intel® ethernet controller i350 datasheet · 2013-06-14 · revision history — intel® ethernet...

Revision Number: 2.1

March 2013

Intel® Ethernet Controller I350 DatasheetLAN Access Division (LAD)

FeaturesExternal Interfaces provided: PCIe v2.1 (2.5GT/s and 5GT/s) x4/x2/x1; called PCIe in this

document. MDI (Copper) standard IEEE 802.3 Ethernet interface for

1000BASE-T, 100BASE-TX, and 10BASE-T applications (802.3, 802.3u, and 802.3ab)

Serializer-Deserializer (SERDES) to support 1000BASE-SX/LX (optical fiber - IEEE802.3)

Serializer-Deserializer (SERDES) to support 1000BASE-KX (802.3ap) and 1000BASE-BX (PICMIG 3.1) for Gigabit backplane applications

SGMII (Serial-GMII Specification) interface for SFP (SFP MSA INF-8074i)/external PHY connections

NC-SI (DMTF NC-SI) or SMBus for Manageability connection to BMC

IEEE 1149.6 JTAG

Performance Enhancements: PCIe v2.1 TLP Process Hints (TPH) UDP, TCP and IP Checksum offload UDP and TCP Transmit Segmentation Offload (TSO) SCTP receive and transmit checksum offload

Virtualization ready: Next Generation VMDq support (8 VMs) Support of up to 8 VMs per port (1 queue allocated to each

VM) PCI-SIG I/O SR-IOV support (Direct assignment) Queues per port: 8 TX and 8 RX queues

Power saving features: Advanced Configuration and Power Interface (ACPI) power

management states and wake-up capability Advanced Power Management (APM) wake-up functionality Low power link-disconnect state PCIe v2.1 LTR DMA Coalescing for improved system power management EEE (IEEE802.3az) for reduced power consumption during

low link utilization periods

IEEE802.1AS - Timing and Synchronization: IEEE 1588 Precision Time Protocol support Per-packet timestamp

Total Cost Of Ownership (TCO): IPMI BMC pass-thru; multi-drop NC-SI Internal BMC to OS and OS to BMC traffic support

Additional product details: 17x17 (256 Balls) or 25x25 (576 Balls) PBGA package Estimated power: 2.8W (max) in dual port mode and 4.2W

(max) in quad port mode Memories have Parity or ECC protection

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Intel® Ethernet Controller I350 Revision Number: 2.1Datasheet March 20132

http://www.intel.com/design/literature.htm

Revision History — Intel® Ethernet Controller I350

Revision Number: 2.1 Intel® Ethernet Controller I350March 2013 Datasheet 3

Revision History

Rev Date Comments

.3 1/8/2010 Initial public release.

.5 5/21/2010 Updated using latest internal specs.

1.0 1/7/2011 Updated using latest internal specs.

1.1 4/6/2011 Updated using latest internal specs.

1.9 4/14/2011 Updated with latest internal specs.Version number moved to 1.9 for PRQ.

1.91 5/6/2011

Added or updated:• Section 6.4.2, Port Identification LED blinking (Word 0x04)• Section 13.1, Thermal Sensor and Thermal Diode• Updated power numbers.

1.92 5/10/2011Added (improves coverage of 2-port 17X17 package):• Section 2.2.13, 2-Port 17x17 PBGA Package Pin List (Alphabetical)• Section 2.2.14, 2-Port 17x17 PBGA Package No-Connect Pins

1.93 5/20/2011

Updated.• Section 1.6, I350 Packaging Options. Updated to cover both 17x17 options.• Section 11-5, Flash Timing Diagram. Removed meaningless line from diagram.• Section 11.7.1.1, 17x17 PBGA Package Schematics. Corrected display issue

with diagram.

2.00 6/23/2011

SRA release.• RSVD_TX_TCLK was expressed as 1.25MHZ (clock speed). Corrected to

125MHz in two places. See Table 2-10, Analog Pins, Table 2-23, PHY Analog Pins.

• Section 11.7.2.1, 25x25 PBGA Package Schematics. Diagram updated.

2.01 6/24/2011• Section 8.5.5, Flow Control Receive Threshold Low - FCRTL0 (0x2160; R/W).

Changed: “at least 1b (at least 16 bytes)” to “3b (at least 48 bytes) Diagram updated”.

2.02 8/2/2011• Figure 7-26, Figure 7-26 build issues corrected.• Section 10.6.3.16, Thermal Sensor Commands. Note added (“Thermal Sensor

configuration can be done only through NC-SI channel 0.”).

2.03 8/25/2011

• Section 6.2.22, Functions Control (Word 0x21), bit 9 note; Section 9.4.11.4, Base Address Register Fields, bit 9 description. Both contain the updated text: “This bit should be set only on systems that do not generate prefetchable cycles.”

• Section 8.26.1, Internal PHY Configuration - IPCNFG (0x0E38, RW) and Section 8.26.2, PHY Power Management - PHPM (0x0E14, RW); tables reformatted.

• Table 10-49, Driver Info Host Command, Byte 1; description updated. • Table 11-6, Power Consumption 2 Ports, D0a - Active Link row, total power

column has been corrected.

2.04 9/16/2011

• Section 5.1.1, PCI Device Power States. Section updated. See text starting with “The PCIe link state follows the power management state of the device...”

• Section 6.3.11, NC-SI Configuration Module (Global MNG Offset 0x0A). Register descriptions for a number off offsets have been updated. These include: Offsets 0x01, 0x03, 0x05, and 0x07

• Table 8-10, Usable FLASH Size and CSR Mapping Window Size. Table added to Datasheet.

• Table 10-30, Supported NC-SI Commands. “Set Ethernet Mac Address” corrected to “Set MAC Address”. “Clear Ethernet MAC Address” removed from supported. This is an obsolete reference.

Intel® Ethernet Controller I350 — Revision History


2.05 12/20/2011

• Section 6.3.12.2, Traffic Type Data - Offset 0x1. Default values of 01 added for all traffic types.

• Section 6.4.9, Reserved/3rd Party External Thermal Sensor – (Word 0x3E). New reserved section added. Section 8.16.28.1, Time Sync Interrupt Cause Register - TSICR (0xB66C; RC/W1C). Note in section updated. New text: “Once ICR.Time_Sync is set, TSICR should be read to determine the actual interrupt cause and to enable reception of an additional ICR.Time_Sync interrupt.”

• Figure 12-6: Updated to correct error. Section 12.5, Oscillator Support: Contains similar update in the section’s first bullet.

2.06 4/10/2012

• Section 3.1.7.9, Completion with Completer Abort (CA). The discussion has been corrected. The updated paragraph is: “A DMA master transaction ending with a Completer Abort (CA) completion causes all PCIe master transactions to stop; the PICAUSE.ABR bit is set and an interrupt is generated if the appropriate mask bits are set. To enable PCIe master transactions following reception of a CA completion, software issues an FLR to the right function or a PCI reset to the device and re-initializes the function(s).”

• Section 6.3.9.17, NC-SI over MCTP Configuration - 0ffset 0x10. Phrase in bit 7 description updated. New text: “If cleared, a payload type byte is expected in NC-SI over MCTP packets after the packet type...”

• Section 6.4.3, EEPROM Image Revision (Word 0x05). Table updated; bit assignment descriptions changed. Changed to: 15:12 EEPROM major version; 11:8 are reserved; 7:0 EEPROM minor version. Example given in note.

