Learn more about Ethernet IP core
Crius uses SOC-E’s PreciseTimeBasic (PTB) IP core to implement the IEEE 1588 slave function, with a hardware timestamping unit inserted between the MAC and PHY layers so that PTP event messages are timestamped in logic rather than in software.
SOC-E had the privilege to be selected among a variety of other relevant companies to demonstrate the newest progress around deterministic ethernet in the context of the NGWS/FCAS Remote Carrier (pillar 3).
SOC-E and SafeCore Devices are preparing the launch of a new TSN End Point IP Core designed to bring deterministic Ethernet communications closer to the needs of next-generation Aerospace, Defence and Space systems.
For the Kronos 3R, NovaTech selected SOC-E solutions to implement two critical capabilities: IEEE 1588 PTP grandmaster functionality and IEC 62439-3 PRP Ethernet redundancy. Both are implemented directly in the FPGA programmable logic of the platform via the SOC-E SMARTzynq System-on-Module, built on the AMD Xilinx Zynq-7000 SoC.
For DRAGO-3, the IAC selected a SOC-E solution to implement communication between the camera and external systems through SpaceWire, a standard widely used in space systems for high-speed onboard data links in satellites and spacecraft.
This agreement enables SOC-E to support its Time-Sensitive Networking (TSN) solutions on Wind River’s VxWorks RTOS, reinforcing its commitment to delivering fully deterministic networking solutions.
