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CRC校验参考设计_xilinx_verilog
- IEEE 802.3 Cyclic Redundancy Check参考设计，xilinx提供-IEEE 802.3 Cyclic Redundancy Check reference design for Xilinx
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.
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
IEEE802.3FrameFormat
- IEEE 802.3u (100Base-T)是100兆比特每秒以太网的标准。100Base-T技术中可采用3类传输介质，即100Base-T4、100Base-TX和100Base-FX，它采用4B/5B编码方式-IEEE 802.3u (100Base-T) is 100 megabits per second Ethernet standard. 100Base-T technology in the transmission medium can be used three catego
Perl_for_CRC
- Cyclic Redundancy Check (CRC) is an error-checking code that is widely used in data communication systems and other serial data transmission systems. CRC is based on polynomial manipulations using modulo arithmetic. Some of the common Cyclic Redu
sgmii_latest.tar
- This core implements Physical Coding Sublayer of 1000BaseX transmission (IEEE 802.3 Clause36 and 37). This core can also be used for SGMII interface as this interface leverages 1000BaseX PCS. The differences between the 2 protocols are Link-timer and
sgmii_latest[1].tar
- 这个工程应用于千兆网传输的物理代码子层，同时也用于SGMII接口。两者不同之处是自动协商时链接定时器和控制信息。-This core implements Physical Coding Sublayer of 1000BaseX transmission (IEEE 802.3 Clause36 and 37). This core can also be used for SGMII interface as this interface leverages 1000BaseX PCS.
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)