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1. About the H-Tile Hard IP for Ethernet IP Core
2. Getting Started
3. H-Tile Hard IP for Ethernet Parameters
4. Functional Description
5. Reset
6. Interfaces and Signal Descriptions
7. Ethernet Toolkit Overview
8. H-Tile Hard IP for Ethernet IP User Guide Archives
9. Document Revision History for the H-Tile Hard IP for Ethernet Intel® FPGA IP User Guide: Stratix® 10 Devices
A. Advanced RTL Parameters
B. Ethernet Reconfiguration and Status Register Descriptions
4.2.1. H-Tile Hard IP for Ethernet IP Core TX Datapath
4.2.2. H-Tile Hard IP for Ethernet IP Core RX Datapath
4.2.3. Congestion and Flow Control Using PAUSE or Priority Flow Control (PFC)
4.2.4. Pause Control and Generation Interface
4.2.5. Pause Control Frame Filtering
4.2.6. Link Fault Signaling
4.2.7. Statistics Counters Interface
4.2.8. Order of Ethernet Transmission
4.2.2.1. H-Tile Hard IP for Ethernet IP Core RX Filtering
4.2.2.2. H-Tile Hard IP for Ethernet IP Core Preamble Processing
4.2.2.3. IP Core Strict SFD Checking
4.2.2.4. RX FCS Checking
4.2.2.5. RX Malformed Packet Handling
4.2.2.6. Removing PAD Bytes and FCS Bytes from RX Frames
4.2.2.7. RX Undersized Frames, Oversized Frames, and Frames with Length Errors
4.2.2.8. Inter-Packet Gap
6.1. TX MAC Interface to User Logic
6.2. RX MAC Interface to User Logic
6.3. TX PCS Interface to User Logic
6.4. RX PCS Interface to User Logic
6.5. FlexE and OTN Mode TX Interface
6.6. FlexE and OTN Mode RX Interface
6.7. Ethernet Link and Transceiver Signals
6.8. Transceiver Reconfiguration Signals
6.9. Ethernet Reconfiguration Interface
6.10. Miscellaneous Status and Debug Signals
6.11. Reset Signals
6.12. Clocks
B.1.1. ANLT Sequencer Config
B.1.2. ANLT Sequencer Status
B.1.3. Auto-Negotiation Config Register 1
B.1.4. Auto-Negotiation Config Register 2
B.1.5. Auto-Negotiation Status Register
B.1.6. Auto Negotiation Config Register 3
B.1.7. Auto-Negotiation Config Register 4
B.1.8. Auto-Negotiation Config Register 5
B.1.9. Auto-Negotiation Config Register 6
B.1.10. Auto-Negotiation Status Register 1
B.1.11. Auto-Negotiation Status Register 2
B.1.12. Auto-Negotiation Status Register 3
B.1.13. Auto-Negotiation Status Register 4
B.1.14. Auto-Negotiation Status Register 5
B.1.15. Consortium Next Page Override
B.1.16. Consortium Next Page Link Partner Status
B.1.17. Link Training Config Register 1
B.1.18. Link Training Config Register 2
B.1.19. Link Training Status Register 1
B.1.20. Link Training Config Register for Lane 0
B.1.21. Link Training Frame Contents for Lane 0
B.1.22. Local Transceiver TX EQ 1 Settings for Lane 0
B.1.23. Local Transceiver TX EQ 2 Settings for Lane 0
B.1.24. Local Link Training Parameters
B.1.25. Link Training Config Register for Lane 1
B.1.26. Link Training Frame Contents for Lane 1
B.1.27. Local Transceiver TX EQ 1 Settings for Lane 1
B.1.28. Local Transceiver TX EQ 2 Settings for Lane 1
B.1.29. Link Training Config Register for Lane 2
B.1.30. Link Training Frame Contents for Lane 2
B.1.31. Local Transceiver TX EQ 1 Settings for Lane 2
B.1.32. Local Transceiver TX EQ 2 Settings for Lane 2
B.1.33. Link Training Config Register for Lane 3
