Ethernet Design Example Components User Guide

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ID 683044
Date 9/27/2021
Public

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Document Table of Contents
Document Table of Contents x
1. Time-of-day Clock 2. Time-of-day Synchronizer 3. Packet Classifier 4. Ethernet Design Example Components User Guide Archives 5. Document Revision History for the Ethernet Design Example Components User Guide
1. Time-of-day Clock x
1.1. Release Information 1.2. Resource Utilization 1.3. Configuring the TOD Clock 1.4. Using the TOD Clock 1.5. Interface Signals 1.6. Configuration Registers
1.1. Release Information x
1.1.1. Pulse Per Second Device Speed Grade Support
1.4. Using the TOD Clock x
1.4.1. Adjusting TOD Drift 1.4.2. Adjusting Offset, Jitter, and Wander 1.4.3. Correcting TOD Offset 1.4.4. IOPLL and TOD Setup for Pulse Per Second (Advanced Accuracy Mode)
1.5. Interface Signals x
1.5.1. Avalon Memory-Mapped Signals 1.5.2. Time-of-day Signals 1.5.3. Pulse-Per-Second Signals 1.5.4. Clocking Requirements
2. Time-of-day Synchronizer x
2.1. Release Information 2.2. Resource Utilization 2.3. Configuring the TOD Synchronizer 2.4. Using the TOD Synchronizer 2.5. Interface Signals
2.4. Using the TOD Synchronizer x
2.4.1. Sampling Clock Frequency
3. Packet Classifier x
3.1. Release Information 3.2. Resource Utilization 3.3. Configuring the Packet Classifier 3.4. Interface Signals
3.4. Interface Signals x
3.4.1. Clock and Reset Signals 3.4.2. Avalon® Streaming Interface Signals 3.4.3. Control Signals
1. Time-of-day Clock
2. Time-of-day Synchronizer
3. Packet Classifier
4. Ethernet Design Example Components User Guide Archives
5. Document Revision History for the Ethernet Design Example Components User Guide

1. Time-of-day Clock

Updated for:
Intel® Quartus® Prime Design Suite 21.3
IP Version 19.3.0

The Time-of-day (TOD) Clock streams 96-bit and 64-bit time-of-day to one or more timestamping units in an IEEE 1588v2 solution. The time-of-day consist of the following fields.

Field 96-bit Timestamp Format 64-bit Timestamp Format
Second 48 bits —
Nanosecond 32 bits 48 bits
Fractional nanosecond 16 bits 16 bits

This component supports coarse and fine adjustments, and period correction. It also supports configurable period adjustment and offset adjustment.

You can instantiate the TOD clock through the Ethernet IEEE 1588 Time of Day Clock Intel® FPGA IP in the Intel® Quartus® Prime software.

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