MIO-2260 Sales kit MI/O Extension-Ultra PICO-ITX SBC (Intel ATOM N455)

1. MIO-2260 Sales kit MI/O Extension-Ultra PICO-ITX SBC (Intel ATOM N455) ESBC PM Victor Huang Embedded Single Broad Computers July, 21, 2011

2. MI/O-Ultra (Pico-ITX) Introduction 100*72mm • Portable Device • Small HMI/PPC • Embedded Instrument • In-veical • Ultra Small Size (100x72mm) • Ultra Low Power (<8W) • Competitive price with simple I/O • Flexibility from M/O Extension • Easy for System Integration • 20% size reduction of PC/104

3. MI/O Extension-Ultra (PICO-ITX) • Easy system integration • Ultra small from factor w/ 100x72mm size • Heat-generated parts on TOP • Rear IO and connector on BOT • Unified rear IO with less cabling • Optional heat spreader • Flexibility from MIOe extension • Secure core knowledge on MIOe modules • MIOe extension design guide for reference • unified multiple interfaces • Future mainstream interfaces • Power comes from PICO instead of MIOe, • Less design effort, Heat-generated parts on TOP Easy to make thermal solution Right angle connector Easy system integration and cabling Install Heat Spreader conduct heat to chassis cover for better thermal solution • Install MIOe module • Flexibility and unified multiple interfaces Heat Spreader RAM Module Heat-generated parts Right angle connector Unified rear IO MIOe extension

4. Marketing Position Ultra small SBC for portable device, small HMI,and embedded measurement Computer-on-module Like Customer’s fixed system and IO, easy for upgrade and maintenance Core technology could be kept on customized IO boards Less Power design on Customer’s carrier board Reduce cost and development time.

5. Comparison with other SBCs

6. MIO-2260 Compelling Features Intel® Atom N455 PICO-ITX SBC with 18-bit LVDS/ VGA 1 LAN/Half-size Mini-PCIe/ 2COM/ 1 SATA/ 2 USB2.0/ 1 CF /MIOe • Intel Atom N4551.66G Single Core (Fanless) • Low Power Consumption (TDP 9W) • Ultra small form factor w/ 100x72mm size Intel Gen 3.5 DX9, MPEG2 HW Decode Dual Independent display: 18-bit LVDS, VGA 12V DC Power input ,Support DC power hot plug 15KV Air ESD protection COM port design 1GbE-Intel LAN/ HD Audio 2 COM/ 2 USB2.0/ 1 SATA/ 8-bit GPIO/ SMBUS/I2C/ CF MIOe Extension/ Half-size mini-PCIe Support SUSI Access Supports Embedded Software API and Utility WinCE, XP, XPE, Win7,WES7,QNX,Vxwork Support 2017/Q3 Longevity

7. Board Layout-Top Power button/HDD LED/ Power LED Audio (Line in, Line out) 18-bit LVDS 2x RS-232 DDR3 SO-DIMM Socket

8. Board Layout-Bottom VGA 2xUSB2.0 12V DC input 1 GbE LAN SATA CF MIOe (SMbus,3 x USB2.0, 4 x PCIe, line-out, LPC, 5Vsb/12Vsb power) Half size Mini-PCIe LCD Power / Auto Power on GPIO Inverter Smbus/I2C

9. MIO-2260 spec

10. MIO-2260 block diagram

11. MIO-2260 MIOe supported interface Considering most demands from customer and future chipset trends (~2013Y new platforms)

12. MIO-2260 Advanced Technology • Intel Atom N455 Global Power Management • Power reduction • N455: C0-C4 Power States with Enhanced C-states support, TDP of N455 kit is 9 Watts • Power reduction when the processor is executing • Throttling when processor is overheating • Hyper Threading- Targeted to deliver higher performance and control logic saving power • DDR3 Memory Support • Support main stream DDR3 memory technology, popular in market and lower power consumption. • Price is competitive in the near future. • Intel® Integrated Graphics • DirectX 9.0c Support: • Generation 3.5 graphics • MPEG2 Decode in HW • DC Power Hot Plug Protection Design • Good to protect board in case direct power in and damage the board and system. • COM Port 15KV ESD Protection Design