B.1.34. Link Training Frame Contents for Lane 3
B.1.35. Local Transceiver TX EQ 1 Settings for Lane 3
B.1.36. Local Transceiver TX EQ 2 Settings for Lane 3
B.2.1. PHY Module Revision ID
B.2.2. PHY Scratch Register
B.2.3. PHY Configuration
B.2.4. PMA Serial Loopback
B.2.5. TX PLL Locked
B.2.6. RX CDR PLL Locked
B.2.7. TX Datapath Ready
B.2.8. Frame Errors Detected
B.2.9. Clear Frame Errors
B.2.10. Reset Registers
B.2.11. RX PCS Status for AN/LT
B.2.12. PCS Error Injection
B.2.13. Alignment Marker Lock
B.2.14. BER Count
B.2.15. PCS Virtual Lane 0
B.2.16. PCS Virtual Lane 1
B.2.17. PCS Virtual Lane 2
B.2.18. PCS Virtual Lane 3
B.2.19. Recovered Clock Frequency in KHz
B.2.20. TX Clock Frequency in KHz
B.3.1. TX MAC Module Revision ID
B.3.2. TX MAC Scratch Register
B.3.3. Reserved
B.3.4. Link Fault Configuration
B.3.5. IPG Words to remove per Alignment Marker Period
B.3.6. Maximum TX Frame Size
B.3.7. TX MAC Configuration
B.3.8. EHIP TX MAC Feature Configuration
B.3.9. TX MAC Source Address Lower Bytes
B.3.10. TX MAC Source Address Higher Bytes
B.5.1. TXSFC Module Revision ID
B.5.2. TX SFC Scratch Register
B.5.3. Reserved
B.5.4. Enable TX Pause Ports
B.5.5. TX Pause Request
B.5.6. Enable Automatic TX Pause Retransmission
B.5.7. Retransmit Holdoff Quanta
B.5.8. Retransmit Pause Quanta
B.5.9. Enable TX XOFF
B.5.10. Enable Uniform Holdoff
B.5.11. Set Uniform Holdoff
B.5.12. Lower 4 bytes of the Destination address for Flow Control
B.5.13. Higher 2 bytes of the Destination address for Flow Control
B.5.14. Lower 4 bytes of the Source address for Flow Control frames
B.5.15. Higher 2 bytes of the Source address for Flow Control frames
B.5.16. TX Flow Control Feature Configuration
B.5.17. Pause Quanta 0
B.5.18. Pause Quanta 1
B.5.19. Pause Quanta 2
B.5.20. Pause Quanta 3
B.5.21. Pause Quanta 4
B.5.22. Pause Quanta 5
B.5.23. Pause Quanta 6
B.5.24. Pause Quanta 7
B.5.25. PFC Holdoff Quanta 0
B.5.26. PFC Holdoff Quanta 1
B.5.27. PFC Holdoff Quanta 2
B.5.28. PFC Holdoff Quanta 3
B.5.29. PFC Holdoff Quanta 4
B.5.30. PFC Holdoff Quanta 5
B.5.31. PFC Holdoff Quanta 6
B.5.32. PFC Holdoff Quanta 7
B.5.33. RXSFC Module Revision ID
B.5.34. RXSFC Scratch Register
B.5.35. Reserved
B.5.36. Enable RX Pause Frame Processing
B.5.37. Forward Flow Control Frames
B.5.38. Lower 4 bytes of the Destination address for RX Pause Frames
B.5.39. Higher 2 bytes of the Destination address for RX Pause Frames
B.6.1. TX Frames less than 64 bytes with CRC error (lower 32 bits)
B.6.2. TX Frames less than 64 bytes with CRC error (upper 32 bits)
B.6.3. Oversized TX frames with CRC error (lower 32 bits)
B.6.4. Oversized TX frames with CRC error (upper 32 bits)
B.6.5. TX Frames of any size with a CRC error (lower 32 bits)
B.6.6. TX Frames of any size with a CRC error (upper 32 bits)
B.6.7. TX Frames of any size with a CRC error on OK packet (lower 32 bits)
B.6.8. TX Frames of any size with a CRC error on OK packet (upper 32 bits)
B.6.9. Multicast TX data frames with CRC error (lower 32 bits)
B.6.10. Multicast TX data frames with CRC error (upper 32 bits)
B.6.11. Broadcast TX data frames with CRC error (lower 32 bits)
B.6.12. Broadcast TX data frames with CRC error (upper 32 bits)
