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GE Vivid 7 Service Manual

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    GE HEALTHCARE
    DIRECTION FC091194, REVISION 11    VIVID 7 SERVICE MANUAL 
    Chapter 5 - Components and Functions (Theory) 5 - 85
    5-4-5-10 BEP2.2 Block Diagram Figure 5-54   CPU/Back-End Processor Block Diagram (BEP 2.2)
    PC
    MOTHERBOARD
    PCIO MODULE
    ATX POWER SUPPLYUP S
    HAR D DR IVE
    ECG
    MO D
    CD RW
    Front Panel
    PC2IO Board
    P C VIC B oard
    HD L ed
    U P S B a tte r y
    CHASSIE FAN
    CPU
    512 MB DIMM
    256 MB DIMM
    AGP S lot
    PC2IP2
    Unus ed
    PCI Slot #2
    PCI Slot #1
    PCI Slot #5
    F A N quick dis connect
    SCSI Card Unus ed
    PCI Slot #3
    PCI Slot #4
    PCI Slot #6Unus ed
    PC2IP2B 
    						
    							
    GE HEALTHCARE
    DIRECTION FC091194, REVISION 11    VIVID 7 SERVICE MANUAL 
    5 - 86 Section 5-4 - Back-End Processor (BEP)
    5-4-5-11 BEP2 Block Diagram Figure 5-55   CPU/Back-End Processor Block Diagram (BEP 2)
    AGP SLOTSLOT 6
    10/100bT
    PARALLEL COM1 USB1/2
    PC
    MOTHERBOARD
    P C IO  MO DUL E
    AT X POWER SUPPLYUP S
    HAR D DR IVE
    ECG
    MO D
    CD R W
    IDE #2
    Connector  G
    SLOT 5
    AC POWER
    RGB  OUT
    Connector B
    SVGA OUT 1 SVGA OUT 2
    S/C VIDEO OUT
    SVGA IN POWER
    Front Panel
    PC2
    IO B oard
    PCVIC Board
    HD L ed
    IDE #1
    UP S  B attery
    Control
    MIDDLE DRIVE BAY
    BOTTOM DRIVE BAY INTERNAL DRIVE BAY
    TOP DRIVE BAY
    CHASSIE FAN CPU
    512 MB  DIMM
    256 MB  DIMMDIMM Slot #1 DIMM Slot #2
    AG P S lot
    PC2IP
    RS232 #3
    RS232 #4
    I2C
    PC2IP
    RS422
    USB3/4
    USB3/4
    Motherboard SVGA
    Unus ed
    PCI Slot #2SLOT 1
    PCI Slot #1
    SLOT 4PCI Slot #5
    FA N quic k dis c onnec t
    Connector I
    Connector C
    Connector F
    SCSI Card Unus ed
    PCI Slot #3Unus ed
    PCI Slot #4
    PCI Slot #6Unus ed
    PC2IP2 
    						
    							
    GE HEALTHCARE
    DIRECTION FC091194, REVISION 11    VIVID 7 SERVICE MANUAL 
    Chapter 5 - Components and Functions (Theory) 5 - 87
    5-4-5-12 BEP1 Block Diagram Figure 5-56   CPU/Back-End Processor Block Diagram (BEP1)
    OPTIONAL SCSI CARD
    SLOT 5
    UNUS E D S L OT
    SLOT 3
    AG P VIDE O
    SLOT 2 SLOT 7
    10/100bT
    PA RALLELCOM1
    COM2 (EXT) USB1
    USB2
    PC MOTHERBOARD
    PCIO MODULE
    AT X  P O W E R  S UP P LY UP S
    HA R D DR IV E
    ECG
    OPTIONAL MOD
    CD R W
    IDE #2
    JWR1
    SLOT 4
    PC2IP
    RS232 #3
    RS232 #4
    I2C
    PC2IP
    SLOT 6
    AC POWER
    RS422
    RGB  OUT
    JFP1
    SVGA OUT 1SVGA OUT 2
    S/C VIDEO OUT
    SVGA IN POW ER
    UNUS E D S L OT
    Front Panel
    ETHERNET
    PC2IO Bo  
    ard
    PCVIC B oard
    HD L ed
    IDE #1
    UP S  B attery
    SLOT 1
    Control
    MIDDLE DRIVE BAY
    BOTTOM DRIVE BAY INTERNAL DRIVE BAY
    TO P DRIVE BAY
    CPU #1
    CP U #2
    256 MB  DIMM
    256 MB  DIMMDIMM  Slot #1
    DIMM Slot #2 DIMM Slot #3 DIMM Slot #4JW OL1
    AG P  S lot
    PCI Slot #1
    PCI Slot #2
    PCI Slot #3
    PCI Slot #4
    PCI Slot #5
    JCD1
    256 MB  DIMM 
    						
