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| You are here: ac6 > ac6-formation > FPGAs & ASICs > Xilinx - Designing with Ethernet MAC logicores |
| HX3 | Xilinx - Designing with Ethernet MAC logicores |
| Objectives | |||
| Utilize various Ethernet cores, used either in standalone mode or as a peripheral in a processor-based design. |
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| Determine the appropriate core to use. |
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| Develop software to drive the core and achieve desired functionality. |
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| Integrate hard and soft IP into the EDK. | |||
| This course is delivered by Mr Guillaume Péron, a worldwide expert of Gigabit Ethernet, who has also developed trainings on 802.3 / 802.1 specification and Gigabit Ethernet implementation in AMCC, Intel, Freescale processors and Marvell switches. | |||
| Xilinx software (ISE) is used to synthesize and implement practical examples, Mentor Graphics ModelSim is used for simulation. |
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| A more detailed course description is available on request at info@ac6-training.com | |||
| Prerequisites | |||
| Knowledge of Ethernet is recommended, see our course reference N1. | |||
| Experience with Xilinx ISE and EDK software tools is recommended. | |||
| Outline |
| DAY 1 | |||
| Ethernet basics | |||
| Network protocols | |||
| Lab1 : Analyzing Ethernet frames | |||
| Physical layer | |||
| Local Link interface | |||
| Lab2 : VLAN and Jumbo frames | |||
| Xilinx EMAC solutions | |||
| DAY 2 | |||
| Lab3 : Implementation | |||
| EMAC and EMAC lite | |||
| Lab4 : EMAC peripheral in loopback mode | |||
| GEMAC | |||
| TEMAC | |||
| Lab5 : TEMAC in loopback mode | |||
| 10GE MAC | |||
| Lab6 : Analyzing 10GE MAC frames | |||