Input/output master interrupts, Input/output master interrupts –38, Table 6–54 – Altera RapidIO II MegaCore Function User Manual

Page 176: Table 6–51 on, Table 6–52, Table 6–53, Input/output, Table 6–51

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6–38

Chapter 6: Software Interface

Transport and Logical Layer Registers

RapidIO II MegaCore Function

August 2014

Altera Corporation

User Guide

Refer to

“Defining the Input/Output Avalon-MM Master Address Mapping

Windows” on page 4–11

for more details.

II

Input/Output Master Interrupts

Table 6–54

and

Table 6–55

describe the available Input/Output master interrupt and

corresponding interrupt enable bit. The RapidIO II IP core asserts the io_m_mnt_irq
signal if the interrupt bit is enabled.

Table 6–51. Input/Output Master Mapping Window n Base—Offset: 0x10300, 0x10310, 0x10320, 0x10330, 0x10340,
0x10350, 0x10360, 0x10370, 0x10380, 0x10390, 0x103A0, 0x103B0, 0x103C0, 0x103D0, 0x103E0, 0x103F0

Field

Bits

Access

Function

Default

BASE

[31:4] RW

Start of the RapidIO address window to be mapped. The four
least significant bits of the 34-bit base are assumed to be
zeros.

28'h0

RSRV

[3:2]

RO

Reserved

2'b0

XAMB

[1:0]

RW

Extended Address: two most significant bits of the 34-bit base. 2'h0

Table 6–52. Input/Output Master Mapping Window n Mask—Offset: 0x10304, 0x10314, 0x10324, 0x10334, 0x10344,
0x10354, 0x10364, 0x10374, 0x10384, 0x10394, 0x103A4, 0x103B4, 0x103C4, 0x103D4, 0x103E4, 0x103F4

Field

Bits

Access

Function

Default

MASK

[31:4] RW

Bits 31 to 4 of the mask for the address mapping window. The
four least significant bits of the 34-bit mask are assumed to be
zeros.

28'h0

RSRV

[3]

RO

Reserved

1'b0

WEN

[2]

RW

Window enable. Set to one to enable the corresponding
window.

1'b0

XAMM

[1:0]

RW

Extended Address: two most significant bits of the 34-bit
mask.

2’b0

Table 6–53. Input/Output Master Mapping Window n Offset—Offset: 0x10308, 0x10318, 0x10328, 0x10338, 0x10348,
0x10358, 0x10368, 0x10378, 0x10388, 0x10398, 0x103A8, 0x103B8, 0x103C8, 0x103D8, 0x103E8, 0x103F8

Field

Bits

Access

Function

Default

OFFSET

[31:4] RW

Starting offset into the Avalon-MM address space. The four
least significant bits of the 32-bit offset are assumed to be
zero.

28'h0

RSRV

[3:0]

RO

Reserved

4'h0

Table 6–54. Input/Output Master Interrupt—Offset: 0x103DC

Field

Bits

Access

Function

Default

RSRV

[31:1] RO

Reserved

31'h0

ADDRESS_OUT_OF_BOUNDS

[0]

RW1C

Address out of bounds.

Asserted when the RapidIO address does not fall within any
enabled address mapping window.

1'b0

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