Revision: 1.0 1 Revision Description Date 1.0 Release 2009/12/29 ACE-Mini System Guide
Revision: 1.0 10 (3)System Configuration 1 3 2 4 121314151617115 7 6 8 9 10
Revision: 1.0 100 4.1 Structure of Acrosser Intelligent Reel Controller Application stack up AIRP APIAIRP DriverAGC / REEL ControlMotor Driver
Revision: 1.0 101 4.2 AR-B2009 LAYOUT Topside Bottom side (top view) Name Function Description 1 MOTOR_EXT1 Motor Power Input Connector
Revision: 1.0 102 4.3 CONNECTOR S SETTING 1. Motor Power Input Connector(MOTOR_EXT1) 2. Lamp Power Input Connector(LAMP_EXT1) PIN Description 1
Revision: 1.0 103 4. AGC REEL Connector(CN1) Pin Pin Name Function Describe AGC PortPin Pin Name Function Describe AGC Port 1 MDAP Motor Driver
Revision: 1.0 104 Table 4.3.1: . Reel Motor Connector Pin Assignment(REEL2) PIN Name Function Description No Pin Type PIN Name Function Descript
Revision: 1.0 105 Reel Motor Connector Pin Assignment(REEL3) PIN Name Function Description No Pin Type PIN Name Function Description No Pin T
Revision: 1.0 106 Reel Motor Connector Pin Assignment(REEL4) PIN Name Function Description No Pin Type PIN Name Function Description No Pin T
Revision: 1.0 107 4.4 REEL Control Step Notes 1. REEL Type
Revision: 1.0 108 2. HCO-AEP: High Current Driver with Anti- protect 3. HCO: High Current Driver
Revision: 1.0 109 4. DI: Digital input
Revision: 1.0 11 Item Description Quantity1 TOP COVER 1 2 AR-B2009(ACE-MINI5495R TYPE) 1 3 FAN 1 4 BOTTOM BASE 1 5 HDD BRACKET 1 6 AR-B5495(A
Revision: 1.0 12 2 Procedures of Assembly/Disassembly 2.1 Installing the power cable hook 1. Please take out the hook that attached from packin
Revision: 1.0 13 3. Make sure the hook has been installed firmly.
Revision: 1.0 14
Revision: 1.0 15 2.2 Installing the 2.5” Hard Disk Driver (HDD) 1. Unfasten three screws to take off the top cover. 2. Open the top cover f
Revision: 1.0 16 3. Before take off the top cover, please notice to keep away from the ACE-B2019 golden finger. 4. If the system has a ree
Revision: 1.0 17 5. Release the HDD bracket via unscrewing four screws. 6. Find the HDD screws (M3*5L) from packing packet.
Revision: 1.0 18 7. Assemble the HDD in HDD bracket with four screws.(Notice the HDD direction) 8. Connect the SATA cable & power cab
Revision: 1.0 19 9. Fix the HDD module via four screws. 10. Align the position to place the top cover back.
Revision: 1.0 2 Contents 1 Introduction to ACE-MINI ...4 1.1 Specifications...
Revision: 1.0 20 11. Push the top cover into the bottom case following the direction below. 12. Close the top cover.
Revision: 1.0 21 13. Fasten three screws to fix the top cover.
Revision: 1.0 22 2.3 Installing the mainboard procedures Only for ACE-MINI & ACE-MINI-A series. 1. Follow above steps to open the top cover.
Revision: 1.0 23 3. Take off the ACE-B2019(A) and remove the EPE. . 4. Follow the mainboard installation guide to install mainboard into ACE-
Revision: 1.0 24 2.4 Installing the ACE-B2019/A Batteries 1. Please follow above steps to open the top cover of ACE-Mini and take out ACE-B2019/A
Revision: 1.0 25 4. Please take out the CR2302 battery that attached from packing package, and then install it into CN3 CR2032 Battery Holder
Revision: 1.0 26 5. Final, the CR2032 and rechargeable batteries should be placed as below. (ACE-B2019 only has CR2032 battery holder).
Revision: 1.0 27 3 ACE-B2019/A Series Guide (ACE-B2019, ACE-B2019A) 3.1 Block Diagram Note: ☆ ACE-B2019 has only 256KB SRAM but AR-B2019A has two
Revision: 1.0 28 3.2 ACE-B2019/A H/W Information This section describes the installation of ACE-B2019/A. At first, it shows the function diagram a
Revision: 1.0 29 3.2.2 ACE-B2019/A LAYOUT (Bottom side) Rechargeable Battery (ACE-B2019A Only)
Revision: 1.0 3 4 Acrosser Intelligent Reel Controller (AR-B2009)...99 4.1 Structure of Acrosser Intelligent Reel Controller ...
