WIN Enterprises MB-60470 User manual

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Quick Setup Installation Guide
Version 1.3
Model: MB-60470
EBX Form-Factor SBC: Low-Power AMD Opteron Processor PCI Express Slot, CompactFlash
Socket, ExpressCard Socket, 4x SATA, and Stackable HyperTransport Connector
[email protected]

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Table of Contents
Chapter 1. General Information…………………………………………………………………….. 2
1.1 Introduction………………………………………………………………………………………… 2
1.2 Precautions……………………………………………………………………………………….. 2
Chapter 2. Layout………………………………………………………………………………………. 4
2.1 Board Layout……………………………………………………………………………………….. 4
2.2………………………………………………………………………………………………………… 5
2.3………………………………………………………………………………………………………… 6
2.4 Connector & Jumper Settings……………………………………………………………………… 7
CN1 Front Panel Connector…………………………………………………………………… 7
CN2 Post-Card Header……………………………………………………………………. 7
CN3 A4 Auxiliary Power……………………………………………………………………. 7
CN4/5 Fan Connector ……………………………………………………………… 8
CN 8 HyperTransport Connector ………………………………………………… 8
CN11 LVDS………………………………………………………………………….. 11
CN12/CN13/CN15/CN16…………………………………………………………… 12
CN22 USB Connector…………………………………………….……………….. 13
CN23 GPIO…………………………………………………………………………… 14
Jumpers: Definitions and Locations………………………………………………. 15
JP1 Flash Recovery………………………………………………………………… 15
JP2 LCD Voltage……………………………………………………………………. 15
JP3 Clear CMOS…………………………………………………………………..…. 15
Appendix A. Switches and Jumpers………………………………………………………… 16
Appendix B: LVDS LCD Voltage……………………………………………………………. 17

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Chapter 1. General Information
1.0 Introduction
The MB-60470, featuring a PCI Express slot and a stackable HyperTransport connector, is a long-life AMD
Opteron-based reference design for the embedded market. With its EBX small form factor and support for
dual-core processors, MB-60470 is ideal for demanding networking, imaging, storage, and gaming
applications, and other intense applications. The AMD reference design is available as a commercial, off-the-
shelf (COTS) controller or as part of a complete embedded platform. It can be customized in OEM quantities.
1.1 Specifications
Core Features
CPU AMD Opteron Processors HE (55W) and EE (30W). Supports Dual Core CPUs.
Chipset nVidia nForce Professional 2200
Memory Up to 8 GB DDR RAM
I/O
Serial Port One Serial Port
USB Supports Four USB Ports, 2.0 Compliant
PCI Express Right-Angle 16-Lane PCI Express Slot
HyperTransport Stackable HyperTransport Connector
ExpressCard Optional: ExpressCard Socket
Networking
Ethernet Two 10/100/1000 Gigabit Ethernet Ports
Storage
SATA Four SATA II Interfaces
Flash Storage One 50-pin CompactFlash Socket
Audio / Video
Audio Onboard Audio: AC-97 Codec ALC850
Video Onboard SMI VGA Controller
Mechanical & Environmental
Electrical Power Input: ATX Power Supply
Mechanical Board Size: ETX Form Factor: 5.75" x 8.00" (146 mm x 203 mm)
Environmental Operating Temperature: 32 to 122° F (0 to 50° C)
Additional Support
Software Drivers Windows 95, 98, 2000, NT, XP, NT Embedded, XP Embedded, and 64-bit Windows XP
Professional x64. Several Linux distributions are also supported, including 64-bit Debian
Linux.
Customization WIN Enterprises offers several customization options for all standard products. The core
module of this design can serve as the basis for a new design to meet your specific
requirements and speed your time-to-market. WIN offers full design, manufacturing,

