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目前以太网PHY芯片是通过总线MDC/MDIO
- 目前以太网PHY芯片是通过总线MDC/MDIO，但是基本上是通过MAC芯片直接管理的，本代码实现了通过FPGA管理PHY。即由FPGA完成MII管理,At present, Ethernet PHY chip through the bus MDC/MDIO, but basically through the direct management of MAC chip, the code through the FPGA implementation management PHY. FPGA
ethernet.zip
- 以太网控制器VHDL实现以及相关参考文档，超有使用价值，请仔细阅览,ethernet MAC controller VHDL realize
ethernet.tar
- 以太网的vhdl和verilog代码，供大家学习-Ethernet VHDL and Verilog code for everyone to learn
ethernet
- 以太网MAC层IP核设计Veriolg代码，包括TESTBECH平台和设计文档-Ethernet MAC layer IP core design Veriolg code, including TESTBECH platform and design documents
verilog
- verilog描述的以太网MAC层源代码，功能正确，已经在FPGA开发板上测试！需要的赶紧下-verilog descr iption of the Ethernet MAC layer source code, function correctly, has been tested in the FPGA development board! Need to hurry the next! ! !
ethernet_example
- FPGA上实现以太网 用VHDL实现，欢迎多交流 -FPGA to achieve the realization of Ethernet using VHDL welcome more exchanges
ethernet.tar
- VHDL MAC wishbone VHDL MAC wishbone-VHDL MACVHDL MAC wishbone VHDL MAC wishbone
ethmac_latest[1].tar
- 10M/100M 以太网mac，wishbone接口，可以直接使用-10M/100M Ethernet mac, wishbone interface, you can directly use
opb_ethernetlite
- The Ethernet Lite MAC (Media Access Controller) is designed to incorporate the applicable features described in the IEEE Std. 802.3 Media Independent Interface (MII) specification, which should be used as the definitive specification. Differences bet
mac_controller
- 用verilog编写实现的以太网控制器（MAC）源码，解压后用ISE打开工程即可。-Prepared using verilog implementation Ethernet Controller (MAC) source code, open the project after decompression can be used ISE.
E1
- 在国际标准组织开放式系统互联（OSI）参考模型下，以太网是第二层协议。10G以太网使用ＩＥＥＥ（电气与电子工程师学会）802.3以太网介质访问控制协议（ＭＡＣ）、ＩＥＥＥ 802.3以太网帧格式以及ＩＥＥＥ 802.3最小和最大帧尺寸。-In the International Standards Organization Open Systems Interconnect (OSI) reference model, Ethernet is the second-layer protocol.
ethmac_latest
- 以太网MAC，已经通过测试，详细说明见内README-Ethernet MAC, has been tested in more detail, see README
eth_ocm_80_3
- MAC ethernet ip opencore
eth
- 一个ahb接口的千兆以太网MAC，包括apb的配置接口-Ahb a Gigabit Ethernet interface MAC, including the configuration interface apb
MAC_Transceiver
- MAC(以太网媒体访问控制)是以太网IEEE 802.3协议规定的数据链路层的一部分,使用FPGA替代ASIC,实现以太网MAC功能非常实用。能够实现硬件系统多路多端口的以太网接入,并在自行开发需要以太网接入的嵌入式处理器设计中得到应用。具体探讨以太网MAC的功能定义,使用FPGA实现以太网MAC的方法,对以太网的相关应用设计具有指导作用。 -MAC (Ethernet Media Access Control) is a protocol under the IEEE 802.3 Ethe
intit
- 初始化网络芯片，我负责的是MAC的初始化和PHY初始化。可以试着在此基础上编写以太网。-Initialize the network chip, I am responsible for the MAC and PHY initialization initialization. Can try to write on this basis Ethernet.
MAC-IP
- 关于千兆以太网的硕士论文，一边的mac层，一边是ahb总线slave接口。写的非常好。-Master s thesis on Gigabit Ethernet, while the mac layer, one side is ahb bus slave interface. Write very well.
ethernet 10-100 monitoring
- this is using mac IP core for ethernet connection in ISE xilinx for ethernet 10/100
CRC
- crc32 used for mac ethernet vhdl