13. Design for Ruggedize Solution--- Advantech MIO-2260 • MIO-2260 is designed with 100% Solid Capacitors (固態電容) • Higher tolerance for high frequencies & high temperature • With better MTBF compared with Electrolytic Capacitors • No more exploding capacitors • More reliable solution if using Solid capacitors than Electrolytic capacitors • High ESD Protection for RS-232 I/O Pins to ±15kV • IEC61000-4-2 Air Gap Discharge: ±15kV • IEC61000-4-2 Contact Discharge : ±8kV • Human Body Model: ±15 kV • Rugged Design on Selected Components • Wide temperature design and test criteria: Power/ Clock generator/ Sequence • PCB Type: TG-150 as PCB type, much reliable in high temperature environments.

14. Reliable Power Design • The power tolerance range is 12V +/-10% • MIO-2260 is designed with Power Hot Plug protection IC design • To avoid pulse current to damage the board when plug in-out DC power directly MIO-2260 DC Power adapter

15. Order Information Packing List

16. Coast Line (Rear IO)

17. OS Support List • Full Compatibility Test • Windows XP Pro • WinXPE • Win7/WES7 • WES7 • OS Installation Only • Win CE 6.0 • Linux Ubuntu 10.04 • QNX 6.5 • Vxwork 6.8 • * Due to limited drivers supplied by chipset vendors, we are unable to conduct full validating of the functionality and compatibility. Only OS installation and limited I/O functionality are validated.

18. Target Applications HMI (Human Machine Interface) Ultra Low Power Demand Home Automation General Purpose POS/ KIOSK Portable Device Machine Automation Medical Measurement Instrument

19. MI/O Extension Roadmap – Ultra Series MIOe Fanless MIO 3.0 AMD G-Series Refresh SO-DIMM DDR3 1COM/ Cfast/ SATA 24-bit LVDS, CRT, Mini-PCIe Intel CedarviewM SO-DIMM DDR3 2COM/4USB/ Cfast/ SATA 24-bit LVDS, CRT, Mini-PCIe • DM&P Vortex86DX2 1.0GHz • On board DDR2 1GB • 4x USB 2.0, 2x10/100 LAN • Mini-PCIe interface • 24bit LVDS/ CRT Intel Atom N455 DDR3 SO-DIMM 667 2 USB / 2COM / AUDIO CF / SATA 18-bit LVDS, CRT, Mini-PCIe Sep‘11 Q2‘12 Q3‘12 Q2‘12 MIOe MIOe MIO-2270 MIO-2220 MIO-2261 MIO-2260 Entry Under 5W Performance 8W~ Value MIOe Developing Planning Available Page 19 Page 19

20. PICO-ITX Competitor Comparison

21. Performance benchmark (CPU Arithmetic Benchmark-ALU,FPU) +4% +28% Base on Sandra 2008 test utility with 1GB Memory

22. Performance benchmark (Procesor MultiMedia - integer, Float Point) +4.5% +29% Base on Sandra 2008 test utility with 1GB Memory

23. SUSIAccess-Smart Access To Embedded Devices

24. Integrated Device Monitoring, Configuration & System Recovery 1 Device Monitoring 2 Remote Configuration 3 System Recovery

25. Core Features • Centralized Device Monitoring • Collects all embedded device data • Displays data in a customized dashboard • Auto notifies errors via warning popups and e-mail alerts • Integrated Remote Configuration • Remotely adjust embedded device settings • Transfer files to a remote device for firmware or application updates • Remote diagnostics via screen captures, hardware log analysis, and windows XP event log files • One-Click System Recovery • Back-up complete system and files any time • Restore a system • Smart back-up saves images to offsite FTP

26. Centralized Device Monitoring • On CPU/SYS Temp, Fan Speed, Voltage & Modules

27. Integrated Remote Configuration • For Power On/Off, Display, Volume & File Transfer

28. Intelligent Software API

29. MIO-2260 Software APIs and Utility support • Note: • eSOS is supported by request • SUSI Software API are ready to provide on WinXP,WinXPE,WES7. other OS are supported by request.

