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    參數(shù)資料
    型號: S5935_07
    廠商: Applied Micro Circuits Corp.
    英文描述: PCI Product
    中文描述: 的PCI產(chǎn)品
    文件頁數(shù): 128/204頁
    文件大小: 1897K
    代理商: S5935_07
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    S5935 – PCI Product
    128 DS1527
    AMCC Confidential and Proprietary
    Revision 1.02 – June 27, 2006
    Data Book
    to generate a PCI interrupt. The pins are redefined as
    follows:
    If the S5935 is programmed to generate a PCI inter-
    rupt (INTA#), on an Add-On write to outgoing mailbox
    4, byte 3, a rising edge on EMBCLK generates a PCI
    interrupt. The bits EMB7:0 can be read by the PCI bus
    interface by reading the PCI incoming mailbox 4, byte
    3. These bits are useful to indicate various conditions
    which may have caused the interrupt.
    When using the S5935 with a byte-wide boot device,
    the capability to generate PCI interrupts with Add-On
    hardware does not exist. In this configuration, PCI
    incoming mailbox 4, byte 3 (Add-On incoming mailbox
    4, byte 3) cannot be used to transfer data from the
    Add-On - it always returns zeros when read from the
    PCI bus. This mailbox byte is sacrificed to allow the
    added functionality provided when a byte-wide boot
    device is not used.
    BUS INTERFACE
    The mailboxes appear on the Add-On and PCI bus
    interfaces as eight operation registers. Four are outgo-
    ing mailboxes, four are incoming mailboxes. The
    mailboxes may be used to generate interrupts to each
    of the interfaces. The following sections describe the
    Add-On and PCI bus interfaces for the mailbox
    registers.
    PCI Bus Interface
    The mailboxes are only accessible with the S5935 as
    a PCI target. The mailbox operation registers do not
    support burst accesses by an initiator. A PCI initiator
    attempting to burst to the mailbox registers causes the
    S5935 to respond with a target disconnect with data.
    PCI writes to full outgoing mailboxes overwrite data
    currently in that the mailbox. PCI reads from empty
    incoming mailboxes return the data that was previ-
    ously contained in the mailbox. Neither of these
    situations cause a target retry or abort.
    PCI incoming and outgoing mailbox interrupts are
    enabled in the Interrupt Control/Status Register
    (INTCSR). The mailboxes can generate a PCI inter-
    rupt (INTA#) under two conditions (individually
    enabled). For an incoming mailbox full interrupt, INTA#
    is asserted on the PCI clock rising edge after the Add-
    On mailbox write completes. For an outgoing mailbox
    empty interrupt, INTA# is asserted on the PCI clock
    rising edge after the Add-On mailbox read completes
    (the rising edge of RD#). INTA# is deasserted on the
    next PCI clock rising edge after the PCI access to
    clear the mailbox interrupt completes (TRDY#
    deasserted).
    Add-On Bus Interface
    The Add-On mailbox interface behaves similar to the
    PCI bus interface. Add-On writes to full outgoing mail-
    boxes overwrite data currently in that mailbox. PCI
    reads from empty incoming mailboxes return the data
    that was previously contained in the mailbox.
    Add-On incoming and outgoing mailbox interrupts are
    enabled in the Add-On Interrupt Control/Status Regis-
    ter (AINT). The mailboxes can generate the Add-On
    IRQ# interrupt under two conditions (individually
    enabled). For an incoming mailbox full interrupt, IRQ#
    is asserted one PCI clock period after the PCI mailbox
    write completes (TRDY# deasserted). For an outgoing
    mailbox empty interrupt, IRQ# is asserted one PCI
    clock period after the PCI mailbox read completes
    (TRDY# deasserted). IRQ# is deasserted immediately
    when the Add-On clears the mailbox interrupt.
    When the S5935 is used with a serial nv memory boot
    device or no external boot device, the device pins
    EA8:0 are redefined. EA7:0 become EMB7:0 data
    inputs and EA8 becomes EMBCLK, a load clock. This
    configuration allows the Add-On to generate PCI inter-
    rupts with a low-to-high transition on EMBCLK. The
    PCI incoming mailbox interrupt must be enabled and
    set for mailbox 4, byte3 in the PCI Interrupt Control/
    Status Register (INTCSR). EMBCLK should begin
    high and be pulsed low, then high to be recognized.
    The rising edge of EMBCLK generates the interrupt.
    The rising edge of EMBCLK also latches in the values
    on EMB7:0. The S5935 interrupt logic must be cleared
    (INTA# deasserted) through INTCSR before further
    EMBCLK interrupts are recognized.
    8-Bit and 16-Bit Add-On Interfaces
    Some Add-On designs may implement an 8-bit or 16-
    bit bus interface. The mailboxes do not require a 32-bit
    Add-On interface. For 8-bit interfaces, the 8-bit data
    bus may be externally connected to all four bytes of
    the 32-bit Add-On interface (DQ 31:24, 23:16, 15:8,
    7:0 are all connected). The Add-On device reading or
    Signal Pin
    Add-On Outgoing Mailbox
    EA0/EMB0
    EA1/EMB1
    EA2/EMB2
    EA3/EMB3
    EA4/EMB4
    EA5/EMB5
    EA6/EMB6
    EA7/EMB7
    EA8/EMBCLK
    Mailbox 4, bit 24
    Mailbox 4, bit 25
    Mailbox 4, bit 26
    Mailbox 4, bit 27
    Mailbox 4, bit 28
    Mailbox 4, bit 29
    Mailbox 4, bit 30
    Mailbox 4, bit 31
    Mailbox 4, byte 3 load clock
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