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HX3 Xilinx - Designing with Ethernet MAC logicores

This course covers the implementation of the Ethernet MAC Xilinx logicores.


formateur
Objectives
bullet_jaune_1 Utilize various Ethernet cores, used either in standalone mode or as a peripheral in a processor-based design.
bullet_jaune_1 Determine the appropriate core to use.
bullet_jaune_1 Develop software to drive the core and achieve desired functionality.
bullet_jaune_1 Integrate hard and soft IP into the EDK.

bullet_jaune_1 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.
A more detailed course description is available on request at info@ac6-training.com
Prerequisites
bullet_jaune_2 Knowledge of Ethernet is recommended, see our course reference N1.
bullet_jaune_2 Experience with Xilinx ISE and EDK software tools is recommended.

Outline
DAY 1
bullet_jaune_2 Ethernet basics
bullet_jaune_2 Network protocols
bullet_jaune_3 Lab1 : Analyzing Ethernet frames
bullet_jaune_2 Physical layer
bullet_jaune_2 Local Link interface
bullet_jaune_3 Lab2 : VLAN and Jumbo frames
bullet_jaune_2 Xilinx EMAC solutions
DAY 2
bullet_jaune_3 Lab3 : Implementation
bullet_jaune_2 EMAC and EMAC lite
bullet_jaune_3 Lab4 : EMAC peripheral in loopback mode
bullet_jaune_2 GEMAC
bullet_jaune_2 TEMAC
bullet_jaune_3 Lab5 : TEMAC in loopback mode
bullet_jaune_2 10GE MAC
bullet_jaune_3 Lab6 : Analyzing 10GE MAC frames