Cloud native EDA tools & pre-optimized hardware platforms
Synopsys Ethernet IP solutions consist of configurable Controllers and PHYs supporting speeds of up to 400G/800G, MACsec Security Modules, Verification IP, IP Prototyping Kits, Software Development Kits, and Interface IP Subsystems. The IEEE-compliant solutions ensure interoperability between digital and mixed-signal layers and are extremely low in power, area and latency for applications such as automotive, consumer, high-performance computing and networking. Synopsys MACsec Security Modules seamlessly integrate with Synopsys MAC and PCS IP, to protect data in motion over Ethernet interfaces against eavesdropping, denial of service, and man-in-the-middle attacks.
Synopsys' Ethernet IP solutions have undergone extensive third-party interoperability testing and certification, enabling system-on-chip (SoC) designers to accelerate time-to-market and reduce integration risk for next-generation SoCs.
Sensors everywhere, more connected devices, and the rollout of smart everything has created a flood of data. The question now is how to best handle all of that data, where to process it, and how to move it locally and to the outside network.
Electrical copper interconnects, once the backbone of data center networks, are facing growing challenges. Rapid expansion of AI and ML applications is driving a significant increase in cluster sizes within data centers, resulting in substantial demands for faster I/O capabilities.
Take a dive into the need for 1.6T data transfers, the standardization efforts from IEEE’s 802.3dj group, an overview of the components of a 1.6T Ethernet Subsystem, and FEC considerations for the Ethernet controller required to handle all these data!
Since its 1980s debut with 10Mbps shared LANs over coaxial cables, Ethernet has seen consistent advancements, now with the potential to support speeds up to 1.6Tbps.
Tutorial: Electro-optical and die-to-die Interconnect Technologies in Datacenters: Significance, Advantages, and Future Implications
The advent of 1.6T Ethernet heralds a new era of connectivity, one where data-intensive applications will seamlessly coexist with latency-sensitive demands.