Altera HyperTransport MegaCore Function Bedienungsanleitung Seite 6
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1–2 Chapter 1: About this MegaCore Function
Introduction
HyperTransport MegaCore Function User Guide © November 2009 Altera Corporation
Preliminary
Introduction
The HyperTransport MegaCore function implements high-speed packet transfers
between physical (PHY) and link-layer devices, and is fully compliant with the
HyperTransport I/O Link Specification, Revision 1.03. This MegaCore function allows
designers to interface to a wide range of HyperTransport™ technology (HT) enabled
devices quickly and easily, including network processors, coprocessors, video
chipsets, and ASICs.
Features
The HyperTransport MegaCore function has the following features:
■ 8-bit fully integrated HT end-chain interface
■ Packet-based protocol
■ Dual unidirectional point-to-point links
■ Up to 16 Gigabits per second (Gbps) throughput (8 Gbps in each direction)
■ 200, 300, and 400 MHz DDR links in Stratix and Stratix GX devices
■ 200, 300, 400, and 500 MHz DDR links in Stratix II and Stratix II GX devices
■ Low-swing differential signaling with 100- differential impedance
■ Hardware verified with HyperTransport interfaces on multiple industry standard
processor and bridge devices
■ Fully parameterized MegaCore function allows flexible, easy configuration
■ Fully optimized for the Altera Stratix II, Stratix, Stratix GX, and Stratix II GX
device families
■ Application-side interface uses the Altera Atlantic
TM
interface standard
■ Manages HT flow control, optimizing performance and ease of use
■ Independent buffering for each HT virtual channel
■ Automatic handling of HT ordering rules
■ Stalling of one virtual channel does not delay other virtual channels (subject to
ordering rules)
■ Flexible parameterized buffer sizes, allowing customization depending on
system requirements
■ User interface has independent interfaces for the HT virtual channels, allowing
independent user logic design
■ Cyclic redundancy code (CRC) generation and checking to preserve data integrity
■ Integrated detection and response to common HT error conditions
■ CRC errors
■ End-chain errors
■ Fully integrated HT configuration space includes all required configuration space
registers and HT capabilities list registers
- User Guide 1
- UG-MCHYPRTRNS-1.12 2
- Contents 3
- Appendix C. Example Design 4
- Additional Information 4
- Release Information 5
- Device Family Support 5
- Introduction 6
- Features 6
- Performance 7
- Notes to Table 1–4: 8
- Notes to Table 1–5: 8
- 2. Getting Started 9
- MegaCore Function Walkthrough 10
- Step 1: Parameterize 13
- Step 2: Set Up Simulation 17
- Figure 2–9. Set Up Simulation 18
- Step 3: Generate 19
- Notes to Table 2–1: 20
- Compile the Design 21
- Simulate the Design 21
- Program a Device 22
- Set Up Licensing 23
- Example Quartus II Project 24
- ■ input_ht_vector.dat 25
- ■ output_ht_vector.dat 25
- ■ input_ui_vector.dat 25
- ■ output_ui_vector.dat 25
- About the Test Vectors 26
- 3. Specifications 27
- HT Systems 28
- HT Flow Control 29
- Physical Interface 30
- Protocol Interface 31
- End-Chain Handler 32
- Rx Claimed Buffers 32
- Tx Buffers 32
- Scheduler 32
- Clocking Options 33
- Shared Rx/Tx Clock 34
- Shared Ref/Tx Clock 34
- Chapter 3: Specifications 3–9 35
- Preliminary 35
- Shared Rx/Tx/Ref Clock 36
- Note to Figure 3–8: 37
- HT Link Rx Signals 42
- HT Link System Signals 42
- HT Link Tx Signals 42
- Notes to Table 3–6: 45
- Notes to Figure 3–10: 46
- Notes to Figure 3–11: 46
- Notes to Figure 3–12: 47
- Notes to Figure 3–13: 47
- Notes to Table 3–8: 51
- Addr[39:8] 52
- Notes to Figure 3–16: 53
- Notes to Figure 3–17: 53
- Notes to Figure 3–18: 54
- User Interface System Signals 55
- Using PLL Resets 55
- CSR Interface Signals 56
- CSR Module 57
- Notes to Table 3–13: 58
- Notes: to Table 3–16: 60
- A. Parameters 67
- Base Address Registers 68
- Advanced Settings 69
- A–4 Appendix A: Parameters 70
- Parameter Lists 70
- Guidelines 71
- C. Example Design 73
- General Description 74
- Typographic Conventions 76
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