    							
    GE HEALTHCARE
    DIRECTION FC091194, REVISION 11    VIVID 7 SERVICE MANUAL 
    5 - 88 Section 5-4 - Back-End Processor (BEP)
    5-4-6 Back-End Processo r (BEP) Descriptions
    5-4-6-1 BEP4 Versions Description
    NOTE: Specifications ment ioned about the Back-End Processor (BEP4) are minimum requirements. 
    The actual hardware could exceed these  specifications as technology advances.
    NOTE: BEP4.3 is released for the  BT’08 introduction. It has a 160 GB hard di sk drive and a new DVD-
    R/W drive. Other specifications are the same as BEP4.2.
    The EMC Enclosure House
    Table 5-60    Contents in the BEP4.x EMC Enclosure House   
    DESCRIPTIONBEP4.2
    BEP4.0 
    USED AS 
    BEP2.2 
    REPLACEMENT
    BEP4.0 AS BEP2.0 
    AND BEP1 
    REPLACEMENT
    POWER SUPPLY WITH UPS BATTERY BACKUP NO
    YES YES
    POWER SUPPLY WITHOUT  UPS BATTERY BACKUP YES NO
    NO
    MOTHERBOARD WITH 1 GBYTES OF RAM AND A 
    SINGLE 3.4 GHZ P4 PROCESSOR. YES NO
    NO
    MOTHERBOARD WITH 1 GBYTES OF RAM AND A 
    SINGLE 3.4 GHZ P4 PROCESSOR DOWNCLOCKED TO 
    2.2 GHZNOYESYES
    SIX (6X) USB PORTS ON THE REAR PANEL AND ONE 
    (1X) LOCATED ON THE FRONT OF THE BEP4.X,YESYESYES
    ONE SERIAL (RS-232C) PORTYESYESYES
    AGP ANALOG VIDEO OUTPUT FROM THE 
    MOTHERBOARD  NO YES YES
    ANALOG GFX VIDEO OUTPUT FROM THE 
    MOTHERBOARD YES NO NO
    PCIexpress DVI 4D Gfx card 
    (ONLY FOR 4D) YES
    N/A N/A
    VIDEO FRAME GRABBER CARDYESYESNO
    LAN OUTPUT FROM THE MOTHERBOARD (10/100/1000 
    BASE T)YESYESYES 
    						
    							
    GE HEALTHCARE
    DIRECTION FC091194, REVISION 11    VIVID 7 SERVICE MANUAL 
    Chapter 5 - Components and Functions (Theory) 5 - 89
    5-4-6-2 BEP3.x Description NOTE: Specifications mentioned about the Back-End  Processor (BEP3.x) are minimum requirements. 
    The actual hardware could exceed these  specifications as technology advances.
    5-4-6-2-1 The EMC Enclosure House • A Power Supply (no UPS battery backup) 
    • An Intel Motherboard with 1 Gbytes of  RAM and a single 3.2 GHz P4 processor.
    • Six (6x) USB Ports.  - 2x are located on  the front of the BEP3
    - 4x are located at the rear of the BEP3
    • One (1x) Serial Port 
    • AGP Analog Video output from the motherboard 
    • AGP Card (MOLEX) with DVI output (without 4D) or
    AGP Card (ATI) with DVI output (4D) in AGP slot 
    • Video Frame Grabber Card
    • LAN output from the motherboard (10/100 Base T)
    • Patient I/O: - BEP3.0 supports th e original serial databus (not USB)
    - BEP3.2 Supports USB 1.1 
    5-4-6-2-2 Use of Expansion Slots on Motherboard
    Table 5-61    Expansion Slots Usage BEP 3.x
    SLOT #FUNCTIONINTERFACENOTES
    AGP ADD VIDEO CARD WITH DVI 
    OUTPUT AGPDIFFERENT TYPES USED FOR 
    UNITS WITHOUT AND WITH 4D
    1 UNUSED PCI
    2 SCSI CARD PCI
    3PRAME GRABBERPCI
    4UNUSEDPCI
    5PC2IPIIBPCI
    6 UNUSEDPCI 
    						
