Xilinx 7 Series Manuals

Manuals and User Guides for Xilinx 7 Series. We have 5 Xilinx 7 Series manuals available for free PDF download: User Manual

Xilinx 7 Series User Manual (678 pages)

Memory Interface Solutions

Brand: Xilinx | Category: Processor | Size: 19.71 MB

Introduction
20
Using MIG in the Vivado Design Suite
21
Synplify Pro Black Box Testing
89
Core Architecture
90
Designing with the Core
162
Interfacing to the Core
163
Customizing the Core
180
Design Guidelines
192
Pin Assignments
203
Debugging DDR3/DDR2 Designs
228
Technical Support
229
Introduction
274
Using MIG in the Vivado Design Suite
275
Core Architecture
317
Customizing the Core
337
Design Guidelines
342
Debugging QDR II+ SRAM Designs
351
Introduction
379
Using MIG in the Vivado Design Suite
380
Core Architecture
424
Implementation Details
448
Customizing the Core
458
Design Guidelines
466
Debugging RLDRAM II and RLDRAM 3 Designs
481
Introduction
516
Using MIG in the Vivado Design Suite
517
Core Architecture
575
Designing with the Core
611
Customizing the Core
621
Design Guidelines
631
Introduction
644
Using MIG in the Vivado Design Suite
645
Appendix A: General Memory Routing Guidelines
670
Appendix A: General Memory Routing Guidelines
671
Appendix A: General Memory Routing Guidelines
674
Appendix A: General Memory Routing Guidelines
675
Appendix A: General Memory Routing Guidelines
676
Xilinx Resources
677
Please Read: Important Legal Notices
678

Xilinx 7 Series User Manual (306 pages)

FPGAs GTP Transceivers

Brand: Xilinx | Category: Transceiver | Size: 8.36 MB

Revision History
2
Table of Contents
5
Preface: about this Guide
9
- Guide Contents
  9
- Additional Resources
  10
- Additional References
  10
Chapter 1 : Transceiver and Tool Overview

11
- Overview and Features
  11
- Series Fpgas Transceivers Wizard
  16
- Simulation
  16
- Implementation
  20
Chapter 2: Shared Features

23
- Reference Clock Input Structure
  23
- Reference Clock Selection and Distribution
  25
- Pll
  34
- Reset and Initialization
  38
- Power down
  61
- Loopback
  64
- Dynamic Reconfiguration Port
  67
- Digital Monitor
  70
Chapter 3: Transmitter

75
- TX Overview
  75
- FPGA TX Interface
  76
- TX 8B/10B Encoder
  83
- Running Disparity
  84
- TX Gearbox
  86
- TX Buffer
  93
- TX Buffer Bypass
  95
- TX Pattern Generator
  103
- TX Polarity Control
  106
- TX Fabric Clock Output Control
  107
- TX Phase Interpolator PPM Controller
  111
- TX Configurable Driver
  114
- TX Receiver Detect Support for PCI Express Designs
  121
- TX Out-Of-Band Signaling
  123
Chapter 4 : Receiver

125
- RX Overview
  125
- RX Analog Front End
  126
- RX Out-Of-Band Signaling
  131
- RX Equalizer
  139
- Rx Cdr
  141
- RX Fabric Clock Output Control
  146
- RX Margin Analysis
  150
- RX Polarity Control
  157
- RX Pattern Checker
  158
- RX Byte and Word Alignment
  160
  - Enabling Comma Alignment
    161
  - Configuring Comma Patterns
    161
  - Activating Comma Alignment
    162
  - Alignment Status Signals
    162
  - Alignment Boundaries
    163
  - Manual Alignment
    164
- RX 8B/10B Decoder
  169
  - Rx Running Disparity
    170
  - Special Characters
    171
- RX Buffer Bypass
  173
- RX Elastic Buffer
  186
- RX Clock Correction
  190
  - Enabling Clock Correction
    195
  - Setting Clock Correction Sequences
    196
- RX Channel Bonding
  197
  - Enabling Channel Bonding
    202
  - Channel Bonding Mode
    202
  - Connecting Channel Bonding Ports
    202
  - Setting the Maximum Skew
    205
- RX Gearbox
  206
- FPGA RX Interface
  213
Chapter 5: Board Design Guidelines