Revision: 1.0 30 3.3 Connectors and Jumpers Setting 3.3.1 Locations Note: 1. * for ACE-B2019A only. 2. AR-B2009 functions please refer to
Revision: 1.0 31 3.3.2 Components and Jumps Setting List 1. JP6 Bill enable, Coin enable and Hopp
Revision: 1.0 32 5. JP3, JP14 SRAM A, SRAM B clear pin header (ACE-B2019 has only 512KB SRAM A and JP3) 6. CN1 Case Intrusion Switch Connecto
Revision: 1.0 33 9. JP13* Power on-off detect header. 10. JP2* AGA power supply header. State descriptionCLOSE enable (default) OPEN disable
Revision: 1.0 34 13. ccTalk2* ccTalk connector (Signal share with COM3). 14. ccTalk1* ccTalk connector (Signal share with COM2). Pin descripti
Revision: 1.0 35 17. JP9* Selection of COM1 output voltage level as RS232C or TTL. 18. COM1 * RS232 Serial Port. Connection interface1-2 , 4-
Revision: 1.0 36 3.4 AGC Register Description ACE-B2019 has one 256KB SRAM and AGC I/O ports from A to J. ACE-B2019A has two 512KB SRAM and AGC I/
Revision: 1.0 37 Command Register (04h : 05h) Bit Field Description Software Readable Software Writable Value after Reset 0 I/O Space. Value of 1
Revision: 1.0 38 Cache Line Size Register (0Ch) Bit Field Description Software Readable Software Writable Value after Reset 7 : 0 System Cache Li
Revision: 1.0 39 Base Address 1 Register for I/O Accesses to Local Configuration (14h) Bit Field Description Software Readable Software Writable
Revision: 1.0 4 1 Introduction to ACE-MINI ACE-MINI series is a solution for gaming machine system integrators who want to use low cost and flexib
Revision: 1.0 40 Subsystem Vendor ID Registers (2Ch) Bit Field Description Software Readable Software Writable Value after Reset 15 : 0 Subsyste
Revision: 1.0 41 Max Lat Registers (3Fh) Bit Field Description Software Readable Software Writable Value after Reset 31 : 24 Max Lat. Specifies h
Revision: 1.0 42 3.4.2 SRAM Memory Address Map The following table shows the SRAM Memory Address map (max. 1024 KB) and their offset addresses, re
Revision: 1.0 43 3.4.3 I/O-Interface Address Map The following table shows the I/O Address map, including descriptions and their offset addresses
Revision: 1.0 44 98h Reserved REEL B Steps 9Ch Reserved A0h REEL C Lamp REEL C Feedback Pattern REEL C Status A4h REEL C Running
Revision: 1.0 45 4 Port E Interrupt Enable bit. ‘0’ = No support Interrupt from Port E as Input; ‘1’ = Support Interrupt from Port E as Input. Yes
Revision: 1.0 46 Interrupt Source Register (0Ch, 0Dh & 0Eh) Bit Field Description Software ReadableSoftware Writable Value after Reset 0 Inte
Revision: 1.0 47 Timer-D register. 16 Interrupt Status in Port XA. 0 = No Interrupt, 1 = Interrupt active. To clear this bit, must be wrote any dat
Revision: 1.0 48 Interrupt 5 Bit 6 of Port A Yes Only to clear Interrupt 0 / 1 6 Bit 7 of Port A Yes Only to clear Interrupt 0 / 1 7 Bit 8 of P
Revision: 1.0 49 Mode) Port C Data (1Ch) Bit Field Description Software Readable Software Writable Value after Reset 0 Bit 1 of Port C Yes Ye
Revision: 1.0 5 ACE-B2019A Component-side: ACE-B2019A Bottom-side:
Revision: 1.0 50 Port D Data (20h) Bit Field Description Software Readable Software Writable Value after Reset 0 Bit 1 of Port D Yes Yes (only
Revision: 1.0 51 Port EFGH Mode (24h) Bit Field Description Software Readable Software Writable Value after Reset 0 Port E (8 bit). 0 = Input Mod
Revision: 1.0 52 Mode) 5 Bit 6 of Port E Yes Yes (only in Output Mode) 0 / 1 6 Bit 7 of Port E Yes Yes (only in Output Mode) 0 / 1 7 Bit 8 of P