• Section 9.6.6.2, LTR Capabilities (0x1C4; RW). The reserved fields (bits 15:13 and 31:29) now indicate RO, not RW.

• Figure 11-11 : Coupling cap data in figure corrected; changed 10pf to 1000pf.

• Table 12-4, Crystal Manufacturers and Part Numbers. Footnote added to table for 7A25000165. Text states: “This part footprint compatible with X540 designs.”

Rev Date Comments

Revision History — Intel® Ethernet Controller I350


2.1

• Section 2.3.4, NC-SI Interface Pins. Notes added. They specify pull-ups/downs used when NC-SI is disconnected.

• Section 7.8.2.2.5, Serial ID. New text provided: “The serial ID capability is not supported in VFs.”

•Section 8.8.10, Interrupt Cause Set Register - ICS (0x1504; WO). Time Sync (bit 19) exposed.

• Table 11-6, Power Consumption 2 Ports. Some numbers updated. See bold copy.

• Revised Table 2-15 - 2-Port 17x17 PBGA Package Pin List (Alphabetical); SDP2 and SDP3 connections.

• Revised Section 2.3.8 (Power Supply and Ground Pins); removed C4.• Revised Section 2.3.9 (25x25 PBGA Package Pin List (Alphabetical); C4 signal

name change.• Revised Section 3.7.6.3.1 (Setting Powerville to Internal PHY loopback Mode);

added new bullet.• Revised Section 4.3.5 (Registers and Logic Reset Affects); step 10.• Revised Section 6.2.17 (PCIe Control 1 (Word 0x1B); bit 14 description.• Revised Section 6.3.9.17 (NC-SI over MCTP Configuration - 0ffset 0x10); bit 7

description.• Added Section 6.4.6.11 through Section 6.4.6.18 and (PXE VLAN

Configuration Pointer (0x003C) bit descriptions.• Revised Table 8-6 - Register Summary); Management Flex UDP/TCP Ports

address.• Revised Section 8.8.9 (Interrupt Cause Read Register - ICR (0x1500; RC/

W1C); bit 20 description.• Revised Section 10.5.8.1 (Transmit Errors in Sequence Handling); note after

table 10-10.• Revised Section 10.7.1.3 (Simplified MCTP Mode); removed payload type

references.• Revised Section 10.7.4.1 (NC-SI Packets Format).• Added Section 10.7.4.1.1 (Control Packets).• Revised Section 10.7.4.1.2 (Command Packets); payload type and message

type.• Revised Section 10.7.4.1.3 (Response Packets); payload type and message

type.• Revised Section 11.3.1 (Power Supply Specification); added second footnote.

Rev Date Comments

Intel® Ethernet Controller I350 — Revision History


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Contents — Intel® Ethernet Controller I350


Contents

1 Introduction ............................................................................................................ 371.1 Scope ...................................................................................................................................... 381.2 Terminology and Acronyms ......................................................................................................... 39

1.2.1 External Specification and Documents........................................................................... 401.2.1.1 Network Interface Documents ..................................................................................... 401.2.1.2 Host Interface Documents........................................................................................... 411.2.1.3 Networking Protocol Documents................................................................................... 411.2.1.4 Manageability Documents ........................................................................................... 41

1.3 Product Overview ...................................................................................................................... 421.4 External Interface...................................................................................................................... 42

1.4.1 PCIe Interface ........................................................................................................... 421.4.2 Network Interfaces..................................................................................................... 421.4.3 EEPROM Interface ...................................................................................................... 421.4.4 Serial Flash Interface ................................................................................................. 431.4.5 SMBus Interface ........................................................................................................ 431.4.6 NC-SI Interface ......................................................................................................... 431.4.7 MDIO/I2C 2-Wire Interfaces ........................................................................................ 431.4.8 Software-Definable Pins (SDP) Interface

(General-Purpose I/O) ................................................................................................ 441.4.9 LEDs Interface........................................................................................................... 44

1.5 Features................................................................................................................................... 441.6 I350 Packaging Options .............................................................................................................. 481.7 Overview of Changes Compared to the 82580 ............................................................................... 49

1.7.1 Network Interface ...................................................................................................... 491.7.1.1 Energy Efficient Ethernet (IEEE802.3AZ)....................................................................... 491.7.1.2 MDI Flip.................................................................................................................... 491.7.2 Virtualization............................................................................................................. 491.7.2.1 PCI SR IOV ............................................................................................................... 491.7.2.2 Promiscuous VLAN Filtering ......................................................................................... 501.7.2.3 Improvements to VMDq Switching................................................................................ 50

1.7.2.3.1 Promiscuous Modes ................................................................................. 501.7.2.3.2 Microsoft NLB Mode Support ..................................................................... 50

1.7.2.4 Number of Exact Match Filters ..................................................................................... 501.7.2.5 Support for 2K Header Buffer ...................................................................................... 501.7.2.6 Support for Port Based VLAN ....................................................................................... 501.7.2.7 Header Split on L2 Header .......................................................................................... 501.7.2.8 Updated Pool Decision Algorithm.................................................................................. 501.7.2.9 Statistics .................................................................................................................. 501.7.3 HOST Interface.......................................................................................................... 511.7.3.1 MSI-X Support .......................................................................................................... 511.7.3.2 ID-Based Ordering ..................................................................................................... 511.7.3.3 Alternative Routing-ID Interpretation (ARI) ................................................................... 511.7.3.4 Link State Related Latency Tolerance Reporting (LTR)..................................................... 511.7.3.5 Access Control Services (ACS) ..................................................................................... 511.7.3.6 ASPM Optionality Compliance Capability........................................................................ 511.7.4 Manageability ............................................................................................................ 521.7.4.1 Auto-ARP Reply on SMBus........................................................................................... 521.7.4.2 NC-SI Commands. ..................................................................................................... 52

1.7.4.2.1 NC-SI Hardware Arbitration ...................................................................... 521.7.4.3 OS to BMC Traffic ...................................................................................................... 521.7.4.4 DMTF MCTP Protocol Over SMBus................................................................................. 521.7.4.5 Proxying ................................................................................................................... 521.7.5 EEPROM Structures .................................................................................................... 531.7.6 Recovery from Memory Error...................................................................................... 531.7.7 BOM Cost Reduction................................................................................................... 531.7.7.1 On-Chip 1.8V LVR Control ........................................................................................... 531.7.7.2 On-Chip 1.0V SVR Control........................................................................................... 531.7.7.3 Thermal Sensor ......................................................................................................... 53

1.8 Device Data Flows ..................................................................................................................... 541.8.1 Transmit Data Flow .................................................................................................... 541.8.2 Receive Data Flow...................................................................................................... 55

2 Pin Interface ........................................................................................................... 572.1 Signal Type Notation .................................................................................................................. 572.2 17x17 PBGA Package Pin Assignment ........................................................................................... 57

2.2.1 PCIe ........................................................................................................................ 572.2.2 Flash and EEPROM Ports ............................................................................................ 582.2.3 System Management Bus (SMB) Interface .................................................................... 592.2.4 NC-SI Interface Pins .................................................................................................. 592.2.5 Miscellaneous Pins .................................................................................................... 60