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fulfillment, and support services to ensure the success of all product launches and product
lifecycles.
Ordering Information
MB-60470 WIN EBX Form Factor Controller: AMD Opteron processor with nVidia chipset
CO-01030-1 Heatsink and fan for CPU and Chipset cooling
Please make sure the following items have been included in the package before installation:
MB-60470 Low Power Embedded SBC
Drivers CD
If parts are missing or damaged, please contact your distributor or sales representatives immediately. Save the
shipping materials and carton in the event that you want to ship or store the board in the future. After you
unpack the board, inspect it to assure an intact shipment. Do not apply power to the board if it appears to have
been damaged.
Leave the board in its original packing until you are ready to install
1.2 Precautions
Please make sure you properly ground yourself before handling the MB-60470 board or other system
components. Electrostatic discharge can be easily damage the MB-60470 board.
Do not remove the anti-static packing until you are ready to install the MB-60470 board. Ground yourself
before removing any system component from it protective anti-static packaging. To ground yourself, grasp the
expansion slot covers or other unpainted parts of the computer chassis.
Handle the MB-60470 board by its edges and avoid touching its components.

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Chapter 2: Layout
2.1 Board Layout

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2.2 Connectors Location

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2.3 Location of Connectors / Jumpers and Definitions
Connector Define Connector Define
CN1 Front Panel CN14 Video + Comport
CN2 Post-Card Header CN15 SATA Connector
CN3 P4 Auxiliary Power Connector CN16 SATA Connector
CN4 Fan Connector CN17 Battery Header
CN5 Fan Connector CN18 ATX Power Connector
CN6 Audio CN19 AMD Hardware bug
Connector
CN7 LAN/USB CN20 Card Express
CN8 Hypertransport Connector CN21 SMBUS Data Connector*
CN9 CompactFlash Socket CN22 USB Connector
CN10 LAN/USB 2 CN23 GPIO Connector
CN11 LVDS Connector JP1 Flash Recovery
CN12 SATA Connector JP2 LCD Voltage
CN13 SATA Connector JP3 Clear CMOS
* SMBUS data connector has been removed from the latest revision of the board

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2.4 Connector Settings

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CN4/5: FAN Connector
CN 8: HyperTransport Connector

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Assignment PIN Assignment
1 3.3V 2 3.3V
3 3.3V 4 3.3V
5 3.3V 6 3.3V
7 TDI 8 HT_REFCLK100
9 USERA0/A0’ 10 TMS
11 USERB0/B0’ 12 USERC/C0
13 USERD0/D0’ 14 SMBCLK
15 USERE0/E0’ 16 SMBDAT
17 TRST 18 GND
19 TCK 20 HT_TX_CADp0
21 GND 22 HT_TX_CADn0
23 HT_TX_CADp8 24 GND
25 HT_TX_CADn8 26 HT_TX_CADp1
27 GND 28 HT_TX_CADn1
29 HT_TX_CADp9 30 GND
31 HT_TX_CADn9 32 HT_TX_CADp2
33 GND 34 HT_TX_CADn2
35 HT_TX_CADp10 36 GND
37 HT_TX_CADn10 38 HT_TX_CADp3
39 GND 40 HT_TX_CADn3
41 HT_TX_CADp11 42 GND
43 HT_TX_CADn11 44 HT_TX_CLK0p
45 GND 46 HT_TX_CLK0n
47 HT_TX_CLK1p 48 GND
49 HT_TX_CLK1n 50 GND
51 GND 52 HT_TX_CADp4
53 HT_TX_CADp12 54 HT_TX_CADn4
55 HT_TX_CADn12 56 GND
57 GND 58 HT_TX_CADp5
59 HT_TX_CADp13 60 HT_TX_CADn5
61 HT_TX_CADn13 62 GND
63 GND 64 HT_TX_CADp6
65 HT_TX_CADp14 66 HT_TX_CADn6
67 HT_TX_CADn14 68 GND
69 GND 70 HT_TX_CADp7
71 HT_TX_CADp15 72 HT_TX_CADn7
73 HT_TX_CADn15 74 GND
75 GND 76 HT_TXCTL0p
77 USER_TCTL1p 78 HT_TXCTL0n
79 USER_TCTL1n 80 GND
81 GND 82 USER_RCTL1n
83 HT_RX_CTL0n 84 USER_RCTL1p
85 HT_RX_CTL0p 86 GND
87 GND 88 HT_RX_CADn15
89 HT_RX_CADn7 90 HT_RX_CADp15
91 HT_RX_CADp7 92 GND
93 GND 94 HT_RX_CADn14