B.6.13. Unicast TX data frames with CRC error (lower 32 bits)
B.6.14. Unicast TX data frames with CRC error (upper 32 bits)
B.6.15. Multicast TX control frames with CRC error (lower 32 bits)
B.6.16. Multicast TX control frames with CRC error (upper 32 bits)
B.6.17. Broadcast TX control frames with CRC error (lower 32 bits)
B.6.18. Broadcast TX control frames with CRC error (upper 32 bits)
B.6.19. Unicast TX control frames with CRC error (lower 32 bits)
B.6.20. Unicast TX control frames with CRC error (upper 32 bits)
B.6.21. TX Pause frame with CRC error (lower 32 bits)
B.6.22. TX Pause frame with CRC error (upper 32 bits)
B.6.23. 64 byte TX frames (lower 32 bits)
B.6.24. 64 byte TX frames (upper 32 bits)
B.6.25. 65 to 127 byte TX frames (lower 32 bits)
B.6.26. 65 to 127 byte TX frames (upper 32 bits)
B.6.27. 128 to 257 byte TX frames (lower 32 bits)
B.6.28. 128 to 257 byte TX frames (upper 32 bits)
B.6.29. 256 to 511 byte TX frames (lower 32 bits)
B.6.30. 256 to 511 byte TX frames (upper 32 bits)
B.6.31. 512 to 1023 byte TX frames (lower 32 bits)
B.6.32. 512 to 1023 byte TX frames (upper 32 bits)
B.6.33. 1024 to 1518 byte TX frames (lower 32 bits)
B.6.34. 1024 to 1518 byte TX frames (upper 32 bits)
B.6.35. 1519 to max size TX frames (lower 32 bits)
B.6.36. 1519 to max size TX frames (upper 32 bits)
B.6.37. Oversize TX frames (lower 32 bits)
B.6.38. Oversize TX frames (upper 32 bits)
B.6.39. Multicast TX data frames without error (lower 32 bits)
B.6.40. Multicast TX data frames without error (upper 32 bits)
B.6.41. Broadcast TX data frames without error (lower 32 bits)
B.6.42. Broadcast TX data frames without error (upper 32 bits)
B.6.43. Unicast TX data frames without error (lower 32 bits)
B.6.44. Unicast TX data frames without error (upper 32 bits)
B.6.45. Multicast TX control frames without error (lower 32 bits)
B.6.46. Multicast TX control frames without error (upper 32 bits)
B.6.47. Broadcast TX control frames without error (lower 32 bits)
B.6.48. Broadcast TX control frames without error (upper 32 bits)
B.6.49. Unicast TX control frames without error (lower 32 bits)
B.6.50. Unicast TX control frames without error (upper 32 bits)
B.6.51. TX Pause frames without error (lower 32 bits)
B.6.52. TX Pause frames without error (upper 32 bits)
B.6.53. TX Frames with less than 64 bytes and a CRC error (lower 32 bits)
B.6.54. TX Frames with less than 64 bytes and a CRC error (upper 32 bits)
B.6.55. Number of TX frame starts (lower 32 bits)
B.6.56. Number of TX frame starts (upper 32 bits)
B.6.57. Number of TX length errors (lower 32 bits)
B.6.58. Number of TX length errors (upper 32 bits)
B.6.59. TX PFC frame with CRC error (lower 32 bits)
B.6.60. TX PFC frame with CRC error (upper 32 bits)
B.6.61. TX PFC frames without error (lower 32 bits)
B.6.62. TX PFC frames without error (upper 32 bits)
B.6.63. TXSTAT Module Revision ID
B.6.64. TXSTAT Scratch Register
B.6.65. Reserved
B.6.66. Configure TX Statistics Counters
B.6.67. TX Statistics Counter Status
B.6.68. TX Payload bytes with no errors (lower 32 bits)
B.6.69. TX Payload bytes with no errors (upper 32 bits)
TX Payload bytes with no errors (upper 32 bits) Fields
B.6.70. TX Frame bytes with no errors (lower 32 bits)
