Xilinx Virtex-6 FPGA manuals
Virtex-6 FPGA
Table of contents
- revision history
- Table Of Contents
- Table Of Contents
- Guide Contents
- Additional Support Resources
- Overview
- Features
- Block Diagram
- Detailed Description
- Virtex-6 XC6VLX240T-1FFG1156 FPGA
- I/O Voltage Rails
- MB DDR3 Memory SODIMM
- Mb Platform Flash XL
- ML605 Flash Boot Options
- System ACE CF and CompactFlash Connector
- USB JTAG
- Clock Generation
- SMA Connectors (Differential)
- Multi-Gigabit Transceivers (GTX MGTs)
- PCI Express Endpoint Connectivity
- SFP Module Connector
- Tri-Speed Ethernet PHY
- SGMII GTX Transceiver Clock Generation
- USB-to-UART Bridge
- USB Controller
- DVI Codec
- Kb NV Memory
- Status LEDs
- Ethernet PHY Status LEDs
- FPGA INIT and DONE LEDs
- User LEDs
- User Pushbutton Switches
- User DIP Switch
- User SMA GPIO
- LCD Display (16 Character x 2 Lines)
- Switches
- FPGA_PROG_B Pushbutton SW4 (Active-Low)
- System ACE CF CompactFlash Image Select DIP Switch S1
- Mode, Osc Enable, Boot EEPROM Select, and Addr Select DIP Switch S2
- VITA 57.1 FMC HPC Connector
- VITA 57.1 FMC LPC Connector
- Power Management
- Onboard Power Regulation
- System Monitor
- Configuration Options
- connector pinout
Virtex-6 FPGA
Table of contents
- Revision History
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Guide Contents
- Additional Resources
- Overview
- Port and Attribute Summary
- Virtex-6 FPGA GTX Transceiver Wizard
- Simulation
- Ports and Attributes
- SIM_GTXRESET_SPEEDUP
- SIM_RECEIVER_DETECT_PASS
- SIM_VERSION
- FF484 Package Placement Diagrams
- FF784 Package Placement Diagrams
- FF1156 Package Placement Diagrams
- FF1759 Package Placement Diagrams
- FF1154 Package Placement Diagrams
- FF1155 Package Placement Diagrams
- FF1923 Package Placement Diagrams
- FF1924 Package Placement Diagrams
- Reference Clock Input Structure
- Use Modes: Reference Clock Termination
- Single External Reference Clock Use Model
- Multiple External Reference Clocks Use Model
- Functional Description
- PLL Settings for Common Protocols
- Power Down
- Generic Power-Down Capabilities
- PLL Power Down
- Power-Down Features for PCI Express Operation
- ACJTAG
- TX Overview
- FPGA TX Interface
- TXUSRCLK and TXUSRCLK2 Generation
- Using TXOUTCLK to Drive the GTX TX
- TXOUTCLK Driving a GTX TX in 4-Byte Mode (Single Lane)
- TXOUTCLK Driving a GTX TX in 1-Byte Mode (Single Lane)
- TXOUTCLK Driving More Than One GTX TX in 4-Byte Mode (Multiple Lanes)
- TXOUTCLK Driving More Than One GTX TX in 1-Byte Mode (Multiple Lanes)
- TX Initialization
- GTX TX Reset in Response to Completion of Configuration
- GTX TX Component-Level Resets
- After Power-up and Configuration
- TX 8B/10B Encoder
- K Characters
- Enabling and Disabling 8B/10B Encoding
- Enabling the TX Gearbox
- TX Gearbox Operating Modes
- External Sequence Counter Operating Mode
- Internal Sequence Counter Operating Mode
- TX Buffer
- TX Buffer Bypass
- Using the TX Phase-Alignment Circuit to Bypass the Buffer
- TX Phase Alignment after Rate Change Use Mode
- Using the TX Phase Alignment Circuit to Minimize TX Lane-to-Lane Skew
- Transmit Fabric Clocking Use Model for TX Buffer Bypass
- TX Pattern Generator
- TX Oversampling
- TX Fabric Clock Output Control
- Serial Clock Divider
- PCI Express Clocking Use Mode
- Rate Change Use Mode for PCI Express 2.0 Operation
- TX Configurable Driver
- Use Modes – TX Driver
- TX Receiver Detect Support for PCI Express Designs
- TX Out-of-Band Signaling
- RX Overview
- RX Analog Front End
- Use Modes – RX Termination
- Use Mode – Resistor Calibration
- RX Out-of-Band Signaling
- RX Equalizer
- Use Mode – Continuous Time RX Linear Equalizer Only
- Use Mode – Auto-To-Fix
- RX Fabric Clock Output Control
- RX Margin Analysis
- Eye Outline Scan Mode
- RX Polarity Control
- RX Oversampling
- RX Byte and Word Alignment
- Enabling Comma Alignment
- Activating Comma Alignment
- Alignment Boundaries
- RX Loss-of-Sync State Machine
