WIN Enterprises MB-64000 User manual

WIN Enterprises © 2009 1
USER MANUAL
Version 0.1
MB-64000
Gaming board with onboard VIA NANO/Eden ULV Processor with Dual
VGA, NVRAM, ccTalk and Gaming I/O
www.win-ent.com

WIN Enterprises © 2009 2
Table of Contents
Chapter 1. General Information.............................................................................3
1.1 Introduction .........................................................................................................3
1.2 Specifications ......................................................................................................5
1.3 Precautions..........................................................................................................7
1.4 Board Layout .......................................................................................................7
1.5 Board Dimensions...............................................................................................8
Chapter 2. Connector and Jumper Settings.........................................................9

WIN Enterprises © 2009 3
Chapter 1. General Information
1.1 Introduction
WIN Enterprises, a leading manufacturer of x86 computing platforms, announces
the MB-64000, a compact JAMMA gaming control board that is able to support a
broad range of applications. MB-64000 comes equipped with a choice VIA Eden
processors for entry-level to high performance gaming and vending
needs. Onboard processor choices include the VIA® NANO 1.6GHz, Eden™ ULV
1.0 GHz and Eden ULV 500MHz processor. Both Eden ULV 1.0GHz and 500MHz
can run fanlessly.
The MB-64000 is equipped with an authentication chip onboard. This feature
enables customers to create and maintain an electronic security key for their
software program. The battery-powered intrusion detection is an optional function
that alerts the customer when the door lock, switch, coin box, bill counter, or
program of the gaming machine is tampered with, even when the power is
unplugged.
The board features an FPGA and an Application Programming Interface (API) that
can be programmed to directly handle I/O functions. This enables the CPU to be
offloaded of I/O functions, thereby reducing or eliminating processing interrupts and
providing better system throughput (i.e., better response for the game user). The
FPGA also provides other functions like intrusion detection, NVRAM, and random
number generation.
Features
zChoice of onboard VIA ULV processors, 500MHz, 1.0GHz, and 1.6GHz
zUniChromePro & MPEG-2 acceleration for 2D/multimedia applications
zOne DDR2 DIMM FSB 400/533MHz with support up to 2GB; NVRAM
32KB/128KB/512KB; and 256MB NANDrive optional up to 4GB
zDriver, API, and sample code for FPGA control of I/O are available
zOptional onboard authentication chip for custom individual security
zJAMMA 56-pin and Fruit (Slot) Machine 20-pin + 72-pin golden finger gaming
I/O interface
zOptional battery-powered intrusion detection

WIN Enterprises © 2009 4
Software
As a general member of Microsoft Windows Embedded Partner program, we are
fully supported by Microsoft to provide the low-cost embedded OS – Windows CE to
customers. WIN Enterprises can support drivers, APIs for our customers according
to their applications to provide control of the gaming I/O, Ethernet, AC97 audio,
RS-232 / ccTalk COM port, intrusion detection, and other features. Sample code can
also be provided to assist customers with the rapid development of their software.

WIN Enterprises © 2009 5
1.2 Specifications
■
■
System
CPU VIA Nano 1.6GHz, 800MHz FSB
VIA Eden ULV 500MHz, 400MHz FSB
VIA Eden ULV 1GHz, 400MHz FSB
BIOS AMI® 4Mb Flash ROM
Chipset North Bridge: VIA CN700;
South Bridge: VIA VT8237R+
System Memory DDR2 400/533 DIMM, up to 2GB
Watchdog Timer Programmable watchdog timer, time-out value up to 255 sec
■
■
Display
Graphic Chipset Integrated UniChromeTM Pro graphics
MPEG2 video decoding
Share memory size from 8MB and up to 64MB
Video Interface Primary – VGA; support CRT resolution in 1600 X 1200 (UXGA)
Secondly – VGA
Support independent dual display resolution up to 1024 X 768
■
■
Audio
Audio Chipset AC 97
Power Amplify Onboard 6W x2 Stereo Power Amplifier
Audio Interface 2x amplified speaker out through golden fingers
■
■N
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LAN 1x RJ45 for 10/100Base-TX Ethernet
■
■
Storage
Solid State Disk One CF type II slot
Onboard 256MB NANDrive; optional expend to 4GB
Hard Disk Drive One 44-pin PATAconnector for DOM (PATAor CF jumper
selectable)
Two SATA connectors
■
■
Security
Security Processor built-in security engine support AES, RNG and Security
Hash
Authenticate chip for individual security
TPM 1.2
FPGA
■
■Gaming
Boot ROM Optional 2MB Flash ROM onboard

