Altera 10-Gbps Ethernet MAC MegaCore Function Uživatelský manuál stáhnout pdf (Strana 39)

February 2014 Altera Corporation 10-Gbps Ethernet MAC MegaCore Function User Guide

4. 10GbE MAC with IEEE1588v2 Design

Example

This section describes the 10GbE MAC with IEEE 1588v2 design example, testbench

and its components.

1 10GBASE-R PHY does not support Stratix III devices.

4.1. Software Requirements

Altera uses the following software to test the 10GbE with IEEE 1588v2 design example

and testbench:

■ Quartus II software 13.1

■ ModelSim-SE 10.0b or higher

1 2 ... 34 35 36 37 38 39 40 41 42 43 44 ... 174 175

User Guide 1
Contents 3
Contents iv 4
Chapter 8. Registers 5
Chapter 9. Interface Signals 5
1. About This IP Core 7
1.2. Release Information 8
1.3. Device Family Support 9
1.4. IP Core Verification 10
■ Timestamping is enabled 12
■ ptp_1step is disabled 12
2.2. Design Flows 14
2.3.2. Simulate the IP Core 15
2.4.1. Specify Parameters 16
2.4.3. Simulate the System 17
[1] register bit to 1 18
3. 10GbE MAC Design Examples 19
3.2.0.2. Base Addresses 22
Table 3–5 on page 3–10 23
Creating a New 10GbE Design 24
3.6. 10GbE Testbenches 26
3.6.3. 10GbE Testbench Files 27
10GbE Testbenches 28
Notes to Table 3–6: 36
4.1. Software Requirements 39
Altera FPGA 40
Design Example 40
4.2.1. Base Addresses 41
Figure 4–3. Testbench 43
The <ip 44
Simulator 45
5.2.2. Base Addresses 49
1G/10GbE Design Example Files 50
5.5. 1G/10GbE Testbench 51
Testbench 52
1G/10GbE Testbench 53
5.5.4.2. Backplane-KR Mode 55
6.2.1. Base Addresses 62
ModelSim Simulator 66
7. Functional Description 68
Architecture 69
7.2. Interfaces 70
7.2.2. SDR XGMII 71
7.2.3. GMII 71
7.2.4. MII 71
7.3. Frame Types 72
7.4. Transmit Datapath 72
7.4.2. Address Insertion 73
Note to Figure 7–5: 74
7.4.4. XGMII Encapsulation 75
7.4.6. SDR XGMII Transmission 76
Figure 7–7. Endian Conversion 77
7.5. Receive Datapath 78
7.5.4. Address Checking 79
7.5.5. Frame Type Checking 79
7.5.6. Length Checking 80
7.5.7. CRC-32 and Pad Removal 81
7.5.8. Overflow Handling 82
Congestion and Flow Control 83
7.7.2.1. PFC Frame Reception 86
Figure 7–11. Fault Signaling 87
7.9. IEEE 1588v2 88
IEEE 1588v2 89
7.9.1. Architecture 90
7.9.2. Transmit Datapath 91
7.9.3. Receive Datapath 92
7.9.4. Frame Format 92
MAC Header 93
Note to Figure 7–16: 94
8. Registers 95
8.1. MAC Registers 96
0x0C1. Bits 4 to 31 are 98
0x0C3. Bits 4 to 31 are 98
Register Name Access 100
Bits 4 to 31 are reserved 101
register 111
Name R/W Description 112
8.3. Register Initialization 113
8–20 Chapter 8: Registers 114
Register Initialization 114
Chapter 8: Registers 8–21 115
8–22 Chapter 8: Registers 116
Chapter 8: Registers 8–23 117
8–24 Chapter 8: Registers 118
Chapter 8: Registers 8–25 119
9. Interface Signals 120
Note to Table 9–1: 121
Note to Figure 9–2: 123
Note to Figure 9–3: 123
Notes to Figure 9–4: 124
Note to Figure 9–5: 125
9.0.3. SDR XGMII 127
Note to Figure 9–7: 128
Note to Figure 9–8: 129
9.0.4. GMII Signals 130
9.0.5. MII Signals 130
Note to Table 9–8: 136
Note to Table 9–9: 139
1588v2 feature 142
10. Design Considerations 150
10GbE MAC XAUI/10G BASE-R PHY 151
Reconfiguration Controller 151
A. Frame Format 153
Figure A–2. VLAN Frame Format 154
A.3. Pause Frame 155
Figure A–5. PFC Frame Format 156
B. Time-of-Day (ToD) Clock 157
B.4. Parameter Setting 158
■ Bits 20 to 31: Not used 160
B.6.1. Adjusting ToD’s Drift 161
C. Packet Classifier 162
Classifier 163
D. ToD Synchronizer 166
D.2. Block Diagram 167
D.4. ToD Synchronizer Signals 169
Additional Information 171
Info–2 Additional Information 172
Document Revision History 172
Additional Information Info–3 173
How to Contact Altera 174
Typographic Conventions 174
Additional Information Info–5 175

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