Intel® Ethernet Controller I350 — Contents


2.2.6 SERDES/SGMII Pins .................................................................................................. 612.2.7 SFP Pins .................................................................................................................. 632.2.8 PHY Pins ................................................................................................................... 642.2.8.1 LED’s ...................................................................................................................... 642.2.8.2 PHY Analog Pins ........................................................................................................ 652.2.9 Voltage Regulator Pins ............................................................................................... 672.2.10 Testability Pins ......................................................................................................... 672.2.11 Power Supply and Ground Pins ................................................................................... 692.2.12 4-Port 17x17 PBGA Package Pin List (Alphabetical) ......................................................... 692.2.13 2-Port 17x17 PBGA Package Pin List (Alphabetical) ......................................................... 722.2.14 2-Port 17x17 PBGA Package No-Connect Pins ................................................................ 74

2.3 25x25 PBGA Package Pin Assignment ........................................................................................... 742.3.1 PCIe ........................................................................................................................ 742.3.2 Flash and EEPROM Ports ............................................................................................ 752.3.3 System Management Bus (SMB) Interface .................................................................... 752.3.4 NC-SI Interface Pins .................................................................................................. 762.3.5 Miscellaneous Pins ..................................................................................................... 762.3.6 PHY Pins ................................................................................................................... 772.3.6.1 LED’s ...................................................................................................................... 772.3.6.2 PHY Analog Pins ........................................................................................................ 782.3.7 Testability Pins ......................................................................................................... 792.3.8 Power Supply and Ground Pins .................................................................................... 802.3.9 25x25 PBGA Package Pin List (Alphabetical) .................................................................. 81

2.4 Pullups/Pulldowns ...................................................................................................................... 862.5 Strapping ................................................................................................................................. 892.6 Interface Diagram...................................................................................................................... 912.7 17x17 PBGA Package Ball-Out ..................................................................................................... 922.8 25x25 PBGA Package Ball-Out ..................................................................................................... 933 Interconnects .......................................................................................................... 953.1 PCIe ........................................................................................................................................ 95

3.1.1 PCIe Overview........................................................................................................... 953.1.1.1 Architecture, Transaction and Link Layer Properties ........................................................ 963.1.1.2 Physical Interface Properties........................................................................................ 973.1.1.3 Advanced Extensions.................................................................................................. 973.1.2 Functionality - General ............................................................................................... 973.1.2.1 Native/Legacy ........................................................................................................... 973.1.2.2 Locked Transactions ................................................................................................... 973.1.3 Host Interface ........................................................................................................... 983.1.3.1 Tag IDs .................................................................................................................... 98

3.1.3.1.1 TAG ID Allocation for Read Transactions ..................................................... 983.1.3.1.2 TAG ID Allocation for Write Transactions .................................................... 99

3.1.3.2 Completion Timeout Mechanism..................................................................................1003.1.3.2.1 Completion Timeout Period......................................................................101

3.1.4 Transaction Layer .....................................................................................................1013.1.4.1 Transaction Types Accepted by the I350 ......................................................................101

3.1.4.1.1 Configuration Request Retry Status ..........................................................1023.1.4.1.2 Partial Memory Read and Write Requests...................................................102

3.1.4.2 Transaction Types Initiated by the I350 .......................................................................1033.1.4.2.1 Data Alignment......................................................................................1033.1.4.2.2 Multiple Tx Data Read Requests (MULR) ....................................................103

3.1.4.3 Messages.................................................................................................................1043.1.4.3.1 Message Handling by the I350 (as a Receiver) ...........................................1043.1.4.3.2 Message Handling by the I350 (as a Transmitter) .......................................104

3.1.4.4 Ordering Rules .........................................................................................................1053.1.4.4.1 Out of Order Completion Handling ............................................................105

3.1.4.5 Transaction Definition and Attributes ...........................................................................1053.1.4.5.1 Max Payload Size ...................................................................................1053.1.4.5.2 Relaxed Ordering ...................................................................................1063.1.4.5.3 Snoop Not Required................................................................................1063.1.4.5.4 No Snoop and Relaxed Ordering for LAN Traffic ..........................................1063.1.4.5.5 TLP processing Hint (TPH) .......................................................................107

3.1.4.6 Flow Control.............................................................................................................1073.1.4.6.1 I350 Flow Control Rules ..........................................................................1073.1.4.6.2 Upstream Flow Control Tracking ...............................................................1083.1.4.6.3 Flow Control Update Frequency ................................................................1083.1.4.6.4 Flow Control Timeout Mechanism .............................................................108

3.1.4.7 Error Forwarding.......................................................................................................1083.1.5 Data Link Layer ........................................................................................................1093.1.5.1 ACK/NAK Scheme .....................................................................................................1093.1.5.2 Supported DLLPs ......................................................................................................1093.1.5.3 Transmit EDB Nullifying .............................................................................................1103.1.6 Physical Layer ..........................................................................................................1103.1.6.1 Link Speed...............................................................................................................1103.1.6.2 Link Width ...............................................................................................................110



3.1.6.3 Polarity Inversion......................................................................................................1113.1.6.4 L0s Exit latency ........................................................................................................1113.1.6.5 Lane-to-Lane De-Skew ..............................................................................................1113.1.6.6 Lane Reversal...........................................................................................................1113.1.6.7 Reset ......................................................................................................................1123.1.6.8 Scrambler Disable.....................................................................................................1123.1.7 Error Events and Error Reporting ................................................................................1133.1.7.1 Mechanism in General ...............................................................................................1133.1.7.2 Error Events.............................................................................................................1133.1.7.3 Error Forwarding (TLP poisoning) ................................................................................1153.1.7.4 ECRC ......................................................................................................................1153.1.7.5 Partial Read and Write Requests .................................................................................1153.1.7.6 Error Pollution ..........................................................................................................1163.1.7.7 Completion with Unsuccessful Completion Status ..........................................................1163.1.7.8 Error Reporting Changes............................................................................................1163.1.7.9 Completion with Completer Abort (CA).........................................................................1173.1.8 PCIe Power Management ...........................................................................................1173.1.9 PCIe Programming Interface.......................................................................................117

3.2 Management Interfaces .............................................................................................................1173.2.1 SMBus.....................................................................................................................1173.2.1.1 Channel Behavior......................................................................................................1183.2.2 NC-SI......................................................................................................................1183.2.2.1 Electrical Characteristics ............................................................................................1183.2.2.2 NC-SI Transactions ...................................................................................................118

3.3 Flash / EEPROM........................................................................................................................1193.3.1 EEPROM Interface .....................................................................................................1193.3.1.1 General Overview .....................................................................................................1193.3.1.2 EEPROM Device ........................................................................................................1193.3.1.3 HW Initial Load Process. ............................................................................................1203.3.1.4 Software Accesses ....................................................................................................1233.3.1.5 EEPROM Detection and Signature Field ........................................................................124

3.3.1.5.1 EEPROM Detection..................................................................................1243.3.1.5.2 Detection of Valid EEPROM Image ............................................................124

3.3.1.6 Protected EEPROM Space ...........................................................................................1253.3.1.6.1 Initial EEPROM Programming ...................................................................1253.3.1.6.2 Activating the Protection Mechanism.........................................................1253.3.1.6.3 Non Permitted Accessing to Protected Areas in the EEPROM .........................125