217
- Overview
  217
- Pin Description and Design Guidelines
  217
- Reference Clock
  224
- Gtp Reference Clock Checklist
  226
- Power Supply and Filtering
  228
- Selectio Usage Guidelines
  235
- PCB Design Checklist
  235
Appendix A: Placement Information by Package

237
- CPG236 Package Placement Diagram
  238
- CSG325 Package Placement Diagram
  239
- CLG485 Package Placement Diagram
  240
- FGG484 Package Placement Diagram
  241
- FGG676 Package Placement Diagram
  242
- FBG484 Package Placement Diagram
  244
- SBG484 Package Placement Diagram
  245
- FBG676 Package Placement Diagram
  246
- FFG1156 Package Placement Diagram
  248

Xilinx 7 Series User Manual (112 pages)

FPGAs Clocking Resources

Brand: Xilinx | Category: Computer Hardware | Size: 4.54 MB

Revision History
3
Table of Contents
5
Additional Resources
9
Guide Contents
9
Preface: about this Guide
9
Chapter 1: Clocking Overview

11
Chapter 2: Clock Routing Resources

27
- Clock Buffer Selection Considerations
  27
- Clock-Capable Inputs
  29
- Single Clock Driving a Single CMT
  29
- Single Clock Driving Multiple Cmts
  29
- Clock-Capable Input Pin Placement Rules
  30
- Global Clocking Resources
  33
- Clock Tree and Nets - GCLK
  33
- Clock Regions
  34
- Global Clock Buffers
  34
- Global Clock Buffer Primitives
  35
- Additional Use Models
  44
- Regional Clocking Resources
  47
- Clock-Capable I/O
  47
- I/O Clock Buffer-BUFIO
  47
- BUFIO Primitive
  48
- BUFIO Use Models
  48
- Regional Clock Buffer-BUFR
  50
- BUFR Primitive
  50
- BUFR Attributes and Modes
  51
- BUFR Use Models
  52
- Regional Clock Nets
  52
- Multi-Region Clock Buffer-BUFMR/BUFMRCE
  53
- BUFMR Primitive
  53
- Horizontal Clock Buffer-BUFH, BUFHCE
  55
- High-Performance Clocks
  56
- Clock Gating for Power Savings
  56
- Stacked Silicon Interconnect Clocking
  57
- Placement of Clocking Structures
  59
- Clock Buffer Placement
  59
Chapter 3: Clock Management Tile

61
- Introduction
  61
- Mmcms and Plls
  62
- General Usage Description
  65
- MMCM and PLL Primitives
  65
- MMCME2_BASE and PLLE2_BASE Primitives
  66
- MMCME2_ADV and PLLE2_ADV Primitive
  67
- Clock Network Deskew
  68
- Frequency Synthesis Only Using Integer Divide
  68
- Frequency Synthesis Using Fractional Divide in the MMCM
  69
- Jitter Filter
  69
- Limitations
  69
- VCO Operating Range
  69
- Minimum and Maximum Input Frequency
  70
- Duty Cycle Programmability
  70
- Phase Shift
  70
- Dynamic Phase Shift Interface in the MMCM
  71
- MMCM Counter Cascading
  72
- MMCM/PLL Programming
  72
- Determine the Input Frequency
  72
- Determine the M and D Values
  73
- MMCM Ports
  74
- PLL Ports
  75
- MMCM and PLL Port Descriptions
  76
- MMCM Attributes
  79
- PLL Attributes
  83
- MMCM Clock Input Signals
  85
- Counter Control
  85
- Detailed VCO and Output Counter Waveforms
  86
- Reference Clock Switching
  87
- Missing Input Clock or Feedback Clock
  87
- MMCM and PLL Use Models
  87
- Clock Network Deskew
  87
- MMCM with Internal Feedback
  89
- Zero Delay Buffer
  90
- CMT to CMT Connection
  90
- Spread-Spectrum Clock Generation
  92
- MMCM Application Example
  96
- Dynamic Reconfiguration Port
  96
- VHDL and Verilog Templates and the Clocking Wizard
  97
Appendix A: Multi-Region Clocking