    							
    GE HEALTHCARE
    DIRECTION FC091194, REVISION 11    VIVID 7 SERVICE MANUAL 
    5 - 90 Section 5-4 - Back-End Processor (BEP)
    5-4-6-3 BEP2.2 Description NOTE: Specifications ment ioned about the Back-End Processor (BEP2.2) is  minimum requirements. 
    The actual hardware could exceed these  specifications as technology advances.
    5-4-6-3-1 The EMC Enclosure house • A Power Supply with UPS battery backup 
    • An Intel Motherboard with 768 Mbytes of RAM and  a single 2.0 GHz P4 processor w/ 400 MHz FSB.
    • Six (6x) USB Ports 
    • One (1x) Serial Port (COM1 us ed for modem (option) connection)
    • AGP Video output from the motherboard (AGP Card Slot empty)
    • Video Frame Grabber Ca rd (Vivid 7 with FEP2)
    • LAN output from the motherboard 
    5-4-6-3-2 Use of PCI slots on Motherboard 1.) SCSI Card for MO Drive (Optional) 
    2.) Blank
    3.) Falcon Frame Grabber Card
    4.) UPS Control (Not connected directly to MBD)
    5.) PC2IP2 Card. PCI Bus interface for the Front-End Processor
    6.) Blank
    5-4-6-3-3 AGP Video - SVGA Video to the PCVIC Card • Analog output complies with the SVGA specification.
    • Resolution (on monitor) is 800x600.
    • Support for 32 bit True Color
    • Minimum of 8 Mbytes of high speed Video  RAM, expandable to at least 16 Mbytes.
    • 128-bit internal memory interface.
    • Hardware supported asynchronous bi t block transfer (80 Mpixels/sec.).
    5-4-6-3-4 PC2IO Board This board does not plug into any slot but is mounted to the inside of the BEP chassis.
    - Power and Internal PCI control signals. 
    						
    							
    GE HEALTHCARE
    DIRECTION FC091194, REVISION 11    VIVID 7 SERVICE MANUAL 
    Chapter 5 - Components and Functions (Theory) 5 - 91
    5-4-6-4 BEP2 Description NOTE: Specifications mentioned a bout the Back-End Processor (BEP2) is minimum requirements. The 
    actual hardware could exceed these sp ecifications as technology advances.
    5-4-6-4-1 The EMC Enclosure house
    • A Power Supply with UPS battery backup, 
    • An Intel Motherboard with 768 Mbytes of RAM and  a single 2.0 GHz P4 processor w/ 400 MHz FSB.
    • Six (6x) USB Ports 
    • One (1x) Serial Port (COM1 us ed for modem (option) connection)
    • USB to Serial adapter cable (USB #3 to  II/O B7) for External I/O serial output
    • AGP Video output from the motherboard (AGP Card Slot is empty)
    • LAN output from the motherboard 
    5-4-6-4-2 Use of PCI slots on Motherboard 1.) Blank
    2.) SCSI Card for MO Drive (Optional) 
    3.) Blank
    4.) PC2IP Card. PCI Bus interfac e for the Front-End Processor
    5.) Blank
    5-4-6-4-3 AGP Video Card - SV GA Video to the PCVIC Card
    • Analog output complies with the SVGA specification.
    • Resolution (on monitor) is 800x600.
    • Support for 32 bit True Color
    • Minimum of 8 Mbytes of high speed Video  RAM, expandable to at least 16 Mbytes.
    • 128-bit internal memory interface.
    • Hardware supported asynchronous bi t block transfer (80 Mpixels/sec.).
    5-4-6-4-4 PC2IO Board This board does not plug into any slot but is mounted to the inside of the BEP chassis.
    - Power and Internal PCI control signals 
    						
