F-tile ethernet hard ip in agilex7
I generate 200G ethernet F-tile hard ip that base on agilex7, the IP configuration as follow: Our current test setup uses our custom development boards interconnected with Mellanox CX-8. The link fails to come up regardless of whether the CX-8 is configured in forced mode or auto-negotiation mode. Could you advise on how I should troubleshoot this issue next? Additionally, I would like to ask: Does the F-Tile Ethernet Hard IP support filtering packets smaller than 64 bytes? I cannot find the corresponding configuration options in the IP configuration GUI.F-tile ethernet hard ip in agilex7
I generate 200G ethernet F-tile hard ip that base on agilex7, the IP configuration as follow: Our current test setup uses our custom development boards interconnected with Mellanox CX-8. The link fails to come up regardless of whether the CX-8 is configured in forced mode or auto-negotiation mode. Could you advise on how I should troubleshoot this issue next? Additionally, I would like to ask: Does the F-Tile Ethernet Hard IP support filtering packets smaller than 64 bytes? I cannot find the corresponding configuration options in the IP configuration GUI.
Agilex 7 F-Tile 200G hard IP de-feature clarification
There is a point in the Agilex 7 known issues list in UG-683584 for some silicon revisions The F-Tile Ethernet 200G Hard IP block is de-featured and cannot beused in production devices with OPNs that have no suffix (blank) or "B" suffix Does this mean that 200G "bonded" hard-IP is not supported in those older OPNs, such as 200GE-4 / 200GE-8 ? Or does it mean that all parts of 200G hard IP is de-featured? For example would FEC/PCS/MAC still work in 10/25/50GE-1 configurations?Interfacing Avalon Streaming FIFO IP with GTS Ethernet Hard IP (Agilex 5, quartus v25.3)
Hello, I posted this question before on the Quartus Prime Forum but saw this forum and thought maybe this would be a better place to post it. Sorry if this is considered spam and not allowed: I want to integrate the Avalon Streaming Single Clock FIFO IP (AVST FIFO IP) with the GTS Ethernet Hard IP (GTS EHIP) , but the GTS EHIP outputs signals rxstatus_valid and rxstatus_data, that don't interface with the AVST FIFO IP. The AVST FIFO IP is in a custom module that sits in between the GTS EHIP and the rest of the 1x10G Ethernet System Example Design: Agilex 5 FPGA E-Series Modular Development Kit (Link: https://altera-fpga.github.io/rel-25.3/embedded-designs/agilex-5/e-series/modular/ethernet/agx5e-ethernet-10g/ug-agx5e-ethernet-10g/). How should I handle these signals? Can I ignore them? Is there a example reference design that does this? Thank you for the help! IP Blocks (left:EHIP, right:avst sc fifo ip): SC FIFO Parameters:Agilex7 F-TILE ethernet hard IP 200G
Now we develop a project with agilex7 fpga. In the project we generate 200Gx4 ethernet hard ip. during testing on-board, the reset flow of the ethernet IP failed to complete successfully: The IP output signals o_rst_ack_n / o_tx_rst_ack_n / o_rx_rst_ack_n remain permanently High and never pull Low. This causes the input reset signals i_rst_n / i_tx_rst_n / i_rx_rst_n fed into the Ethernet IP to stay stuck in the Low-level reset state and never exit reset. the following signal status as follow by read register: tx_lanes_stable = 0 sys_pll_locked = 0 tx_pll_locked = 1 the IP reset sequence in the IP datasheet shows: so what should we do for the next step? Do you have any suggestion?
