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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
MAC
- Verilog code for MAC
m-mtip-10_100_1000_ethermac
- 10/100 0M以太网MAC解决方案，是IP核的相关说明，利用ALTERA的FPGA设计，QUARTUS软件为开发平台。-10/100/1000M Ethernet MAC solution is the IP core instructions, using ALTERA' s FPGA design, QUARTUS software development platform.
smii_latest.tar
- SMII接口的mac控制器，通过测试。使用verilog语言！-The Serial Media Independent Interface, SMMI, is a low pin count version of the MII normally used between ethernet MAC and PHY. The Serial Media Independent Interface (SMII) is designed to satisfy the following r
MII
- 以太网MII芯片配置接口的VHDL设计，配置PHY芯片的模块设计-Ethernet MII chip configuration interface VHDL design, configuration PHY chip module design
51_eth_tx_rx
- 51单片机与以太网控制器的设计，实现数据于主机和PHY的封包解包与传输-51 MCU and the design of Ethernet controller, data from the host and the PHY packet unpacking and transmission
8B10B
- 以太网PHY层中的组成部分 8B10B编码器-Part of the Ethernet PHY layer in 8B10B encoder
K7_1M
- 用Verilog语言实现的以太网驱程，可最多实现8个以太网，外加PHY后，可实现ping操作-Ethernet drive-by Verilog language can achieve up to eight Ethernet, plus after PHY, can achieve a ping
mdio_slave_interface
- Management Data Input/Output Interfaces, or MDIO, are specified in the IEEE 802.3 standard. Their primary application is to provide a Serial Management Interface (SMI) to transfer management data between an Ethernet Media Access Controller (MAC)
udp_send1
- 基于FPGA的UDP硬件协议栈， 全部用SystemVerilog写的，不需CPU参与，包括独立的MAC模块。 支持外部phy的配置，支持GMII和RGMII模式。 以下是接口 input clk50, input rst_n, /////////////////////// //interface to user module input [7:0] wr_data, input wr_clk, input wr_en, output
PHY_DD6
- 10/100 Base-T Ethernet PHY test for Spartan-6 on microblaze processor.