2.1.1.1. Occasional equalization timeout or PCIe link training failure to achieve expected link speed during speed change, hot reset, and link disable
2.1.1.2. Occasional receiver error recorded in the Advanced Error Reporting (AER) register during speed change and power management procedures
2.1.1.3. Both ERR_COR and ERR_FATAL messages are sent when TLP with ECRC error is received
2.1.1.4. Multiple error messages are generated by the multifunction device when a non-function-specific error occurs
2.1.1.5. Transmission of all Ethernet frames is suspended upon reception of PAUSE frame request from External link partner
Description
Workaround
Status
2.1.1.6. Reduced Tx performance on GTS Ethernet FPGA Hard IP for 25GE line rate
2.1.2.1. The USB 3.1 controller has a spillover condition during IN transfers for bulk endpoint which causes a DBE issue for the ISOC-IN Endpoint
2.1.2.2. USB 3.1 Controller Device Drops eSS ISOC Data if the ITP Delta Value is Greater than 63 units
2.1.2.3. The USB 3.1 controller has a possible glitch on the clock output during U3 to U0 power state transition
2.1.1.5. Transmission of all Ethernet frames is suspended upon reception of PAUSE frame request from External link partner
Description
Upon receiving a pause frame request from the link partner, the GTS Ethernet FPGA Hard IP halts the transmission of all Ethernet frames, including both data and control frames (0x8808). However, you can still transmit PFC or SFC frames by using the SFC/PFC frame generation feature within the GTS Ethernet FPGA Hard IP through register configuration.
Workaround
We recommend configuring the GTS Ethernet FPGA Hard IP to continue traffic transmission upon receiving a pause request. Set the Stop TX Traffic when link partner sends PAUSE parameter to NO and use the o_rx_pause signal to make transmission decisions in the client logic, especially for transmitting control frames.
Status
Devices Affected | Planned Fix |
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None |