Revision: 1.0 53 Port G Data (30h) Bit Field Description Software Readable Software Writable Value after Reset 0 Bit 1 of Port G Yes Yes (only
Revision: 1.0 54 Port H Data (34h) Bit Field Description Software Readable Software Writable Value after Reset 0 Bit 1 of Port H Yes Yes (only
Revision: 1.0 55 Port IJKL Mode (38h) Bit Field Description Software Readable Software Writable Value after Reset 0 Port I (8 bit). 0 = Input Mod
Revision: 1.0 56 Mode) 5 Bit 6 of Port I Yes Yes (only in Output Mode) 0 / 1 6 Bit 7 of Port I Yes Yes (only in Output Mode) 0 / 1 7 Bit 8 of P
Revision: 1.0 57 6 Bit 7 of Port J Yes Yes (only in Output Mode) 0 / 1 7 Bit 8 of Port J Yes Yes (only in Output Mode) 0 / 1 Note: ACE-B2019
Revision: 1.0 58 Timer-D Register (58h & 59h) Bit Field Description Software Readable Software Writable Value after Reset 0 - 15 16 bit Timer
Revision: 1.0 59 REEL Enable Register (71h) Bit Field Description Software Readable Software Writable Value after Reset 0 REEL A Enable bit. 0 =
Revision: 1.0 6 ACE-B2019 Component -side: ACE-B2019 Bottom-side:
Revision: 1.0 60 No Interrupt, 1 = Interrupt active 5 Interrupt Status in REEL F. 0 = No Interrupt, 1 = Interrupt active Yes N o 0 6 Reserved 7
Revision: 1.0 61 interrupt. 0 = Command execute incompletion, 1 = Run Next Command Mode REEL A Feedback Pattern Register (81h & 82h) Bit Fie
Revision: 1.0 62 1 = Light in Sourcing Mode; Dark in Sinking Mode, 0 = Dark in Sourcing Mode; Light in Sinking Mode 5 LAMP3 Control. 1 = Ligh
Revision: 1.0 63 REEL A Steps Register (88h) Bit Field Description Software Readable Software Writable Value after Reset 0 - 7 Reel supports 48 s
Revision: 1.0 64 origin point 7 Accept command and send interrupt. 0 = Command execute incompletion, 1 = Run Next Command Mode Yes Ye s 0 REEL B
Revision: 1.0 65 in Sinking Mode 4 LAMP2 Control. 1 = Light in Sourcing Mode; Dark in Sinking Mode, 0 = Dark in Sourcing Mode; Light in Sinki
Revision: 1.0 66 REEL B Steps Register (98h) Bit Field Description Software Readable Software Writable Value after Reset 0 - 15 Yes Yes 0 R
Revision: 1.0 67 interrupt. 0 = Command execute incompletion, 1 = Run Next Command Mode REEL C Feedback Pattern Register (A1h & A2h ) Bit Fi
Revision: 1.0 68 1 = Light in Sourcing Mode; Dark in Sinking Mode, 0 = Dark in Sourcing Mode; Light in Sinking Mode 5 LAMP3 Control. 1 = Ligh
Revision: 1.0 69 REEL C Steps Register (A8h) Bit Field Description Software Readable Software Writable Value after Reset 0 - 15 Yes Yes 0
Revision: 1.0 7 Features: Mini-ITX chassis with PCI Gaming I/O card. Is suitable for any Mini-ITX motherboard with PCI slot. Standard 8-l
Revision: 1.0 70 7 Accept command and send interrupt. 0 = Command execute incompletion, 1 = Run Next Command Mode Yes Ye s 0 REEL D Feedback Patt
Revision: 1.0 71 4 LAMP2 Control. 1 = Light in Sourcing Mode; Dark in Sinking Mode, 0 = Dark in Sourcing Mode; Light in Sinking Mode Yes Ye s
Revision: 1.0 72 REEL D Steps Register (B8h) Bit Field Description Software Readable Software Writable Value after Reset 0 - 15 Yes Yes 0
Revision: 1.0 73 7 Accept command and send interrupt. 0 = Command execute incompletion, 1 = Run Next Command Mode Yes Ye s 0 REEL E Feedback Patt
Revision: 1.0 74 4 LAMP2 Control. 1 = Light in Sourcing Mode; Dark in Sinking Mode, 0 = Dark in Sourcing Mode; Light in Sinking Mode Yes Ye s
Revision: 1.0 75 REEL E Steps Register (C8h) Bit Field Description Software Readable Software Writable Value after Reset 0 - 15 Yes Yes 0
Revision: 1.0 76 7 Accept command and send interrupt. 0 = Command execute incompletion, 1 = Run Next Command Mode Yes Ye s 0 REEL F Feedback Patt
