Visible to Intel only — GUID: cru1462833811200
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3.1. Faster Boot Frequency Requires Higher Operating VCCL_HPS Supply
3.2. HPS Shared I/Os Inaccessible If FPGA Configuration Fails
3.3. SD/MMC Power Enable is Inverted
3.4. HPS EMIF Write Performance Degradation When Using ECC and a 16-bit Interface
3.5. Correct Sequence Required When Raising HPS PLL Frequency
3.6. HPS SDRAM ECC Logging Problems
3.7. HPS-to-FPGA Bridges Must Operate at 100 MHz or Above When Using the NoC Timeout Feature
3.8. Rarely, Bus or Bridge Hangs When Configuring or Using HPS SDRAM
3.9. Hard Memory Controller Fails to Exit Self-Refresh Mode
3.10. Automatic Lane Polarity Inversion for PCIe Hard IP
3.11. High VCCBAT Current when VCC is Powered Down
3.12. Failure on Row Y59 When Using the Error Detection Cyclic Redundancy Check (EDCRC) or Partial Reconfiguration (PR)
3.13. GPIO Output may not meet the On-Chip Series Termination (Rs OCT) without Calibration Resistance Tolerance Specification or Current Strength Expectation
4.1.1. 761319: Ordering of Read Accesses to the Same Memory Location Might Be Uncertain
4.1.2. 845369: Under Very Rare Timing Circumstances Transition into Streaming Mode Might Create Data Corruption
4.1.3. 740657: Global Timer Can Send Two Interrupts for the Same Event
4.1.4. 751476: Missed Watchpoint on the Second Part of an Unaligned Access Crossing a Page Boundary
4.1.5. 754322: Faulty MMU Translations Following ASID Switch
4.1.6. 764369: Data or Unified Cache Line Maintenance by MVA Fails on Inner-Shareable Memory
4.1.7. 794072: A Short Loop Including DMB Instruction Might Cause a Denial of Service When the Other Processor Executes a CP15 Broadcast Operation
4.1.8. 794073: Speculative Instruction Fetches with MMU Disabled Might Not Comply with Architectural Requirements
4.1.9. 794074: A Write Request to an Uncacheable, Shareable Normal Memory Region Might be Executed Twice, Possibly Causing a Software Synchronization Issue
4.1.10. 725631: ISB is Counted in Performance Monitor Events 0x0C and 0x0D
4.1.11. 729817: MainID Register Alias Addresses Are Not Mapped on Debug APB Interface
4.1.12. 729818: In Debug State, the Next Instruction is Stalled When the SDABORT Flag is Set Instead of Being Discarded
4.1.13. 751471: DBGPCSR Format Is Incorrect
4.1.14. 752519: An Imprecise Abort Might Be Reported Twice on Non-Cacheable Reads
4.1.15. 754323: Repeated Store in the Same Cache Line Might Delay the Visibility of the Store
4.1.16. 756421: Sticky Pipeline Advance Bit Cannot be Cleared from Debug APB Accesses
4.1.17. 757119: Some Unallocated Memory Hint Instructions Generate an UNDEFINED Exception Instead of Being Treated as a NOP
4.1.18. 761321: MRC and MCR Are Not Counted in Event 0x68
4.1.19. 764319: Read Accesses to DBGPRSR and DBGPRCR May Generate an Unexpected UNDEF
4.1.20. 771224: Visibility of Debug Enable Access Rights to Enable/Disable Tracking is Not Ensured by an ISB
4.1.21. 775419: PMU Event 0x0A Might Count Twice the LDM PC ^ Instruction with Base Address Register Write-Back
4.2.1. 754670: A Continuous Write Flow Can Stall a Read Targeting the Same Memory Area
4.2.2. 765569: Prefetcher Can Cross 4 KB Boundary if Offset is Programmed with Value 23
4.2.3. 729815: The High Priority for SO and Dev Reads Feature Can Cause Quality of Service Issues to Cacheable Read Transactions
Visible to Intel only — GUID: cru1462833811200
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3. Intel® -Specific SoC Errata for Intel® Arria® 10 SX Devices
This section lists the Intel® -specific SoC errata that apply to the Hard Processor System (HPS) and the FPGA in Intel® Arria® 10 SX devices. Each listed erratum has an associated status which identifies any planned fixes.
Issue | Affected Devices | Planned Fix |
---|---|---|
Faster Boot Frequency Requires Higher Operating VCCL_HPS Supply | All Intel® Arria® 10 SX devices | No fix planned |
HPS Shared I/Os Inaccessible If FPGA Configuration Fails | All Intel® Arria® 10 SX devices | No fix planned |
SD/MMC Power Enable is Inverted | All Intel® Arria® 10 SX devices | No fix planned |
HPS EMIF Write Performance Degradation When Using ECC and a 16-bit Interface | All Intel® Arria® 10 SX devices | No fix planned |
Correct Sequence Required When Raising HPS PLL Frequency | All Intel® Arria® 10 SX devices | An Intel® SoC FPGA Embedded Development Suite (SoC EDS) patch is available that implements the required sequence |
HPS SDRAM ECC Logging Problems | All Intel® Arria® 10 SX devices | No fix planned |
HPS-to-FPGA Bridges Must Operate at 100 MHz or Above When Using the NoC Timeout Feature | All Intel® Arria® 10 SX devices | No fix planned |
Rarely, Bus or Bridge Hangs When Configuring or Using HPS SDRAM | All Intel® Arria® 10 SX devices | No device fix planned. Fixed in the SoC EDS v. 17.0. An SoC EDS patch is available for v. 16.0. |
Hard Memory Controller Fails to Exit Self-Refresh Mode | All Intel® Arria® 10 SX devices | No fix planned |
Automatic Lane Polarity Inversion for PCIe Hard IP | All Intel® Arria® 10 devices | No fix planned |
High VCCBAT Current when VCC is Powered Down | All Intel® Arria® 10 devices | No fix planned |
Failure on Row Y59 When Using the Error Detection Cyclic Redundancy Check (EDCRC) or Partial Reconfiguration (PR) |
|
No fix planned |
GPIO Output may not meet the On-Chip Series Termination (Rs OCT) without Calibration Resistance Tolerance Specification or Current Strength Expectation |
|
No fix planned |
Section Content
Faster Boot Frequency Requires Higher Operating VCCL_HPS Supply
HPS Shared I/Os Inaccessible If FPGA Configuration Fails
SD/MMC Power Enable is Inverted
HPS EMIF Write Performance Degradation When Using ECC and a 16-bit Interface
Correct Sequence Required When Raising HPS PLL Frequency
HPS SDRAM ECC Logging Problems
HPS-to-FPGA Bridges Must Operate at 100 MHz or Above When Using the NoC Timeout Feature
Rarely, Bus or Bridge Hangs When Configuring or Using HPS SDRAM
Hard Memory Controller Fails to Exit Self-Refresh Mode
Automatic Lane Polarity Inversion for PCIe Hard IP
High VCCBAT Current when VCC is Powered Down
Failure on Row Y59 When Using the Error Detection Cyclic Redundancy Check (EDCRC) or Partial Reconfiguration (PR)
GPIO Output may not meet the On-Chip Series Termination (Rs OCT) without Calibration Resistance Tolerance Specification or Current Strength Expectation