10G MAC ETHERNET PROJECT HOW TO
10G MAC ETHERNET PROJECT UPGRADE
10G MAC ETHERNET PROJECT VERIFICATION

Public License as published by the Free Software Foundation Įither version 2. This source file is free software you can redistribute itĪnd/or modify it under the terms of the GNU Lesser General The original copyright notice and the associated disclaimer.

Removed from the file and that any derivative work contains Restriction provided that this copyright statement is not This source file may be used and distributed without This file is part of the '10GE MAC' project Lastly in the testcases directory are my testcases described in my report in the DOC directory. In the RTL directory you will find the verilog files of the 10GE MAC Core. Contribute to freecores/ethmac10g development by creating an account on GitHub. The OOP_Testbench directory holds the components of my OOP testbench. In the Testbench/verilog directory you will find the rudimentary testbench that came with the design as a reference to building the OOP testbench environment.

10G MAC ETHERNET PROJECT VERIFICATION

Just be careful not to scrimp on the cables.Final Project for my course in Advanced Verification with SystemVerilog OOP

10G MAC ETHERNET PROJECT UPGRADE

If you want to upgrade to 10Gb networking on the cheap, we have some advice. The Universal MAC supports all Ethernet Flavors from 1GE to 400GE with a single code base. The 1 to 400 Gigabit Universal Ethernet MAC IP core is IEEE compliant. On a side note, if you ever try to make videos yourself, watching the outtakes at the end of the video will probably make you feel better about your efforts. OpenFive’s PCS IP is fully compliant to the IEEE 802.3 standard supporting various MAC rates like 10G, 25G, 40G, 50G, 100G, 200G and 400G. That’s still impressive and the network card offloading helped the PI’s performance, as well. Figure 8-1 shows the flow of the packets in the design example.

7.1 Testbench Block Diagram The testbench operates in loopback mode. The following sections describe the testbench, its components, and use. The Pi itself has a single 4 Gbps PCI lane, so the most you could possibly get would be 4 Gbps and testing showed that the real limit is not quite 3.6 Gbps. Altera provides testbench for you to verify the Scalable LL Ethernet 10G MAC with 10G BaseR PHY design example. The router wasn’t the only piece of gear that can’t handle the whole 10 Gbps data stream. Recabling was also a big task.Ī lot of the work revolved around side issues such as fan noises and adding StarLink to the network that didn’t really contribute to the speed, but we understand distractions in a project. However, some of the problems were unavoidable, such as the router that has 10 Gbps ports, but not enough throughput to actually move traffic at that speed. For example, doing some metalwork to get some gear put in a 19-inch rack.

Granted, some - but not all - of the hold-ups were self-inflicted.

thought so too, but as you can see in the video below, it wasn’t quite that easy. Simple, right? Just get a router and another network card. Following DTS change has been added to enable fixed link in 10G MAC, fm1mac1: ethernet.

10G MAC ETHERNET PROJECT HOW TO

Similarly, how to force the 10G MAC Link (fm1-mac1) for the T1024 SerDes. But he didn’t have any other fast devices to talk to. In the switch side, the SerDes 10 is configured in 10G XFI mode and the link is forced up. He got a 10 gigabit network card working with the Raspberry Pi Compute Module. When people like Bell and Marconi invented telephones and radios, you have to wonder who they talked to for testing.

10g mac ethernet project