WIN Enterprises © 2009 6
NVRAM Battery backup 32KB/128KB/512KB CMOS SRAM
Optional change to battery-less FRAM
Timers 4x programmable timer with timeout interrupt
Intrusion
Detection Optional module with
- 6x Intrusion detection inputs
- Logs date/time of last 32 events
- Events include door status, system resets/brownouts
I2C Pin header
Gaming I/O FPGA controlled photo-coupler isolated inputs and 350mA
open-collector driver outputs through
- 20-pin + 72-pin fruit machine golden finger
- 56-pin JAMMA standard golden finger
■
■
I/O Connectors
I/O Connectors 2 x RS-232 D-SUB 9
2 x ccTalk pin header
2 x USB 2.0
4 x USB 2.0 pin header
1 x PS2 KB/MS pin header
■
■
Power Supply
Power input Through JAMMA and fruit machine golden finger
Power
consumption Max: DC+12V/3A, DC+5V/4A required only for the board;
Power for Gaming I/O and peripherals excluded
■
■
Software
Operating
System Microsoft Windows CE 6.0
Microsoft Windows XPe or Linux on request
API Gaming I/O API and sample code for
- Microsoft Windows CE 6.0 included
- Microsoft Windows XPe or Linux on request
■
■
Mechanical and Environment
Environmental Operating Temperature: 0~60 ºC
Storage Temperature: -20~80 ºC
Humidity: 10~85% non-condensing
Approval FCC/CE ClassA
RoHS, WEEE
Dimension 170 x 200mm (6.69” L x 7.87” W)
■
■
Optional
Optional List 1.Intrusion detection module
2.I2C module pin header
3.2MB bootable Flash ROM
4.Battery-less FRAM
5.Microsoft Windows XPe license with API and sample code

WIN Enterprises © 2009 7
1.3 Precautions
Ensure that you properly ground yourself before handling the MB-64000 board or
other system components. Electrostatic discharge can be easily damage the
MB-64000 board.
Do not remove the anti-static packing until you are ready to install the MB-64000
board.
Ground yourself before removing any system component from its protective
anti-static packaging. To ground yourself, grasp the expansion slot covers or other
unpainted parts of the computer chassis.
Handle the MB-64000 board by its edges and avoid touching its components.
1.4 Board Layout

WIN Enterprises © 2009 8
1.5 Board Dimensions
Board Dimensions (mm) -- Component Side

WIN Enterprises © 2009 9
Chapter 2. Connector and Jumper Settings
Board Connectors
Connectors List
Connector Description Connector Description
CF1 CF card socket CN1 VGA PORT
CN2 - CN3 COM1/2 PORT
CN4 LAN+USB1/2 PORT CN5 USB3/4 Pin Header
CN6 CCTALK Connector CN7 Test Pin Header
CN8 PS2 KB/ MS Pin Header CN9 USB5/6 Pin Header
CN10 CPU FAN Connector CN11 Battery Connector for SRAM
CN12 72-pin Golden Finger CN13 SATA Connector

WIN Enterprises © 2009 10
CN14 SATA Connector CN15 Test Pin Header
CN17 JAMMA Golden Finger CN16 20-pin Golden Finger
JP2 Test Pin Header JP1 Clear CMOS
JP5 RESET JP4 2-3(100MHz)/1-2(133MHz)
JP8 Speaker Left JP7 NANDrive(Master/Slave)
JP10 CF(Master/Slave) JP9 Speaker Right
Connectors/Jumper Settings
CN3:COM1 and COM2 Jack
Pin Signal Pin Signal
A1 DCD B1 DCD
A2 RXD B2 RXD
A3 TXD B3 TXD
A4 DTR B4 DTR
A5 Ground B5 Ground
A6 DSR B6 DSR
A7 RTS B7 RTS
A8 CTS B8 CTS
A9 R1 B9 R1
CN5 & CN9: USB pin header
Pin Define Pin Define
1 +5V 2 +5V
3 P0DATA- 4 P1DATA-
5 P0DATA+ 6 P1DATA+