3.3.1.7 EEPROM Recovery.....................................................................................................1263.3.1.8 EEPROM-Less Support ...............................................................................................127

3.3.1.8.1 Access to the EEPROM Controlled Feature..................................................1273.3.2 Shared EEPROM........................................................................................................1283.3.2.1 EEPROM Deadlock Avoidance......................................................................................1283.3.2.2 EEPROM Map Shared Words .......................................................................................1293.3.3 Vital Product Data (VPD) Support ................................................................................1293.3.4 Flash Interface .........................................................................................................1313.3.4.1 Flash Interface Operation...........................................................................................1313.3.4.2 Flash Write Control ...................................................................................................1313.3.4.3 Flash Erase Control ...................................................................................................1323.3.5 Shared FLASH ..........................................................................................................1323.3.5.1 Flash Access Contention.............................................................................................1323.3.5.2 Flash Deadlock Avoidance ..........................................................................................132

3.4 Configurable I/O Pins ................................................................................................................1333.4.1 General-Purpose I/O (Software-Definable Pins) .............................................................1333.4.1.1 SDP usage for SFP connectivity...................................................................................1343.4.2 Software Watchdog ...................................................................................................1343.4.2.1 Watchdog Rearm ......................................................................................................1343.4.3 LEDs .......................................................................................................................135

3.5 Voltage Regulators....................................................................................................................1353.5.1 1.8V LVR Control ......................................................................................................1363.5.2 1.0V SVR Control ......................................................................................................137

3.6 Thermal Sensor ........................................................................................................................1383.6.1 Initializing Thermal Sensor.........................................................................................1383.6.2 Firmware Based Thermal Management.........................................................................1393.6.3 Thermal Sensor Diagnostics .......................................................................................1393.6.4 Thermal Sensor Characteristics...................................................................................140

3.7 Network Interfaces ...................................................................................................................1403.7.1 Overview .................................................................................................................1403.7.2 MAC Functionality .....................................................................................................1413.7.2.1 Internal GMII/MII Interface ........................................................................................1413.7.2.2 MDIO/MDC PHY Management Interface ........................................................................141

3.7.2.2.1 Detection of External I2C or MDIO Connection ...........................................1423.7.2.2.2 MDIC and MDICNFG register usage...........................................................142

3.7.2.3 Duplex Operation with Copper PHY..............................................................................1433.7.2.3.1 Full Duplex............................................................................................1433.7.2.3.2 Half Duplex ...........................................................................................144



3.7.3 SerDes/1000BASE-BX, SGMII and 1000BASE-KX Support ..............................................1443.7.3.1 SerDes/1000BASE-BX, SGMII and 1000BASE-KX Analog Block........................................1453.7.3.2 SerDes/1000BASE-BX, SGMII and 1000BASE-KX PCS Block............................................1453.7.3.3 GbE Physical Coding Sub-Layer (PCS)..........................................................................145

3.7.3.3.1 8B10B Encoding/Decoding.......................................................................1453.7.3.3.2 Code Groups and Ordered Sets ................................................................145

3.7.4 Auto-Negotiation and Link Setup Features ....................................................................1463.7.4.1 SerDes/1000BASE-BX Link Configuration .....................................................................147

3.7.4.1.1 Signal Detect Indication ..........................................................................1473.7.4.1.2 MAC Link Speed .....................................................................................1473.7.4.1.3 SerDes/1000BASE-BX Mode Auto-Negotiation ............................................1473.7.4.1.4 Forcing Link-up in SerDes/1000BASE-BX Mode...........................................1483.7.4.1.5 HW Detection of Non-Auto-Negotiation Partner...........................................148

3.7.4.2 1000BASE-KX Link Configuration ................................................................................1493.7.4.2.1 MAC Link Speed .....................................................................................1493.7.4.2.2 1000BASE-KX Auto-Negotiation ...............................................................1493.7.4.2.3 Forcing Link-up in 1000BASE-KX Mode......................................................1493.7.4.2.4 1000BASE-KX HW Detection of Link Partner...............................................149

3.7.4.3 SGMII Link Configuration ...........................................................................................1493.7.4.3.1 SGMII Auto-Negotiation ..........................................................................1493.7.4.3.2 Forcing Link in SGMII mode.....................................................................1503.7.4.3.3 MAC Speed Resolution ............................................................................150

3.7.4.4 Copper PHY Link Configuration....................................................................................1503.7.4.4.1 PHY Auto-Negotiation (Speed, Duplex, Flow Control)...................................1503.7.4.4.2 MAC Speed Resolution ............................................................................1513.7.4.4.3 MAC Full-/Half- Duplex Resolution ............................................................1523.7.4.4.4 Using PHY Registers ...............................................................................1523.7.4.4.5 Comments Regarding Forcing Link............................................................152

3.7.4.5 Loss of Signal/Link Status Indication ...........................................................................1533.7.5 Ethernet Flow Control (FC) .........................................................................................1533.7.5.1 MAC Control Frames and Receiving Flow Control Packets ................................................154

3.7.5.1.1 Structure of 802.3X FC Packets ................................................................1543.7.5.1.2 Operation and Rules ...............................................................................1543.7.5.1.3 Timing Considerations.............................................................................155

3.7.5.2 PAUSE and MAC Control Frames Forwarding .................................................................1553.7.5.3 Transmission of PAUSE Frames ...................................................................................156

3.7.5.3.1 Operation and Rules ...............................................................................1563.7.5.3.2 Software Initiated PAUSE Frame Transmission ...........................................157

3.7.5.4 IPG Control and Pacing ..............................................................................................1573.7.5.4.1 Fixed IPG Extension................................................................................157

3.7.6 Loopback Support .....................................................................................................1583.7.6.1 General ...................................................................................................................1583.7.6.2 MAC Loopback..........................................................................................................158

3.7.6.2.1 Setting the I350 to MAC Loopback Mode ...................................................1583.7.6.3 Internal PHY Loopback...............................................................................................159

3.7.6.3.1 Setting the I350 to Internal PHY loopback Mode .........................................1593.7.6.4 SerDes, SGMII and 1000BASE-KX Loopback .................................................................159

3.7.6.4.1 Setting SerDes/1000BASE-BX, SGMII, 1000BASE-KX Loopback Mode............1593.7.6.5 External PHY Loopback ..............................................................................................160

3.7.6.5.1 Setting the I350 Internal PHY to External Loopback Mode ............................1603.7.7 Energy Efficient Ethernet (EEE)...................................................................................1603.7.7.1 Conditions to Enter EEE TX LPI ...................................................................................1613.7.7.2 Exit of TX LPI to Active Link State ...............................................................................1623.7.7.3 EEE Auto-Negotiation ................................................................................................1623.7.7.4 EEE Link Level (LLDP) Capabilities Discovery ................................................................1633.7.7.5 Programming the I350 for EEE Operation .....................................................................1643.7.7.6 EEE Statistics ...........................................................................................................1653.7.8 Integrated Copper PHY Functionality............................................................................1653.7.8.1 Determining Link State ..............................................................................................165

3.7.8.1.1 False Link..............................................................................................1663.7.8.1.2 Forced Operation ...................................................................................1673.7.8.1.3 Auto Negotiation ....................................................................................1673.7.8.1.4 Parallel Detection ...................................................................................1673.7.8.1.5 Auto Cross-Over ....................................................................................1683.7.8.1.6 10/100 MB/s Mismatch Resolution ............................................................1693.7.8.1.7 Link Criteria ..........................................................................................169