B.6.71. TX Frame bytes with no errors (upper 32 bits)
B.6.72. TX Malformed frames (lower 32 bits)
B.6.73. TX Malformed frames (upper 32 bits)
B.6.74. TX Packets that were dropped due to error (lower 32 bits)
B.6.75. TX Packets that were dropped due to error (upper 32 bits)
B.6.76. TX Frames with bad length/type field (lower 32 bits)
B.6.77. TX Frames with bad length/type field (upper 32 bits)
B.7.1. RX Frames less than 64 bytes with CRC error (lower 32 bits)
B.7.2. RX Frames less than 64 bytes with CRC error (upper 32 bits)
B.7.3. Oversized RX frames with CRC error (lower 32 bits)
B.7.4. Oversized RX frames with CRC error (upper 32 bits)
B.7.5. RX Frames of any size with a CRC error (lower 32 bits)
B.7.6. RX Frames of any size with a CRC error (upper 32 bits)
B.7.7. RX Frames of any size with a CRC error on OK packet (lower 32 bits)
B.7.8. RX Frames of any size with a CRC error on OK packet (upper 32 bits)
B.7.9. Multicast RX data frames with CRC error (lower 32 bits)
B.7.10. Multicast RX data frames with CRC error (upper 32 bits)
B.7.11. Broadcast RX data frames with CRC error (lower 32 bits)
B.7.12. Broadcast RX data frames with CRC error (upper 32 bits)
B.7.13. Unicast RX data frames with CRC error (lower 32 bits)
B.7.14. Unicast RX data frames with CRC error (upper 32 bits)
B.7.15. Multicast RX control frames with CRC error (lower 32 bits)
B.7.16. Multicast RX control frames with CRC error (upper 32 bits)
B.7.17. Broadcast RX control frames with CRC error (lower 32 bits)
B.7.18. Broadcast RX control frames with CRC error (upper 32 bits)
B.7.19. Unicast RX control frames with CRC error (lower 32 bits)
B.7.20. Unicast RX control frames with CRC error (upper 32 bits)
B.7.21. RX Pause frame with CRC error (lower 32 bits)
B.7.22. RX Pause frame with CRC error (upper 32 bits)
B.7.23. 64 byte RX frames (lower 32 bits)
B.7.24. 64 byte RX frames (upper 32 bits)
B.7.25. 65 to 127 byte RX frames (lower 32 bits)
B.7.26. 65 to 127 byte RX frames (upper 32 bits)
B.7.27. 128 to 257 byte RX frames (lower 32 bits)
B.7.28. 128 to 257 byte RX frames (upper 32 bits)
B.7.29. 256 to 511 byte RX frames (lower 32 bits)
B.7.30. 256 to 511 byte RX frames (upper 32 bits)
B.7.31. 512 to 1023 byte RX frames (lower 32 bits)
B.7.32. 512 to 1023 byte RX frames (upper 32 bits)
B.7.33. 1024 to 1518 byte RX frames (lower 32 bits)
B.7.34. 1024 to 1518 byte RX frames (upper 32 bits)
B.7.35. 1519 to max size RX frames (lower 32 bits)
B.7.36. 1519 to max size RX frames (upper 32 bits)
B.7.37. Oversize RX frames (lower 32 bits)
B.7.38. Oversize RX frames (upper 32 bits)
B.7.39. Multicast RX data frames without error (lower 32 bits)
B.7.40. Multicast RX data frames without error (upper 32 bits)
B.7.41. Broadcast RX data frames without error (lower 32 bits)
B.7.42. Broadcast RX data frames without error (upper 32 bits)
B.7.43. Unicast RX data frames without error (lower 32 bits)
B.7.44. Unicast RX data frames without error (upper 32 bits)
B.7.45. Multicast RX control frames without error (lower 32 bits)
B.7.46. Multicast RX control frames without error (upper 32 bits)
B.7.47. Broadcast RX control frames without error (lower 32 bits)
