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ADIN1300CCPZ-R7 Folha de dados(PDF) 90 Page - Analog Devices

Nome de Peças ADIN1300CCPZ-R7
Descrição Electrónicos  Robust, Industrial, Low Latency and Low Power 10 Mbps, 100 Mbps, and 1 Gbps Ethernet PHY
PDF  96 Pages
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Data Sheet
ADIN1300
REGISTER SUMMARY
analog.com
Rev. B | 90 of 96
Table 128. Bit Descriptions for GE_RMII_CFG (Continued)
Bits
Bit Name
Description
Reset
Access
0
GE_RMII_EN
This bit selects the RMII MAC interface mode. Note that the default value of this register bit is
configurable via hardware configuration pins. This allows the default operation of the PHY to be
configured in unmanaged applications. As RMII mode requires a 50 MHz reference clock, the
RMII interface must be configured from the hardware configuration pins and not from software.
0x0
R/W
Subsystem PHY Base Configuration Register
Address: 0xFF26, Reset: 0x0C86, Name: GE_PHY_BASE_CFG
This subsystem register allows the enhanced link detection function of the PHY to be configured for 100BASE-TX and for 1000BASE-T, and
allows 1000BASE-T retrain to be configured. Each time a PHY core software reset is issued, the PHY resets its registers, including the
1000BASE-T retrain enable register bit (B_1000_RTRN_EN bit, Address 0x1E.0xA001, Bit 0) and the enhanced link detection 1000BASE-T
and 100BASE-TX enable register bits (within the FLD_EN register, Address 0x1E.0x8E27). The default value of the B_1000_RTRN_EN bit
is set via the 1000BASE-T retrain enable configuration bit (GE_RTRN_EN_CFG, within this register). The default value of the enhanced link de-
tection 1000BASE-T enable register bits (within the FLD_EN register) are set via the GE_FLD_1000_EN_CFG bit and GE_FLD_100_EN_CFG
bit within this register. If the value of any of these enable configuration bits are changed, the corresponding 1000BASE-T retrain enable register
bit and the enhanced link detection 1000BASE-T and 100BASE-TX enable register bits in the PHY only change after a PHY software reset.
Table 129. Bit Descriptions for GE_PHY_BASE_CFG
Bits
Bit Name
Description
Reset
Access
[15:13]
RESERVED
Reserved.
0x0
R
12
GE_RTRN_EN_CFG
When this bit is set, the IEEE Standard 802.3 1000BASE-T retrain functionality is enabled in the PHY.
0x0
R/W
11
GE_FLD_1000_EN_CFG
When this bit is set, the enhanced link detection functionality is enabled when the PHY establishes a
1000BASE-T link.
0x1
R/W
10
GE_FLD_100_EN_CFG
When this bit is set, the enhanced link detection functionality is enabled when the PHY establishes a
100BASE-TX link.
0x1
R/W
[9:5]
RESERVED
Reserved.
0x8
R/W
4
GE_MAN_MDI_FLIP_CFG
This bit allows the order of the PHY dimensions to be reversed to accommodate alternative board
layouts and simplify the routing with a different RJ-45 orientation.
1: Inverts the mapping of the MDI pins. The analog physical pair 0 is mapped to digital logical pair 3,
analog physical pair 1 to digital logical pair 2, analog physical pair 2 to digital logical pair 1 and analog
physical pair 3 to digital logical pair 0.
0: Default MDI mapping.
0x0
R/W
3
GE_PHY_SFT_PD_CFG
When this bit is set, the PHY enters software power-down on exit from reset.
0x0
R/W
[2:0]
RESERVED
Reserved.
0x6
R/W
Subsystem Gigabit Ethernet PHY Interface Control Register
Address: 0xFF27, Reset: 0x0002, Name: GE_PHY_IF_CFG
This register is used to configure the PHY Interface.
Table 130. Bit Descriptions for GE_PHY_IF_CFG
Bits
Bit Name
Description
Reset
Access
[15:5]
RESERVED
Reserved.
0x0
R
[4:2]
GE_FIFO_DPTH
This field allows the PHY FIFO depth to be configured. Setting a larger value allows longer (jumbo)
packets to be handled but increases latency.
In latency sensitive applications, this field must always be left at the default value of 0x0 because this
value provides the lowest latency.
0x0
R/W
[1:0]
RESERVED
Reserved.
0x2
R



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