3.7.8.2 Link Enhancements ...................................................................................................1703.7.8.2.1 SmartSpeed ..........................................................................................170

3.7.8.3 Flow Control.............................................................................................................1713.7.8.4 Management Data Interface .......................................................................................1723.7.8.5 Internal PHY Low Power Operation and Power Management ............................................172

3.7.8.5.1 Power Down via the PHY Register .............................................................1723.7.8.5.2 Power Management State........................................................................1723.7.8.5.3 Disable High Speed Power Saving Options .................................................1723.7.8.5.4 Low Power Link Up - Link Speed Control....................................................173



3.7.8.5.5 Internal PHY Smart Power-Down (SPD) .....................................................1743.7.8.5.6 Internal PHY Link Energy Detect...............................................................1753.7.8.5.7 Internal PHY Power-Down State ...............................................................175

3.7.8.6 Advanced Diagnostics................................................................................................1763.7.8.6.1 TDR - Time Domain Reflectometry............................................................1763.7.8.6.2 Channel Frequency Response...................................................................176

3.7.8.7 1000 Mb/s Operation.................................................................................................1773.7.8.7.1 Introduction ..........................................................................................1773.7.8.7.2 Transmit Functions.................................................................................1773.7.8.7.3 Receive Functions ..................................................................................180

3.7.9 Media Auto Sense .....................................................................................................1823.7.9.1 Auto sense setup ......................................................................................................183

3.7.9.1.1 SerDes/SGMII/1000BASE-KX Detect Mode (PHY is Active) ...........................1833.7.9.1.2 PHY Detect Mode (SerDes/SGMII/1000BASE-KX is active) ...........................183

3.7.9.2 Switching between medias. ........................................................................................1833.7.9.2.1 Transition to SerDes/1000BASE-KX/SGMII Modes.......................................1833.7.9.2.2 Transition to Internal PHY Mode ...............................................................184

4 Initialization.......................................................................................................... 1854.1 Power Up.................................................................................................................................185

4.1.1 Power-Up Sequence ..................................................................................................1854.1.2 Power-Up Timing Diagram..........................................................................................187

4.2 Reset Operation .......................................................................................................................1884.2.1 Reset Sources ..........................................................................................................1884.2.1.1 LAN_PWR_GOOD ......................................................................................................1884.2.1.2 PE_RST_N ...............................................................................................................1884.2.1.3 In-Band PCIe Reset...................................................................................................1884.2.1.4 D3hot to D0 Transition ..............................................................................................1884.2.1.5 Function Level Reset (FLR) .........................................................................................189

4.2.1.5.1 PF (Physical Function) FLR or FLR in non-IOV Mode.....................................1894.2.1.5.2 VF (Virtual Function) FLR (Function Level Reset) ........................................1894.2.1.5.3 IOV (IO Virtualization) Disable .................................................................189

4.3 Software Reset.........................................................................................................................1904.3.1 Full Port Software Reset (RST)....................................................................................1904.3.2 Physical Function (PF) Software Reset..........................................................................1904.3.3 VF Software Reset ....................................................................................................1904.3.4 Device Software Reset (DEV_RST) ..............................................................................1914.3.4.1 BME (Bus Master Enable) ...........................................................................................1914.3.4.2 Force TCO................................................................................................................1924.3.4.3 EEPROM Reset..........................................................................................................1924.3.4.4 PHY Reset................................................................................................................1924.3.5 Registers and Logic Reset Affects ................................................................................1944.3.6 PHY Behavior During a Manageability Session ...............................................................198

4.4 Function Disable .......................................................................................................................1994.4.1 General ...................................................................................................................1994.4.2 Overview .................................................................................................................1994.4.3 Disabling Both LAN Port and PCIe Function...................................................................2004.4.4 Disabling PCIe Function Only ......................................................................................2004.4.5 PCIe Functions to LAN Ports Mapping...........................................................................2004.4.6 Control Options ........................................................................................................2024.4.7 Event Flow for Enable/Disable Functions ......................................................................2034.4.7.1 Multi-Function Advertisement .....................................................................................2044.4.7.2 Legacy Interrupts Utilization.......................................................................................2044.4.7.3 Power Reporting .......................................................................................................204

4.5 Device Disable .........................................................................................................................2044.5.1 BIOS Handling of Device Disable .................................................................................205

4.6 Software Initialization and Diagnostics.........................................................................................2054.6.1 Introduction .............................................................................................................2054.6.2 Power Up State.........................................................................................................2064.6.3 Initialization Sequence...............................................................................................2064.6.4 Interrupts During Initialization....................................................................................2064.6.5 Global Reset and General Configuration .......................................................................2064.6.6 Flow Control Setup....................................................................................................2074.6.7 Link Setup Mechanisms and Control/Status Bit Summary ...............................................2074.6.7.1 PHY Initialization.......................................................................................................2074.6.7.2 MAC/PHY Link Setup (CTRL_EXT.LINK_MODE = 00b).....................................................207

4.6.7.2.1 MAC Settings Automatically Based on Duplex and Speed Resolved by PHY (CTRL.FRCDPLX = 0b, CTRL.FRCSPD = 0b) ..............207

4.6.7.2.2 MAC Duplex and Speed Settings Forced by Software Based on Resolution of PHY (CTRL.FRCDPLX = 1b, CTRL.FRCSPD = 1b) ..................208

4.6.7.2.3 MAC/PHY Duplex and Speed Settings Both Forced by Software(Fully-Forced Link Setup) (CTRL.FRCDPLX = 1b, CTRL.FRCSPD = 1b, CTRL.SLU = 1b) ......................................................................................................208

4.6.7.3 MAC/SERDES Link Setup (CTRL_EXT.LINK_MODE = 11b) ..................................................................................209



4.6.7.3.1 Hardware Auto-Negotiation Enabled (PCS_LCTL. AN ENABLE = 1b;CTRL.FRCSPD = 0b; CTRL.FRCDPLX = 0) ..................................................209

4.6.7.3.2 Auto-Negotiation Skipped (PCS_LCTL. AN ENABLE = 0b;CTRL.FRCSPD = 1b; CTRL.FRCDPLX = 1) ..................................................209

4.6.7.4 MAC/SGMII Link Setup (CTRL_EXT.LINK_MODE = 10b)..................................................2104.6.7.4.1 Hardware Auto-Negotiation Enabled (PCS_LCTL. AN ENABLE = 1b,

CTRL.FRCDPLX = 0b, CTRL.FRCSPD = 0b) .................................................2104.6.7.5 MAC/1000BASE-KX Link Setup

(CTRL_EXT.LINK_MODE = 01b) ..................................................................................2104.6.7.5.1 Auto-Negotiation Skipped (PCS_LCTL. AN ENABLE = 0b;

CTRL.FRCSPD = 1b; CTRL.FRCDPLX = 1) ..................................................2104.6.8 Initialization of Statistics............................................................................................2114.6.9 Receive Initialization .................................................................................................2114.6.9.1 Initialize the Receive Control Register ..........................................................................2124.6.9.2 Dynamic Enabling and Disabling of Receive Queues .......................................................2124.6.10 Transmit Initialization................................................................................................2134.6.10.1 Dynamic Queue Enabling and Disabling........................................................................2134.6.11 Virtualization Initialization Flow...................................................................................2134.6.11.1 VMDq Mode..............................................................................................................213