B.7.48. Broadcast RX control frames without error (upper 32 bits)
B.7.49. Unicast RX control frames without error (lower 32 bits)
B.7.50. Unicast RX control frames without error (upper 32 bits)
B.7.51. RX Pause frames without error (lower 32 bits)
B.7.52. RX Pause frames without error (upper 32 bits)
B.7.53. RX Frames with less than 64 bytes and a CRC error (lower 32 bits)
B.7.54. RX Frames with less than 64 bytes and a CRC error (upper 32 bits)
B.7.55. Number of RX frame starts (lower 32 bits)
B.7.56. Number of RX frame starts (upper 32 bits)
B.7.57. Number of RX length errors (lower 32 bits)
B.7.58. Number of RX length errors (upper 32 bits)
B.7.59. RX PFC frame with CRC error (lower 32 bits)
B.7.60. RX PFC frame with CRC error (upper 32 bits)
B.7.61. RX PFC frames without error (lower 32 bits)
B.7.62. RX PFC frames without error (upper 32 bits)
B.7.63. RXSTAT Module Revision ID
B.7.64. RXSTAT Scratch Register
B.7.65. Reserved
B.7.66. Reserved
B.7.67. Reserved
B.7.68. Configure RX Statistics Counters
B.7.69. RX Statistics Counter Status
B.7.70. RX Payload bytes with no errors (lower 32 bits)
B.7.71. RX Payload bytes with no errors (upper 32 bits)
B.7.72. RX Frame bytes with no errors (lower 32 bits)
B.7.73. RX Frame bytes with no errors (upper 32 bits)
B.7.74. RX Malformed frames (lower 32 bits)
B.7.75. RX Malformed frames (upper 32 bits)
B.7.76. RX Packets that were dropped due to error (lower 32 bits)
B.7.77. RX Packets that were dropped due to error (upper 32 bits)
B.7.78. RX Frames with bad length/type field (lower 32 bits)
B.7.79. RX Frames with bad length/type field (upper 32 bits)
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B.6.69. TX Payload bytes with no errors (upper 32 bits)
TX Payload bytes with no errors
Records the number of TX payload bytes in a frame with no FCS, undersized, oversized, or payload length errors.
- Packet bytes are all the bytes from an Ethernet packet except the preamble, the header, and the FCS; the count does include PAD bytes
- When tx VLAN/SVLAN detection is enabled, VLAN/SVLAN header bytes are also removed from the count
- Bytes from packets that are less than 72 bytes long are not counted (undersize)
- When length checking is turned on, bytes from frames where the L/T field was a Length, and the length was greater than the number of bytes in the packet are not counted (length error)
- Bytes from packets that are longer than Maximum TX Frame Size value are not counted (oversize)
- Bytes from packets that were interrupted by any kind of control frame are not counted (error or malformed)
- Bytes from packets with an FCS error are not counted (error)
- Bytes from packets with an L/T field that is between 1501 and 1535 inclusive are not counted (illegal type/length field)
- The total count is 64b, split into a lower and upper 32b chunk
- Because the count can change while the register is being read, Intel recommends using snapshot or shadow to freeze the count before reading it.
Offset: 0x861
Access: RO
TX Payload bytes with no errors (upper 32 bits) Fields
Bit | Name | Description | Access | Reset |
---|---|---|---|---|
31:0 | stats_pcnt16 | Statistics word 4 bytes of an 8 byte EHIP Statistics |
RO | 0x0 |