WIN Enterprises © 2009 11
7 GND 8 GND
9 Reserved 10 GND
CN6: CCTALK Connector
1
2
3
4
5
6
Pin Define Pin Define
1 +12V 2 +12V
3 CCTALK1 4 CCTALK2
5 GND 6 GND
CN8: PS/2 KB/MS Connector
Pin Define Pin Define
1 KCLK 2 MCLK
3 KDAT 4 MDAT
5 Reserved 6 Not used
7 GND 8 GND
9 +5V 10 +5V
PW1:IDE Power Connector
Pin Define Pin Define
1 +12V 2 Ground
3 Ground 4 +5V

WIN Enterprises © 2009 12
Power and Gaming I/O connector
Note: The following Golden Finger pin-definition tables refer to the HRS
CR7 Edge Connector pictured below.
Pin Assignment of Power Connectors
CN16:20 PINs Golden Finger (HRS CR7E-20)
20-pin G. Finger (HRS CR7E-20)
CN16
Solder Side Component Side
Pin # Signal Pin # Signal
A GND 1 GND
B GND 2 GND
C n.c. 3 n.c.
D n.c. 4 OUT26
E +12V 5 +12V
F +12V 6 +12V
H +5V 7 +5V
J +5V 8 +5V
K GND 9 GND
L GND 10 GND

WIN Enterprises © 2009 13
Pin Assignment of Gaming Connectors
CN12: 72-pin Golden Finger Pin Definition (HRS CR7E-72)
72-pin Golden Finger (HRS CR7E-72)
CN12
Solder Side Component Side
Pin # Signal Pin # Signal
A GND 1 GND
B GND 2 GND
C OUT11 3 OUT5
D OUT10 4 OUT4
E OUT9 5 OUT3
F OUT8 6 OUT2
H OUT7 7 OUT1
J OUT6 8 OUT0
K OUT15 9 OUT21
L OUT14 10 OUT20
M OUT13 11 OUT19
N OUT23 12 OUT18
P OUT22 13 OUT17
R OUT12 14 OUT16
S DOOR5 15 GND
T IN12 16 IN13
U IN20 17 IN19
V IN22 18 IN23
W IN11 19 IN21
X n.c. 20 DOOR0
Y IN15 21 IN10
Z IN14 22 IN18
a n.c. 23 n.c.
b OUT25 24 IN9
c OUT24 25 IN8
d IN17 26 IN7
e IN16 27 IN6
f DOOR4 28 IN5
h DOOR3 29 IN4
j DOOR2 30 IN3
k DOOR1 31 IN2
l SPKR_R 32 IN1

WIN Enterprises © 2009 14
m SPKR_COM 33 IN0
n SPKR_COM 34 SPKR_L
p n.c. 35 n.c.
r n.c. 36 n.c.

WIN Enterprises © 2009 15
CN17: JAMMA 56-Pin Golden Finger (HRS CR7E-56)
56-pin Golden Finger (HRS CR7E-56)
CN17
Solder Side Component Side
Pin # Signal Pin # Signal
A GND 1 GND
B GND 2 GND
C +5V 3 +5V
D +5V 4 +5V
E +12V 5 +12V
F +12V 6 +12V
H n.c. 7 n.c.
J OUT17 8 OUT19
K OUT21 9 OUT20
L SPKR_COM 10 SPKR_L
M SPKR_COM 11 SPKR_R
N n.c. 12 n.c.
P n.c. 13 n.c.
R IN19 14 n.c.
S IN20 15 IN18
T IN22 16 IN21
U IN8 17 IN0
V IN9 18 IN1
W IN10 19 IN2
X IN11 20 IN3
Y IN12 21 IN4
Z IN13 22 IN5
a IN14 23 IN6
b IN15 24 IN7
c OUT27 25 OUT26
d OUT28 26 IN24
e GND 27 GND
f GND 28 GND

WIN Enterprises © 2009 16
JP1:ClearCMOS
Pin Setting
1-2 Normal
(Default)
2-3 Clear CMOS
JP3: Bypass Select
Pin Setting
1-2 Bypass Enable
2-3 Bypass Disable
JP4:CLKPin Setting
1-2 133 MHz
2-3 100 MHz
(Default)
JP5: System Rest
Pin Setting
OPEN (Default)
CLOSE Rest

WIN Enterprises © 2009 17
JP7: NANDrive Select
Pin Setting
OPEN SLAVE
CLOSE MASTER
(Default)
JP8: SPEAK Left Pin Header
1 2
Pin Define
1 SPEAL_L
2 GNDAUD
JP9: SPEAK Right Pin Header
1 2
Pin Define
1 SPEAL_R
2 GNDAUD
JP10: CF Select
Pin Setting
OPEN SLAVE
(Default)
CLOSE MASTER
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