4.6.11.1.1 Global Filtering and Offload Capabilities.....................................................2134.6.11.1.2 Mirroring rules. ......................................................................................2144.6.11.1.3 Per Pool Settings....................................................................................2144.6.11.1.4 Security Features ...................................................................................215

4.6.11.2 IOV Initialization.......................................................................................................2154.6.11.2.1 PF Driver Initialization.............................................................................2154.6.11.2.2 VF Driver Initialization ............................................................................2154.6.11.2.3 Full Reset Coordination ...........................................................................2164.6.11.2.4 VFRE/VFTE ............................................................................................216

4.6.12 Alternate MAC Address Support ..................................................................................2174.7 Access to Shared Resources .......................................................................................................217

4.7.1 Acquiring Ownership Over a Shared Resource ...............................................................2184.7.2 Releasing Ownership Over a Shared Resource...............................................................2184.7.3 Software to Software Mailbox .....................................................................................220

5 Power Management............................................................................................... 2215.1 General Power State Information ................................................................................................221

5.1.1 PCI Device Power States ............................................................................................2215.1.2 PCIe Link Power States ..............................................................................................222

5.2 Power States............................................................................................................................2225.2.1 D0 Uninitialized State (D0u) .......................................................................................2235.2.1.1 Entry into D0u State..................................................................................................2235.2.2 D0active State..........................................................................................................2245.2.2.1 Entry to D0a State ....................................................................................................2245.2.3 D3 State (PCI-PM D3hot) ...........................................................................................2245.2.3.1 Entry to D3 State......................................................................................................2255.2.3.2 Exit from D3 State ....................................................................................................2255.2.3.3 Master Disable Via CTRL Register ................................................................................2265.2.4 Dr State (D3cold) .....................................................................................................2275.2.4.1 Dr Disable Mode .......................................................................................................2275.2.4.2 Entry to Dr State ......................................................................................................2275.2.4.3 Auxiliary Power Usage ...............................................................................................2285.2.5 Link Disconnect ........................................................................................................2285.2.6 Device Power-Down State ..........................................................................................229

5.3 Power Limits by Certain Form Factors ..........................................................................................2295.4 Interconnects Power Management...............................................................................................230

5.4.1 PCIe Link Power Management.....................................................................................2305.4.2 NC-SI Clock Control ..................................................................................................2325.4.3 Internal PHY Power-Management ................................................................................232

5.5 Timing of Power-State Transitions...............................................................................................2325.5.1 Power Up (Off to Dup to D0u to D0a............................................................................2335.5.2 Transition from D0a to D3 and Back Without PE_RST_N .................................................2345.5.3 Transition From D0a to D3 and Back With PE_RST_N.....................................................2355.5.4 Transition From D0a to Dr and Back Without Transition to D3 .........................................236

5.6 Wake Up .................................................................................................................................2375.6.1 Advanced Power Management Wake Up .......................................................................2375.6.2 ACPI Power Management Wake Up ..............................................................................2385.6.3 Wake-Up and Proxying Filters .....................................................................................2395.6.3.1 Pre-Defined Filters ....................................................................................................239

5.6.3.1.1 Directed Exact Packet .............................................................................2405.6.3.1.2 Directed Multicast Packet ........................................................................2405.6.3.1.3 Broadcast..............................................................................................2405.6.3.1.4 Magic Packet .........................................................................................2405.6.3.1.5 ARP/IPv4 Request Packet ........................................................................2415.6.3.1.6 Directed IPv4 Packet ..............................................................................2425.6.3.1.7 Directed IPv6 Packet ..............................................................................243



5.6.3.1.8 NS and MLD IPv6 Packets........................................................................2435.6.3.2 Flexible Filters ..........................................................................................................245

5.6.3.2.1 IPX Diagnostic Responder Request Packet .................................................2455.6.3.2.2 Directed IPX Packet ................................................................................2455.6.3.2.3 Utilizing Flex Wake-Up Filters In Normal Operation .....................................246

5.6.3.3 Wake Up Packet Storage............................................................................................2465.6.4 Wake-up and Virtualization ........................................................................................246

5.7 Protocol Offload (Proxying) ........................................................................................................2465.7.1 Proxying and Virtualization.........................................................................................2475.7.2 Protocol Offload Activation in D3 .................................................................................2475.7.3 Protocol Offload Activation in D0 .................................................................................249

5.8 DMA Coalescing........................................................................................................................2505.8.1 DMA Coalescing Activation .........................................................................................2505.8.2 Entering DMA Coalescing Operating Mode ....................................................................2525.8.2.1 Entering DMA Coalescing ...........................................................................................2525.8.3 Conditions to Exit DMA Coalescing...............................................................................2535.8.3.1 Exiting DMA Coalescing..............................................................................................253

5.9 Latency Tolerance Reporting (LTR)..............................................................................................2535.9.1 Latency Tolerance Reporting Algorithm ........................................................................2545.9.2 Latency Tolerance Reporting Per Function ....................................................................2565.9.2.1 Conditions for Generating LTR Message with the Requirement Bits Cleared .......................2565.9.2.2 Conditions for Generating LTR Message with Maximum LTR Value....................................2575.9.2.3 Conditions for Generating LTR Message with Minimum LTR Value ....................................257

6 Non-Volatile Memory Map - EEPROM ..................................................................... 2596.1 EEPROM General Map................................................................................................................2596.2 Hardware Accessed Words .........................................................................................................262

6.2.1 Ethernet Address (LAN Base Address + Offsets 0x00-0x02) ............................................2636.2.2 Initialization Control Word 1 (word 0x0A).....................................................................2636.2.3 Subsystem ID (Word 0x0B)........................................................................................2646.2.4 Subsystem Vendor ID (Word 0x0C) .............................................................................2646.2.5 Device ID (LAN Base Address + Offset 0x0D) ...............................................................2646.2.6 Vendor ID (Word 0x0E) .............................................................................................2646.2.7 Dummy Device ID (Word 0x1D)..................................................................................2656.2.8 Initialization Control Word 2 (LAN Base Address + Offset 0x0F) ......................................2656.2.9 EEPROM Sizing and Protected Fields (Word 0x12)..........................................................2666.2.10 Initialization Control 4 (LAN Base Address + Offset 0x13)...............................................2686.2.11 PCIe L1 Exit latencies (Word 0x14) .............................................................................2696.2.12 PCIe Completion Timeout Configuration (Word 0x15).....................................................2696.2.13 MSI-X Configuration (LAN Base Address + Offset 0x16) .................................................2706.2.14 PCIe Init Configuration 1 (Word 0x18) .........................................................................2706.2.15 PCIe Init Configuration 2 Word (Word 0x19).................................................................2716.2.16 PCIe Init Configuration 3 Word (Word 0x1A).................................................................2716.2.17 PCIe Control 1 (Word 0x1B) .......................................................................................2726.2.18 LED 1,3 Configuration Defaults (LAN Base Address + Offset 0x1C) ..................................2726.2.19 Device Rev ID (Word 0x1E)........................................................................................2746.2.20 LED 0,2 Configuration Defaults (LAN Base Address + Offset 0x1F)...................................2746.2.21 Software Defined Pins Control (LAN Base Address + Offset 0x20)....................................2756.2.22 Functions Control (Word 0x21) ...................................................................................2776.2.23 LAN Power Consumption (Word 0x22) .........................................................................2786.2.24 Initialization Control 3 (LAN Base Address + Offset 0x24)...............................................2786.2.25 I/O Virtualization (IOV) Control (Word 0x25) ................................................................2806.2.26 IOV Device ID (Word 0x26)........................................................................................2816.2.27 PCIe Control 2 (Word 0x28) .......................................................................................2816.2.28 PCIe Control 3 (Word 0x29) .......................................................................................2826.2.29 End of Read-Only (RO) Area (Word 0x2C) ....................................................................2826.2.30 Start of RO Area (Word 0x2D) ....................................................................................2826.2.31 Watchdog Configuration (Word 0x2E) ..........................................................................2836.2.32 VPD Pointer (Word 0x2F) ...........................................................................................283