Revision: 1.0 77 4 LAMP2 Control. 1 = Light in Sourcing Mode; Dark in Sinking Mode, 0 = Dark in Sourcing Mode; Light in Sinking Mode Yes Ye s
Revision: 1.0 78 REEL F Steps Register (D8h) Bit Field Description Software Readable Software Writable Value after Reset 0 - 15 Yes Yes 0
Revision: 1.0 79 3.6 OXUPCI954 Drive Installation Guide When you install the OXuPCI954 UART Controller Driver in ACE-B2019A, the driver’s installa
Revision: 1.0 8 1.1 Specifications Item Description System ACE-MINI Series CPU Board AR-B5495(ACE-MINI5495(A)(R) model) System Dimensions 265
Revision: 1.0 80 2. When “System Properties” appear on screen, select “Hardware” item. 3. In “Hardware” Setting, select “Device Manager”
Revision: 1.0 81 4. Select “??? PCI Serial Port” device in system devices list. 5. Click the right button of mouse on “??? PCI Serial Port” ic
Revision: 1.0 82 6. When “??? PCI Serial Port” Properties appear on screen, select “Reinstall Driver” item. 7. After driver install screen appea
Revision: 1.0 83 8. Select “Install from a list or specific location (Advanced)” then select “Next”. 9. Select “Search for the best driver in th
Revision: 1.0 84 10. Select the file path of driver location then select “OK”. 11. Select “Next” to install driver.
Revision: 1.0 85 12. Driver files start to copy and install. 13. When the driver finish the installation of the “PCI Serial Port”, select “Finis
Revision: 1.0 86 14. If you want adjust the COM port setting, click the right button of mouse on the COM port icon. 15. Select the “Properties”
Revision: 1.0 87 16. When the COM Port icon Properties appear on screen, select “Settings” item. 17. When the properties of the COM Port icon
Revision: 1.0 88 3.7 Electrical Characteristics 3.7.1 Basic Electrical Characteristics Electrical Characteristics Value Symbol Parameter / Condi
Revision: 1.0 89 3.7.2 72-PIN Golden Finger I: Spare I/O Input O: Spare I/O Output I/O: Spare Input/Output I.I: Isolated Input O.D:
Revision: 1.0 9 1.3 System Dissection (1) Dimensions (2) Front Panel (ACE-MINI5495R model type) Key board & mouse LPT1 VGA P
Revision: 1.0 90 (500mA) O.D. H3 Pay-Out Meter (500mA) 27Lamp15 (500mA) G6 O.D.O.D. H4 Key-Out Meter (500mA) 28Lamp16 (500mA) G7 O.D.O.D. F0 Lamp1
Revision: 1.0 91 3.7.3 Spare GPIO connector (For ACE-B2019A Only) Pin Pin Name Function Describe AGC Port 1 MDAP Motor Driver to Phase A+ K0
Revision: 1.0 92 35 FB_E REEL E feedback signal XB0 36 FB_F REEL F feedback signal XB1 37 +3.3V 38 +3.3V 39 GND 40 GND 41 GND
Revision: 1.0 93 3.7.4 AGC Port Assignment Port/Bit I/O 72-pin Remark A0 I Door SW1 Also connect to AGA intrusion bit 0A1 I Door SW2 Also
Revision: 1.0 94 E1 I.I Coin-In Signal B E2 I.I Bill-In E3 I.I Hopper Sensor E4 E5 E6 I..I Coin enable feedback E7 I.
Revision: 1.0 95 I6 I7 J0 I DIP switch bit 0 J1 I DIP switch bit 1 J2 I DIP switch bit 2 J3 I DIP switch bit 3 J4 I D
Revision: 1.0 96 XB3 I/O Reel Control Note: ACE-B2019 AGC supports I/O ports from port A to port J, it does not supports reel control functio
Revision: 1.0 97 3.7.5 NOTES (72-PIN Gold Finger I/O) 1. I.I (Isolated-Input) external connection application note. AGCSuggestion Application C
Revision: 1.0 98 3. O.D (Open-Drain) output external connection application note. 4. Spare IO (Spare Input/Output) external connection applicat
Revision: 1.0 99 4 Acrosser Intelligent Reel Controller (AR-B2009) This chapter's primary role is to distribute all of the best-known methods
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