Linux下使用gcc编译 gcc mdio.c -o mdio 使用方法 usage: mdio mdio read mdio mdio write example: mdio eth0 0x1

Specification Version 4.1 Specification Dated 01 December 2016 Specification MIPI Board Adopted 28 Mar 2017

千兆网口PHY RTL8211FS硬件参考设计PDF原理图

The PHY Interface for the PCI Express Architecture (PIPE) is intended to enable the development of functionally equivalent PCI Express PHY's. Such PHY's can be delivered as discrete IC's or as macrocells for inclusion in ASIC designs. The specification defines a set of PHY functions which must be incorporated in a PIPE compliant PHY, and it defines a standard interface between such a PHY and a Media Access Layer (MAC) & Link Layer ASIC. It is not the intent of this specification to define the internal architecture or design of a compliant PHY chip or macrocell; The PIPE specification is defined to allow various approaches to be used. Where possible the PIPE specification references the PCI Express base specification rather than repeating its content. In case of conflicts, the PCI-Express Base Specification shall supercede the PIPE spec.

无线系统的BASEBAND PHY的cmodel，例如IEEE802.11a / b，IEEE802.16。这些cmodel用C写在C中，并在Linux环境（gcc）中进行编译。 另外，使用“ SCILAB”来分析那些模型。 这些模型包括：FFT / IFFT，OFDM，里德-所罗门码，

NCB-PCI_Express_Base_6.0 NCB-PCI_Express_Base_5.0r1.0-2019-05-22 CB-PCI_Express_Base_4.0r1.0_September-29-2017-c PCI Express Base Specification Revision 3.1a PCI Express Base Spec 2.0 PCIe_CEM_R5_V1.0_06092021_NCB PCIe_CEM_SPEC_R4_V1_0_08072019_NCB PCIe_PHY_Test_Spec_04232019_NCB PCI_Express_Test_Spec_Electrical_Layer_3_0_rev_06062013_TS1 PCI_Express_CEM_r3.0 PCI_Express_CEM_r2.0 PCIe_PHY_Test_Spec_04232019_NCB

mipi-M-PHY-specification-v5-0-JEDEC-LIAISON-DISCLOSURE

Marvell phy 88e1545 1543 1548 datasheet，软件开发人员参考资料

MIPI官方文档，对MIPI中MPHY、CPHY以及DPHY三个物理层的性能对比和具体指标参数，以及三者之间的使用场合

LTE_phy_simulation 基于matlab的LTE物理层链路仿真