6.3 CSR Auto load Modules..............................................................................................................2836.3.1 Software Reset CSR Auto Configuration Pointer (LAN Base Address + Offset 0x17) ............2836.3.2 Software Reset CSR Configuration Section Length - Offset 0x0........................................2846.3.2.1 Block CRC8 (Offset 0x1) ............................................................................................2856.3.2.2 CSR Address - (Offset 3*n - 1; [n = 1... Section Length]) ..............................................2856.3.2.3 CSR Data LSB - (Offset 3*n; [n = 1... Section Length]) .................................................2856.3.2.4 CSR Data MSB - (Offset 3*n + 1; [n = 1... Section Length])...........................................2856.3.3 PCIe Reset CSR Auto Configuration Pointer (LAN Base Address + Offset 0x23) ..................2856.3.3.1 PCIe Reset CSR Configuration Section Length - Offset 0x0..............................................2866.3.3.2 Block CRC8 (Offset 0x1) ............................................................................................2876.3.3.3 CSR Address - (Offset 3*n - 1; [n = 1... Section Length]) ..............................................2876.3.3.4 CSR Data LSB - (Offset 3*n; [n = 1... Section Length]) .................................................2876.3.3.5 CSR Data MSB - (Offset 3*n + 1; [n = 1... Section Length])...........................................2876.3.4 CSR Auto Configuration Power-Up Pointer (LAN Base Address + Offset 0x27)....................2876.3.4.1 CSR Configuration Power-Up Section Length - Offset 0x0 ...............................................2886.3.4.2 Block CRC8 (Offset 0x1) ............................................................................................289



6.3.4.3 CSR Address - (Offset 3*n - 1; [n = 1... Section Length]) ..............................................2896.3.4.4 CSR Data LSB - (Offset 3*n; [n = 1... Section Length]) .................................................2896.3.4.5 CSR Data MSB - (Offset 3*n + 1; [n = 1... Section Length])...........................................2896.3.5 PCIe PHY Auto Configuration Pointer (Word 0x10) .........................................................2896.3.5.1 PCIe PHY Configuration Section Length - Offset 0x0.......................................................2906.3.5.2 Block CRC8 (Offset 0x1) ............................................................................................2906.3.5.3 Register Address - (Offset 2*n; [n = 1... Number of Registers to be Written])...................2906.3.5.4 Register Data - (Offset 2*n + 1; [n = 1... Number of Registers to be Written]) .................2906.3.5.5 Setting Default PCIe Link Width and Link Speed ............................................................290

6.3.5.5.1 PCIe Link Configuration Register Address - Offset 0x2 .................................2906.3.5.5.2 PCIe Link Configuration Register Data - Offset 0x3 .....................................2906.3.5.5.3 PCIe Link Power Down Register Address - Offset 0x4 ..................................2916.3.5.5.4 PCIe Link Power Down Register Data - Offset 0x5.......................................291

6.3.6 Management Pass Through LAN Configuration Pointer (LAN Base Address + Offset 0x11) ...2916.3.6.1 PT LAN Configuration Structure...................................................................................2926.3.6.2 Management PT LAN Configuration Structure Section Length - Offset 0x0 .........................2926.3.6.3 Block CRC8 (Offset 0x1) ............................................................................................2936.3.6.4 CSR Address - (Offset 2*n; [n = 1... Section Length]) ...................................................2936.3.6.5 CSR Data LSB - (Offset 0x1 + 2*n; [n = 1... Section Length]) ........................................2936.3.6.6 CSR Data MSB - (Offset 0x2 + 2*n; [n = 1... Section Length]) .......................................2936.3.6.7 Manageability Filters..................................................................................................2936.3.7 Common Firmware Parameters – (Global MNG Offset 0x3) .............................................2946.3.7.1 Section Header — Offset 0x0 ......................................................................................2946.3.7.2 Common Firmware Parameters 1 - Offset 0x1...............................................................2946.3.7.3 Common Firmware Parameters 2 – Offset 0x2 .............................................................2956.3.8 Pass Through LAN 0...3 Configuration Modules

(Global MNG Offsets 0x05, 0x08, 0x0D, 0X0E) ..............................................................2956.3.8.1 Section Header — Offset 0x0 ......................................................................................2966.3.8.2 LAN 0/1/2/3 IPv4 Address 0 LSB; (MIPAF12 LSB) — Offset 0x01 .....................................2966.3.8.3 LAN 0/1/2/3 IPv4 Address 0 MSB; (MIPAF12 MSB) — Offset 0x02 ...................................2966.3.8.4 LAN 0/1/2/3 IPv4 Address 1; (MIPAF13) — Offset 0x03-0x04 .........................................2966.3.8.5 LAN 0/1/2/3 IPv4 Address 2; (MIPAF14) — Offset 0x05-0x06 .........................................2966.3.8.6 LAN 0/1/2/3 IPv4 Address 3; (MIPAF15) — Offset 0x07-0x08 .........................................2976.3.8.7 LAN 0/1/2/3 Ethernet MAC Address 0 LSB (MMAL0) — Offset 0x09 ..................................2976.3.8.8 LAN 0/1/2/3 Ethernet MAC Address 0 MID; (MMAL0) — Offset 0x0A ................................2976.3.8.9 LAN 0/1/2/3 Ethernet MAC Address 0 MSB; (MMAH0) — Offset 0x0B ...............................2976.3.8.10 LAN 0/1/2/3 Ethernet MAC Address 1; (MMAL/H1) — Offset 0x0C-0x0E ...........................2976.3.8.11 LAN 0/1/2/3 Ethernet MAC Address 2; (MMAL/H2) — Offset 0x0F-0x11............................2986.3.8.12 LAN 0/1/2/3 Ethernet MAC Address 3; (MMAL/H3) — Offset 0x12-0x14............................2986.3.8.13 LAN 0/1/2/3 UDP/TCP Flexible Filter Ports 0 — 7;