- RX 8B/10B Decoder
- RX Running Disparity
- RX Buffer Bypass
- Using the RX Phase Alignment Circuit to Bypass the Buffer
- RX Elastic Buffer
- Using the RX Elastic Buffer for Channel Bonding or Clock Correction
- Using RX Clock Correction
- Clock Correction Options
- RX Channel Bonding
- Using RX Channel Bonding
- Connecting Channel Bonding Ports
- Setting Channel Bonding Sequences
- Precedence between Channel Bonding and Clock Correction
- RX Gearbox
- Enabling the RX Gearbox
- RX Gearbox Block Synchronization
- RX Initialization
- GTX RX Reset in Response to Completion of Configuration
- Link Idle Reset Support
- After Changing the Reference Clock to RX PLL
- After Connecting RXN/RXP
- After Comma Realignment
- RXUSRCLK and RXUSRCLK2 Generation
- Termination Resistor Calibration Circuit
- Managing Unused GTX Transceivers
- Unused Quad Column
- Partially Unused Quad Column
- Partially Used Quad
- Reference Clock
- Reference Clock Checklist
- AC Coupled Reference Clock
- Power Supply Regulators
- Switching Regulator
- Power Supply Distribution Network
- Board Stackup
- GTX Transceiver Power Connections
- Signal BGA Breakout
- Crosstalk
- Appendix A: 8B/10B Valid Characters
- Appendix B: DRP Address Map of the GTX Transceiver
- GTX TX Latency
- GTX RX Latency
Virtex-6 FPGA
Table of contents
- Revision History
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Guide Contents
- Additional Resources
- Overview
- Port and Attribute Summary
- Virtex-6 FPGA GTH Transceiver Wizard
- Simulation
- FF1155 Package Diagrams
- FF1923 and FF1924 Package Diagrams
- Reference Clock Input Structure
- Ports and Attributes
- Reference Clock Distribution and Selection
- Clocking from an External Source
- Functional Description
- PLL Settings for the Common Protocol
- GTH Quad Initialization in Response to Completion of Configuration
- GTH Quad Reset in Response to GTHRESET
- Resetting the Transmit Datapath
- Power Down
- Using Power Down
- Near-end PCS Loopback
- Dynamic Reconfiguration Port
- Management Interface
- Using the Management Interface
- FPGA TX Interface
- Transmit Clocking
- Configuring the Transmitter for Multi-lane Applications
- Enabling 8B/10B Mode
- TX 64B/66B Block
- Enabling 64B/66B Mode
- Enabling Raw Mode
- TX Pattern Generator
- TX Polarity Control
- TX Configurable Driver
- Setting the TX Driver
- Pre-Cursor Emphasis
- RX Analog Front End
- Setting the RX Equalization
- CTLE
- RX Polarity Control
- RX Pattern Checker
- Using RX Pattern Checker
- RX 64B/66B Block
- Receive Clocking
- Configuring the Receiver for Multi-lane Applications
- Termination Resistor Calibration Circuit
- GTH Transceiver Reference Clock Checklist
- Reference Clock Interface
- Unused Reference Clocks
- Crosstalk
Virtex-6 FPGA
Table of contents
- revision history
- Table Of Contents
- Table Of Contents
- about this guide
- Additional Support Resources
- Virtex-6 FPGA System Monitor
- System Monitor Primitive
- User Attributes
- Analog-to-Digital Converter
- temperature sensor
- Power Supply Sensor
- Status Registers
- Flag Register
- Test Registers (43h to 47h)
- Channel Sequencer Registers (48h to 4Fh)
- System Monitor JTAG DRP Read Operation
- JTAG DRP Commands
- DRP Arbitration
- System Monitor Control Logic
- ADC Channel Selection (48h and 49h)
- ADC Channel Averaging (4Ah and 4Bh)
- ADC Channel Analog-Input Mode (4Ch and 4Dh)
- Supply Sensor Alarms
- Thermal Diode (DXP and DXN)
- Calibration Coefficients
- System Monitor Timing
- acquisition phase
- Conversion Phase
- Event-Driven Sampling
- Analog Inputs
- Auxiliary Analog Inputs
- Adjusting the Acquisition Time
- Unipolar Input Signals
- Bipolar Input Signals
- Application Guidelines
- External Analog Inputs
- Example Instantiation of SYSMON
- SYSMON I/O
- SYSMON Attributes
- Simulation of the SYSMON Design
- EDK Support for System Monitor
- ChipScope Pro Tool and System Monitor
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