30. Benefits to Customers Faster Time to Market SUSI’s unified API helps developers write applications to control the hardware without knowing the hardware specs of the chipsets and driver architecture. Reduces Project development Effort When customers want to connect their own devices to the onboard bus, they can either write the driver & API from scratch, or they can use SUSI to start the integration saving a huge amount of effort. Developers can reference the sample programs on the CD to see and learn more about the software development environment. Enhances Hardware Platform Reliability SUSI provides a set of trusted API which combines chipset and library function support; controlling application development through SUSI enhances reliability. Flexible Upgrade Possibilities SUSI supports an easy upgrade solution for customers. Customers just need to install the new version SUSI that supports the new functions.

31. General Purpose Input/Output is a flexible parallel interface that allows a variety of custom connections. allows users to monitor the level of signal input or set the output status to switch on/off the device. Our API also provide Programmable GPIO, allows developers to dynamically set the GPIO input or output status SMBus is the System Management Bus defined by Intel® Corporation in 1995. It is used in personal computers and servers for low-speed system management communications. The SMBus API allows a developer to interface a embedded system environment and transfer serial messages using the SMBus protocols, allowing multiple simultaneous device control.

32. A watchdog timer (WDT) is a device that performs a specific operation after a certain period of time if something goes wrong and the system does not recover on its own. A watchdog timer can be programmed to perform a warm boot (restarting the system) after a certain number of seconds. The Hardware Monitor (HWM) API is a system health supervision API that inspects certain condition indexes, such as fan speed, temperature and voltage.

33. The Brightness Control API allows a developer to interface Embedded device to easily control brightness. The Backlight API allows a developer to control the backlight (screen) on/off in Embedded Device.

34. Make use of Intel SpeedStep technology to save the power consumption. The system will automatically adjust the CPU Speed depend on the system loading. Refers to a series of methods for reducing power consumption in computers by lowering the clock frequency. These API allow user to lower the clock from 87.5% to 12.5%.

35. Successful Stories

36. Programmable GPIO APIs Dynamic set the GPIO pin to input or output status Case Study) Required: Need a special design Keypad. API help to modify the GPIO from 4-in, 4-out to 5 in, 3 out immediately. Customize Keypad

37. Hardware Monitor APIs HardWare Monitor (HWM) API is a system health supervision API that inspects certain condition indexes, such as fan speed, temperature and voltage. Case Study Required: Need to monitor the temp and voltage API help to provide APIs, customer integrate it into their application, to set alarm value and responding action.

38. Brightness APIs Use new API and a Light Sensor IC, customer can have Auto-Brightness utility to auto adjust the brightness Case Study Required: LCD auto-brightness API help to provide this API and a service utility to auto-detect the environment lux

39. Power Saving API The utility utilize the CPU SpeedStep and System Throttling technology Easy for power setting Case Study 1. Select Power Scheme 2. Set Power Events 3. Set System Action Schedule 1 2 3

40. Software Utility

41. Software Utilities

42. BIOS Flash: BIOS Flash, Update and Backup Utility A GUI Utility: Update/Backup BIOS API: Update/Backup BIOS Customer can call the API to integrate the flash function into their application

43. Embedded Security ID: Secure your valuable Application Stop No Stop No Stop No Application START Board ID Yes Vendor ID MIO-2260 Yes Customer ID Yes Run

44. S/W Superiority – Protect application not to be copied Security ID located in a read-protect and write-protect NAND Flash hidden area Check Security ID with SQFlash API SQFlash SQFlash Security ID Product Key Customized ID

45. S/W Superiority – Lock SQFlash with Platform Lock SQFlash with corresponding platform Lock with one or multi-platforms Unlock by BIOS with password protected Remove • A locked SQFlash cannot be read by card reader or other platforms without unlock process

46. S/W Superiority – Monitor SQFlash remain life Monitor SQFlash health by utility or API Early-warning mechanism can be performed

47. Monitoring Utility Provides real-time temperature, fan and voltage monitoring, Watch Dog timer and custom alarm settings.

48. eSOS: Rescue your system

49. Thank YouContact product manager for any further information Victor.Huang@advantech.com.tw