(MFUTP Registers) — Offset 0x15 - 0x1C......................................................................2986.3.8.14 Reserved EEPROM Words - Offset 0x1D - 0x24 .............................................................2986.3.8.15 LAN 0/1/2/3 VLAN Filter 0 - 7; (MAVTV Registers) — Offset 0x25 — 0x2C ........................2986.3.8.16 Reserved EEPROM Words - Offset 0x2D to 0x2E............................................................2996.3.8.17 LAN 0/1/2/3 MANC value LSB; (LMANC LSB) — Offset 0x2F............................................2996.3.8.18 LAN 0/1/2/3 MANC Value MSB; (LMANC MSB) — Offset 0x30..........................................2996.3.8.19 LAN 0/1/2/3 Receive Enable 1; (LRXEN1) — Offset 0x31 ................................................3016.3.8.20 LAN 0/1/2/3 Receive Enable 2; (LRXEN2) — Offset 0x32 ................................................3016.3.8.21 LAN 0/1/2/3 MNGONLY LSB; (LMNGONLY LSB) - Offset 0x33 ..........................................3016.3.8.22 LAN 0/1/2/3 MNGONLY MSB; (LMNGONLY MSB) - Offset 0x34 ........................................3026.3.8.23 Manageability Decision Filters 0 LSB; (MDEF0 LSB) - Offset 0x35 ....................................3026.3.8.24 Manageability Decision Filters 0 MSB; (MDEF0 MSB) - Offset 0x36...................................3026.3.8.25 Manageability Decision Filters Extend 0 LSB; (MDEF_EXT0 LSB) - Offset 0x37...................3026.3.8.26 Manageability Decision Filters Extend 0 MSB; (MDEF_EXT0 MSB) - Offset 0x38 .................3026.3.8.27 Manageability Decision Filters; (MDEF1-6 and MDEF_EXT1-6) - Offset 0x39-0x50 ..............3036.3.8.28 Manageability Ethertype Filter 0 LSB; (METF0 LSB) -

Offset 0x51 ..............................................................................................................3036.3.8.29 Manageability Ethertype Filter 0 MSB; (METF0 MSB) -

Offset 0x52 ..............................................................................................................3036.3.8.30 Manageability Ethertype Filter 1...3; (METF1...3) -

Offset 0x53...0x58 ....................................................................................................3036.3.8.31 ARP Response IPv4 Address 0 LSB; (ARP LSB) -

Offset 0x59 ..............................................................................................................3046.3.8.32 ARP Response IPv4 Address 0 MSB; (ARP MSB) -

Offset 0x5A ..............................................................................................................3046.3.8.33 LAN0/1/2/3 IPv6 Address 0 LSB; (MIPAF0 LSB) -

Offset 0x5B ..............................................................................................................3046.3.8.34 LAN0/1/2/3 IPv6 Address 0 MSB; (MIPAF0 MSB) - Offset 0x5C .......................................3046.3.8.35 LAN0/1/2/3 IPv6 Address 0 LSB; (MIPAF1 LSB)-

Offset 0x5D..............................................................................................................3046.3.8.36 LAN0/1/2/3 IPv6 Address 0 MSB; (MIPAF1 MSB) -

Offset 0x5E ..............................................................................................................3056.3.8.37 LAN0/1/2/3 IPv6 Address 0 LSB; (MIPAF2 LSB) -

Offset 0x5F ..............................................................................................................305



6.3.8.38 LAN0/1/2/3 IPv6 Address 0 MSB; (MIPAF2 MSB) -Offset 0x60 ..............................................................................................................305

6.3.8.39 LAN0/1/2/3 IPv6 Address 0 LSB; (MIPAF3 LSB) - Offset 0x61 ..............................................................................................................305

6.3.8.40 LAN0/1/2/3 IPv6 Address 0 MSB; (MIPAF3 MSB) -Offset 0x62 ..............................................................................................................306

6.3.8.41 LAN0/1/2/3 IPv6 Address 1; MIPAF (Offset 0x63:0x6A) .................................................3066.3.8.42 LAN0/1/2/3 IPv6 Address 2; MIPAF (Offset 0x6B:0x72................................................. )3066.3.9 Sideband Configuration Module

(Global MNG Offset 0x06) ..........................................................................................3066.3.9.1 Section Header — Offset 0x0......................................................................................3076.3.9.2 SMBus Maximum Fragment Size — Offset 0x01.............................................................3076.3.9.3 SMBus Notification Timeout and Flags — Offset 0x02 .....................................................3076.3.9.4 SMBus Slave Addresses 1 — Offset 0x03......................................................................3076.3.9.5 Reserved — Offset 0x04 ............................................................................................3086.3.9.6 Reserved — Offset 0x05 ............................................................................................3086.3.9.7 NC-SI Configuration - Offset 0x06...............................................................................3096.3.9.8 NC-SI Configuration - Offset 0x07...............................................................................3096.3.9.9 NC-SI Hardware Arbitration Configuration - Offset 0x08 .................................................3096.3.9.10 MCTP UUID - Time Low LSB (0ffset 0x09) ....................................................................3106.3.9.11 MCTP UUID - Time Low MSB (0ffset 0x0A) ...................................................................3106.3.9.12 MCTP UUID - Time MID (0ffset 0x0B) ..........................................................................3106.3.9.13 MCTP UUID - Time High and Version (0ffset 0x0C) ........................................................3106.3.9.14 MCTP UUID - Clock Seq (0ffset 0x0D)..........................................................................3116.3.9.15 SMBus Slave Addresses 2 - Offset 0x0E .......................................................................3116.3.9.16 Alternative IANA - 0ffset 0x0F ....................................................................................3116.3.9.17 NC-SI over MCTP Configuration - 0ffset 0x10 ...............................................................3116.3.10 Flexible TCO Filter Configuration Module

(Global MNG Offset 0x07) ..........................................................................................3116.3.10.1 Section Header — Offset 0x0......................................................................................3126.3.10.2 Flexible Filter Length and Control — Offset 0x01 ...........................................................3126.3.10.3 Flexible Filter Enable Mask — Offset 0x02 – 0x09 ..........................................................3126.3.10.4 Flexible Filter Data — Offset 0x0A – Block Length..........................................................3126.3.11 NC-SI Configuration Module (Global MNG Offset 0x0A)...................................................3136.3.11.1 Section Header — Offset 0x0......................................................................................3136.3.11.2 Rx Mode Control1 (RR_CTRL[15:0]) - Offset 0x1...........................................................3136.3.11.3 Rx Mode Control2 (RR_CTRL[31:16]) - Offset 0x2 .........................................................3136.3.11.4 Tx Mode Control1 (RT_CTRL[15:0]) - Offset 0x3 ...........................................................3136.3.11.5 Tx Mode Control2 (RT_CTRL[31:16]) - Offset 0x4 .........................................................3146.3.11.6 MAC Tx Control Reg1 (TxCntrlReg1 (15:0]) - Offset 0x5.................................................3146.3.11.7 MAC Tx Control Reg2 (TxCntrlReg1 (31:16]) - Offset 0x6 ...............................................3146.3.11.8 MAC RX Buffer Size - Offset 0x7 .................................................................................3146.3.11.9 NCSI Flow Control XOFF - Offset 0x8 ..........................................................................3146.3.11.10 NCSI Flow Control XON - Offset 0x9 ...........................................................................3156.3.12 Traffic Type Parameters – (Global MNG Offset 0xB) .......................................................3156.3.12.1 Section Header — Offset 0x0......................................................................................3156.3.12.2 Traffic Type Data - Offset 0x1.....................................................................................3166.3.13 PHY Configuration Pointer – (Global MNG Offset 0xF).....................................................3176.3.13.1 PHY Configuration Structure .......................................................................................317

6.3.13.1.1 PHY Configuration Section Length - Offset 0x0 .............