The syn1588® Clock_M IP core family provides highly accurate IEEE1588 compliant clock synchronization functions. The syn1588® Clock_M IP cores are suited for direct integration to an Ethernet MAC. Either one or up to four network interfaces can be connected. A large variety of network line speeds are supported. There is an AXI4 Lite CPU interface for communication with the host processor executing the PTP Stack.
The syn1588® Clock_M IP core family offer all functions required to implement a high-accuracy PTP node. The feature-rich architecture allows creating of PTP slave and PTP master nodes. It's sophisticated hardware clock architecture allow fine-grained clock servo control. All published IEEE1588 standards are supported.
A typical application example is the syn1588® PCIe NIC. This standard PCIe Ethernet network interface card is made up of a single FPGA that includes the syn1588® Clock_M IP core as well as the Ethernet MAC and the PCIe interface.
The syn1588® Clock_M IP core family provides highly accurate IEEE1588 compliant clock synchronization functions. The syn1588® Clock_M IP cores are suited for direct integration to an Ethernet MAC. Either one or up to four network interfaces can be connected. A large variety of network line speeds are supported. There is an AXI4 Lite CPU interface for communication with the host processor executing the PTP Stack.
The syn1588® Clock_M IP core family offer all functions required to implement a high-accuracy PTP node. The feature-rich architecture allows creating of PTP slave and PTP master nodes. It's sophisticated hardware clock architecture allow fine-grained clock servo control. All published IEEE1588 standards are supported.
A typical application example is the syn1588® PCIe NIC. This standard PCIe Ethernet network interface card is made up of a single FPGA that includes the syn1588® Clock_M IP core as well as the Ethernet MAC and the PCIe interface.