Intel IXF1104 - Manual (Page 213)

Intel
®
IXF1104 4-Port Gigabit Ethernet Media Access Controller
213 Datasheet
Document Number: 278757
Revision Number: 009
Revision Date: 27-Oct-2005
8.4.9 SPI3 Register Overview
Table 146 through Table 148 “Address Parity Error Packet Drop Counter ($0x70A)” on page 219
provide an overview of the SPI3 registers.
Table 146. SPI3 Transmit and Global Configuration ($0x700) (Sheet 1 of 3)
Bit Name Description Type 1 Default
Register Description: This register gives the configuration related to the SPI3 Transmitter
and Global configuration (4 x 8 mode).
0x00200000
31:24 Reserved Reserved RO 0x00
23
SPI3 Transmitter Soft
Reset
1 = The SPI3 TX block is reset. R/W 0
22
SPI3 Receiver Soft
Reset
1 = The SPI3 RX block is reset. R/W 0
21 SPHY/MPHY Mode
0 = Indicates that SPI3 block operates in 32-bit
MPHY mode.
1 = Indicates that the SPI3 block operates in 4 x 8
SPHY mode.
This configuration affects both the SPI3 transmitter
and receiver functionality.
R/W 1
20 Tx_ad_prtyer_drop
Indicates whether to drop packets received with
parity error during the address selection phase
(Tsx and nTenb High) should be dropped.
0 = Do not drop packets with address parity error
1 = Drop packets with address parity error
This is applicable only in MPHY mode of
operation. This bit is ignored in SPHY (4 x 8) mode
as there will be no address selection.
R/W 0
19 Dat_prtyer_drp Port 3
SPHY/MPHY Mode:
Indicates whether to drop packets with data parity
error for port 3.
0 = Do not drop packets with data parity error
(default)
1 = Drop packets with data parity error
R/W 0x0
18 Dat_prtyer_drp Port 2
SPHY/MPHY Mode:
Indicates whether to drop packets with data parity
error for port 2.
0 = Do not drop packets with data parity error
(default)
1 = Drop packets with data parity error
R/W 0
17 Dat_prtyer_drp Port 1
SPHY/MPHY Mode:
Indicates whether to drop packets with data parity
error for port 1.
0 = Do not drop packets with data parity error
(default)
1 = Drop packets with data parity error
R/W 0
1. RO = Read Only, No clear on Read; R = Read, Clear on Read; W = Write only; R/W = Read/Write, No
clear; R/W/C = Read/Write, Clear on Write