99
- Introduction
  99
- Clocking Across Multiple Regions
  100
- BUFMR Primitive
  100
- Use Cases
  101
- Clock Alignment Across Clock Regions
  102
- Single Buffer Per Clock Region
  102
- Driving Multiple Bufios
  102
- Driving Multiple Bufrs
  103
- Multiple Buffers Per Clock Region
  103
- Driving Multiple Bufrs (with Divide) and BUFIO
  103
- Driving Multiple Bufrs (with and Without Divide)
  105
- BUFR Alignment
  106

Xilinx 7 Series User Manual (74 pages)

FPGAs Configurable Logic Block

Brand: Xilinx | Category: Computer Hardware | Size: 1.87 MB

Xilinx 7 Series User Manual (58 pages)

Brand: Xilinx | Category: Computer Hardware | Size: 2.08 MB

Revision History
2
Table of Contents
5
Preface: about this Guide
7
Chapter 1: Overview

9
Chapter 2: DSP48E1 Description and Specifics

13
- DSP48E1 Slice Features
  14
- Architectural Highlights of the 7 Series FPGA DSP48E1 Slice
  16
  - DSP48E1 Tile and Interconnect
    19
- DSP48E1 Slice Primitive
  21
- Simplified DSP48E1 Slice Operation
  24
  - DSP48E1 Slice Attributes
    26
  - Input Ports
    29
  - Output Ports
    37
  - Embedded Functions
    40
  - Single Instruction, Multiple Data (SIMD) Mode
    42
  - Pattern Detect Logic
    43
Chapter 3: DSP48E1 Design Considerations

47
- Designing for Performance
  47
- Designing for Power
  47
- Adder Tree Versus Adder Cascade
  48
  - Adder Tree
    48
  - Adder Cascade
    50
- Connecting DSP48E1 Slices Across Columns
  52
- Time Multiplexing the DSP48E1 Slice
  52
- Miscellaneous Notes and Suggestions
  52
- DSP48E1 Design Resources
  53
- Pre-Adder Block Applications
  53
- Memory-Mapped I/O Register Application
  54
Appendix A: CARRYOUT, CARRYCASCOUT, and MULTSIGNOUT

55
- Carryout/Carrycascout
  55
- MULTSIGNOUT and CARRYCASCOUT
  57
- Summary
  57
  - Adder/Subtracter-Only Operation
    57
  - MACC Operation
    58

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Motherboard Computer Hardware Transceiver Microcontrollers Controller

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Xilinx 7 Series Manuals

Xilinx 7 Series User Manual (678 pages)

Table of Contents

Xilinx 7 Series User Manual (306 pages)

Table of Contents

Chapter 1 : Transceiver and Tool Overview

Chapter 2: Shared Features

Chapter 3: Transmitter

Chapter 4 : Receiver

Chapter 5: Board Design Guidelines

Appendix A: Placement Information by Package

Xilinx 7 Series User Manual (112 pages)

Table of Contents

Chapter 1: Clocking Overview

Chapter 2: Clock Routing Resources

Chapter 3: Clock Management Tile

Appendix A: Multi-Region Clocking

Xilinx 7 Series User Manual (74 pages)

Table of Contents

Chapter 1: Overview

Chapter 2: Functional Details

Chapter 3: Design Entry

Chapter 4: Applications

Chapter 6: Advanced Topics

Xilinx 7 Series User Manual (58 pages)

Table of Contents

Chapter 1: Overview

Chapter 2: DSP48E1 Description and Specifics

Chapter 3: DSP48E1 Design Considerations

Appendix A: CARRYOUT, CARRYCASCOUT, and MULTSIGNOUT

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