25G Ethernet IP for Stratix10
Team, We have 25G Ethernet IP for stratix10 which suport 10G and 25G dynamically. How to set it to 10G rate and 25G as and when required. We understating it is done by writing to some registers through the reconfiguration interface. We cannot find these registers and the process to be followed to switch the 10G25G interface rates. Regards amolError when simulating F-tile Ethernet example design
When running "run_vcsmx.sh" following set of errors occurs Just one example Error-[URMI] Unresolved modules ../ex_200G/sim/../../hardware_test_design/support_logic/eth_f_hw_auto_tiles.sv, 2655 "intfc_m_hdpldadapt_avmm1_mux #(.topology("UX16E400GPTP_XX_DISABLED_XX_DISABLED"), .maib_id(0), .num_ip_on_intfc_00(2), .system_pll_ip_index_on_intfc_00(1), .num_ip_on_intfc_01(2), .system_pll_ip_index_on_intfc_01(1)) z1577b_x0_y0_n0__avmm1_0( .pld_avmm1_busy_real (z1577b_x0_y0_n0__avmm1_0__pld_avmm1_busy_real), .pld_avmm1_clk_rowclk_real (z1577b_x0_y0_n0__avmm1_0__pld_avmm1_clk_rowclk_real), .pld_avmm1_cmdfifo_wr_full_real (z1577b_x0_y0_n0__avmm1_0__pld_avmm1_cmdfifo_wr_full_real), .pld_avmm1_cmdfifo_wr_pfull_real (z1577b_x0_y0_n0__avmm1_0__pld_avmm1_cmdfifo_wr_pfull_real), .pld_avmm1_read_real (z1577b_x0_y0_n0__avmm1_0__pld_avmm1_read_real), .pld_avmm1_readdata_real (z1577b_x0_y0_n0__avmm1_0__pld_avmm1_readdata_real), .pld_avmm1_readdatavalid_rea ... " Module definition of above instance is not found in the design. eth_f_hw_auto_tiles.sv is a 36 MB sv-file, making debugging of this quite tedious. I've only followed the design example user guide which states the script should be able to run out of the box.
F-Tile Ethernet Hard IP Design Example - Testbench
I have a question regarding this Ftile Ethernet hard IP example Design. I am able to generate this example design for 400gbe. I am able to load this design (sof) to MA2700Kit. I was able to run tcl script and internal loopback test was successful. I was also able to run testbench basic_avl_tb_top.sv and VSIM run was successful. I have following questions and areas where I need help. At line 144 and 145 in basic_avl_tb_top.sv I can see that Tx outputs are assigned Rx input pins. I would like to understand reason for doing this? I mean shouldn’t the RX lines driven by tasks/function to simulate incoming packets over the ethernet link? I want to modify the testbench to simulate Receiving of a particular 98 byte ethernet frame, and check how mac segmented interface is behaving to communicate this frame; So i can write my custom RTL block to receive it properly. I need help developing tasks/function to simulate incoming packets over the ethernet link. Thank youF-tile-ethernet-hard-ip TX/RX MAC Segmented Client Interface
https://docs.altera.com/r/docs/683023/25.1.1/f-tile-ethernet-hard-ip-user-guide/tx-mac-segmented-client-interface "i_tx_mac_inframe" signal is explained as " Indicates valid data in each segment for specific rate. Along with the previous segment's inframe signal, this signal indicates the SOP and EOP location." i dont understand the underlined part of explanation. how does i_tx_mac_inframe indicates start of packer (SOP) and end of packet (EOP). can someone please elaborate on this with a couple of examples also another question is how to interpret i_tx_mac_data signals if i_tx_mac_valid == 1'b1 and i_tx_mac_inframe [15:0] == 16'h0 ?F-tile 10GBASE-R firecode FEC IP (Agilex 7)
Hi! We require to support 10GBASE-R clause 74 (firecode) FEC + PCS. This option isn't available in the Agile 7 F-Tile hard FEC IP. It is available for 25G rates, but we need it specifically for 10G. Our application doesn't require a MAC, in other rates we are to use PCS/MII mode It seems the only way forward is a soft firecode FEC + PCS, which would could connect to our FGT in PMA direct mode. Is this correct, and does altera provide an equivalent soft IP in order to support this configuration?
