level
+
+Userspace and UI level hacking
+	entire userspace world FOSS (libraries, daemons, UI, X driver, ...)
+	FOSS build system and toolchain/SDK enable anyone to build custom softwar packages and/or flash images
+	provide a programming environment as close as possible to the Linux desktop world
+	allow developers to re-use their existing Linux development skills
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+GSM Integration
+
+Application Processor GSM integration
+	kernel line discipline implementation for GSM 07.10
+	userspace GSM daemon with unix domain socket
+	libgsmd with API for applications
+	kernel part intended for mainline submission
+	will support different phones / gsm chipsets
+		Various HTC devices with Linux
+		Motorola EZX phones using OpenEZX
+
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+GSM Integration
+
+But you can't hack the GSM stack
+	yes, that is true.
+	pretty much like you can't hack the firmware of your SCSI or RAID controller, WiFi card, Bluetooth chipset, etc.
+	even the firmware of a good old analogue phone line (voice) modem was not hackable
+	having proprietary firmware on a dedicated peripheral CPU is even acceptable to the FSF!
+	And no doubt, anyone inside OpenMoko would love to ever have a open source GSM stack.  Patches welcome :)
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+GSM Integration
+
+But you can't hack the GSM stack
+	so you get the maximum level of freedom that you can get with any other peripheral device:
+		open source low-level (mux, power mgmt) drivers
+		open source high-level drivers (gsm daemon)
+		openly documented serial protocol (TS 07.05, 07.07, 07.10)
+	asking for more freedom on the GSM side is hypocritical when accepting the very same level with other peripheral devices.
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+GSM Integration
+
+But you can't hack the GSM stack
+	besides that
+		GTA01 has baseband JTAG on test pins
+		OpenMoko does not cryptographically sign GSM firmware images
+		GSM firmware is user-upgradable
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Difference
+
+Difference from other Linux phones
+		'others' discourage third parties from writing apps
+			you need explicit permission? WTF!
+		'others' try to make customers pay for a device that's still under manufacturer / GSM operator control
+		'others' use proprietary kernel modules
+			locks you into some old kernel version
+		'others' use proprietary bootloaders
+		'others' dont give you JTAG/serial access
+		'others' use proprietary UI toolkits
+			vendor lock-in
+		'others' dont give out their build system
+		'others' dont give out their firmware update tools
+
+
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Neo1973 GTA01 Emulator
+
+The Neo1973 GTA01 emulator
+		based on populer qemu project
+		full GTA01 hardware emulation, including
+			NAND controller
+			LCM controller
+			power management unit
+			GSM modem
+			touchscreen controller
+			SD card controller
+			...
+		you can run the exact same bootloader/kernel/rootfs images
+		thus, no need to buy real hardware to start hacking
+		e.g. NetBSD port has been done entirely on emulator!
+		http://wiki.openmoko.org/wiki/OpenMoko_under_QEMU
+
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+How to contribute
+
+
+	First: get hands-on experience 
+		with emulator (free, based on qemu, full GTA01 emulation)
+		with real hardware (GTA01 now, GTA02 soon)
+	follow instructions on the wiki, improve it with your feedback
+	start local user / developer groups
+	go through bugzilla, look for bugs in your favourite components
+		try to reproduce bug with current images
+		provide feedback
+		help by proividing additional debugging information
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+How to contribute
+
+
+	write your own gtk+/e17 applications fit for 480x640 screen size and limited CPU
+		do development on your host pc (native)
+		then cross-compile for OpenMoko
+		then test on emulator or hardware
+		then build and package with OE
+	go through projects.openmoko.org and contact project teams, help them out
+	hang out on mailinglists and #openmoko on freenode.net
+		start sharing your experience with others with your experience
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+%page 
+OpenMoko
+Online Resources
+
+
+		http://www.openmoko.org/
+			portal site, just links everywhere else
+		http://wiki.openmoko.org/
+			everything you (n)ever wanted to know about openmoko ;)
+		http://bugzilla.openmoko.org/
+			documents all known bugs, please add/report and debug!
+		http://lists.openmoko.org/
+			various mailing lists for Q&A and discussions
+		http://planet.openmoko.org/
+			planet aggregating RSS feeds of various blogs
+		irc.freenode.net #openmoko
+			lots of developers hanging out there
+		https://direct.openmoko.com/
+			for buying actual hardware
diff --git a/2008/openmoko-bossa2008/openmoko-tech.pdf b/2008/openmoko-bossa2008/openmoko-tech.pdf
new file mode 100644
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--- /dev/null
+++ b/2008/openmoko-bossa2008/openmoko-tech.pdf