Cyclone® V to Agilex™ 5 Device Migration Guide

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ID 787947
Date 4/01/2024
Public
Document Table of Contents
Document Table of Contents x
1. Overview 2. Device Migration Considerations 3. Intel Quartus Prime and Platform Designer Migration Guidelines 4. Example: Design Migration from Cyclone® V to Intel Agilex® 5 Device A. Document Revision History for Cyclone® V to Agilex™ 5 Device Migration Guide
2. Device Migration Considerations x
2.1. Device Footprint 2.2. Power Management 2.3. Configuration 2.4. Design Security Differences 2.5. Logic Elements and Embedded Memory 2.6. PLL and Clock Network 2.7. Digital Signal Processing (DSP) 2.8. I/O Interfaces 2.9. LVDS SERDES Interface 2.10. Sensor Monitoring System 2.11. MIPI D-PHY Interface 2.12. External Memory Interface (EMIF) 2.13. Hard Processor System (HPS) 2.14. Transceiver and Serial Protocols 2.15. PCIe Interface 2.16. Ethernet Interface
2.3. Configuration x
2.3.1. General Configuration Pin and Sequences 2.3.2. Device Configuration and the Secure Device Manager (SDM) 2.3.3. Active Serial (AS) Configuration 2.3.4. Avalon® -ST Configuration 2.3.5. JTAG Configuration 2.3.6. Configuration via Protocol (CvP) 2.3.7. QSPI Flash Access and Remote System Upgrade Feature 2.3.8. SEU Features 2.3.9. Configuration File Format Differences
2.8. I/O Interfaces x
2.8.1. HSIO Bank 2.8.2. HPS I/O Bank 2.8.3. SDM I/O Bank 2.8.4. HVIO Bank
2.13. Hard Processor System (HPS) x
2.13.1. HPS Boot Flows
2.14. Transceiver and Serial Protocols x
2.14.1. PMA Architecture 2.14.2. PCS Architecture 2.14.3. Transceiver Clocking 2.14.4. Transceiver Reset
3. Intel Quartus Prime and Platform Designer Migration Guidelines x
3.1. Overview 3.2. IP Comparison Between Cyclone® V and Agilex™ 5 Devices 3.3. Upgrading IP Cores and Platform Designer Systems 3.4. RTL Compliance
3.3. Upgrading IP Cores and Platform Designer Systems x
3.3.1. Upgrading IP Cores via Quartus® Prime Software Project 3.3.2. Upgrading IP Cores in Platform Designer 3.3.3. Migrating IP Cores to a Different Device
4. Example: Design Migration from Cyclone® V to Intel Agilex® 5 Device x
4.1. Prerequisites 4.2. Downloading and Extracting the Design Example 4.3. Migrating the Design Example
4.3. Migrating the Design Example x
4.3.1. Restoring an Archived Cyclone® V Design in the QAR Format 4.3.2. Specifying an Agilex™ 5 Device 4.3.3. Upgrading IP Cores 4.3.4. Establishing Connections 4.3.5. Compiling the Design
1. Overview
2. Device Migration Considerations
3. Intel Quartus Prime and Platform Designer Migration Guidelines
4. Example: Design Migration from Cyclone® V to Intel Agilex® 5 Device
A. Document Revision History for Cyclone® V to Agilex™ 5 Device Migration Guide

2.14.1. PMA Architecture

The Cyclone® V and Agilex™ 5 Physical Medium Attachment (PMA) contain analog features to improve signal integrity. You can modify programmable values within Cyclone® V receiver input buffers via a reconfiguration controller. Agilex™ 5 device offers an advanced adaptive equalization circuit to compensate for transmission losses across wide applications. As Agilex™ 5 PMA drive capability is significantly stronger than Cyclone® V devices, re-evaluate your board design for opportunities to remove any redriver or retimer previously connected to the Cyclone® V device. For detailed information about the "PMA Architecture," refer to the PMA Architecture chapter in the GTS Transceiver PHY User Guide .

The following table lists the key differences in TX and RX PMA features of Cyclone® V and Agilex™ 5 devices:

Table 25.  TX and RX PMA Features Differences
PMA Features Cyclone® V Agilex™ 5
TX
Serializer 8, 10, 16, 20 8, 10, 16, 20, 32
Transmitter buffer Programmable VOD and three tap pre-emphasis Programmable VOD and three tap pre-emphasis
TX OCT (85,100, 120 and 150 ohm) TX OCT (90 ohm)
Receiver detect, electrical idle Supported for PCIe. Supported for PCIe, SATA, SAS,and USB.
Coupling mode AC coupled DC, AC coupled
 
RX
Deserializer 8, 10, 16, 20 8, 10, 16, 20, 32
Receiver buffer Differential on-chip termination (85, 100, 120 and 150 ohm) Differential on-chip termination (85, 100 ohm)
Programmable CLTE and DC gain Automatic CTLE, DC gain, and DFE (16 fixed tap) adaptation
On-chip programmable VCM On-chip programmable VCM
Coupling mode AC coupled DC, AC coupled
CDR Supports auto-lock and manual-lock mode Supports auto-lock and manual-lock mode
On-die eye measurement Not supported Supported

Section Content
PCS Architecture

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