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95 HT_RX_CADn6 96 HT_RX_CADp14
97 HT_RX_CADp6 98 GND
99 GND 100 HT_RX_CADn13
101 HT_RX_CADn5 102 HT_RX_CADp13
103 HT_RX_CADp5 104 GND
105 GND 106 HT_RX_CADn12
107 HT_RX_CADn4 108 HT_RX_CADp12
109 HT_RX_CADp4 110 GND
111 GND 112 HT_RX_CLK1n
113 GND 114 HT_RX_CLK1p
115 HT_RX_CLK0n 116 GND
117 HT_RX_CLK0p 118 HT_RX_CADn11
119 GND 120 HT_RX_CADp11
121 HT_RX_CADn3 122 GND
123 HT_RX_CADp3 124 HT_RX_CADn10
125 GND 126 HT_RX_CADp10
127 HT_RX_CADn2 128 GND
129 HT_RX_CADp2 130 HT_RX_CADn9
131 GND 132 HT_RX_CADp9
133 HT_RX_CADn1 134 GND
135 HT_RX_CADp1 136 HT_RX_CADn8
137 GND 138 HT_RX_CADp8
139 HT_RX_CADn0 140 GND
141 HT_RX_CADp0 142 GND
143 GND 144 LDT_STOP#
145 LDT_REQ# 146 PWROK
147 RESET# 148 USERE1/E1’
149 USERC1/C1’ 150 USERD1/D1’
151 SystemReset# 152 USERB1/B1’
153 HT_REFCLK100I 154 USERA1/A1’
155 3.3V 156 TDO
157 3.3V 158 3.3V
159 3.3V 160 3.3V

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CN11: LVDS Connector
Pin Define Pin Define
1 VDDLVDS 2 VDDLVDS
3 Ground 4 Ground
5 TxOUT0- 6 TxOUT0+
7 Ground 8 TxOUT1-
9 TxOUT1+ 10 Ground
11 TxOUT2- 12 TxOUT2+
13 Ground 14 TxCLKOUT-
15 TxCLKOUT+ 16 Ground
17 TxOUT3- 18 TxOUT3+
19 Ground 20 Ground

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CN12/CN13/CN15/CN16: SATA Connector
CN 18: ATX Power Connector

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CN 22: USB Connector
Pin Assignment Pin Assignment
1 +5V 2 +5V
3 Data- 4 Data-
5 Data+ 6 Data+
7 Ground 8 Ground
10 Ground
CN 23: GPIO Connector Pin Assignment Pin Assignment
1 +5V 2 SIO_GPI1
3 SIO_GPO1 4 SIO_GPI2
5 SIO_GPO2 6 SIO_GPI3
7 SIO_GPO3 8 SIO_GPI4
9 SIO_GPO4 10 Ground

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2.5 Jumpers: Definitions & Settings
JP1: Flash recovery (Blue jumper: ON by defaults)
JP2: LCD voltage (Red jumper)
1-2: 3.3V (Default) 2-3: 5V
See Appendix B
JP3: Clear CMOS (Red jumper)
1-2: Clear CMOS 2-3: Hold Data (Default)

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Appendix A Switches and Jumpers
SW1
1 2 3 4
ON ON 640x480
OFF ON 800x600
ON OFF 1024x768
OFF OFF 1280x1024
OFF ON 12bit TFT
ON OFF 18bit TFT
OFF OFF 24bit TFT

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Appendix B
LVDS LCD Voltage
[email protected]