    							
    GE HEALTHCARE
    DIRECTION FC091194, REVISION 11    VIVID 7 SERVICE MANUAL 
    5 - 92 Section 5-4 - Back-End Processor (BEP)
    5-4-6-4-5 BEP-2 Back End Proc essor Cable Identification
    Table 5-62    BEP-2 Back End Processor Cable Identification
    Connector  NumberAGP/PCI  Slot
    Cable Function
    C1 -
    Mouse - Not used.
    C2 - Keyboard - Not used.
    C3 - USB #2 to Internal I/O B2
    C4-USB #1 to Internal I/O B1
    C5-Parallel Port - Not Used
    C6-COM Port - Serial Port to Internal I/O B8
    C13 - Video to D3 PCVIC Input
    C17 -
    LAN to Internal I/O B3
    C18 - USB #3 Not Used
    C19-USB #4 Not Used
    C20-USB #5 Not Used
    C21-USB #6 Not Used
    AGP Slot Not Used
    C9 PCI Slot 1 Audio Out to Internal I/O B4 (Green)
    C10 PCI Slot 1 Audio In to Internal I/O B4 (Blue)
    C11PCI Slot 1Microphone to Internal I/O B4 (Pink) - Connected, but Not Used
    PCI Slot 2Not Used
    PCI Slot 3Not Used
    C12 PCI Slot 4 Power Supply UPS control - Connect to Internal I/O B9
    C16 PCI Slot 5 PCI Bridge to the Front End Card Rack
    PCI Slot 6 Not Used
    D1PC2IOSignals to I/O boards to Internal I/O B5
    D2PC2IOPower for I/O boards to Internal I/O B6
    D3PCVICSVGA in from Back End Processor video board from C13
    D4 PCVIC SVGA out to top console monitor
    D5 PCVIC RGB out to color printer 
    						
    							
    GE HEALTHCARE
    DIRECTION FC091194, REVISION 11    VIVID 7 SERVICE MANUAL 
    Chapter 5 - Components and Functions (Theory) 5 - 93
    5-4-6-5 BEP1 Description NOTE: Specifications ment ioned about the Back-End Processor (BEP1) is minimum requirements. 
    5-4-6-5-1 Enclosure The EMC enclosure houses an ATX Power Supply with UPS battery backup, an ATX style motherboard 
    with minimum of 512 MB of RAM and two 733 MHz processors
    5-4-6-5-2 PCI Cards Five (5x) PCI slots on the Motherboard contains the following:
    1.) Blank
    2.) SCSI Card for MO Drive (Optional) 
    3.) Blank
    4.) PC2IP Card -PCI Bus interf ace to the Front End Processor
    5.) Network Interface Card - 3Com Ethernet Card
    5-4-6-5-3 AGP Video Card - SV GA Video to the PCVIC Card
    • Analog output complies with the SVGA specification.
    • Resolution (on monitor) is 800x600.
    • Support for 32 bit True Color
    • Minimum of 8 Mbytes of high speed Video  RAM, expandable to at least 16 Mbytes.
    • 128-bit internal memory interface.
    • Hardware supported asynchronous bi t block transfer (80 Mpixels/sec.).
    5-4-6-5-4 PC2IO Board This board does not pl ug into any slot, but is mounted to the insi de of the BEP’s chassis.
    • Power and Internal PCI control signals
    • Two (2x) USB Ports 
    						
    							
    GE HEALTHCARE
    DIRECTION FC091194, REVISION 11    VIVID 7 SERVICE MANUAL 
    5 - 94 Section 5-4 - Back-End Processor (BEP)
    5-4-6-5-5 BEP-1 Conn ector Reference
    Figure 5-57   BEP-1 Connector Reference
    Connect to B9
    Connect to D3
    Not Used
    Blank
    Blank
    Connect to Front End
    Signals to I/O board - to B5
    Power for I/O boards - to B6
    RGB to Color Printer
    SVGA in - from C13
    SVGA to Monitor 
    						
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